12. Workers¶

12.1. Math Workers¶

Following are the workers for this group of workers

*MATH_SCALE¶

Description: Scale a value

Syntax: math_scale(datatobescaled,scale)

Inputs: - Name: datatobescaled - Type: scalar - Default: 1

Name: scale
Type: float
Default: 1

Outputs: Name: math_scale_output_1 Type: scalar

*MATH_FLEXURAL_MODULUS¶

Description: Flexural modulus

Syntax: math_flexural_modulus(loadvalue,specimenlengthspan,specimenwidth,specimenthickness,deflection)

Inputs: - Name: loadvalue - Type: scalar - Default: 1

Name: specimenlengthspan
Type: float
Default: 1
Name: specimenwidth
Type: float
Default: 1
Name: specimenthickness
Type: float
Default: 1
Name: deflection
Type: float
Default: 1

Outputs: Name: math_flexural_modulus_output_1 Type: scalar

*MATH_PE_TO_IVEL¶

Description: Convert potential energy to velocity

Syntax: math_pe_to_ivel(height,grav)

Inputs: - Name: height - Type: float - Default: 1

Name: grav
Type: float
Default: 1

Outputs: Name: math_pe_to_ivel_output_1 Type: scalar

*MATH_ROUND¶

Description: Round the number

Syntax: math_round(number,round_type,mode)

Inputs: - Name: number - Type: float - Default: 1

Name: round_type
Type: scalar
Default: 1
Name: mode
Type: select
Default: round_up

Outputs: Name: math_round_output_1 Type: scalar

*MATH_IN_RANGE¶

Description: Check if a give value is in range

Syntax: math_in_range(value_in,min_value,max_value)

Inputs: - Name: value_in - Type: float - Default: 1.0

Name: min_value
Type: float
Default: 1.0
Name: max_value
Type: float
Default: 1.0

Outputs: Name: math_in_range_output_1 Type: scalar

*MATH_WEIGHTED_2¶

Description: Scale a value

Syntax: math_weighted_2(data1tobeweighted,data2tobeweighted,weight)

Inputs: - Name: data1tobeweighted - Type: scalar

Name: data2tobeweighted
Type: scalar
Name: weight
Type: scalar

Outputs: Name: math_weighted_2_output_1 Type: scalar

*MATH_MASS_IDEAL_GAS¶

Description: Scale a value

Syntax: math_mass_ideal_gas(pressure,volume,temperature,gasconstant,n2molarweight,o2molarweight)

Inputs: - Name: pressure - Type: scalar

Name: volume
Type: float
Default: 1
Name: temperature
Type: float
Default: 1
Name: gasconstant
Type: float
Default: 1
Name: n2molarweight
Type: float
Default: 1.0
Name: o2molarweight
Type: float
Default: 1.0

Outputs: Name: math_mass_ideal_gas_output_1 Type: scalar

*MATH_VERIFY_THERMODYNAMIC_STABILITY¶

Description: Scale a value

Syntax: math_verify_thermodynamic_stability(youngs_modulus,shear_modulus,poissons_ratio)

Inputs: - Name: youngs_modulus - Type: scalar - Default: 210

Name: shear_modulus
Type: float
Default: 80
Name: poissons_ratio
Type: float
Default: 0.3

Outputs: Name: math_verify_thermodynamic_stability_output_1 Type: scalar

*MATH_TORQUE_TO_FORCE¶

Description: Computes a bolt tension force based on Torque

Syntax: math_torque_to_force(torque,bolt_diameter,bolt_friction,return_type)

Inputs: - Name: torque - Type: scalar

Name: bolt_diameter
Type: float
Default: 1.0
Name: bolt_friction
Type: float
Default: 0.2
Name: return_type
Type: select
Default: force

Outputs: Name: bolt_torque_to_force_output_1 Type: scalar

*MATH_OFFSET¶

Description: Offset a value

Syntax: math_offset(datatobeoffset,offset)

Inputs: - Name: datatobeoffset - Type: scalar

Name: offset
Type: float

Outputs: Name: math_offset_output_1 Type: scalar

*MATH_SUBTRACT¶

Description: Subtract two values

Syntax: math_subtract(value1,value2)

Inputs: - Name: value1 - Type: scalar

Name: value2
Type: scalar

Outputs: Name: math_subtract_output_1 Type: scalar

*MATH_DIVIDE¶

Description: Divide two values

Syntax: math_divide(value1,value2)

Inputs: - Name: value1 - Type: scalar

Name: value2
Type: scalar

Outputs: Name: math_divide_output_1 Type: scalar

*MATH_RANDOM¶

Description: Generate a random number

Syntax: math_random(min_value,max_value)

Inputs: - Name: min_value - Type: scalar

Name: max_value
Type: scalar
Default: 1

Outputs: Name: math_random_output_1 Type: scalar

*MATH_AVERAGE¶

Description: Compute the average of values

Syntax: math_average(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: math_average_output_1 Type: scalar

*MATH_INTERPOLATE¶

Description: Interpolate

Syntax: math_interpolate(x-value,min,max,increment,return)

Inputs: - Name: x-value - Type: scalar - Default: 1

Name: min
Type: scalar
Name: max
Type: scalar
Default: 1
Name: increment
Type: scalar
Default: 0.1
Name: return
Type: select
Default: time

Outputs: Name: math_interpolate_output_1 Type: scalar

*MATH_ADD¶

Description: Compute the sum of values

Syntax: math_add(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: math_add_output_1 Type: scalar

*MATH_RESULTANT¶

Description: Compute the square root of the sum of squares of values

Syntax: math_resultant(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: math_resultant_output_1 Type: scalar

*MATH_MAX¶

Description: Compute Maximum of values

Syntax: math_max(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: math_max_output_1 Type: scalar

*MATH_MIN¶

Description: Compute Minimum of values

Syntax: math_min(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: math_min_output_1 Type: scalar

*MATH_BULK_TO_YOUNG¶

Description: Compute Youngs Modulus based on Bulk Modulus

Syntax: math_bulk_to_young(bulk_modulus,poissons_ratio)

Inputs: - Name: bulk_modulus - Type: scalar

Name: poissons_ratio
Type: scalar
Default: 0.3

Outputs: Name: math_bulk_to_young_output_1 Type: scalar

*MATH_SQRT¶

Description: Compute the square-root of a number

Syntax: math_sqrt(numberwhosesquarerootistobecomputed)

Inputs: - Name: numberwhosesquarerootistobecomputed - Type: scalar

Outputs: Name: math_sqrt_output_1 Type: scalar

*MATH_LOG¶

Description: Compute the natural log of a number

Syntax: math_log(numberwhosenaturallogistobecomputed)

Inputs: - Name: numberwhosenaturallogistobecomputed - Type: scalar

Outputs: Name: math_log_output_1 Type: scalar

*MATH_LOG10¶

Description: Compute the log to the base10 of a number

Syntax: math_log10(numberwhoselogistobecomputed)

Inputs: - Name: numberwhoselogistobecomputed - Type: scalar

Outputs: Name: math_log10_output_1 Type: scalar

*MATH_EXP¶

Description: Compute the power of a number

Syntax: math_exp(numbertobecomputed)

Inputs: - Name: numbertobecomputed - Type: scalar

Outputs: Name: math_exp_output_1 Type: scalar

*MATH_ABS¶

Description: Compute the absolute value of e

Syntax: math_abs(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: math_abs_output_1 Type: scalar

*MATH_POW¶

Description: Compute the number to the power of a number

Syntax: math_pow(base_number,exponent)

Inputs: - Name: base_number - Type: scalar

Name: exponent
Type: integer

Outputs: Name: math_pow_output_1 Type: scalar

*MATH_SCALE_OFFSET¶

Description: Scale a value then offset it

Syntax: math_scale_offset(datatobescaledandoffset,scale,offset)

Inputs: - Name: datatobescaledandoffset - Type: scalar

Name: scale
Type: float
Default: 1.0
Name: offset
Type: float
Default: 0.0

Outputs: Name: math_scale_offset_output_1 Type: scalar

*MATH_OFFSET_SCALE¶

Description: Offset a value then scale it

Syntax: math_offset_scale(datatobescaledandoffset,scale,offset)

Inputs: - Name: datatobescaledandoffset - Type: scalar

Name: scale
Type: float
Default: 1.0
Name: offset
Type: float
Default: 0.0

Outputs: Name: math_offset_scale_output_1 Type: scalar

*MATH_SIMPLIFIED_FAILURE¶

Description: Compute simplified rubber material failure values based on Uni-Axial and Equi-BiAxial Failure Stretch Ratios

Syntax: math_simplified_failure(uni-axial_failure,equi_bi-axial_failure,input_type,return_type)

Inputs: - Name: uni-axial_failure - Type: scalar - Default: 1

Name: equi_bi-axial_failure
Type: scalar
Default: 1
Name: input_type
Type: select
Default: stretch_ratio
Name: return_type
Type: select
Default: k

Outputs: Name: math_simplified_failure_output_1 Type: text

*MATH_NORM_DIST¶

Description:: Compute the normal distribution

Syntax: math_norm_dist(distvalue,disttype)

Inputs: - Name: distvalue - Type: scalar

Name: disttype
Type: select
Default: probability

Outputs: Name: math_norm_dist_output_1 Type: scalar

*MATH_IF¶

Description: returns based on condition. if( value1, value1, operator, true_value, false_value)

Syntax: math_if(valuetocheck,operator,target_value,true_value,false_value)

Inputs: - Name: valuetocheck - Type: scalar

Name: operator
Type: select
Default: eq
Name: target_value
Type: scalar
Name: true_value
Type: scalar
Name: false_value
Type: scalar

Outputs: Name: math_if_output_1 Type: scalar

*MATH_MPDB_SCORE_CALCULATOR¶

Description: M-PDB score calculator

Syntax: math_mpdb_score_calculator(stddeviation,olc_value,numberofpoints_bottommingout)

Inputs: - Name: stddeviation - Type: scalar

Name: olc_value
Type: scalar
Name: numberofpoints_bottommingout
Type: scalar

Outputs: Name: math_mpdb_score_calculator_output_1 Type: keyvalue

*MATH_INSPECT¶

Description: Inspect the value and return pass-fail

Syntax: math_inspect(value,criteria,criteriaval,fail_return_type,pass_return_type)

Inputs: - Name: value - Type: scalar

Name: criteria
Type: select
Default: gt
Name: criteriaval
Type: float
Name: fail_return_type
Type: select
Default: no
Name: pass_return_type
Type: select
Default: yes

Outputs: Name: math_inspect_output_1 Type: scalar

*MATH_INSPECT_DUAL¶

Description: Inspect the dual values and return pass-fail

Syntax: math_inspect_dual(value,value,dualcriteria,scalefactor,criteria,criteriaval,fail_return_type,pass_return_type)

Inputs: - Name: value - Type: scalar

Name: value
Type: scalar
Name: dualcriteria
Type: select
Default: d_sub
Name: scalefactor
Type: scalar
Default: 1.0
Name: criteria
Type: select
Default: gt
Name: criteriaval
Type: float
Name: fail_return_type
Type: select
Default: no
Name: pass_return_type
Type: select
Default: yes

Outputs: Name: math_inspect_dual_output_1 Type: scalar

12.2. String Workers¶

Following are the workers for this group of workers

*STRING_SPRINTF¶

Description: Format a string or a number

Syntax: string_sprintf(valuetobeformatted,format)

Inputs: - Name: valuetobeformatted - Type: scalar

Name: format
Type: string
Default: %s

Outputs: Name: string_sprintf_output_1 Type: scalar

*STRING_CONCAT¶

Description: Concat strings

Syntax: string_concat(string1,string2)

Inputs: - Name: string1 - Type: scalar

Name: string2
Type: scalar

Outputs: Name: string_concat_output_1 Type: scalar

*STRING_STARTS_WITH¶

Description: Starts with strings

Syntax: string_starts_with(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_starts_with_output_1 Type: scalar

*STRING_ENDS_WITH_ANY_ONE¶

Description: Ends with any one with strings

Syntax: string_ends_with_any_one(haystack,needle,delimiter)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar
Name: delimiter
Type: scalar

Outputs: Name: string_ends_with_any_one_output_1 Type: scalar

*STRING_ENDS_WITH¶

Description: Ends with strings

Syntax: string_ends_with(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_ends_with_output_1 Type: scalar

*STRING_CONTAINS¶

Description: String contains

Syntax: string_contains(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_contains_output_1 Type: scalar

*STRING_CONTAINS_ANY_ONE¶

Description: String contains any one

Syntax: string_contains_any_one(haystack,needle,delimiter)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar
Name: delimiter
Type: scalar

Outputs: Name: string_contains_any_one_output_1 Type: scalar

*STRING_CONTAINS_ALL¶

Description: String contains all

Syntax: string_contains_all(haystack,needle,delimiter)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar
Name: delimiter
Type: scalar

Outputs: Name: string_contains_all_output_1 Type: scalar

*STRING_EXCLUDES¶

Description: String Excludes

Syntax: string_excludes(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_excludes_output_1 Type: scalar

*STRING_EXCLUDES_ALL¶

Description: String Excludes

Syntax: string_excludes_all(haystack,needle,delimiter)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar
Name: delimiter
Type: scalar

Outputs: Name: string_excludes_all_output_1 Type: scalar

*STRING_MATCH¶

Description: Checks with if two strings Matches

Syntax: string_match(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_match_output_1 Type: scalar

*STRING_REGEX¶

Description: Extract value from Regex

Syntax: string_regex(response,regex)

Inputs: - Name: response - Type: scalar

Name: regex
Type: scalar

Outputs: Name: string_regex_output_1 Type: scalar

*STRING_SPLIT_RETURN_BY_INDEX¶

Description: Split and return by indeex

Syntax: string_split_return_by_index(stringtosplit,delimiter,index)

Inputs: - Name: stringtosplit - Type: scalar

Name: delimiter
Type: scalar
Name: index
Type: scalar

Outputs: Name: string_split_return_by_index_output_1 Type: scalar

*STRING_EQUALS¶

Description: Starts with strings

Syntax: string_equals(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_equals_output_1 Type: scalar

*STRING_IS_EQUAL¶

Description: Starts with strings

Syntax: string_is_equal(haystack,needle)

Inputs: - Name: haystack - Type: scalar

Name: needle
Type: scalar

Outputs: Name: string_is_equal_output_1 Type: scalar

*STRING_EVAL¶

Description: Evaluate string

Syntax: string_eval(expression,pass_token,fail_token)

Inputs: - Name: expression - Type: scalar

Name: pass_token
Type: scalar
Name: fail_token
Type: scalar

Outputs: Name: string_eval_output_1 Type: scalar

12.3. Trig Workers¶

Following are the workers for this group of workers

*TRIG_DEG2RAD¶

Description: Convert degrees to radians

Syntax: trig_deg2rad(degrees)

Inputs: - Name: degrees - Type: scalar

Outputs: Name: trig_deg2rad_output_1 Type: scalar

*TRIG_RAD2DEG¶

Description: Convert radians to degrees

Syntax: trig_rad2deg(radians)

Inputs: - Name: radians - Type: scalar

Outputs: Name: trig_rad2deg_output_1 Type: scalar

*TRIG_SIN¶

Description: Compute the sin of a number

Syntax: trig_sin(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: trig_sin_output_1 Type: scalar

*TRIG_COS¶

Description: Compute the cos of a number

Syntax: trig_cos(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: trig_cos_output_1 Type: scalar

*TRIG_TAN¶

Description: Compute the tan of a number

Syntax: trig_tan(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: trig_tan_output_1 Type: scalar

*TRIG_ATAN¶

Description: Compute the arc tan of a number

Syntax: trig_atan(number)

Inputs: - Name: number - Type: scalar

Outputs: Name: trig_atan_output_1 Type: scalar

12.4. Curve Workers¶

Following are the workers for this group of workers

*CURVE_REVERSEPOINTS¶

Description: Reverse the points order based on the axis selection

Syntax: curve_reversepoints(curve,axis)

Inputs: - Name: curve - Type: vector

Name: axis
Type: select
Default: x

Outputs: Name: curve_reversepoints_output_1 Type: vector

*CURVE_GET_RESTING_TIMES¶

Description: Detect resting times for time-history data

Syntax: curve_get_resting_times(curve,minduration,ythresholdvalue,slopethresholdvalue,threshold_type,remove_spikes,scale-y,threshold_value_type)

Inputs: - Name: curve - Type: vector

Name: minduration
Type: scalar
Default: 600
Name: ythresholdvalue
Type: scalar
Default: 0.01
Name: slopethresholdvalue
Type: scalar
Default: 0.0001
Name: threshold_type
Type: select
Default: gt
Name: remove_spikes
Type: select
Default: yes
Name: scale-y
Type: select
Default: no
Name: threshold_value_type
Type: select
Default: range_percentage

Outputs: Name: curve_get_resting_times_output_1 Type: dataset

*CURVE_DISP_TO_AD¶

Description: Disp to Acceleration-Displacement

Syntax: curve_disp_to_ad(base_curve,x_sf,y_sf,filter_type,frequency)

Inputs: - Name: base_curve - Type: vector

Name: x_sf
Type: scalar
Default: 1
Name: y_sf
Type: scalar
Default: 1
Name: filter_type
Type: select
Default: lsprepost_sae
Name: frequency
Type: select
Default: 300

Outputs: Name: curve_disp_to_ad_output_1 Type: vector

*CURVE_DISP_TO_AI¶

Description: Disp to Energy Density vs Disp

Syntax: curve_disp_to_ai(base_curve,x_sf,y_sf,filter_type,frequency)

Inputs: - Name: base_curve - Type: vector

Name: x_sf
Type: scalar
Default: 1
Name: y_sf
Type: scalar
Default: 1
Name: filter_type
Type: select
Default: lsprepost_sae
Name: frequency
Type: select
Default: 300

Outputs: Name: curve_disp_to_ai_output_1 Type: vector

*CURVE_DISP_TO_AIT¶

Description: Disp to Energy Density vs Time

Syntax: curve_disp_to_ait(base_curve,x_sf,y_sf,filter_type,frequency)

Inputs: - Name: base_curve - Type: vector

Name: x_sf
Type: scalar
Name: y_sf
Type: scalar
Name: filter_type
Type: select
Default: lsprepost_sae
Name: frequency
Type: select
Default: 300

Outputs: Name: curve_disp_to_ait_output_1 Type: vector

*CURVE_ENG_TO_TRUE_STRAIN¶

Description: Compute the true strain from eng strain

Syntax: curve_eng_to_true_strain(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_eng_to_true_strain_output_1 Type: vector

*CURVE_TO_DB¶

Description: Convert curve to db

Syntax: curve_to_db(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_to_db_output_1 Type: vector

*CURVE_TO_PRESSURE_DB¶

Description: Convert curve to db

Syntax: curve_to_pressure_db(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_to_pressure_db_output_1 Type: vector

*CURVE_AWEIGHT¶

Description: Convert real curve to aweight

Syntax: curve_aweight(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_aweight_output_1 Type: vector

*CURVE_TODB¶

Description: Convert real curve to db

Syntax: curve_todb(curve,pressure_s_f)

Inputs: - Name: curve - Type: vector

Name: pressure_s_f
Type: scalar

Outputs: Name: curve_todb_output_1 Type: vector

*CURVE_ROTATE¶

Description: Rotate the points about a center by a certain angle

Syntax: curve_rotate(curve,x-value,angle,axis)

Inputs: - Name: curve - Type: vector

Name: x-value
Type: scalar
Name: angle
Type: scalar
Name: axis
Type: select
Default: x

Outputs: Name: curve_rotate_output_1 Type: vector

*CURVE_G_TO_VEL¶

Description: Convert gs to velocity

Syntax: curve_g_to_vel(accelerationgspersecond-squared,velocity_unit,initial_velocity,time_scalefactor)

Inputs: - Name: accelerationgspersecond-squared - Type: vector

Name: velocity_unit
Type: select
Default: mph
Name: initial_velocity
Type: textarea
Default: 1.0
Name: time_scalefactor
Type: textarea
Default: 1.0

Outputs: Name: curve_g_to_vel_output_1 Type: vector

*CURVE_G_TO_DISP¶

Description: Convert gs to disp

Syntax: curve_g_to_disp(accelerationgspersecond-squared,velocity_unit,disp_unit,initial_velocity,time_scalefactor)

Inputs: - Name: accelerationgspersecond-squared - Type: vector

Name: velocity_unit
Type: select
Default: mph
Name: disp_unit
Type: select
Default: mph
Name: initial_velocity
Type: textarea
Default: 1.0
Name: time_scalefactor
Type: textarea
Default: 1.0

Outputs: Name: curve_g_to_disp_output_1 Type: vector

*CURVE_ROTATE_INCREMENTS¶

Description: Rotate the points about a center by a certain angle

Syntax: curve_rotate_increments(curve,x-value,starting_angle,axis,scale_factor)

Inputs: - Name: curve - Type: vector

Name: x-value
Type: scalar
Name: starting_angle
Type: scalar
Name: axis
Type: select
Default: x
Name: scale_factor
Type: scalar

Outputs: Name: curve_rotate_increments_output_1 Type: vector

*CURVE_LANKFORD_COEFFICIENT¶

Description: Rotate the points about a center by a certain angle

Syntax: curve_lankford_coefficient(longitudinal_strain_curve,transverse_strain_curve,numberofdigitizedpoints)

Inputs: - Name: longitudinal_strain_curve - Type: vector

Name: transverse_strain_curve
Type: vector
Name: numberofdigitizedpoints
Type: scalar

Outputs: Name: curve_lankford_coefficient_output_1 Type: vector

*CURVE_SWIFT_EXTRAPOLATE¶

Description: Add points by extrapolating SWIFT extrapolation

Syntax: curve_swift_extrapolate(curvetobeextrapolated,n,x_end,numberof_points)

Inputs: - Name: curvetobeextrapolated - Type: vector

Name: n
Type: scalar
Default: 0.05
Name: x_end
Type: scalar
Default: 1.0
Name: numberof_points
Type: scalar
Default: 100

Outputs: Name: curve_swift_extrapolate_output_1 Type: vector

*CURVE_SWIFT_VOCE_EXTRAPOLATE¶

Description: Add points by extrapolating SWIFT extrapolation

Syntax: curve_swift_voce_extrapolate(curvetobeextrapolated,strain_start,strain_end,swift_k,swift_n,voce_a,voce_b,voce_c,swift_percentage,voce_percentage,num_dig_points)

Inputs: - Name: curvetobeextrapolated - Type: vector

Name: strain_start
Type: scalar
Default: 0.0
Name: strain_end
Type: scalar
Default: 0.0
Name: swift_k
Type: scalar
Default: 0.0
Name: swift_n
Type: scalar
Default: 0.0
Name: voce_a
Type: scalar
Default: 0.0
Name: voce_b
Type: scalar
Default: 0.0
Name: voce_c
Type: scalar
Default: 0.0
Name: swift_percentage
Type: scalar
Default: 0.5
Name: voce_percentage
Type: scalar
Default: 0.5
Name: num_dig_points
Type: scalar
Default: 100

Outputs: Name: curve_swift_voce_extrapolate_output_1 Type: vector

*CURVE_SCALEY_LINEAR¶

Description: Scale y values based on their x-location

Syntax: curve_scaley_linear(curvetobescaled,x-start,x_end)

Inputs: - Name: curvetobescaled - Type: vector

Name: x-start
Type: scalar
Default: 1.0
Name: x_end
Type: scalar
Default: 1.0

Outputs: Name: curve_scaley_linear_output_1 Type: vector

*CURVE_SCALE_COWPER_SYMONDS¶

Description: Scale y values based on CP

Syntax: curve_scale_cowper_symonds(quasi-staticcurvetobescaledby_cower-symonds,rates,c_parameter,p_parameter)

Inputs: - Name: quasi-staticcurvetobescaledby_cower-symonds - Type: vector

Name: rates
Type: scalar
Default: 1.0
Name: c_parameter
Type: scalar
Default: 40.0
Name: p_parameter
Type: scalar
Default: 5.0

Outputs: Name: curve_scale_cowper_symonds_output_1 Type: vector

*CURVE_SCALE_STRAIN_RATES_BY_RATES¶

Description: Scale y values based on rates and values

Syntax: curve_scale_strain_rates_by_rates(quasi-staticcurvetobescaledbyratesandvalues,rates,values)

Inputs: - Name: quasi-staticcurvetobescaledbyratesandvalues - Type: vector

Name: rates
Type: scalar
Default: 1.0
Name: values
Type: scalar
Default: 0.0

Outputs: Name: curve_scale_strain_rates_by_rates_output_1 Type: vector

*CURVE_EXTRAPOLATE¶

Description: Add points by extrapolating using the last available slope to specified x-value

Syntax: curve_extrapolate(curvestobeextrapolated,extrapolationtype,x_start,x_end,numberof_pointsbetween_x_startand_end,ymaxforlogisticonly,flipxaxis,value_type)

Inputs: - Name: curvestobeextrapolated - Type: vector

Name: extrapolationtype
Type: select
Default: linear
Name: x_start
Type: scalar
Default: 0.0
Name: x_end
Type: scalar
Default: 0.0
Name: numberof_pointsbetween_x_startand_end
Type: scalar
Default: 10
Name: ymaxforlogisticonly
Type: scalar
Default: 0.0
Name: flipxaxis
Type: select
Default: no
Name: value_type
Type: select
Default: absolute

Outputs: Name: curve_extrapolate_output_1 Type: vector

*CURVE_PEAKS¶

Description: List number of peaks or peak value. Peaks are computed based on the slope of the curve. It is expected the curve be smooth to avoid local peaks.

Syntax: curve_peaks(curvefromwhichthepeaksaretobecomputed,peak_computing_type,return_type)

Inputs: - Name: curvefromwhichthepeaksaretobecomputed - Type: vector

Name: peak_computing_type
Type: string
Default: value
Name: return_type
Type: select
Default: count

Outputs: Name: curve_peaks_output_1 Type: scalar

*CURVE_REPLACE_Y_VALUE¶

Description: Replace y-value at a given x

Syntax: curve_replace_y_value(curve,x-value,new_y-value)

Inputs: - Name: curve - Type: vector

Name: x-value
Type: scalar
Name: new_y-value
Type: scalar

Outputs: Name: curve_replace_y_value_output_1 Type: vector

*CURVE_GET_X_WHEN_Y_INCREASES¶

Description: Get value of X when Y increases

Syntax: curve_get_x_when_y_increases(curve,ratio)

Inputs: - Name: curve - Type: vector

Name: ratio
Type: scalar
Default: 0.01

Outputs: Name: curve_get_x_when_y_increases_output_1 Type: scalar

*CURVE_MAP¶

Description: Get a custom value based on curve values

Syntax: curve_map(curve,map_function)

Inputs: - Name: curve - Type: vector

Name: map_function
Type: textarea

Outputs: Name: curve_map_output_1 Type: vector

*CURVE_FAILUREPOINT_MIN_DERIVATIVE¶

Description: Compute the point at which the Y-value drops to zero or starts to decline at the end of the curve. Useful for material failure etc

Syntax: curve_failurepoint_min_derivative(curvefromwhichthefailurepointistobeextracted,ratio,ensuresustainability,returnpreviouspointtominderivative)

Inputs: - Name: curvefromwhichthefailurepointistobeextracted - Type: vector

Name: ratio
Type: scalar
Default: 0.01
Name: ensuresustainability
Type: select
Default: no
Name: returnpreviouspointtominderivative
Type: select
Default: no

Outputs: Name: curve_failurepoint_min_derivative_output_1 Type: scalar

*CURVE_FAILUREPOINT_YMAX¶

Description: Compute the time at which the y reaches a given value for a sustained period

Syntax: curve_failurepoint_ymax(curvefromwhichthefailurepointistobeextracted,y-max,timewindow,return_type)

Inputs: - Name: curvefromwhichthefailurepointistobeextracted - Type: vector

Name: y-max
Type: scalar
Name: timewindow
Type: scalar
Name: return_type
Type: select
Default: count

Outputs: Name: curve_failurepoint_ymax_output_1 Type: scalar

*CURVE_FAILUREPOINT_YRANGE¶

Description: Compute the time at which the y reaches a given value for a sustained period

Syntax: curve_failurepoint_yrange(curvefromwhichthefailurepointistobeextracted,y-min,y-max,timewindow,return_type)

Inputs: - Name: curvefromwhichthefailurepointistobeextracted - Type: vector

Name: y-min
Type: scalar
Name: y-max
Type: scalar
Name: timewindow
Type: scalar
Name: return_type
Type: select
Default: count

Outputs: Name: curve_failurepoint_yrange_output_1 Type: scalar

*CURVE_CLIPX¶

Description: Discard the points if the x-value is outside of the range specified below

Syntax: curve_clipx(curvetobetrimmed,x_min,x_max)

Inputs: - Name: curvetobetrimmed - Type: vector

Name: x_min
Type: float
Default: 0.0
Name: x_max
Type: float
Default: 1.0

Outputs: Name: curve_clipx_output_1 Type: vector

*CURVE_CLIP_AT_YMAX¶

Description: Clip the curve after X where y is max

Syntax: curve_clip_at_ymax(curvetobeclipped)

Inputs: - Name: curvetobeclipped - Type: vector

Outputs: Name: curve_clip_at_ymax_output_1 Type: vector

*CURVE_CONTACT_DURATION¶

Description: Returns all contact forces

Syntax: curve_contact_duration(curve,min_force,max_force)

Inputs: - Name: curve - Type: vector

Name: min_force
Type: float
Default: 0.0
Name: max_force
Type: float
Default: 1e2.0

Outputs: Name: curve_contact_duration_output_1 Type: vector

*CURVE_INTERPOLATE¶

Description: Interpolation values

Syntax: curve_interpolate(curve,interpolation_type,c1,c2,c3)

Inputs: - Name: curve - Type: vector

Name: interpolation_type
Type: select
Default: linear
Name: c1
Type: float
Name: c2
Type: float
Name: c3
Type: float

Outputs: Name: curve_interpolate_output_1 Type: vector

*CURVE_CLIPY¶

Description: Discard the points if the y-value is outside of the range specified below

Syntax: curve_clipy(curvetobeclipped,ymin,ymax)

Inputs: - Name: curvetobeclipped - Type: vector

Name: ymin
Type: float
Default: 0.0
Name: ymax
Type: float
Default: 0.0

Outputs: Name: curve_clipy_output_1 Type: vector

*CURVE_SUSTAINED_YMAX¶

Description: Compute the maximum y-value that is maintained over the duration specified

Syntax: curve_sustained_ymax(curve,duration,min_threshold,stop_at_first_value)

Inputs: - Name: curve - Type: vector

Name: duration
Type: float
Default: 0.0
Name: min_threshold
Type: float
Default: 10%
Name: stop_at_first_value
Type: float
Default: yes

Outputs: Name: curve_sustained_ymax_output_1 Type: scalar

*CURVE_PERCENTILE¶

Description: Compute the percentile for the curve

Syntax: curve_percentile(curve,percentile,xmin,xmax)

Inputs: - Name: curve - Type: vector

Name: percentile
Type: float
Default: 0.0
Name: xmin
Type: float
Default: 0.0
Name: xmax
Type: float
Default: 0.0

Outputs: Name: curve_percentile_output_1 Type: scalar

*CURVE_CLIP¶

Description: Discard the points if the x-value and y-value is outside of the range specified below

Syntax: curve_clip(curvetobeclipped,x_min,x_max,ymin,ymax)

Inputs: - Name: curvetobeclipped - Type: vector

Name: x_min
Type: float
Default: 0.0
Name: x_max
Type: float
Default: 0.0
Name: ymin
Type: float
Default: 0.0
Name: ymax
Type: float
Default: 0.0

Outputs: Name: curve_clip_output_1 Type: vector

*CURVE_RETAIN_FIRST_LAST_POINTS¶

Description: Retain only the first and last points of a curve

Syntax: curve_retain_first_last_points(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_retain_first_last_points_output_1 Type: vector

*CURVE_OFFSETTOINITIALPOINT¶

Description: Translate the curve to remove zero x-values at the start of the curve

Syntax: curve_offsettoinitialpoint(curvetobeoffsetbyshiftingtheinitialnon-zeropoint)

Inputs: - Name: curvetobeoffsetbyshiftingtheinitialnon-zeropoint - Type: vector

Outputs: Name: curve_offsettoinitialpoint_output_1 Type: vector

*CURVE_OFFSET_TO_CHANGE¶

Description: Offset the curve along X when the initial value changes based on the ratio provided

Syntax: curve_offset_to_change(curvetobeoffset,ratio)

Inputs: - Name: curvetobeoffset - Type: vector

Name: ratio
Type: float
Default: 0.025

Outputs: Name: curve_offset_to_change_output_1 Type: vector

*CURVE_OFFSET_Y_AT_X¶

Description: Offset curves Y value from a value at a given X

Syntax: curve_offset_y_at_x(curvetobeoffsetbyshiftingtheinitialnon-zeropoint,x_value)

Inputs: - Name: curvetobeoffsetbyshiftingtheinitialnon-zeropoint - Type: vector

Name: x_value
Type: scalar

Outputs: Name: curve_offset_y_at_x_output_1 Type: vector

*CURVE_SCALE_AFTER_FIRST_PEAK¶

Description: Scale after first peak

Syntax: curve_scale_after_first_peak(curvetobescaled,scale_x,scale_y,enforce_monotonicity)

Inputs: - Name: curvetobescaled - Type: vector

Name: scale_x
Type: scalar
Default: 0.5
Name: scale_y
Type: scalar
Default: 2
Name: enforce_monotonicity
Type: select
Default: no

Outputs: Name: curve_scale_after_first_peak_output_1 Type: vector

*CURVE_SCALE_YIELD¶

Description: Scale based on ratio of the desired first value

Syntax: curve_scale_yield(curvetobescaled,newyieldvalues,scalex)

Inputs: - Name: curvetobescaled - Type: vector

Name: newyieldvalues
Type: scalar
Name: scalex
Type: scalar
Default: 1.0

Outputs: Name: curve_scale_yield_output_1 Type: vector

*CURVE_COMPRESS_X¶

Description: Normalize and scale X values

Syntax: curve_compress_x(curvetobenormalized,scalex)

Inputs: - Name: curvetobenormalized - Type: vector

Name: scalex
Type: scalar
Default: 1.0

Outputs: Name: curve_compress_x_output_1 Type: vector

*CURVE_COMPRESS_Y¶

Description: Normalize and scale Y values

Syntax: curve_compress_y(curvetobenormalized,scale_y)

Inputs: - Name: curvetobenormalized - Type: vector

Name: scale_y
Type: scalar
Default: 1.0

Outputs: Name: curve_compress_y_output_1 Type: vector

*CURVE_CREATE_WING¶

Description: Create a wing curve

Syntax: curve_create_wing(wingcenter-x,wingcenter-y,wingwidth,wingheight,wingspan)

Inputs: - Name: wingcenter-x - Type: scalar - Default: 0.5

Name: wingcenter-y
Type: scalar
Default: 1
Name: wingwidth
Type: scalar
Default: 0.2
Name: wingheight
Type: scalar
Default: 10
Name: wingspan
Type: scalar
Default: 10

Outputs: Name: curve_create_wing_output_1 Type: vector

*CURVE_SYNC_WITH¶

Description: Sync the x-points of two curves

Syntax: curve_sync_with(curvetobesynced,ref_curve,typeof_sync,extrapolate)

Inputs: - Name: curvetobesynced - Type: vector

Name: ref_curve
Type: vector
Name: typeof_sync
Type: select
Default: merge
Name: extrapolate
Type: select
Default: yes

Outputs: Name: curve_sync_with_output_1 Type: vector

*CURVE_SCALE¶

Description: Scale the x-values and y-values by the factors provided below

Syntax: curve_scale(curvetobescaled,x_scalevalue,y_scalevalue,x_inverse,y_inverse)

Inputs: - Name: curvetobescaled - Type: vector

Name: x_scalevalue
Type: scalar
Default: 1.0
Name: y_scalevalue
Type: scalar
Default: 1.0
Name: x_inverse
Type: select
Default: no
Name: y_inverse
Type: select
Default: no

Outputs: Name: curve_scale_output_1 Type: vector

*CURVE_UNLOADING_FROM_LOADING¶

Description: Scale the y-values by the factor to create the unloading

Syntax: curve_unloading_from_loading(curvetobescaled,scalefactor)

Inputs: - Name: curvetobescaled - Type: vector

Name: scalefactor
Type: scalar
Default: 1.0

Outputs: Name: curve_unloading_from_loading_output_1 Type: vector

*CURVE_VF¶

Description: Computes the stiffness by diviting y over x

Syntax: curve_vf(velocity_curve)

Inputs: - Name: velocity_curve - Type: vector

Outputs: Name: curve_vf_output_1 Type: vector

*CURVE_SCALEY_BY_CONDITIONX¶

Description: Scale the y-values based on conditions of the x value

Syntax: curve_scaley_by_conditionx(curvetobescaled,y_scalevalue,conditionfor_x,target_valuefor_x)

Inputs: - Name: curvetobescaled - Type: vector

Name: y_scalevalue
Type: scalar
Default: 1
Name: conditionfor_x
Type: select
Default: eq
Name: target_valuefor_x
Type: scalar

Outputs: Name: curve_scaley_by_conditionx_output_1 Type: vector

*CURVE_OFFSET¶

Description: Offset the curve

Syntax: curve_offset(curvetobeoffset,x_offsetvalue,y_offsetvalue)

Inputs: - Name: curvetobeoffset - Type: vector

Name: x_offsetvalue
Type: scalar
Default: 0.0
Name: y_offsetvalue
Type: scalar
Default: 0.0

Outputs: Name: curve_offset_output_1 Type: vector

*CURVE_DERIVATIVE¶

Description: Compute the derivative of the curve

Syntax: curve_derivative(curvetobederived,num_succession,x-monotonic,digitize)

Inputs: - Name: curvetobederived - Type: vector

Name: num_succession
Type: scalar
Default: 1
Name: x-monotonic
Type: select
Default: no
Name: digitize
Type: scalar
Default: -1

Outputs: Name: curve_derivative_output_1 Type: vector

*CURVE_ADD_POINTS_AT_INTERSECTIONS_WITH_XAXIS¶

Description: Add points where the curve intersects with the X-Axis

Syntax: curve_add_points_at_intersections_with_xaxis(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_add_points_at_intersections_with_xaxis_output_1 Type: vector

*CURVE_ADD_POINTS_AT_INTERSECTIONS_WITH_YAXIS¶

Description: Add points where the curve intersects with the Y-Axis

Syntax: curve_add_points_at_intersections_with_yaxis(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_add_points_at_intersections_with_yaxis_output_1 Type: vector

*CURVE_REMOVE_LEADING_AND_TRAILING_ZEROS¶

Description: Remove leading and training zeros in y values if found

Syntax: curve_remove_leading_and_trailing_zeros(curve,maximumnumberofpointswithleadingzero-values,maximumnumberofpointswithtrailingzero-values)

Inputs: - Name: curve - Type: vector

Name: maximumnumberofpointswithleadingzero-values
Type: scalar
Default: 1
Name: maximumnumberofpointswithtrailingzero-values
Type: scalar
Default: 1

Outputs: Name: curve_remove_leading_and_trailing_zeros_output_1 Type: vector

*CURVE_TWO_STAGE_PULSE¶

Description: Compute a two-stage pulse fit from a velocity curve

Syntax: curve_two_stage_pulse(accelerationtime-historyin_gspermillisecond,initialvelocityin_mp_h)

Inputs: - Name: accelerationtime-historyin_gspermillisecond - Type: vector

Name: initialvelocityin_mp_h
Type: scalar
Default: 1

Outputs: Name: curve_two_stage_pulse_output_1 Type: dataset

*CURVE_PSI_CALCULATOR¶

Description: Compute a PSI from vehicle acceleration

Syntax: curve_psi_calculator(vehicle_accelerationtime-historyin_gspermillisecond,time_sf,acc_sf)

Inputs: - Name: vehicle_accelerationtime-historyin_gspermillisecond - Type: vector

Name: time_sf
Type: scalar
Default: 1
Name: acc_sf
Type: scalar
Default: -9.81

Outputs: Name: curve_psi_calculator_output_1 Type: keyvalue

*CURVE_SEGMENTED_LINEAR_FIT¶

Description: Perform a linear fit and return the slopes

Syntax: curve_segmented_linear_fit(curve,numberof_segments,r2limit,minpercentageof_points,fittype)

Inputs: - Name: curve - Type: vector

Name: numberof_segments
Type: scalar
Default: 1
Name: r2limit
Type: scalar
Default: 1
Name: minpercentageof_points
Type: scalar
Default: 1
Name: fittype
Type: select
Default: linear

Outputs: Name: curve_segmented_linear_fit_output_1 Type: dataset

*CURVE_CUMULATIVE¶

Description: Compute the cumulative sum

Syntax: curve_cumulative(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_cumulative_output_1 Type: vector

*CURVE_BEFORE_AFTER¶

Description: Compute the before_after of the curve

Syntax: curve_before_after(curve,return_type)

Inputs: - Name: curve - Type: vector

Name: return_type
Type: select
Default: both

Outputs: Name: curve_before_after_output_1 Type: vector

*CURVE_START_POINT¶

Description: Compute start point

Syntax: curve_start_point(curve_in)

Inputs: - Name: curve_in - Type: vector

Outputs: Name: curve_start_point_output_1 Type: scalar

*CURVE_BOUND_SMOOTH¶

Description: Compute the average of the bounded curve

Syntax: curve_bound_smooth(curvetobebound,slope,windowsize)

Inputs: - Name: curvetobebound - Type: vector

Name: slope
Type: scalar
Default: 1
Name: windowsize
Type: scalar
Default: 1

Outputs: Name: curve_bound_smooth_output_1 Type: vector

*CURVE_INTEGRATE¶

Description: Compute the integrate of the curve

Syntax: curve_integrate(curve_in,ignore)

Inputs: - Name: curve_in - Type: vector

Name: ignore
Type: select
Default: none

Outputs: Name: curve_integrate_output_1 Type: vector

*CURVE_SWAP_XY_POINTS¶

Description: Swap the xy-points of a curve

Syntax: curve_swap_xy_points(curve_in)

Inputs: - Name: curve_in - Type: vector

Outputs: Name: curve_swap_xy_points_output_1 Type: vector

*CURVE_INTEGRATE_BETWEEN_EVENTS¶

Description: Compute the integrate of the curve between events

Syntax: curve_integrate_between_events(curve_in,events,droppositiveornegativepoints)

Inputs: - Name: curve_in - Type: vector

Name: events
Type: dataset
Name: droppositiveornegativepoints
Type: select
Default: none

Outputs: Name: curve_integrate_between_events_output_1 Type: dataset

*CURVE_SPLIT_BASED_ON_EVENTS¶

Description: Split the curve based on events

Syntax: curve_split_based_on_events(curve_in,events,includelastpoint,eventtimecolumnname)

Inputs: - Name: curve_in - Type: vector

Name: events
Type: dataset
Name: includelastpoint
Type: select
Default: yes
Name: eventtimecolumnname
Type: scalar

Outputs: Name: curve_split_based_on_events_output_1 Type: vector

*CURVE_HISTOGRAM¶

Description: Bin Y-values

Syntax: curve_histogram(curve_in,numberof_bins,usezero-min)

Inputs: - Name: curve_in - Type: vector

Name: numberof_bins
Type: scalar
Name: usezero-min
Type: select
Default: yes

Outputs: Name: curve_histogram_output_1 Type: keyvalue

*CURVE_EVENT_VALUES¶

Description: Split the curve based on events

Syntax: curve_event_values(curve_in,events,includelastpoint,value_type)

Inputs: - Name: curve_in - Type: vector

Name: events
Type: dataset
Name: includelastpoint
Type: select
Default: yes
Name: value_type
Type: select
Default: max

Outputs: Name: curve_event_values_output_1 Type: dataset

*CURVE_DIFFERENCE¶

Description: Compute the y-difference compared to the previous point

Syntax: curve_difference(curve_in)

Inputs: - Name: curve_in - Type: vector

Outputs: Name: curve_difference_output_1 Type: vector

*CURVE_DIFFERENCE_BETWEEN¶

Description: Compute the difference between two Yfirst and Yast values

Syntax: curve_difference_between(curve_in,x_min,x_max)

Inputs: - Name: curve_in - Type: vector

Name: x_min
Type: float
Default: 0.0
Name: x_max
Type: float
Default: 0.0

Outputs: Name: curve_difference_between_output_1 Type: scalar

*CURVE_LAG¶

Description: Compute the lag

Syntax: curve_lag(curve_in,lag)

Inputs: - Name: curve_in - Type: vector

Name: lag
Type: scalar
Default: 1

Outputs: Name: curve_lag_output_1 Type: vector

*CURVE_REGRESSION_SMOOTH¶

Description: Smooth the curve

Syntax: curve_regression_smooth(curve_in,percentageof_points,weight_type,iterations,orderof_fit,digitize,retain_first_point,optimize,digitize)

Inputs: - Name: curve_in - Type: vector

Name: percentageof_points
Type: select
Default: 5
Name: weight_type
Type: select
Default: 1
Name: iterations
Type: select
Default: 1
Name: orderof_fit
Type: select
Default: 1
Name: digitize
Type: scalar
Default: 100
Name: retain_first_point
Type: select
Default: yes
Name: optimize
Type: select
Default: no
Name: digitize
Type: select
Default: yes

Outputs: Name: curve_regression_smooth_output_1 Type: vector

*CURVE_SPLINIFY¶

Description: Fit the curve using splines

Syntax: curve_splinify(curve_in,rad_c,numberof_points)

Inputs: - Name: curve_in - Type: vector

Name: rad_c
Type: scalar
Default: 0.05
Name: numberof_points
Type: scalar
Default: 100

Outputs: Name: curve_splinify_output_1 Type: vector

*CURVE_EFFECTIVE_SWIFT¶

Description: Compute the extrapolation based on SWIFT exponents

Syntax: curve_effective_swift(curve_in,exponent,last_strain,increment)

Inputs: - Name: curve_in - Type: vector

Name: exponent
Type: scalar
Default: 0.0
Name: last_strain
Type: scalar
Default: 1.0
Name: increment
Type: scalar
Default: 0.001

Outputs: Name: curve_effective_swift_output_1 Type: vector

*CURVE_EFFECTIVE_VOCE¶

Description: Voce extrapolation

Syntax: curve_effective_voce(curve_in,a,b,c,last_strain,increment)

Inputs: - Name: curve_in - Type: vector

Name: a
Type: scalar
Default: 0.0
Name: b
Type: scalar
Default: 0.0
Name: c
Type: scalar
Default: 0.0
Name: last_strain
Type: scalar
Default: 1.0
Name: increment
Type: scalar
Default: 0.001

Outputs: Name: curve_effective_voce_output_1 Type: vector

*CURVE_EFFECTIVE_HOCKET_SHERBY¶

Description: Hocket Sherby

Syntax: curve_effective_hocket_sherby(curve_in,a,b,c,h,last_strain,increment)

Inputs: - Name: curve_in - Type: vector

Name: a
Type: scalar
Default: 0.0
Name: b
Type: scalar
Default: 0.0
Name: c
Type: scalar
Default: 0.0
Name: h
Type: scalar
Default: 0.0
Name: last_strain
Type: scalar
Default: 1.0
Name: increment
Type: scalar
Default: 0.001

Outputs: Name: curve_effective_hocket_sherby_output_1 Type: vector

*CURVE_EFFECTIVE_MODIFIED_HOCKET_SHERBY¶

Description: Modified Hocket Sherby

Syntax: curve_effective_modified_hocket_sherby(curve_in,a,b,c,h,d,last_strain,increment)

Inputs: - Name: curve_in - Type: vector

Name: a
Type: scalar
Default: 0.0
Name: b
Type: scalar
Default: 0.0
Name: c
Type: scalar
Default: 0.0
Name: h
Type: scalar
Default: 0.0
Name: d
Type: scalar
Default: 0.0
Name: last_strain
Type: scalar
Default: 1.0
Name: increment
Type: scalar
Default: 0.001

Outputs: Name: curve_effective_modified_hocket_sherby_output_1 Type: vector

*CURVE_EFFECTIVE_STOUGHTON_YOON¶

Description: Compute the hardening curve based on STOUGHTON_YOON function

Syntax: curve_effective_stoughton_yoon(curve_in,a,b,c,d,h,last_strain,increment)

Inputs: - Name: curve_in - Type: vector

Name: a
Type: scalar
Default: 0.0
Name: b
Type: scalar
Default: 0.0
Name: c
Type: scalar
Default: 0.0
Name: d
Type: scalar
Default: 0.0
Name: h
Type: scalar
Default: 0.0
Name: last_strain
Type: scalar
Default: 1.0
Name: increment
Type: scalar
Default: 0.001

Outputs: Name: curve_effective_stoughton_yoon_output_1 Type: vector

*CURVE_CYCLE_STATS¶

Description: Compute the cycle stats for curve

Syntax: curve_cycle_stats(curve_in,scale_x,scale_y,ignore_negative_x)

Inputs: - Name: curve_in - Type: vector

Name: scale_x
Type: scalar
Default: 1
Name: scale_y
Type: scalar
Default: 1
Name: ignore_negative_x
Type: scalar
Default: yes

Outputs: Name: curve_cycle_stats_output_1 Type: dataset

*CURVE_GET_CYCLIC_DATA¶

Description: Curve get cyclic data

Syntax: curve_get_cyclic_data(curve_in,scale_x,scale_y,ignore_negative_x,cyclenumber,type_of_data_to_extract)

Inputs: - Name: curve_in - Type: vector

Name: scale_x
Type: scalar
Default: 1
Name: scale_y
Type: scalar
Default: 1
Name: ignore_negative_x
Type: select
Default: yes
Name: cyclenumber
Type: scalar
Default: -1
Name: type_of_data_to_extract
Type: select
Default: loading_unloading

Outputs: Name: curve_get_cyclic_data_output_1 Type: vector

*CURVE_SAVITSKY_GOLAY_SMOOTH¶

Description: Smooth the curve

Syntax: curve_savitsky_golay_smooth(curve_in,percentageof_points,weight_type,iterations,orderof_fit)

Inputs: - Name: curve_in - Type: vector

Name: percentageof_points
Type: scalar
Default: 5
Name: weight_type
Type: select
Default: 1
Name: iterations
Type: select
Default: 1
Name: orderof_fit
Type: select
Default: 1

Outputs: Name: curve_savitsky_golay_smooth_output_1 Type: vector

*CURVE_CATMUL_ROM_SPLINE¶

Description: Generate a catmul-rom-spline

Syntax: curve_catmul_rom_spline(curve_in,number_of_points,alpha,skip_negative,skip_sharp_transitions)

Inputs: - Name: curve_in - Type: vector

Name: number_of_points
Type: scalar
Default: 100
Name: alpha
Type: scalar
Default: 0.1
Name: skip_negative
Type: scalar
Default: yes
Name: skip_sharp_transitions
Type: scalar
Default: yes

Outputs: Name: curve_catmul_rom_spline_output_1 Type: vector

*CURVE_SMOOTH¶

Description: Smooth the curve

Syntax: curve_smooth(curve_in,smoothtype,num_points,xmin,xmax,limit_type,square_tolerance)

Inputs: - Name: curve_in - Type: vector

Name: smoothtype
Type: select
Default: forward_backward
Name: num_points
Type: integer
Default: 4
Name: xmin
Type: scalar
Default: -1.0E+20
Name: xmax
Type: scalar
Default: 1.0E+20
Name: limit_type
Type: select
Default: absolute
Name: square_tolerance
Type: scalar
Default: 0.001

Outputs: Name: curve_smooth_output_1 Type: vector

*CURVE_REMOVE_SPIKES¶

Description: Remove the spikes

Syntax: curve_remove_spikes(curve_in,min_max_duration,spike_start,threshold_value,num_iterations)

Inputs: - Name: curve_in - Type: vector

Name: min_max_duration
Type: string
Default: 50
Name: spike_start
Type: string
Default: -0.01:0.01
Name: threshold_value
Type: string
Default: 10%
Name: num_iterations
Type: string
Default: 1

Outputs: Name: curve_remove_spikes_output_1 Type: vector

*CURVE_SMOOTH_ITERATIVE¶

Description: Smooth the curve

Syntax: curve_smooth_iterative(curve_in,smoothtype,num_points,iterations)

Inputs: - Name: curve_in - Type: vector

Name: smoothtype
Type: select
Default: forward_backward
Name: num_points
Type: integer
Default: 4
Name: iterations
Type: select
Default: 1

Outputs: Name: curve_smooth_iterative_output_1 Type: vector

*CURVE_ENGSTRESS_REMOVE_THERMAL¶

Description: Remove Thermal Effects

Syntax: curve_engstress_remove_thermal(quasi_static_curve,dynamic_curve,digitize_points,xmin,x_max,limit_type,scale)

Inputs: - Name: quasi_static_curve - Type: vector

Name: dynamic_curve
Type: vector
Name: digitize_points
Type: scalar
Default: 200
Name: xmin
Type: scalar
Default: -1
Name: x_max
Type: scalar
Default: 1
Name: limit_type
Type: select
Default: actual
Name: scale
Type: scalar
Default: 1

Outputs: Name: curve_engstress_remove_thermal_output_1 Type: vector

*CURVE_FILTER¶

Description: Filter the curve

Syntax: curve_filter(curve,filter_type,frequency,time_scale_factor,acceleration_scale_factor)

Inputs: - Name: curve - Type: vector

Name: filter_type
Type: select
Default: lsprepost_sae
Name: frequency
Type: select
Default: 300
Name: time_scale_factor
Type: select
Default: 1.0
Name: acceleration_scale_factor
Type: string
Default: 1.0

Outputs: Name: curve_filter_output_1 Type: vector

*CURVE_LOOKUP¶

Description: Look up key values from a Curve

Syntax: curve_lookup(curvetobelookedup,lookuptype,format)

Inputs: - Name: curvetobelookedup - Type: vector

Name: lookuptype
Type: select
Default: ymax
Name: format
Type: string
Default: %10s

Outputs: Name: curve_lookup_output_1 Type: scalar

*CURVE_LOOKUP_YVALUEAT¶

Description: Lookup y-value from a given x-value

Syntax: curve_lookup_yvalueat(curvetobelookedup,x_value)

Inputs: - Name: curvetobelookedup - Type: vector

Name: x_value
Type: float
Default: 0.0

Outputs: Name: curve_lookup_yvalueat_output_1 Type: scalar

*CURVE_AVERAGE_BETWEEN¶

Description: Lookup y-value from a given x-value

Syntax: curve_average_between(curve,x_min,x_max)

Inputs: - Name: curve - Type: vector

Name: x_min
Type: float
Default: 0.0
Name: x_max
Type: float
Default: 0.0

Outputs: Name: curve_average_between_output_1 Type: scalar

*CURVE_CUSTOM_BIN¶

Description: Curve custom bin

Syntax: curve_custom_bin(curve,bin_values)

Inputs: - Name: curve - Type: vector

Name: bin_values
Type: textarea
Default: bin_name, ( X > 2 && Y > 3 ) ? true : false;

Outputs: Name: curve_custom_bin_output_1 Type: dataset

*CURVE_GET_FAILED_POINTS¶

Description: Look up y values and report failed points based on thresholds

Syntax: curve_get_failed_points(curve,x_min,x_max,threshold_value,threshold_tolerance,return_type)

Inputs: - Name: curve - Type: vector

Name: x_min
Type: float
Default: 0.0
Name: x_max
Type: float
Default: 0.0
Name: threshold_value
Type: float
Default: 0.0
Name: threshold_tolerance
Type: float
Default: 0.01
Name: return_type
Type: select
Default: first

Outputs: Name: curve_get_failed_points_output_1 Type: scalar

*CURVE_LOOKUP_XMAXP¶

Description: Get the value of Y based on a percentage value of X. For example, Y(50%xA)

Syntax: curve_lookup_xmaxp(curvetobelookedup,x_percentage)

Inputs: - Name: curvetobelookedup - Type: vector

Name: x_percentage
Type: float

Outputs: Name: curve_lookup_xmaxp_output_1 Type: scalar

*CURVE_SLOPE¶

Description: Compute the slope of the curve

Syntax: curve_slope(curvetobelookedup,smoothtype)

Inputs: - Name: curvetobelookedup - Type: vector

Name: smoothtype
Type: select
Default: first

Outputs: Name: curve_slope_output_1 Type: scalar

*CURVE_GET_VALUE_BY_INDEX¶

Description: Get the value by index

Syntax: curve_get_value_by_index(curvetobelookedup,index_number,return_type,not_found_value)

Inputs: - Name: curvetobelookedup - Type: vector

Name: index_number
Type: scalar
Default: 0.0
Name: return_type
Type: select
Default: y
Name: not_found_value
Type: scalar
Default: 0.0

Outputs: Name: curve_get_value_by_index_output_1 Type: scalar

*CURVE_VALUE_CHECK¶

Description: Compute the slope of the curve

Syntax: curve_value_check(curvetobelookedup,x_min,x_max,check_value,check_type,target_value,return_type_pass,return_type_fail)

Inputs: - Name: curvetobelookedup - Type: vector

Name: x_min
Type: scalar
Default: 0.0
Name: x_max
Type: scalar
Default: 0.0
Name: check_value
Type: select
Default: first
Name: check_type
Type: select
Default: lt
Name: target_value
Type: scalar
Default: 0.0
Name: return_type_pass
Type: select
Default: pass
Name: return_type_fail
Type: select
Default: fail

Outputs: Name: curve_value_check_output_1 Type: scalar

*CURVE_SLOPEATX¶

Description: Compute the slope of the curve at a given point

Syntax: curve_slopeatx(curvetobelookedup,x_value)

Inputs: - Name: curvetobelookedup - Type: vector

Name: x_value
Type: float
Default: 0.0

Outputs: Name: curve_slopeatx_output_1 Type: scalar

*CURVE_ENFORCE_ZEROORPOSITIVELASTSLOPE¶

Description: Compute the slope of the curve at a given point to the origin ie f(x) \/ x

Syntax: curve_enforce_zeroorpositivelastslope(curvetobeenforcedup)

Inputs: - Name: curvetobeenforcedup - Type: vector

Outputs: Name: curve_enforce_zeroorpositivelastslope_output_1 Type: vector

*CURVE_SLOPEFROMX0¶

Description: Compute the secand modulus based on the initial-point and the specified point

Syntax: curve_slopefromx0(curvetobelookedup,x_value)

Inputs: - Name: curvetobelookedup - Type: vector

Name: x_value
Type: float
Default: 0.0

Outputs: Name: curve_slopefromx0_output_1 Type: scalar

*CURVE_YANCHORCLIMBORSLIDE¶

Description: Compute the Y-Value at which the slope either starts to increase or decrease after a certain X-Value.

Syntax: curve_yanchorclimborslide(curvetobelookedup,x_value)

Inputs: - Name: curvetobelookedup - Type: vector

Name: x_value
Type: float

Outputs: Name: curve_yanchorclimborslide_output_1 Type: scalar

*CURVE_PULSE_SEVERITY¶

Description: Compute the pulse severity

Syntax: curve_pulse_severity(curvetobelookedup,gravity,return_type)

Inputs: - Name: curvetobelookedup - Type: vector

Name: gravity
Type: scalar
Default: 0.009809999999999999
Name: return_type
Type: select
Default: initial_velocity

Outputs: Name: curve_pulse_severity_output_1 Type: scalar

*CURVE_VPI¶

Description: Compute the Pulse index based on Vehicle Displacement and Acceleration time-history data

Syntax: curve_vpi(vehicle_displacement,vehicle_acceleration,slack,stiffness,mass)

Inputs: - Name: vehicle_displacement - Type: vector

Name: vehicle_acceleration
Type: vector
Name: slack
Type: scalar
Default: 1
Name: stiffness
Type: scalar
Default: 1
Name: mass
Type: scalar
Default: 1

Outputs: Name: curve_vpi_output_1 Type: scalar

*CURVE_VPI_ACCELERATION¶

Description: Compute the VDI time-history from acceleration

Syntax: curve_vpi_acceleration(vehicle_acceleration,slack,stiffness,mass)

Inputs: - Name: vehicle_acceleration - Type: vector

Name: slack
Type: scalar
Default: 1
Name: stiffness
Type: scalar
Default: 1
Name: mass
Type: scalar
Default: 1

Outputs: Name: curve_vpi_acceleration_output_1 Type: scalar

*CURVE_VPI_DISPLACEMENT¶

Description: Compute the VDI time-history from displacement

Syntax: curve_vpi_displacement(vehicle_displacement,slack,stiffness,mass)

Inputs: - Name: vehicle_displacement - Type: vector

Name: slack
Type: scalar
Default: 1
Name: stiffness
Type: scalar
Default: 1
Name: mass
Type: scalar
Default: 1

Outputs: Name: curve_vpi_displacement_output_1 Type: scalar

*CURVE_ENG_STRAIN_TO_PLASTIC¶

Description: Compute eng strain to effective plastic strain

Syntax: curve_eng_strain_to_plastic(eng_stress_strain_curve,elastic_modulus,strain)

Inputs: - Name: eng_stress_strain_curve - Type: vector

Name: elastic_modulus
Type: scalar
Default: 210
Name: strain
Type: scalar

Outputs: Name: curve_eng_strain_to_plastic_output_1 Type: scalar

*CURVE_PROPORTIONALITY_LIMIT¶

Description: Compute the propornality limit

Syntax: curve_proportionality_limit(curvetobelookedup,errortolerance,return_type)

Inputs: - Name: curvetobelookedup - Type: vector

Name: errortolerance
Type: scalar
Default: 0.0001
Name: return_type
Type: select
Default: slope

Outputs: Name: curve_proportionality_limit_output_1 Type: scalar

*CURVE_HIC¶

Description: Compute the Head Injury Criteria (HIC) for a given acceleration curve

Syntax: curve_hic(curvetobelookedup,software,interval,time_sf,acc_sf,return_type)

Inputs: - Name: curvetobelookedup - Type: vector

Name: software
Type: select
Default: lsprepost
Name: interval
Type: select
Default: 36
Name: time_sf
Type: select
Default: 1
Name: acc_sf
Type: float
Default: 1
Name: return_type
Type: select
Default: hic

Outputs: Name: curve_hic_output_1 Type: scalar

*CURVE_MIN_MAX_BOUND¶

Description: Compute the min max bounds and return the mean values

Syntax: curve_min_max_bound(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_min_max_bound_output_1 Type: vector

*CURVE_DRI¶

Description: Compute the DRI for a given acceleration curve

Syntax: curve_dri(vehicle_velocity,type,time_sf,acc_sf)

Inputs: - Name: vehicle_velocity - Type: vector

Name: type
Type: select
Default: dri_x
Name: time_sf
Type: scalar
Default: 1
Name: acc_sf
Type: scalar
Default: 1

Outputs: Name: curve_dri_output_1 Type: vector

*CURVE_OLC_PSI¶

Description: Compute the Occupant Load Criteria from a given Vehicle Velocity

Syntax: curve_olc_psi(vehicle_velocity,min_disp,max_disp,scale_factor)

Inputs: - Name: vehicle_velocity - Type: vector

Name: min_disp
Type: scalar
Default: 65
Name: max_disp
Type: scalar
Default: 300
Name: scale_factor
Type: number
Default: 1

Outputs: Name: curve_olc_psi_output_1 Type: scalar

*CURVE_OLC_NUMBER¶

Description: Compute the OLC from a given Vehicle Velocity curve

Syntax: curve_olc_number(vehicle_velocity,min_disp,max_disp,scale_factor)

Inputs: - Name: vehicle_velocity - Type: vector

Name: min_disp
Type: scalar
Default: 65
Name: max_disp
Type: scalar
Default: 300
Name: scale_factor
Type: number
Default: 1

Outputs: Name: curve_olc_number_output_1 Type: scalar

*CURVE_OLC_DATA¶

Description: Compute the OLC from a given Vehicle Velocity curve

Syntax: curve_olc_data(vehicle_velocity,min_disp,max_disp,scale_factor)

Inputs: - Name: vehicle_velocity - Type: vector

Name: min_disp
Type: scalar
Default: 65
Name: max_disp
Type: scalar
Default: 300
Name: scale_factor
Type: number
Default: 1

Outputs: Name: curve_olc_data_output_1 Type: keyvalue

*CURVE_OLC_OCCUPANT_VAD¶

Description: Compute the OLC and plot the time-histories of Occupant

Syntax: curve_olc_occupant_vad(vehicle_velocity,min_disp,max_disp,scale_factor)

Inputs: - Name: vehicle_velocity - Type: vector

Name: min_disp
Type: scalar
Default: 65
Name: max_disp
Type: scalar
Default: 300
Name: scale_factor
Type: number
Default: 1

Outputs: Name: curve_olc_occupant_vad_output_1 Type: vector

*CURVE_MONOTONIC¶

Description: Enforces monotonicity for x or y points

Syntax: curve_monotonic(curvetobeoperatedon,axis)

Inputs: - Name: curvetobeoperatedon - Type: vector

Name: axis
Type: select
Default: x

Outputs: Name: curve_monotonic_output_1 Type: vector

*CURVE_FILTER_VALUES¶

Description: Filter values

Syntax: curve_filter_values(curvetobeoperatedon,type,include_exclude)

Inputs: - Name: curvetobeoperatedon - Type: vector

Name: type
Type: select
Default: negative_x
Name: include_exclude
Type: select
Default: exclude

Outputs: Name: curve_filter_values_output_1 Type: vector

*CURVE_YMONOTONIC_PERCENTAGE¶

Description: Enforces monotocity for x or y points

Syntax: curve_ymonotonic_percentage(curvetobeoperatedon,min_slope,ensurelastpointisincludedtopreventcurvebeingclippedfornon-recoveringcurves)

Inputs: - Name: curvetobeoperatedon - Type: vector

Name: min_slope
Type: scalar
Default: 0.01
Name: ensurelastpointisincludedtopreventcurvebeingclippedfornon-recoveringcurves
Type: select
Default: yes

Outputs: Name: curve_ymonotonic_percentage_output_1 Type: vector

*CURVE_GENERATE_YIELD_CURVE¶

Description: Generate yield curve

Syntax: curve_generate_yield_curve(modulusof_elasticity,yield_stress,yield_point_elongation,ultimate_stress,ultimate_strain,elongation_strain,yield_scaling_function,ultimate_scaling_function,yield_scaling_function_coeff,ultimate_scaling_function_coeff,numberof_points)

Inputs: - Name: modulusof_elasticity - Type: scalar - Default: 210

Name: yield_stress
Type: scalar
Default: .150
Name: yield_point_elongation
Type: scalar
Default: 0.0
Name: ultimate_stress
Type: scalar
Default: .250
Name: ultimate_strain
Type: scalar
Default: 0.3
Name: elongation_strain
Type: scalar
Default: 0.4
Name: yield_scaling_function
Type: select
Default: linear
Name: ultimate_scaling_function
Type: select
Default: linear
Name: yield_scaling_function_coeff
Type: scalar
Default: 0.2
Name: ultimate_scaling_function_coeff
Type: scalar
Default: 2
Name: numberof_points
Type: scalar
Default: 100

Outputs: Name: curve_generate_yield_curve_output_1 Type: vector

*CURVE_LOGLOG¶

Description: Compute Log of X and Log Y

Syntax: curve_loglog(curvetobeoperatedon)

Inputs: - Name: curvetobeoperatedon - Type: vector

Outputs: Name: curve_loglog_output_1 Type: vector

*CURVE_RELATIVE_TO_FIRST_POINT¶

Description: Compute curve relative to the first point

Syntax: curve_relative_to_first_point(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_relative_to_first_point_output_1 Type: vector

*CURVE_EFFECTIVE_EXTRAPOLATE_FROM_DATASET¶

Description: Generate extrapolate from dataset

Syntax: curve_effective_extrapolate_from_dataset(effective_curve,method,parameters,parameters_map,last_strain,increment)

Inputs: - Name: effective_curve - Type: vector

Name: method
Type: select
Default: swift
Name: parameters
Type: dataset
Name: parameters_map
Type: dataset
Name: last_strain
Type: scalar
Name: increment
Type: scalar

Outputs: Name: curve_effective_extrapolate_from_dataset_output_1 Type: vector

*CURVE_NEGATIVE_TO_ZERO¶

Description: Set all negative values to zero

Syntax: curve_negative_to_zero(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_negative_to_zero_output_1 Type: vector

*CURVE_POSITIVE_TO_ZERO¶

Description: Set all positive values to zero

Syntax: curve_positive_to_zero(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_positive_to_zero_output_1 Type: vector

*CURVE_ABS¶

Description: Compute the abs value of the curve

Syntax: curve_abs(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_abs_output_1 Type: vector

*CURVE_INTEGRATE_IF_POSITIVE¶

Description: Integrate positive values

Syntax: curve_integrate_if_positive(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_integrate_if_positive_output_1 Type: vector

*CURVE_INTEGRATE_IF_NEGATIVE¶

Description: Integrate negative values only

Syntax: curve_integrate_if_negative(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_integrate_if_negative_output_1 Type: vector

*CURVE_DROP_IF_POSITIVE¶

Description: Drop positive points

Syntax: curve_drop_if_positive(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_drop_if_positive_output_1 Type: vector

*CURVE_DROP_IF_NEGATIVE¶

Description: Drop negative values

Syntax: curve_drop_if_negative(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_drop_if_negative_output_1 Type: vector

*CURVE_CLIPATMAXY¶

Description: Clip the curves based on either x or y ranges

Syntax: curve_clipatmaxy(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: curve_clipatmaxy_output_1 Type: vector

*CURVE_REMOVE_DISCONTINUITY¶

Description: Remove discontinuity identified by x-point being far away from the previous point and clip at the last point

Syntax: curve_remove_discontinuity(curve,ratiowhencomparedwiththex-range)

Inputs: - Name: curve - Type: vector

Name: ratiowhencomparedwiththex-range
Type: scalar
Default: 0.1

Outputs: Name: curve_remove_discontinuity_output_1 Type: vector

*CURVE_THREEMS_CLIP¶

Description: Compute 3ms clip

Syntax: curve_threems_clip(curve,time_sf)

Inputs: - Name: curve - Type: vector

Name: time_sf
Type: scalar
Default: 1

Outputs: Name: curve_threems_clip_output_1 Type: scalar

*CURVE_FIT_POLYNOMIAL¶

Description: Fit the curve with polynomials

Syntax: curve_fit_polynomial(curve,order,digitize,xmi_n-optional,xma_x-optional,step-optional)

Inputs: - Name: curve - Type: vector

Name: order
Type: select
Default: 1
Name: digitize
Type: select
Default: -1
Name: xmi_n-optional
Type: scalar
Default: 1
Name: xma_x-optional
Type: scalar
Default: 1
Name: step-optional
Type: scalar
Default: 0.001

Outputs: Name: curve_fit_polynomial_output_1 Type: vector

*CURVE_FIT_HARDENING_NEURALNETWORK¶

Description: Fit the hardening curves and return the curve

Syntax: curve_fit_hardening_neuralnetwork(hardening_curve-effective_strainvs_effective_stress,typeof_fit,iterations-higherthebetter,learning_rate-lowerthebetter,tolerance-lowerthebetter,numberof_evaluations-percentageof_points-lowerthefaster,numberof_digitization_points,return_type)

Inputs: - Name: hardening_curve-effective_strainvs_effective_stress - Type: vector

Name: typeof_fit
Type: select
Default: swift
Name: iterations-higherthebetter
Type: select
Default: 10
Name: learning_rate-lowerthebetter
Type: select
Default: 0.1
Name: tolerance-lowerthebetter
Type: select
Default: 1.0E-5
Name: numberof_evaluations-percentageof_points-lowerthefaster
Type: select
Default: 10
Name: numberof_digitization_points
Type: select
Default: 100
Name: return_type
Type: select
Default: curve

Outputs: Name: curve_fit_hardening_neuralnetwork_output_1 Type: vector

*CURVE_FIT_HARDENING_NEURALNETWORK_PARAMETERS¶

Description: Fit the hardening curves and return parameters

Syntax: curve_fit_hardening_neuralnetwork_parameters(hardening_curve-effective_strainvs_effective_stress,typeof_fit,iterations-higherthebetter,learning_rate-lowerthebetter,tolerance-lowerthebetter,numberof_evaluations-percentageof_points-lowerthefaster,numberof_digitization_points,return_type)

Inputs: - Name: hardening_curve-effective_strainvs_effective_stress - Type: vector

Name: typeof_fit
Type: select
Default: swift
Name: iterations-higherthebetter
Type: select
Default: 10
Name: learning_rate-lowerthebetter
Type: select
Default: 0.1
Name: tolerance-lowerthebetter
Type: select
Default: 1.0E-5
Name: numberof_evaluations-percentageof_points-lowerthefaster
Type: select
Default: 10
Name: numberof_digitization_points
Type: select
Default: 100
Name: return_type
Type: select
Default: curve

Outputs: Name: curve_fit_hardening_neuralnetwork_parameters_output_1 Type: dataset

*CURVE_ZONE_AVERAGE¶

Description: Compute zone average based on x-ranges

Syntax: curve_zone_average(curvetouseforcomputingthezoneaverage,zones)

Inputs: - Name: curvetouseforcomputingthezoneaverage - Type: vector

Name: zones
Type: string

Outputs: Name: curve_zone_average_output_1 Type: keyvalue

*CURVE_ZONE_VALUES¶

Description: Compute zone values based on x-ranges

Syntax: curve_zone_values(curvetouseforcomputingthezonecalculations,zones,calculation_type,zone_names)

Inputs: - Name: curvetouseforcomputingthezonecalculations - Type: vector

Name: zones
Type: string
Name: calculation_type
Type: select
Default: average
Name: zone_names
Type: string

Outputs: Name: curve_zone_values_output_1 Type: keyvalue

*CURVE_TIME_HISTORY_COORDINATES_TO_DISPLACEMENTS¶

Description: Compute displacements from coordinates

Syntax: curve_time_history_coordinates_to_displacements(coordinates_xy_z)

Inputs: - Name: coordinates_xy_z - Type: vector

Outputs: Name: curve_time_history_coordinates_to_displacements_output_1 Type: vector

*CURVE_CREATE_FROM_POINTS¶

Description: Create a curve with points

Syntax: curve_create_from_points(x-points,y-points)

Inputs: - Name: x-points - Type: any

Name: y-points
Type: any

Outputs: Name: curve_create_from_points_output_1 Type: vector

*CURVE_CREATE_FROM_TEXT¶

Description: Create a curve with points

Syntax: curve_create_from_text(x-points,y-points)

Inputs: - Name: x-points - Type: textarea

Name: y-points
Type: textarea

Outputs: Name: curve_create_from_text_output_1 Type: vector

*CURVE_EXPONENTIAL_DECAY¶

Description: Create a decaying curve with points

Syntax: curve_exponential_decay(name,xmin,xma_x,ystar_t,yen_d,numberof_points,decay_coefficient,add_zero)

Inputs: - Name: name - Type: textarea

Name: xmin
Type: scalar
Name: xma_x
Type: textarea
Name: ystar_t
Type: scalar
Name: yen_d
Type: scalar
Name: numberof_points
Type: scalar
Name: decay_coefficient
Type: scalar
Name: add_zero
Type: select
Default: yes

Outputs: Name: curve_exponential_decay_output_1 Type: vector

*CURVE_DIST_FROM_TWO_POINTS¶

Description: Compute the distance between two point time-history

Syntax: curve_dist_from_two_points(point1xy_z,point2xy_z)

Inputs: - Name: point1xy_z - Type: vector

Name: point2xy_z
Type: vector

Outputs: Name: curve_dist_from_two_points_output_1 Type: scalar

*CURVE_LOOKUP_XVALUEAT¶

Description:: Compute the value of X for a given Y value

Syntax: curve_lookup_xvalueat(curve1,y_value,format)

Inputs: - Name: curve1 - Type: vector

Name: y_value
Type: float
Name: format
Type: string
Default: %s

Outputs: Name: curve_lookup_xvalueat_output_1 Type: scalar

*CURVE_LOOKUP_BEST_FIT_INITIAL_SLOPE¶

Description: Get best-fit initial slope

Syntax: curve_lookup_best_fit_initial_slope(curve1,r2_limit,max_strain)

Inputs: - Name: curve1 - Type: vector

Name: r2_limit
Type: float
Default: 0.975
Name: max_strain
Type: float
Default: 0.002

Outputs: Name: curve_lookup_best_fit_initial_slope_output_1 Type: scalar

*CURVE_GET_SLOPE_VS_R2¶

Description: Get Slope vs best fit

Syntax: curve_get_slope_vs_r2(curve1,num_segments)

Inputs: - Name: curve1 - Type: vector

Name: num_segments
Type: float
Default: 10

Outputs: Name: curve_get_slope_vs_r2_output_1 Type: vector

*CURVE_GET_SLOPE_PRIOR_TO_CHANGE¶

Description: Get slope prior to the change

Syntax: curve_get_slope_prior_to_change(curve1,change_type,drop_ratio,return_type)

Inputs: - Name: curve1 - Type: vector

Name: change_type
Type: select
Default: drop
Name: drop_ratio
Type: float
Default: 0.975
Name: return_type
Type: select
Default: max_slope

Outputs: Name: curve_get_slope_prior_to_change_output_1 Type: scalar

*CURVE_LOOKUP_TTZ¶

Description: Compute the intersection of the curve with the Y=0 axis and return the x-value as specified below. Useful for determining the time-to-zero velocity.

Syntax: curve_lookup_ttz(curve1,lookuptype)

Inputs: - Name: curve1 - Type: vector

Name: lookuptype
Type: select
Default: first

Outputs: Name: curve_lookup_ttz_output_1 Type: scalar

*CURVE_ADD_DATUM_LINES_FROM_DATASET_COLUMN¶

Description: Converts a XYZ Coordinate time-history to JS3D

Syntax: curve_add_datum_lines_from_dataset_column(curve,dataset,column,datum_type)

Inputs: - Name: curve - Type: vector

Name: dataset
Type: vector
Name: column
Type: scalar
Name: datum_type
Type: select
Default: x

Outputs: Name: curve_add_datum_lines_from_dataset_column_output_1 Type: vector

*CURVE_TORQUE_VS_TWIST_TO_STRESS_VS_STRAIN¶

Description: Convert Torque vs Twist to Shear Stress vs Shear String

Syntax: curve_torque_vs_twist_to_stress_vs_strain(torquevs_twist,length,outer_radius,thickness)

Inputs: - Name: torquevs_twist - Type: vector

Name: length
Type: scalar
Name: outer_radius
Type: scalar
Name: thickness
Type: scalar

Outputs: Name: curve_torque_vs_twist_to_stress_vs_strain_output_1 Type: curve

*CURVE_VERIFY¶

Description: Performs verification on various attributes on the curves

Syntax: curve_verify(curvetocheck,checktype)

Inputs: - Name: curvetocheck - Type: vector

Name: checktype
Type: select
Default: none

Outputs: Name: curve_verify_output_1 Type: curve

*CURVE_CREATE_FROM_EXPRESSION¶

Description: Computes key values such as Yield, Necking etc.

Syntax: curve_create_from_expression(expression,xmin,xmax,xinc)

Inputs: - Name: expression - Type: vector

Name: xmin
Type: scalar
Name: xmax
Type: scalar
Default: 1
Name: xinc
Type: scalar
Default: 0.1

Outputs: Name: curve_create_from_expression_output_1 Type: keyvalue

*CURVE_ENGSTRESS_STATS¶

Description: Computes key values such as Yield, Necking etc.

Syntax: curve_engstress_stats(eng_stress_strain_curve,slope,yield_offset)

Inputs: - Name: eng_stress_strain_curve - Type: vector

Name: slope
Type: scalar
Name: yield_offset
Type: scalar

Outputs: Name: curve_engstress_stats_output_1 Type: keyvalue

*CURVE_TORSION_TO_UNIAXIAL¶

Description: Converts the torsional stress vs shear strain to uni-axial stress vs effective strain

Syntax: curve_torsion_to_uniaxial(torsional_eng_stress_strain_curve)

Inputs: - Name: torsional_eng_stress_strain_curve - Type: vector

Outputs: Name: curve_torsion_to_uniaxial_output_1 Type: vector

*CURVE_GET_ENCLOSED_AREA¶

Description: Get the enclosed area from coordinates

Syntax: curve_get_enclosed_area(curverepresentingcoordinates)

Inputs: - Name: curverepresentingcoordinates - Type: vector

Outputs: Name: curve_get_enclosed_area_output_1 Type: scalar

*CURVE_PROJECT_TOLERANCE¶

Description: Project points found within a tolerance to a specified value

Syntax: curve_project_tolerance(curve,min_value,max_value,new_value,look_ahead,lookaheadnumberofpoints)

Inputs: - Name: curve - Type: vector

Name: min_value
Type: scalar
Default: -1
Name: max_value
Type: scalar
Default: 1
Name: new_value
Type: scalar
Name: look_ahead
Type: select
Default: no
Name: lookaheadnumberofpoints
Type: scalar
Default: 10

Outputs: Name: curve_project_tolerance_output_1 Type: vector

*CURVE_EVENT_DETECTION_DERIVATIVE_SIGN_CHANGE¶

Description: Computes the sign changes

Syntax: curve_event_detection_derivative_sign_change(curve,order,ratio)

Inputs: - Name: curve - Type: vector

Name: order
Type: scalar
Default: 3
Name: ratio
Type: scalar
Default: 0.75

Outputs: Name: curve_event_detection_derivative_sign_change_output_1 Type: vector

*CURVE_EVENT_DETECTION_SIGN_CHANGE¶

Description: Computes the events based on sign changes

Syntax: curve_event_detection_sign_change(curve,changetype,pretime_window,posttime_window,fluctuationtimewindowinpercentage,minimum_cycle_maxpercentageof_total_max,includeallcross-overpoints,zerovalue,projectvalueswithinthezerovalue)

Inputs: - Name: curve - Type: vector

Name: changetype
Type: select
Default: positive_to_negative
Name: pretime_window
Type: scalar
Default: 600
Name: posttime_window
Type: scalar
Default: 1200
Name: fluctuationtimewindowinpercentage
Type: scalar
Default: 2%
Name: minimum_cycle_maxpercentageof_total_max
Type: scalar
Default: 5%
Name: includeallcross-overpoints
Type: select
Default: no
Name: zerovalue
Type: scalar
Default: 1.0
Name: projectvalueswithinthezerovalue
Type: select
Default: no

Outputs: Name: curve_event_detection_sign_change_output_1 Type: dataset

*CURVE_SIGN_CHANGE_STATS¶

Description: Computes the events based on sign changes and returns the points

Syntax: curve_sign_change_stats(curve,switchtype,pre-switchtime_window,post-switchtime_window,fluctuationtimewindowinpercentage)

Inputs: - Name: curve - Type: vector

Name: switchtype
Type: select
Default: positive_to_negative
Name: pre-switchtime_window
Type: scalar
Default: 600
Name: post-switchtime_window
Type: scalar
Default: 1200
Name: fluctuationtimewindowinpercentage
Type: scalar
Default: 2%

Outputs: Name: curve_sign_change_stats_output_1 Type: dataset

*CURVE_GET_OPTIMUM_X¶

Description: Finds optimum value from the curve

Syntax: curve_get_optimum_x(curve,objective,convergence_factor)

Inputs: - Name: curve - Type: vector

Name: objective
Type: select
Default: minimize
Name: convergence_factor
Type: scalar
Default: 0.001

Outputs: Name: curve_get_optimum_x_output_1 Type: scalar

*CURVE_HILL_CLIMBING¶

Description: Finds optimum value from the curve

Syntax: curve_hill_climbing(curve,objective,start_x,end_x,step_sizefor_x,numberof_iterations)

Inputs: - Name: curve - Type: vector

Name: objective
Type: select
Default: minimize
Name: start_x
Type: scalar
Default: 0.0
Name: end_x
Type: scalar
Default: 0.0
Name: step_sizefor_x
Type: scalar
Default: 0.0001
Name: numberof_iterations
Type: scalar
Default: 100

Outputs: Name: curve_hill_climbing_output_1 Type: scalar

*CURVE_DERIVATIVE_EXCEEDS_THRESHOLD¶

Description: Computes the sign changes and returns yes\/no

Syntax: curve_derivative_exceeds_threshold(curve,order,ratio)

Inputs: - Name: curve - Type: vector

Name: order
Type: scalar
Default: 3
Name: ratio
Type: scalar
Default: 0.75

Outputs: Name: curve_derivative_exceeds_threshold_output_1 Type: string

*CURVE_EVENT_DETECTION_DROP_AND_HOLD¶

Description: Detect events by tracking a drop and holding

Syntax: curve_event_detection_drop_and_hold(curve,drop_value,hold_window)

Inputs: - Name: curve - Type: vector

Name: drop_value
Type: scalar
Default: 3
Name: hold_window
Type: scalar
Default: 100

Outputs: Name: curve_event_detection_drop_and_hold_output_1 Type: vector

*CURVE_EVENT_DETECTION_HOLD¶

Description: Detect events by tracking a drop and holding

Syntax: curve_event_detection_hold(curve,hold_value,hold_window,tolerance,numberoftimes)

Inputs: - Name: curve - Type: vector

Name: hold_value
Type: scalar
Default: 3
Name: hold_window
Type: scalar
Default: 100
Name: tolerance
Type: scalar
Default: 0.01
Name: numberoftimes
Type: scalar
Default: 1

Outputs: Name: curve_event_detection_hold_output_1 Type: scalar

*CURVE_EVENT_DETECTION_HOLD_MIN_DURATION¶

Description: holds a value for a given min duration

Syntax: curve_event_detection_hold_min_duration(curve,hold_value,hold_window,tolerance)

Inputs: - Name: curve - Type: vector

Name: hold_value
Type: scalar
Default: 3
Name: hold_window
Type: scalar
Default: 100
Name: tolerance
Type: scalar
Default: 0.01

Outputs: Name: curve_event_detection_hold_min_duration_output_1 Type: dataset

*CURVE_ENGSTRESS_VARIANCE_SCALES¶

Description: Compute scales using the standard variance of yield, ultimate and failure stress

Syntax: curve_engstress_variance_scales(quasi-static_eng_stress_strain_curve,qs_yield_stress_min,qs_yield_stress_max,qs_ultimate_stress_min,qs_ultimate_stress_max,qs_elongation_strain_min,qs_elongation_strain_max,elastic_modulus,yield_offset)

Inputs: - Name: quasi-static_eng_stress_strain_curve - Type: vector

Name: qs_yield_stress_min
Type: scalar
Name: qs_yield_stress_max
Type: scalar
Name: qs_ultimate_stress_min
Type: scalar
Name: qs_ultimate_stress_max
Type: scalar
Name: qs_elongation_strain_min
Type: scalar
Name: qs_elongation_strain_max
Type: scalar
Name: elastic_modulus
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002

Outputs: Name: curve_engstress_variance_scales_output_1 Type: keyvalue

*CURVE_ENGSTRESS_SCALE_BY_SCALES¶

Description: Compute variance based on scales

Syntax: curve_engstress_scale_by_scales(eng_stress_strain_curve,scales,slope,offset,scale_after_necking)

Inputs: - Name: eng_stress_strain_curve - Type: vector

Name: scales
Type: keyvalue
Name: slope
Type: scalar
Name: offset
Type: scalar
Name: scale_after_necking
Type: select
Default: yes

Outputs: Name: curve_engstress_scale_by_scales_output_1 Type: vector

*CURVE_REMOVE_NEGATIVE_SLOPE¶

Description: Remove last negative slope

Syntax: curve_remove_negative_slope(curvetobeoperatedon,percentage)

Inputs: - Name: curvetobeoperatedon - Type: vector

Name: percentage
Type: textarea
Default: 0.05

Outputs: Name: curve_remove_negative_slope_output_1 Type: vector

*CURVE_ENSURE_FIRST_YIELD_GT_ZERO¶

Description: Ensure first yield gt zero

Syntax: curve_ensure_first_yield_gt_zero(curvetobeoperatedon)

Inputs: - Name: curvetobeoperatedon - Type: vector

Outputs: Name: curve_ensure_first_yield_gt_zero_output_1 Type: vector

*CURVE_SCALE_UP¶

Description: Scale Y Values

Syntax: curve_scale_up(base_curve,curveto_scale)

Inputs: - Name: base_curve - Type: vector

Name: curveto_scale
Type: vector

Outputs: Name: curve_scale_up_output_1 Type: vector

*CURVE_SET_Y_AT_X¶

Description: Set y at x

Syntax: curve_set_y_at_x(base_curve,x,new_y)

Inputs: - Name: base_curve - Type: vector

Name: x
Type: scalar
Name: new_y
Type: scalar

Outputs: Name: curve_set_y_at_x_output_1 Type: vector

*CURVE_VARY_Y_AT_X¶

Description: Vary a value of y at x

Syntax: curve_vary_y_at_x(base_curve,x,min_y,max_y,step_sizefor_y)

Inputs: - Name: base_curve - Type: vector

Name: x
Type: scalar
Name: min_y
Type: scalar
Name: max_y
Type: scalar
Default: 1
Name: step_sizefor_y
Type: scalar
Default: 0.1

Outputs: Name: curve_vary_y_at_x_output_1 Type: vector

*CURVE_VARY_XY_AT_X¶

Description: Vary both XY at x

Syntax: curve_vary_xy_at_x(base_curve,x,min_x,max_x,step_sizefor_x,min_y,max_y,step_sizefor_y)

Inputs: - Name: base_curve - Type: vector

Name: x
Type: scalar
Name: min_x
Type: scalar
Name: max_x
Type: scalar
Name: step_sizefor_x
Type: scalar
Name: min_y
Type: scalar
Name: max_y
Type: scalar
Name: step_sizefor_y
Type: scalar

Outputs: Name: curve_vary_xy_at_x_output_1 Type: vector

*CURVE_YIELD_STRESS_INSTABILITY¶

Description: Generate an instability curve based on yield curve based on SWIFT. Thanks to Paul Du Bois for his guidance.

Syntax: curve_yield_stress_instability(effective_stressvs_effective_strain_curve,type,min_triaxiality,min_triaxiality,increment_triaxiality,reversepoints)

Inputs: - Name: effective_stressvs_effective_strain_curve - Type: vector

Name: type
Type: select
Default: swift
Name: min_triaxiality
Type: scalar
Default: -1
Name: min_triaxiality
Type: scalar
Default: 1
Name: increment_triaxiality
Type: scalar
Default: 0.001
Name: reversepoints
Type: select
Default: yes

Outputs: Name: curve_yield_stress_instability_output_1 Type: vector

*CURVE_XVALUES¶

Description: Return the xvalues as a vector

Syntax: curve_xvalues(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_xvalues_output_1 Type: set

*CURVE_YVALUES¶

Description: Return the yvalues as a vector

Syntax: curve_yvalues(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_yvalues_output_1 Type: set

*CURVE_INVERT¶

Description: Invert the curve by by multiplying the X by -1 and Y by -1

Syntax: curve_invert(curve1,inverttype)

Inputs: - Name: curve1 - Type: vector

Name: inverttype
Type: select
Default: x

Outputs: Name: curve_invert_output_1 Type: vector

*CURVE_INVERSE¶

Description: Create a curve by computing Y=1/Y

Syntax: curve_inverse(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_inverse_output_1 Type: vector

*CURVE_NORMALIZE¶

Description: Normalize the curve by dividing the y-values by the max-y

Syntax: curve_normalize(curve1,axis,normalizetype)

Inputs: - Name: curve1 - Type: vector

Name: axis
Type: select
Default: x
Name: normalizetype
Type: select
Default: minmax

Outputs: Name: curve_normalize_output_1 Type: vector

*CURVE_GET_STATS¶

Description: Get the curve statistics such as min/max/mean/std_dev

Syntax: curve_get_stats(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_get_stats_output_1 Type: keyvalue

*CURVE_DENORMALIZE¶

Description: Normalize the curve using stats

Syntax: curve_denormalize(curve1,normalizetype,axis,un-normalized_statistics)

Inputs: - Name: curve1 - Type: vector

Name: normalizetype
Type: select
Default: standardscaler
Name: axis
Type: select
Default: x
Name: un-normalized_statistics
Type: keyvalue

Outputs: Name: curve_denormalize_output_1 Type: vector

*CURVE_AUTO_CLEAN¶

Description: Perform a series of checks to auto clean a curve for use by material laws

Syntax: curve_auto_clean(curve1,digitize_points,x_monotonic,regression_smooth,regression_smooth_percentage)

Inputs: - Name: curve1 - Type: vector

Name: digitize_points
Type: scalar
Default: 100
Name: x_monotonic
Type: select
Default: yes
Name: regression_smooth
Type: select
Default: yes
Name: regression_smooth_percentage
Type: select
Default: 1

Outputs: Name: curve_auto_clean_output_1 Type: vector

*CURVE_ENFORCE_DECAY¶

Description: Enforce Decay - Monotonically decreasing values for Y

Syntax: curve_enforce_decay(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_enforce_decay_output_1 Type: vector

*CURVE_DOWNSIZE¶

Description: Curve downsize

Syntax: curve_downsize(curve1,band_size,num_iterations,window_size,window_type)

Inputs: - Name: curve1 - Type: vector

Name: band_size
Type: scalar
Default: 0.05
Name: num_iterations
Type: scalar
Default: 1
Name: window_size
Type: scalar
Name: window_type
Type: select
Default: value

Outputs: Name: curve_downsize_output_1 Type: vector

*CURVE_RDP_DOWNSAMPLING¶

Description: Curve rdp downsampling

Syntax: curve_rdp_downsampling(curve1,epsilon,chunks)

Inputs: - Name: curve1 - Type: vector

Name: epsilon
Type: scalar
Default: 1
Name: chunks
Type: scalar
Default: 1

Outputs: Name: curve_rdp_downsampling_output_1 Type: vector

*CURVE_CHECK_TOLERANCE¶

Description: Curve check tolerance

Syntax: curve_check_tolerance(curve,tolerance_type,min_tolerance,max_tolerance,pass_value,fail_value,number_points,moving_window_value_type_to_check)

Inputs: - Name: curve - Type: vector

Name: tolerance_type
Type: select
Default: raw
Name: min_tolerance
Type: scalar
Default: 0.001
Name: max_tolerance
Type: scalar
Default: 0.01
Name: pass_value
Type: scalar
Default: 1
Name: fail_value
Type: scalar
Name: number_points
Type: scalar
Default: 1
Name: moving_window_value_type_to_check
Type: select
Default: average

Outputs: Name: curve_check_tolerance_output_1 Type: vector

*CURVE_CRITICAL¶

Description: Downsize by taking only critical points

Syntax: curve_critical(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_critical_output_1 Type: vector

*CURVE_DIGITIZE¶

Description: Create a new curve by linear interpolation to reach a maximum of num_points specified below

Syntax: curve_digitize(curve1,num_points,mid_point,add_rdp,rdp_espsilon)

Inputs: - Name: curve1 - Type: vector

Name: num_points
Type: integer
Default: 100
Name: mid_point
Type: integer
Default: 0.0
Name: add_rdp
Type: select
Default: no
Name: rdp_espsilon
Type: integer
Default: 1.0

Outputs: Name: curve_digitize_output_1 Type: vector

*CURVE_SKIP_EVERY¶

Description: Create a new curve by skipping points

Syntax: curve_skip_every(curve1,every)

Inputs: - Name: curve1 - Type: vector

Name: every
Type: integer
Default: 100

Outputs: Name: curve_skip_every_output_1 Type: vector

*CURVE_TO_OCTAVES¶

Description: Convert the frequency to 1 3 bands

Syntax: curve_to_octaves(curve1,type,value_type)

Inputs: - Name: curve1 - Type: vector

Name: type
Type: select
Default: nte
Name: value_type
Type: select
Default: avg

Outputs: Name: curve_to_octaves_output_1 Type: vector

*CURVE_ATAN¶

Description: Create a new curve by where y = atan(y)

Syntax: curve_atan(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_atan_output_1 Type: vector

*CURVE_ATAN¶

Description: Create a new curve by where y = atan(y)

Syntax: curve_atan(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curve_atan_output_1 Type: vector

*CURVE_OFFSETANDSCALE¶

Description: Perform an offset followed by scale for x and y as specified below

Syntax: curve_offsetandscale(curvetobescaled,x_offset,y_offset,x_scale,y_scale)

Inputs: - Name: curvetobescaled - Type: vector

Name: x_offset
Type: float
Name: y_offset
Type: float
Name: x_scale
Type: float
Default: 1
Name: y_scale
Type: float
Default: 1

Outputs: Name: curve_offsetandscale_output_1 Type: vector

*CURVE_SCALEANDOFFSET¶

Description: Perform an scale followed by an offset for x and y as specified below

Syntax: curve_scaleandoffset(curvetobescaled,x_scale,y_scale,x_offset,y_offset)

Inputs: - Name: curvetobescaled - Type: vector

Name: x_scale
Type: float
Default: 1.0
Name: y_scale
Type: float
Default: 1.0
Name: x_offset
Type: float
Default: 0.0
Name: y_offset
Type: float
Default: 0.0

Outputs: Name: curve_scaleandoffset_output_1 Type: vector

*CURVE_SCALAR_SUBTRACT¶

Description: Subtract a value from all points of a curve

Syntax: curve_scalar_subtract(curvetobesubtracted,value)

Inputs: - Name: curvetobesubtracted - Type: vector

Name: value
Type: float
Default: 0.0

Outputs: Name: curve_scalar_subtract_output_1 Type: vector

*CURVE_FORCEDEFLECTIONTOENGSTRESSSTRAIN¶

Description: Convert a force-deflection curve to a Engineering stress vs strain curve based

Syntax: curve_forcedeflectiontoengstressstrain(forcedeflectioncurve,length,area)

Inputs: - Name: forcedeflectioncurve - Type: vector

Name: length
Type: float
Default: 1
Name: area
Type: float
Default: 1

Outputs: Name: curve_forcedeflectiontoengstressstrain_output_1 Type: vector

*CURVE_FORCEDEFLECTIONTOENGSTRESSSTRAIN_SECTION¶

Description: Convert a force-deflection curve to a Engineering stress vs strain curve based

Syntax: curve_forcedeflectiontoengstressstrain_section(forcedeflectioncurve,sectiontype,length,widthorradius,thickness)

Inputs: - Name: forcedeflectioncurve - Type: vector

Name: sectiontype
Type: select
Default: rectangle
Name: length
Type: float
Default: 1.0
Name: widthorradius
Type: float
Default: 1.0
Name: thickness
Type: float
Default: 1.0

Outputs: Name: curve_forcedeflectiontoengstressstrain_section_output_1 Type: vector

*CURVE_ENGSTRESSSTRAIN_FORCEDEFLECTION¶

Description: Convert a force-deflection curve to a Engineering stress vs strain curve based

Syntax: curve_engstressstrain_forcedeflection(eng_stress_strain,sectiontype,length,widthorradius,thickness)

Inputs: - Name: eng_stress_strain - Type: vector

Name: sectiontype
Type: select
Default: rectangle
Name: length
Type: float
Default: 1.0
Name: widthorradius
Type: float
Default: 1.0
Name: thickness
Type: float
Default: 1.0

Outputs: Name: curve_engstressstrain_forcedeflection_output_1 Type: vector

*CURVE_ENGTOTRUESTRESS¶

Description: Engineering stress vs strain curve to True stress vs strain curve using Constant Volume assumption

Syntax: curve_engtotruestress(engineeringstressstraincurve,axis)

Inputs: - Name: engineeringstressstraincurve - Type: vector

Name: axis
Type: select
Default: both

Outputs: Name: curve_engtotruestress_output_1 Type: vector

*CURVE_ADD_ZERO_ORIGIN¶

Description: Add a value 0,0 if it does not exists

Syntax: curve_add_zero_origin(curve_input)

Inputs: - Name: curve_input - Type: vector

Outputs: Name: curve_add_zero_origin_output_1 Type: vector

*CURVE_TRUETOENGSTRESS¶

Description: True to Eng

Syntax: curve_truetoengstress(truestressstraincurve)

Inputs: - Name: truestressstraincurve - Type: vector

Outputs: Name: curve_truetoengstress_output_1 Type: vector

*CURVE_EFFTOTRUE¶

Description: Convert true-stress-vs-strain curve based from effective–stress-vs-strain curve

Syntax: curve_efftotrue(effective_stressto_true,youngs_modulus,offset)

Inputs: - Name: effective_stressto_true - Type: vector

Name: youngs_modulus
Type: scalar
Default: 1.0
Name: offset
Type: scalar
Default: 0.002

Outputs: Name: curve_efftotrue_output_1 Type: vector

*CURVE_LOADING_UNLOADING_DIFFERENCE¶

Description: Effective to True

Syntax: curve_loading_unloading_difference(loadingunloading)

Inputs: - Name: loadingunloading - Type: vector

Outputs: Name: curve_loading_unloading_difference_output_1 Type: scalar

*CURVE_ENGSTRESS_YIELD¶

Description: Compute yield point of eng stress strain curve

Syntax: curve_engstress_yield(engstressstraincurve,elastic_modulus,yield_offset)

Inputs: - Name: engstressstraincurve - Type: vector

Name: elastic_modulus
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002

Outputs: Name: curve_engstress_yield_output_1 Type: vector

*CURVE_TRUETOEFFECTIVESTRESS¶

Description: Convert True to Effective stress vs strain curve by removing all elastic strains

Syntax: curve_truetoeffectivestress(truestressstraincurve,elastic_modulus,yield_type,yield_offsetor_strain,necking_treatment,slopefor_extrapolation,last_strain,digitize,saturation_strain,saturation_percentage,intersection_point_type,digitize_option,necking_strain)

Inputs: - Name: truestressstraincurve - Type: vector

Name: elastic_modulus
Type: scalar
Default: 0.0
Name: yield_type
Type: select
Default: offset
Name: yield_offsetor_strain
Type: scalar
Default: 0.002
Name: necking_treatment
Type: select
Default: swift
Name: slopefor_extrapolation
Type: scalar
Default: 0.0
Name: last_strain
Type: scalar
Default: 1.0
Name: digitize
Type: scalar
Default: 100.0
Name: saturation_strain
Type: scalar
Name: saturation_percentage
Type: scalar
Name: intersection_point_type
Type: select
Default: auto
Name: digitize_option
Type: select
Default: yes
Name: necking_strain
Type: scalar

Outputs: Name: curve_truetoeffectivestress_output_1 Type: vector

*CURVE_ENG_GET_NECKING_STRAIN¶

Description: Compute the necking strain from an eng stress-strain curve

Syntax: curve_eng_get_necking_strain(engstressstraincurve,elastic_modulus,yield_type,yield_offsetor_strain,intersection_point_type)

Inputs: - Name: engstressstraincurve - Type: vector

Name: elastic_modulus
Type: scalar
Default: 0.0
Name: yield_type
Type: select
Default: offset
Name: yield_offsetor_strain
Type: scalar
Default: 0.002
Name: intersection_point_type
Type: select
Default: auto

Outputs: Name: curve_eng_get_necking_strain_output_1 Type: vector

*CURVE_ERSATZ_HARDENING¶

Description: ERSATZ Hardening curve generator

Syntax: curve_ersatz_hardening(material_name,eng_yield_stress,eng_ultimate_stress,necking_strain)

Inputs: - Name: material_name - Type: scalar

Name: eng_yield_stress
Type: scalar
Name: eng_ultimate_stress
Type: scalar
Name: necking_strain
Type: scalar

Outputs: Name: curve_ersatz_hardening_output_1 Type: vector

*CURVE_ERSATZ_HARDENING_FROM_DATASET¶

Description: ERSATZ Hardening curve generator from dataset

Syntax: curve_ersatz_hardening_from_dataset(datasetwithcolsname,yield,ultimate,n)

Inputs: - Name: datasetwithcolsname,yield,ultimate,n - Type: dataset

Outputs: Name: curve_ersatz_hardening_from_dataset_output_1 Type: vector

*CURVE_ENGSTRESS_VARIANCE¶

Description: Create a curve using the standard variance of yield, ultimate and failure strain

Syntax: curve_engstress_variance(eng_stress_strain_curve,yield_stress_min,yield_stress_max,ultimate_stress_min,ultimate_stress_max,elongation_strain_min,elongation_strain_max,elastic_modulus,yield_offset)

Inputs: - Name: eng_stress_strain_curve - Type: vector

Name: yield_stress_min
Type: scalar
Name: yield_stress_max
Type: scalar
Name: ultimate_stress_min
Type: scalar
Name: ultimate_stress_max
Type: scalar
Name: elongation_strain_min
Type: scalar
Name: elongation_strain_max
Type: scalar
Name: elastic_modulus
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002

Outputs: Name: curve_engstress_variance_output_1 Type: vector

*CURVE_ENGSTRESS_VARIANCE_DYNAMIC¶

Description: Create a curve using the standard variance of yield, ultimate and failure stress

Syntax: curve_engstress_variance_dynamic(dynamic_eng_stress_strain_curve,qs_eng_stress_strain_curve,qs_yield_stress_min,qs_yield_stress_max,qs_ultimate_stress_min,qs_ultimate_stress_max,qs_elongation_strain_min,qs_elongation_strain_max,elastic_modulus,yield_offset)

Inputs: - Name: dynamic_eng_stress_strain_curve - Type: vector

Name: qs_eng_stress_strain_curve
Type: vector
Name: qs_yield_stress_min
Type: scalar
Name: qs_yield_stress_max
Type: scalar
Name: qs_ultimate_stress_min
Type: scalar
Name: qs_ultimate_stress_max
Type: scalar
Name: qs_elongation_strain_min
Type: scalar
Name: qs_elongation_strain_max
Type: scalar
Name: elastic_modulus
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002

Outputs: Name: curve_engstress_variance_dynamic_output_1 Type: vector

*CURVE_ENGSTRESS_SCALE¶

Description: Create a curve by scaling to the yield, ultimate and failure strain

Syntax: curve_engstress_scale(eng_stress_strain_curve,new_yield_stress,new_ultimate_stress,new_elongation_strain,elastic_modulus,yield_offset,new_necking_strain)

Inputs: - Name: eng_stress_strain_curve - Type: vector

Name: new_yield_stress
Type: scalar
Name: new_ultimate_stress
Type: scalar
Name: new_elongation_strain
Type: scalar
Name: elastic_modulus
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002
Name: new_necking_strain
Type: scalar

Outputs: Name: curve_engstress_scale_output_1 Type: vector

*CURVE_YIELDOFFSETLINE¶

Description: Compute the Yield offset line using the modulus, and offset factor

Syntax: curve_yieldoffsetline(offset,modulus,max_x)

Inputs: - Name: offset - Type: float - Default: 0.002

Name: modulus
Type: float
Default: 1
Name: max_x
Type: float
Default: 1

Outputs: Name: curve_yieldoffsetline_output_1 Type: vector

*CURVE_YIELD_POINT_TREATMENT¶

Description: Treat YPE

Syntax: curve_yield_point_treatment(curve,type,percentage,input_type)

Inputs: - Name: curve - Type: vector

Name: type
Type: select
Default: lower
Name: percentage
Type: float
Default: 0.05
Name: input_type
Type: select
Default: eng-ss

Outputs: Name: curve_yield_point_treatment_output_1 Type: vector

*CURVE_ENFORCE_DERIVATIVE_MONOTONICITY¶

Description: Treat YPE

Syntax: curve_enforce_derivative_monotonicity(curve,xlimit,scalefactor)

Inputs: - Name: curve - Type: vector

Name: xlimit
Type: float
Default: 0.05
Name: scalefactor
Type: float
Default: 1

Outputs: Name: curve_enforce_derivative_monotonicity_output_1 Type: vector

*CURVE_BIAXIAL_TO_COMPRESSION¶

Description: Convert Biaxial Eng Stress-Strain to Compression Eng Stress-Strain

Syntax: curve_biaxial_to_compression(biaxial_eng_stress_strain)

Inputs: - Name: biaxial_eng_stress_strain - Type: vector

Outputs: Name: curve_biaxial_to_compression_output_1 Type: vector

*CURVE_ADJUST_YIELD¶

Description: Adjust yield to this value

Syntax: curve_adjust_yield(effectivestressvs_strain_curve,new_yield,typeof_yield,adjust_type,max_percentage,strain_range)

Inputs: - Name: effectivestressvs_strain_curve - Type: vector

Name: new_yield
Type: scalar
Name: typeof_yield
Type: select
Default: eng
Name: adjust_type
Type: select
Default: strain-based
Name: max_percentage
Type: scalar
Default: 0.0
Name: strain_range
Type: scalar
Default: 0.0

Outputs: Name: curve_adjust_yield_output_1 Type: vector

*CURVE_SPLITVALUES¶

Description: Split the curve into segments and return the Y values for those segmented curves

Syntax: curve_splitvalues(choose_curvetobe_split,typeofvaluetoreturn,numberof_splits)

Inputs: - Name: choose_curvetobe_split - Type: vector

Name: typeofvaluetoreturn
Type: select
Default: avg
Name: numberof_splits
Type: scalar
Default: 10

Outputs: Name: curve_splitvalues_output_1 Type: keyvalue

*CURVE_REMOVE_REPEATED¶

Description: Remove repeated points

Syntax: curve_remove_repeated(curvetobe_split,tolerance)

Inputs: - Name: curvetobe_split - Type: vector

Name: tolerance
Type: scalar

Outputs: Name: curve_remove_repeated_output_1 Type: vector

*CURVE_LINEAR_MORPH_POINTS¶

Description: Morph current points to new points using linear interpolation

Syntax: curve_linear_morph_points(curve,from_points_csv,to_points_csv,includeinitialpoints)

Inputs: - Name: curve - Type: vector

Name: from_points_csv
Type: textarea
Name: to_points_csv
Type: textarea
Name: includeinitialpoints
Type: select
Default: yes

Outputs: Name: curve_linear_morph_points_output_1 Type: vector

12.5. Curves Workers¶

Following are the workers for this group of workers

*CURVES_SWITCHX¶

Description: Switch x points

Syntax: curves_switchx(base_curve,curvewhose_xaretobeused)

Inputs: - Name: base_curve - Type: vector

Name: curvewhose_xaretobeused
Type: vector

Outputs: Name: curves_switchx_output_1 Type: vector

*CURVES_EQUIVALENT_STRAIN¶

Description: Compute the equivalent strain plot

Syntax: curves_equivalent_strain(e1strain,e2strain)

Inputs: - Name: e1strain - Type: vector

Name: e2strain
Type: vector

Outputs: Name: curves_equivalent_strain_output_1 Type: vector

*CURVES_ROTATE_INCREMENTS¶

Description: Rotate the points about a center by a certain angle

Syntax: curves_rotate_increments(curves,x-value,starting_angle,axis,scale_factor)

Inputs: - Name: curves - Type: vector

Name: x-value
Type: scalar
Name: starting_angle
Type: scalar
Name: axis
Type: select
Default: x
Name: scale_factor
Type: scalar

Outputs: Name: curves_rotate_increments_output_1 Type: vector

*CURVES_ROTATE_ALL¶

Description: Rotate the points about a center by a certain angle

Syntax: curves_rotate_all(curvestorotate,x-value,angle,axis)

Inputs: - Name: curvestorotate - Type: vector

Name: x-value
Type: scalar
Name: angle
Type: scalar
Name: axis
Type: select
Default: x

Outputs: Name: curves_rotate_all_output_1 Type: vector

*CURVES_STRESS_TO_TRIAXIALITY¶

Description: Convert stress-tensor to tiaxiality using von-Mises stress and hydrostatic pressure

Syntax: curves_stress_to_triaxiality(stresscomponents,return_type)

Inputs: - Name: stresscomponents - Type: vector

Name: return_type
Type: select
Default: triax

Outputs: Name: curves_stress_to_triaxiality_output_1 Type: vector

*CURVES_STRAIN_TO_EFFECTIVE¶

Description: Compute Effective Strains from Strain-tensor

Syntax: curves_strain_to_effective(straincomponents,return_type)

Inputs: - Name: straincomponents - Type: vector

Name: return_type
Type: select
Default: effective

Outputs: Name: curves_strain_to_effective_output_1 Type: vector

*CURVES_SWIFT_EXTRAPOLATE¶

Description: Add points by extrapolating SWIFT extrapolation

Syntax: curves_swift_extrapolate(curvestobeextrapolated,swift_n,x_end,numberof_points)

Inputs: - Name: curvestobeextrapolated - Type: vector

Name: swift_n
Type: scalar
Default: 0.05
Name: x_end
Type: scalar
Default: 1.0
Name: numberof_points
Type: scalar
Default: 100

Outputs: Name: curves_swift_extrapolate_output_1 Type: vector

*CURVES_SCALEY_LINEAR¶

Description: Scale y values based on their x-location

Syntax: curves_scaley_linear(curvestobescaled,x-start,x_end,ignorefirstcurve)

Inputs: - Name: curvestobescaled - Type: vector

Name: x-start
Type: scalar
Default: 1.0
Name: x_end
Type: scalar
Default: 1.0
Name: ignorefirstcurve
Type: select
Default: yes

Outputs: Name: curves_scaley_linear_output_1 Type: vector

*CURVES_EXTRAPOLATE¶

Description: Add points by extrapolating using the last available slope to specified x-value

Syntax: curves_extrapolate(curvestobeextrapolated,extrapolationtype,x_start,x_end,numberof_pointsbetween_x_startand_end,ymaxforlogisticonly,flipxaxis,value_type)

Inputs: - Name: curvestobeextrapolated - Type: vector

Name: extrapolationtype
Type: select
Default: linear
Name: x_start
Type: scalar
Default: 0.0
Name: x_end
Type: scalar
Default: 0.0
Name: numberof_pointsbetween_x_startand_end
Type: scalar
Default: 10
Name: ymaxforlogisticonly
Type: scalar
Default: 0.0
Name: flipxaxis
Type: select
Default: no
Name: value_type
Type: select
Default: absolute

Outputs: Name: curves_extrapolate_output_1 Type: vector

*CURVES_GET_TRIAXIALITY_AT_FAILURE¶

Description: Computes the triax at the time of failure

Syntax: curves_get_triaxiality_at_failure(stress_tensors,part_eroded_internal_energy,plastic_strains,triax_input,triax_type)

Inputs: - Name: stress_tensors - Type: vector

Name: part_eroded_internal_energy
Type: vector
Name: plastic_strains
Type: vector
Name: triax_input
Type: select
Default: stress_tensors
Name: triax_type
Type: select
Default: time_when_erosion_starts

Outputs: Name: curves_get_triaxiality_at_failure_output_1 Type: scalar

*CURVES_MAP¶

Description: Get a custom value based on curve values

Syntax: curves_map(curves,map_function)

Inputs: - Name: curves - Type: vector

Name: map_function
Type: textarea

Outputs: Name: curves_map_output_1 Type: vector

*CURVES_GET_MIN_MAX¶

Description: Compute min-max curves from a give set of curves

Syntax: curves_get_min_max(curves,syncvaluesat_x)

Inputs: - Name: curves - Type: vector

Name: syncvaluesat_x
Type: select
Default: count

Outputs: Name: curves_get_min_max_output_1 Type: vector

*CURVES_SOC_BLENDED¶

Description: Compute a blended y-value based on weights

Syntax: curves_soc_blended(curves,minlimit,maxlimit)

Inputs: - Name: curves - Type: vector

Name: minlimit
Type: textarea
Name: maxlimit
Type: textarea

Outputs: Name: curves_soc_blended_output_1 Type: vector

*CURVES_FAILUREPOINT_MIN_DERIVATIVE¶

Description: Compute the point at which the Y-value drops to zero or starts to decline at the end of the curve. Useful for material failure etc

Syntax: curves_failurepoint_min_derivative(curvesfromwhichthefailurepointistobeextracted,ratio,ensuresustainability)

Inputs: - Name: curvesfromwhichthefailurepointistobeextracted - Type: vector

Name: ratio
Type: scalar
Name: ensuresustainability
Type: select
Default: no

Outputs: Name: curves_failurepoint_min_derivative_output_1 Type: dataset

*CURVES_FAILUREPOINT_YMAX¶

Description: Compute the time at which the y reaches a given value for a sustained period

Syntax: curves_failurepoint_ymax(curvesfromwhichthefailurepointistobeextracted,y-max,timewindow,return_type)

Inputs: - Name: curvesfromwhichthefailurepointistobeextracted - Type: vector

Name: y-max
Type: scalar
Name: timewindow
Type: scalar
Name: return_type
Type: select
Default: count

Outputs: Name: curves_failurepoint_ymax_output_1 Type: dataset

*CURVES_FAILUREPOINT_YRANGE¶

Description: Compute the time at which the y reaches a given value for a sustained period

Syntax: curves_failurepoint_yrange(curvesfromwhichthefailurepointistobeextracted,y-min,y-max,timewindow,return_type)

Inputs: - Name: curvesfromwhichthefailurepointistobeextracted - Type: vector

Name: y-min
Type: scalar
Name: y-max
Type: scalar
Name: timewindow
Type: scalar
Name: return_type
Type: select
Default: count

Outputs: Name: curves_failurepoint_yrange_output_1 Type: dataset

*CURVES_CONTACT_DURATION¶

Description: Returns all contact forces

Syntax: curves_contact_duration(curves,min_force,max_force)

Inputs: - Name: curves - Type: vector

Name: min_force
Type: float
Default: 0.0
Name: max_force
Type: float
Default: 1e2.0

Outputs: Name: curves_contact_duration_output_1 Type: vector

*CURVES_GET_YVALUE_AT¶

Description: Returns the Y-values at a certain X value. Uses interpolation when needed.

Syntax: curves_get_yvalue_at(curves,x_value,attr_name)

Inputs: - Name: curves - Type: vector

Name: x_value
Type: float
Default: 0.0
Name: attr_name
Type: select
Default: name

Outputs: Name: curves_get_yvalue_at_output_1 Type: keyvalue

*CURVES_RETAIN_FIRST_LAST_POINTS¶

Description: Retain only the first and last points of a curve

Syntax: curves_retain_first_last_points(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_retain_first_last_points_output_1 Type: vector

*CURVES_SCALEY_BY_CONDITIONX¶

Description: Scale the y-values of all Curves based on conditions of the x value

Syntax: curves_scaley_by_conditionx(curvestobescaled,y_scalevalue,conditionfor_x,target_valuefor_x)

Inputs: - Name: curvestobescaled - Type: vector

Name: y_scalevalue
Type: scalar
Default: 1
Name: conditionfor_x
Type: select
Default: eq
Name: target_valuefor_x
Type: scalar

Outputs: Name: curves_scaley_by_conditionx_output_1 Type: vector

*CURVES_BOUND_SMOOTH¶

Description: Compute the average of the bounded curve

Syntax: curves_bound_smooth(curvestobebound)

Inputs: - Name: curvestobebound - Type: vector

Outputs: Name: curves_bound_smooth_output_1 Type: vector

*CURVES_REGRESSION_SMOOTH¶

Description: Smooth the curve

Syntax: curves_regression_smooth(curves_in,percentageof_points,weight_type,iterations,orderof_fit,digitize,retain_first_point,optimize)

Inputs: - Name: curves_in - Type: vector

Name: percentageof_points
Type: select
Default: 5
Name: weight_type
Type: select
Default: 1
Name: iterations
Type: select
Default: 1
Name: orderof_fit
Type: select
Default: 1
Name: digitize
Type: scalar
Default: 100
Name: retain_first_point
Type: select
Default: yes
Name: optimize
Type: select
Default: no

Outputs: Name: curves_regression_smooth_output_1 Type: vector

*CURVES_SPLINIFY¶

Description: Fit the curve using splines

Syntax: curves_splinify(curves_in,rad_c,numberof_points)

Inputs: - Name: curves_in - Type: vector

Name: rad_c
Type: scalar
Default: 0.05
Name: numberof_points
Type: scalar
Default: 100

Outputs: Name: curves_splinify_output_1 Type: vector

*CURVES_Y¶

Description: Curve y only

Syntax: curves_y(curve_in)

Inputs: - Name: curve_in - Type: vector

Outputs: Name: curves_y_output_1 Type: vector

*CURVES_SYNC¶

Description: Curve sync

Syntax: curves_sync(curves_in)

Inputs: - Name: curves_in - Type: vector

Outputs: Name: curves_sync_output_1 Type: vector

*CURVES_STATS¶

Description: Curve stats

Syntax: curves_stats(curves_in)

Inputs: - Name: curves_in - Type: vector

Outputs: Name: curves_stats_output_1 Type: vector

*CURVES_GET_CYCLIC_DATA¶

Description: Curves get cyclic data

Syntax: curves_get_cyclic_data(curves_in,scale_x,scale_y,ignore_negative_x,cyclenumber,type_of_data_to_extract)

Inputs: - Name: curves_in - Type: vector

Name: scale_x
Type: scalar
Default: 1
Name: scale_y
Type: scalar
Default: 1
Name: ignore_negative_x
Type: select
Default: yes
Name: cyclenumber
Type: scalar
Default: -1
Name: type_of_data_to_extract
Type: select
Default: loading_unloading

Outputs: Name: curves_get_cyclic_data_output_1 Type: vector

*CURVES_SYNC_X¶

Description: Curve sync

Syntax: curves_sync_x(curves_in)

Inputs: - Name: curves_in - Type: vector

Outputs: Name: curves_sync_x_output_1 Type: vector

*CURVES_SYNC_X_STRAIN_RATES¶

Description: Curve sync

Syntax: curves_sync_x_strain_rates(curves_in)

Inputs: - Name: curves_in - Type: vector

Outputs: Name: curves_sync_x_strain_rates_output_1 Type: vector

*CURVES_GET_LAST_SLOPES¶

Description: Compute the last slopes of the curves and return a key-value table

Syntax: curves_get_last_slopes(curves_in)

Inputs: - Name: curves_in - Type: vector

Outputs: Name: curves_get_last_slopes_output_1 Type: keyvalue

*CURVES_SYNC_LAST_SLOPE¶

Description: Curve sync

Syntax: curves_sync_last_slope(curves_in,sync_type)

Inputs: - Name: curves_in - Type: vector

Name: sync_type
Type: select
Default: max

Outputs: Name: curves_sync_last_slope_output_1 Type: vector

*CURVES_SCALE_TO_STRAIN_RATES¶

Description: Scale Base Curve to Strain Rates

Syntax: curves_scale_to_strain_rates(curve_in,ref_strain_rate_curves_curves)

Inputs: - Name: curve_in - Type: vector

Name: ref_strain_rate_curves_curves
Type: vector

Outputs: Name: curves_scale_to_strain_rates_output_1 Type: vector

*CURVES_SCALE_TO_STRAIN_RATES_NORMALIZED¶

Description: Scale Base Curve to Strain Rates that is normalized to QS curve

Syntax: curves_scale_to_strain_rates_normalized(curve_in,ref_normalized_strain_rate_curves)

Inputs: - Name: curve_in - Type: vector

Name: ref_normalized_strain_rate_curves
Type: vector

Outputs: Name: curves_scale_to_strain_rates_normalized_output_1 Type: vector

*CURVES_JOIN_RATES¶

Description: Merge Curves to get compression and tension combined rates

Syntax: curves_join_rates(curves1,curves2)

Inputs: - Name: curves1 - Type: vector

Name: curves2
Type: vector

Outputs: Name: curves_join_rates_output_1 Type: vector

*CURVES_OFFSET_TO_STRAIN_RATES¶

Description: Offset Base Curve to Strain Rates

Syntax: curves_offset_to_strain_rates(curve_in,ref_curves)

Inputs: - Name: curve_in - Type: vector

Name: ref_curves
Type: vector

Outputs: Name: curves_offset_to_strain_rates_output_1 Type: vector

*CURVES_CATMUL_ROM_SPLINE¶

Description: Generate a catmul-rom-spline for all curves

Syntax: curves_catmul_rom_spline(curve_in,number_of_points,alpha,skip_negative)

Inputs: - Name: curve_in - Type: vector

Name: number_of_points
Type: scalar
Default: 100
Name: alpha
Type: scalar
Default: 0.5
Name: skip_negative
Type: scalar
Default: yes

Outputs: Name: curves_catmul_rom_spline_output_1 Type: vector

*CURVES_SMOOTH¶

Description: Smooth the curves

Syntax: curves_smooth(curves_in,smoothtype,num_points,xmin,xmax,limit_type,square_tolerance)

Inputs: - Name: curves_in - Type: vector

Name: smoothtype
Type: select
Default: forward_backward
Name: num_points
Type: integer
Default: 4
Name: xmin
Type: scalar
Default: -1.0E+20
Name: xmax
Type: scalar
Default: 1.0E+20
Name: limit_type
Type: select
Default: absolute
Name: square_tolerance
Type: scalar
Default: 0.001

Outputs: Name: curves_smooth_output_1 Type: vector

*CURVES_SMOOTH_ITERATIVE¶

Description: Smooth the curves

Syntax: curves_smooth_iterative(curves_in,smoothtype,num_points,iterations)

Inputs: - Name: curves_in - Type: vector

Name: smoothtype
Type: select
Default: forward_backward
Name: num_points
Type: integer
Default: 4
Name: iterations
Type: select
Default: 1

Outputs: Name: curves_smooth_iterative_output_1 Type: vector

*CURVES_ENGSTRESS_SCALE_UP¶

Description: Remove Thermal Effects by scaling up the dynamic curves

Syntax: curves_engstress_scale_up(quasistaticand_dynamic_curves)

Inputs: - Name: quasistaticand_dynamic_curves - Type: vector

Outputs: Name: curves_engstress_scale_up_output_1 Type: vector

*CURVES_SCALE_UP_DOWN¶

Description: Ensure second curve is higher than the first curve by scaling up or down

Syntax: curves_scale_up_down(base_curve,second_curve,type,percentage,digitize)

Inputs: - Name: base_curve - Type: vector

Name: second_curve
Type: vector
Name: type
Type: select
Default: up
Name: percentage
Type: scalar
Default: 5
Name: digitize
Type: scalar
Default: -1

Outputs: Name: curves_scale_up_down_output_1 Type: vector

*CURVES_ITERATOR¶

Description: Iterator

Syntax: curves_iterator(curves,operations)

Inputs: - Name: curves - Type: vector

Name: operations
Type: textarea

Outputs: Name: curves_iterator_output_1 Type: bulk

*CURVES_SELECTOR_BY_LOOKUP¶

Description: Select curves by curve lookup

Syntax: curves_selector_by_lookup(curves,lookuptype,min_max)

Inputs: - Name: curves - Type: vector

Name: lookuptype
Type: select
Default: ymax
Name: min_max
Type: select
Default: max

Outputs: Name: curves_selector_by_lookup_output_1 Type: vetor

*CURVES_ENFORCE_ZEROORPOSITIVELASTSLOPE¶

Description: Ensure that the last slope is greater than zero

Syntax: curves_enforce_zeroorpositivelastslope(curvestobeenforcedup)

Inputs: - Name: curvestobeenforcedup - Type: vector

Outputs: Name: curves_enforce_zeroorpositivelastslope_output_1 Type: vector

*CURVES_YMONOTONIC_PERCENTAGE¶

Description: Enforces monotocity for y based on percentage

Syntax: curves_ymonotonic_percentage(curvestobeoperatedon,percentage,ensurelastpointisincludedtopreventcurvebeingclippedfornon-recoveringcurves)

Inputs: - Name: curvestobeoperatedon - Type: vector

Name: percentage
Type: scalar
Default: 0.01
Name: ensurelastpointisincludedtopreventcurvebeingclippedfornon-recoveringcurves
Type: select
Default: yes

Outputs: Name: curves_ymonotonic_percentage_output_1 Type: vector

*CURVES_ADD¶

Description: Compute the addition of two curves by adding the y-values

Syntax: curves_add(destination_curve,y_valuesofthiscurvewillbeaddedtothedestinationcurve)

Inputs: - Name: destination_curve - Type: vector

Name: y_valuesofthiscurvewillbeaddedtothedestinationcurve
Type: vector

Outputs: Name: curves_add_output_1 Type: vector

*CURVES_SQUARED_RESULTANT¶

Description: Compute the squared resultant

Syntax: curves_squared_resultant(xy_z1curve,xy_z2curve)

Inputs: - Name: xy_z1curve - Type: vector

Name: xy_z2curve
Type: vector

Outputs: Name: curves_squared_resultant_output_1 Type: vector

*CURVES_GENERATE_TRIAX_CURVES¶

Description: Compute the addition of two curves by adding the y-values

Syntax: curves_generate_triax_curves(triaxialityvs_plastic_strain,regularization_curve,strain-rate_curve,min_length,max_length,min_rate,min_rate,length_levels,rate_levels)

Inputs: - Name: triaxialityvs_plastic_strain - Type: vector

Name: regularization_curve
Type: vector
Name: strain-rate_curve
Type: vector
Name: min_length
Type: scalar
Name: max_length
Type: scalar
Name: min_rate
Type: scalar
Name: min_rate
Type: scalar
Name: length_levels
Type: scalar
Name: rate_levels
Type: scalar

Outputs: Name: curves_generate_triax_curves_output_1 Type: dataset

*CURVES_SUBTRACT¶

Description: Compute the difference of two curves by subtracting the y-values

Syntax: curves_subtract(curvefromwhichthevaluesaretobesubtracted,curvewhosevalueswillbeusedtosubrtract)

Inputs: - Name: curvefromwhichthevaluesaretobesubtracted - Type: vector

Name: curvewhosevalueswillbeusedtosubrtract
Type: vector

Outputs: Name: curves_subtract_output_1 Type: vector

*CURVES_SUBTRACT_BETWEEN¶

Description: Compute the difference of all curves between respective ones

Syntax: curves_subtract_between(curvefromwhichthevaluesaretobesubtracted)

Inputs: - Name: curvefromwhichthevaluesaretobesubtracted - Type: vector

Outputs: Name: curves_subtract_between_output_1 Type: vector

*CURVES_NORMALIZED_DIFFERENCE¶

Description: Compute the difference diff normalized to the first curve and return in percentage

Syntax: curves_normalized_difference(curvefromwhichthevaluesaretobesubtracted,curvewhosevalueswillbeusedtosubrtract)

Inputs: - Name: curvefromwhichthevaluesaretobesubtracted - Type: vector

Name: curvewhosevalueswillbeusedtosubrtract
Type: vector

Outputs: Name: curves_normalized_difference_output_1 Type: vector

*CURVES_MULTIPLY¶

Description: Multiply two curves

Syntax: curves_multiply(curve_group1,curve_group2,points,extrapolate)

Inputs: - Name: curve_group1 - Type: vector

Name: curve_group2
Type: vector
Name: points
Type: select
Default: unique
Name: extrapolate
Type: select
Default: no

Outputs: Name: curves_multiply_output_1 Type: vector

*CURVES_DIVIDE¶

Description: Divide two curves

Syntax: curves_divide(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector

Outputs: Name: curves_divide_output_1 Type: vector

*CURVES_DERIVE¶

Description: Compute the derivative of curves

Syntax: curves_derive(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name: curves_derive_output_1 Type: vector

*CURVES_EXPLODE¶

Description: Convert the curves into independent curve

Syntax: curves_explode(curves,size,names,prefix,postfix)

Inputs: - Name: curves - Type: vector

Name: size
Type: scalar
Default: 1
Name: names
Type: scalar
Name: prefix
Type: scalar
Default: 1
Name: postfix
Type: scalar
Default: 1

Outputs: Name: curves_explode_output_1 Type: vector

*CURVES_CLIP_PERCENTAGE¶

Description: Clip the Curves based on percentage of XLENGTH

Syntax: curves_clip_percentage(curvestobeclipped,type,percentage)

Inputs: - Name: curvestobeclipped - Type: vector

Name: type
Type: select
Default: max
Name: percentage
Type: scalar

Outputs: Name: curves_clip_percentage_output_1 Type: vector

*CURVES_INTEGRATE¶

Description: Integrate curves

Syntax: curves_integrate(curve1,ignore)

Inputs: - Name: curve1 - Type: vector

Name: ignore
Type: select
Default: none

Outputs: Name: curves_integrate_output_1 Type: vector

*CURVES_SYNC_X¶

Description: Sync X-Points for all curves in the group

Syntax: curves_sync_x(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_sync_x_output_1 Type: vector

*CURVES_NEGATIVE_TO_ZERO¶

Description: Set all negative values to zero

Syntax: curves_negative_to_zero(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_negative_to_zero_output_1 Type: vector

*CURVES_POSITIVE_TO_ZERO¶

Description: Set all positive values to zero

Syntax: curves_positive_to_zero(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_positive_to_zero_output_1 Type: vector

*CURVES_GET_THRESHOLD_INTERSECTIONS¶

Description: Compute intersections of a curve with the threshold values

Syntax: curves_get_threshold_intersections(curve,upperlimit_curve,lowerlimit_curve)

Inputs: - Name: curve - Type: vector

Name: upperlimit_curve
Type: vector
Name: lowerlimit_curve
Type: vector

Outputs: Name: curves_get_threshold_intersections_output_1 Type: dataset

*CURVES_MAX_MIN_NORMALIZE¶

Description: Compute max-min normalize

Syntax: curves_max_min_normalize(curve,axes)

Inputs: - Name: curve - Type: vector

Name: axes
Type: select
Default: xy

Outputs: Name: curves_max_min_normalize_output_1 Type: vector

*CURVES_ABS¶

Description: Compute the abs value of the curves

Syntax: curves_abs(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_abs_output_1 Type: vector

*CURVES_REMOVE_OUTLIERS_BASED_ON_DIFF¶

Description: Compute the difference and removes the points based on diff-outliers

Syntax: curves_remove_outliers_based_on_diff(curve_baseline,curve_candidate,ratio)

Inputs: - Name: curve_baseline - Type: vector

Name: curve_candidate
Type: vector
Name: ratio
Type: scalar
Default: 0.01

Outputs: Name: curves_remove_outliers_based_on_diff_output_1 Type: vector

*CURVES_MATCH¶

Description: Compute the difference between two curves

Syntax: curves_match(curve_baseline,curve_candidate,type,digitize,normalize,xmin,xmax,sync,skip_drop,diff_ratio_threshold,remove_outliers)

Inputs: - Name: curve_baseline - Type: vector

Name: curve_candidate
Type: vector
Name: type
Type: select
Default: raw
Name: digitize
Type: select
Default: 100
Name: normalize
Type: select
Default: no
Name: xmin
Type: scalar
Name: xmax
Type: scalar
Name: sync
Type: select
Default: yes
Name: skip_drop
Type: select
Default: no
Name: diff_ratio_threshold
Type: scalar
Default: 0.1
Name: remove_outliers
Type: select
Default: no

Outputs: Name: curves_match_output_1 Type: scalar

*CURVES_MATCH_INPUT_SELECTOR¶

Description: Compute the difference between a collection of curves to a reference and return the input that has the lowest error

Syntax: curves_match_input_selector(reference_curve,curvestobecomparedwiththereference,inputcurvestobeselectedfrom,match_type,numberofpointstodigitize,normalize,xmin,xmax,sync,skip_drop,diff_ratio_threshold,remove_outliers)

Inputs: - Name: reference_curve - Type: vector

Name: curvestobecomparedwiththereference
Type: vector
Name: inputcurvestobeselectedfrom
Type: vector
Name: match_type
Type: select
Default: raw
Name: numberofpointstodigitize
Type: select
Default: 100
Name: normalize
Type: select
Default: no
Name: xmin
Type: scalar
Name: xmax
Type: scalar
Name: sync
Type: select
Default: yes
Name: skip_drop
Type: select
Default: no
Name: diff_ratio_threshold
Type: scalar
Default: 0.1
Name: remove_outliers
Type: select
Default: no

Outputs: Name: curves_match_input_selector_output_1 Type: vector

*CURVES_MATCH_PAIRS¶

Description: Compute the difference between two curves

Syntax: curves_match_pairs(reference_curves,compare_curves,type,digitize,normalize,xmin,xmax,sync)

Inputs: - Name: reference_curves - Type: vector

Name: compare_curves
Type: vector
Name: type
Type: select
Default: raw
Name: digitize
Type: select
Name: normalize
Type: select
Default: no
Name: xmin
Type: scalar
Name: xmax
Type: scalar
Name: sync
Type: select
Default: yes

Outputs: Name: curves_match_pairs_output_1 Type: scalar

*CURVES_MATCH_ALL¶

Description: Compute the difference between curves and a baseline

Syntax: curves_match_all(curves,baseline_curve_index,type,digitize,normalize,xmin,xmax,sync)

Inputs: - Name: curves - Type: vector

Name: baseline_curve_index
Type: scalar
Name: type
Type: select
Default: raw
Name: digitize
Type: select
Default: 10
Name: normalize
Type: select
Default: no
Name: xmin
Type: scalar
Name: xmax
Type: scalar
Default: 1.0E+20
Name: sync
Type: select
Default: yes

Outputs: Name: curves_match_all_output_1 Type: dataset

*CURVES_CROSSPLOT¶

Description: Create a new curve using Y from Curve 1 and the Y from Curve 2

Syntax: curves_crossplot(curve_x,curve_y,curve_x_x-scale_factor,curve_x_y-scale_factor,curve_y_x-scale_factor,curve_y_y-scale_factor)

Inputs: - Name: curve_x - Type: vector

Name: curve_y
Type: vector
Name: curve_x_x-scale_factor
Type: scalar
Default: 1
Name: curve_x_y-scale_factor
Type: scalar
Default: 1
Name: curve_y_x-scale_factor
Type: scalar
Default: 1
Name: curve_y_y-scale_factor
Type: scalar
Default: 1

Outputs: Name: curves_crossplot_output_1 Type: vector

*CURVES_CLIPATMAXY¶

Description: Clip the curves based on either x or y ranges

Syntax: curves_clipatmaxy(curvestobeclipped)

Inputs: - Name: curvestobeclipped - Type: vector

Outputs: Name: curves_clipatmaxy_output_1 Type: vector

*CURVES_TO_DATASET¶

Description: Convert the curves to dataset

Syntax: curves_to_dataset(curves,include_x)

Inputs: - Name: curves - Type: vector

Name: include_x
Type: select
Default: no

Outputs: Name: curves_to_dataset_output_1 Type: dataset

*CURVES_CLIP¶

Description: Clip the curves based on either x or y ranges

Syntax: curves_clip(curve,x_min,x_max,y_min,y_max)

Inputs: - Name: curve - Type: vector

Name: x_min
Type: scalar
Default: -1e20
Name: x_max
Type: scalar
Default: 1e20
Name: y_min
Type: scalar
Default: -1e20
Name: y_max
Type: scalar
Default: 1e20

Outputs: Name: curves_clip_output_1 Type: vector

*CURVES_CROSSPLOT_BYGROUP¶

Description: Compute a set of curves using the X from first curve and Y from the second curve

Syntax: curves_crossplot_bygroup(curve1and2inagroup)

Inputs: - Name: curve1and2inagroup - Type: vector

Outputs: Name: curves_crossplot_bygroup_output_1 Type: vector

*CURVES_SPRAGUEANDGEERERROR¶

Description: Compute the Sprague and Geer Error and return either the Phase, Magnitude or Shape Errors. Useful for comparing two simulations or simulation and test

Syntax: curves_spragueandgeererror(baseline_curve,reference_curve,returntype)

Inputs: - Name: baseline_curve - Type: vector

Name: reference_curve
Type: vector
Name: returntype
Type: select
Default: PhaseError

Outputs: Name: curves_spragueandgeererror_output_1 Type: scalar

*CURVES_ZONE_VALUES¶

Description: Compute zone values based on x-ranges

Syntax: curves_zone_values(curvetouseforcomputingthezonecalculations,zones,type,zone_names)

Inputs: - Name: curvetouseforcomputingthezonecalculations - Type: vector

Name: zones
Type: string
Name: type
Type: select
Default: average
Name: zone_names
Type: string

Outputs: Name: curves_zone_values_output_1 Type: dataset

*CURVES_FILTER¶

Description: Filter the curves based on filter type, freq using acceleration and time scale factors

Syntax: curves_filter(curvestobe_filtered,filter_type,frequency,time_scale_factor,acceleration_scale_factor)

Inputs: - Name: curvestobe_filtered - Type: vector

Name: filter_type
Type: select
Default: lsprepost_sae
Name: frequency
Type: select
Default: 300
Name: time_scale_factor
Type: select
Default: 1.0
Name: acceleration_scale_factor
Type: string
Default: 1.0

Outputs: Name: curves_filter_output_1 Type: vector

*CURVES_ROTATEBYCOSINEMATRIX¶

Description: Transform the curves using a Transfomration Matrix

Syntax: curves_rotatebycosinematrix(curve_x,curve_y,curve_z,transformationmatrix)

Inputs: - Name: curve_x - Type: vector

Name: curve_y
Type: vector
Name: curve_z
Type: vector
Name: transformationmatrix
Type: matrix

Outputs: Name: curves_rotatebycosinematrix_output_1 Type: vector

*CURVES_RESULTANT¶

Description: Compute the resultant from two or more curves

Syntax: curves_resultant(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector

Outputs: Name: curves_resultant_output_1 Type: vector

*CURVES_RELATIVE_DISPLACEMENT_FROM_COORDINATES¶

Description: Compute the resultant from two or more curves

Syntax: curves_relative_displacement_from_coordinates(curve1xyz_coordinates,curve2xyz_coordinates,difference_type)

Inputs: - Name: curve1xyz_coordinates - Type: vector

Name: curve2xyz_coordinates
Type: vector
Name: difference_type
Type: select
Default: resultant

Outputs: Name: curves_relative_displacement_from_coordinates_output_1 Type: vector

*CURVES_GETBYNAME¶

Description: Get curve by name from a collection of curves

Syntax: curves_getbyname(curvegroup,nameofthe_curve,searchtype)

Inputs: - Name: curvegroup - Type: vector

Name: nameofthe_curve
Type: scalar
Name: searchtype
Type: select
Default: exact

Outputs: Name: curves_getbyname_output_1 Type: vector

*CURVES_FIND_AND_REPLACE_NAMES¶

Description: Find and replace names

Syntax: curves_find_and_replace_names(curvegroup,find_name,replace_name)

Inputs: - Name: curvegroup - Type: vector

Name: find_name
Type: scalar
Name: replace_name
Type: scalar

Outputs: Name: curves_find_and_replace_names_output_1 Type: vector

*CURVES_REMOVE_OVERLAPPING¶

Description: Remove overlapping curves based on how close they are

Syntax: curves_remove_overlapping(curvegroup,number_of_points,tolerance)

Inputs: - Name: curvegroup - Type: vector

Name: number_of_points
Type: scalar
Default: 10
Name: tolerance
Type: scalar
Default: 0.01

Outputs: Name: curves_remove_overlapping_output_1 Type: vector

*CURVES_GET_DATA_AS_KEYVALUE¶

Description: Get key metrics of the curves as key value

Syntax: curves_get_data_as_keyvalue(curvegroup)

Inputs: - Name: curvegroup - Type: vector

Outputs: Name: curves_get_data_as_keyvalue_output_1 Type: keyvalue

*CURVES_GET_STRAIN_RATES_AS_KEYVALUE¶

Description: Get strain-rates associated with curve from the curve group

Syntax: curves_get_strain_rates_as_keyvalue(curvegroup)

Inputs: - Name: curvegroup - Type: vector

Outputs: Name: curves_get_strain_rates_as_keyvalue_output_1 Type: keyvalue

*CURVES_FIRSTCURVE¶

Description: Get the first curve from the collection of curves

Syntax: curves_firstcurve(curvegroup)

Inputs: - Name: curvegroup - Type: vector

Outputs: Name: curves_firstcurve_output_1 Type: vector

*CURVES_LASTCURVE¶

Description: Get the last curve from a collection of curves

Syntax: curves_lastcurve(curvegroup)

Inputs: - Name: curvegroup - Type: vector

Outputs: Name: curves_lastcurve_output_1 Type: vector

*CURVES_GETBYVALUE¶

Description: Get a curve by sorting the collection of curves by value type and return the curves by from a collection of curves by value

Syntax: curves_getbyvalue(curvegroup,valuetype,order)

Inputs: - Name: curvegroup - Type: vector

Name: valuetype
Type: select
Default: ymax
Name: order
Type: select
Default: asc

Outputs: Name: curves_getbyvalue_output_1 Type: vector

*CURVES_OVERLAY¶

Description: Overlay two or more curves

Syntax: curves_overlay(base_curve,curvetobeoverlaid)

Inputs: - Name: base_curve - Type: vector

Name: curvetobeoverlaid
Type: vector

Outputs: Name: curves_overlay_output_1 Type: vector

*CURVES_COLLECTOR¶

Description: Collects curves

Syntax: curves_collector(pattern,location,limit,down_sample,option1,option2,sort_curves,sort_by,sort_order,sort_limit,name_regex)

Inputs: - Name: pattern - Type: string

Name: location
Type: select
Default: anywhere
Name: limit
Type: select
Default: -1
Name: down_sample
Type: select
Default: none
Name: option1
Type: scalar
Name: option2
Type: scalar
Name: sort_curves
Type: select
Default: no
Name: sort_by
Type: select
Default: ymax
Name: sort_order
Type: select
Default: asc
Name: sort_limit
Type: scalar
Default: 5
Name: name_regex
Type: scalar

Outputs: Name: curves_collector_output_1 Type: vector

*CURVES_AVERAGE¶

Description: Average two or more curves

Syntax: curves_average(base_curve,curvetobeadded)

Inputs: - Name: base_curve - Type: vector

Name: curvetobeadded
Type: vector

Outputs: Name: curves_average_output_1 Type: vector

*CURVES_BIN_VALUES¶

Description: Bin values of curve

Syntax: curves_bin_values(curves,bin_type,numberofbins,prefix,postfix)

Inputs: - Name: curves - Type: vector

Name: bin_type
Type: select
Default: yavg
Name: numberofbins
Type: scalar
Default: 10
Name: prefix
Type: scalar
Name: postfix
Type: scalar

Outputs: Name: curves_bin_values_output_1 Type: dataset

*CURVES_BIN_RANGES¶

Description: Bin values of curve

Syntax: curves_bin_ranges(curves,bin_type)

Inputs: - Name: curves - Type: vector

Name: bin_type
Type: select
Default: yavg

Outputs: Name: curves_bin_ranges_output_1 Type: scalar

*CURVES_AVERAGE_ALL¶

Description: Average of all curves

Syntax: curves_average_all(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_average_all_output_1 Type: vector

*CURVES_WEIGHTED_AVERAGE¶

Description: Average two or more curves

Syntax: curves_weighted_average(base_curve,curvetobeadded,num_dig,x_min,weight_first)

Inputs: - Name: base_curve - Type: vector

Name: curvetobeadded
Type: vector
Name: num_dig
Type: scalar
Default: 100
Name: x_min
Type: scalar
Default: 0.0
Name: weight_first
Type: scalar
Default: 0.5

Outputs: Name: curves_weighted_average_output_1 Type: vector

*CURVES_SORT¶

Description: Sort the curves based on the type and order

Syntax: curves_sort(curvestobesorted,sort_by,sort_order,sort_limit,name_regex)

Inputs: - Name: curvestobesorted - Type: vector

Name: sort_by
Type: select
Default: ymax
Name: sort_order
Type: select
Default: asc
Name: sort_limit
Type: scalar
Default: 5
Name: name_regex
Type: scalar

Outputs: Name: curves_sort_output_1 Type: vector

*CURVES_COMPUTE_ELASTIC_RECOVERY¶

Description: Sort the curves based on the type and order

Syntax: curves_compute_elastic_recovery(curvestobesorted,sort_by,sort_order,sort_limit)

Inputs: - Name: curvestobesorted - Type: vector

Name: sort_by
Type: select
Default: asc
Name: sort_order
Type: select
Default: asc
Name: sort_limit
Type: scalar
Default: 5

Outputs: Name: curves_compute_elastic_recovery_output_1 Type: dataset

*CURVES_ENERGY_DISTRIBUTION¶

Description: Compute the energy distribution

Syntax: curves_energy_distribution(internalenergycurves,num_levels,sort_criteria,num_parts_per_level,normalize)

Inputs: - Name: internalenergycurves - Type: vector

Name: num_levels
Type: select
Default: 5
Name: sort_criteria
Type: select
Default: ymax
Name: num_parts_per_level
Type: select
Default: 5
Name: normalize
Type: select
Default: no

Outputs: Name: curves_energy_distribution_output_1 Type: dataset

*CURVES_AXIAL_CRUSH¶

Description: Compute the axial crush of a set of nodes

Syntax: curves_axial_crush(axialcrushnodalcoordinatesordisplacements,input_type,sort_curves,sort_order,scale_factor,value_type)

Inputs: - Name: axialcrushnodalcoordinatesordisplacements - Type: vector

Name: input_type
Type: select
Default: coord
Name: sort_curves
Type: select
Default: yes
Name: sort_order
Type: select
Default: asc
Name: scale_factor
Type: string
Default: 1.0
Name: value_type
Type: select
Default: relative

Outputs: Name: curves_axial_crush_output_1 Type: vector

*CURVES_PRE_POST_CRASH¶

Description: Compute the pre-post crash using coordinates

Syntax: curves_pre_post_crash(ref_node1xy_zcoordinates,ref_node2xy_zcoordinates,ref_node3xy_zcoordinates,points_xcoordinates,points_ycoordinates,points_zcoordinates,plane_type,scale_x,scale_y,include_type,center_line_coord,offset,max_type)

Inputs: - Name: ref_node1xy_zcoordinates - Type: vector

Name: ref_node2xy_zcoordinates
Type: vector
Name: ref_node3xy_zcoordinates
Type: vector
Name: points_xcoordinates
Type: vector
Name: points_ycoordinates
Type: vector
Name: points_zcoordinates
Type: vector
Name: plane_type
Type: select
Default: xy
Name: scale_x
Type: scalar
Default: 1.0
Name: scale_y
Type: scalar
Default: 1.0
Name: include_type
Type: select
Default: no
Name: center_line_coord
Type: scalar
Default: 0.0
Name: offset
Type: scalar
Default: 0.0
Name: max_type
Type: select
Default: xmax

Outputs: Name: curves_pre_post_crash_output_1 Type: vector

*CURVES_GETBYINDEX¶

Description: Get curve by index. Useful for extracting a curve for a collection of curves using the order.

Syntax: curves_getbyindex(curves,index)

Inputs: - Name: curves - Type: vector

Name: index
Type: integer

Outputs: Name: curves_getbyindex_output_1 Type: vector

*CURVES_GETBYINDEXES¶

Description: Get curves by indexes. Useful for extracting a curve for a collection of curves using the order.

Syntax: curves_getbyindexes(curves,indexesseparatedby_commas)

Inputs: - Name: curves - Type: vector

Name: indexesseparatedby_commas
Type: string

Outputs: Name: curves_getbyindexes_output_1 Type: vector

*CURVES_COORDTRANSFORM_GROUP¶

Description: Transform set of curves from global to local coordinate system based on the reference X,Y,Z curves. Useful to compute displacements with respect to a local system

Syntax: curves_coordtransform_group(reference_origin_xyz_coord_curves,reference_node2xyz_coord_curves,reference_node3xyz_coord_curves,global_xyz_curves,reference_system,returntype,coorddefinitiontype)

Inputs: - Name: reference_origin_xyz_coord_curves - Type: vector

Name: reference_node2xyz_coord_curves
Type: vector
Name: reference_node3xyz_coord_curves
Type: vector
Name: global_xyz_curves
Type: vector
Name: reference_system
Type: select
Default: coord
Name: returntype
Type: select
Default: coordinates
Name: coorddefinitiontype
Type: select
Default: clsdyna

Outputs: Name: curves_coordtransform_group_output_1 Type: vector

*CURVES_INTRUSION_LOCAL¶

Description: Compute the intrusion of two global points in local system

Syntax: curves_intrusion_local(reference_origin_xyz_coord_curves,reference_node2xyz_coord_curves,reference_node3xyz_coord_curves,global_point1xyz_curves,global_point2xyz_curves,reference_system,axis,coord_orientation_type,return_type)

Inputs: - Name: reference_origin_xyz_coord_curves - Type: vector

Name: reference_node2xyz_coord_curves
Type: vector
Name: reference_node3xyz_coord_curves
Type: vector
Name: global_point1xyz_curves
Type: vector
Name: global_point2xyz_curves
Type: vector
Name: reference_system
Type: select
Default: coord
Name: axis
Type: select
Default: x
Name: coord_orientation_type
Type: select
Default: lsdyna
Name: return_type
Type: select
Default: length

Outputs: Name: curves_intrusion_local_output_1 Type: vector

*CURVES_COORDTRANSFORM_GROUPS¶

Description: Transform set of curves from global to local coordinate system based on the reference X,Y,Z curves. Useful to compute displacements with respect to a local system

Syntax: curves_coordtransform_groups(reference_origin_xyz_coord_curves,reference_node2xyz_coord_curves,reference_node3xyz_coord_curves,global_xyz_curvesof_multiple_pointsin_xy_zorder,reference_system,returntype,coorddefinitiontype)

Inputs: - Name: reference_origin_xyz_coord_curves - Type: vector

Name: reference_node2xyz_coord_curves
Type: vector
Name: reference_node3xyz_coord_curves
Type: vector
Name: global_xyz_curvesof_multiple_pointsin_xy_zorder
Type: vector
Name: reference_system
Type: select
Default: coord
Name: returntype
Type: select
Default: coordinates
Name: coorddefinitiontype
Type: select
Default: clsdyna

Outputs: Name: curves_coordtransform_groups_output_1 Type: vector

*CURVES_COORDTRANSFORM¶

Description: Transform individual curves from global to local system

Syntax: curves_coordtransform(n1x_coord,n1y_coord,n1z_coord,n2x_coord,n2y_coord,n2z_coord,n3x_coord,n3y_coord,n3z_coord,loc_x_coord,loc_y_coord,loc_z_coord,reference_system,returntype,coorddefinitiontype)

Inputs: - Name: n1x_coord - Type: vector

Name: n1y_coord
Type: vector
Name: n1z_coord
Type: vector
Name: n2x_coord
Type: vector
Name: n2y_coord
Type: vector
Name: n2z_coord
Type: vector
Name: n3x_coord
Type: vector
Name: n3y_coord
Type: vector
Name: n3z_coord
Type: vector
Name: loc_x_coord
Type: vector
Name: loc_y_coord
Type: vector
Name: loc_z_coord
Type: vector
Name: reference_system
Type: select
Default: coord
Name: returntype
Type: select
Default: coordinates
Name: coorddefinitiontype
Type: select
Default: clsdyna

Outputs: Name: curves_coordtransform_output_1 Type: vector

*CURVES_PROJECT_LINE_TO_PLANE¶

Description: Project the line in 3D formed between two-points onto a plane passing through P1

Syntax: curves_project_line_to_plane(p1xy_z,p2xy_z,measurement_type,plane,units)

Inputs: - Name: p1xy_z - Type: vector

Name: p2xy_z
Type: vector
Name: measurement_type
Type: select
Default: total
Name: plane
Type: select
Default: yz
Name: units
Type: select
Default: deg

Outputs: Name: curves_project_line_to_plane_output_1 Type: vector

*CURVES_TIME_HISTORY_COORDINATES_TO_DISPLACEMENTS¶

Description: Compute displacements from coordinates

Syntax: curves_time_history_coordinates_to_displacements(coordinates_xy_z)

Inputs: - Name: coordinates_xy_z - Type: vector

Outputs: Name: curves_time_history_coordinates_to_displacements_output_1 Type: vector

*CURVES_THREEPOINTANGLE¶

Description: Compute angle formed by three points

Syntax: curves_threepointangle(base_xy_z,p1xy_z,p2xy_z,measurement_type,units)

Inputs: - Name: base_xy_z - Type: vector

Name: p1xy_z
Type: vector
Name: p2xy_z
Type: vector
Name: measurement_type
Type: select
Default: total
Name: units
Type: select
Default: deg

Outputs: Name: curves_threepointangle_output_1 Type: vector

*CURVES_CROSS_CORRELATION¶

Description:: Compute the cross correlation of two curves

Syntax: curves_cross_correlation(curve1,curve2,sync_type,numberof_pointsto_digitize)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: sync_type
Type: select
Default: none
Name: numberof_pointsto_digitize
Type: scalar

Outputs: Name: curves_cross_correlation_output_1 Type: scalar

*CURVES_SIMILARITY_CORRELATION¶

Description:: Compute the similarity correlation of two curves

Syntax: curves_similarity_correlation(curve1,curve2,numberof_pointsto_digitize,min_ratiotomatch,check_types)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: numberof_pointsto_digitize
Type: scalar
Name: min_ratiotomatch
Type: scalar
Default: 0.01
Name: check_types
Type: select
Default: all

Outputs: Name: curves_similarity_correlation_output_1 Type: scalar

*CURVES_AREA_WEIGHTED_DIFFERENCE¶

Description:: Compute the area weighted difference using max-min normalize

Syntax: curves_area_weighted_difference(curve1,curve2,num_dig)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: num_dig
Type: scalar

Outputs: Name: curves_area_weighted_difference_output_1 Type: scalar

*CURVES_REGRESSION_COEFFICIENT¶

Description:: Compute the regression_coefficient between curves

Syntax: curves_regression_coefficient(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector

Outputs: Name: curves_regression_coefficient_output_1 Type: scalar

*CURVES_SIMPLE_CROSS_CORRELATION¶

Description:: Compute the cross correlation of two curves using c1xc2

Syntax: curves_simple_cross_correlation(curve1,curve2,sync_type,numberof_pointsto_digitize)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: sync_type
Type: select
Default: none
Name: numberof_pointsto_digitize
Type: scalar

Outputs: Name: curves_simple_cross_correlation_output_1 Type: scalar

*CURVES_NORMALIZED_CROSS_CORRELATION¶

Description:: Compute the normalized cross correlation of two curves

Syntax: curves_normalized_cross_correlation(curve1,curve2,sync_type,numberof_pointsto_digitize)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: sync_type
Type: select
Default: none
Name: numberof_pointsto_digitize
Type: scalar

Outputs: Name: curves_normalized_cross_correlation_output_1 Type: scalar

*CURVES_THREE_POINT_CIRCLE¶

Description: Compute the circle or radius from three points XYZ

Syntax: curves_three_point_circle(point1xy_z,point2xy_z,point3xy_z,return_type)

Inputs: - Name: point1xy_z - Type: vector

Name: point2xy_z
Type: vector
Name: point3xy_z
Type: vector
Name: return_type
Type: select
Default: circle-xyz

Outputs: Name: curves_three_point_circle_output_1 Type: scalar

*CURVES_INTERSECT¶

Description:: Compute the intersection of two curves

Syntax: curves_intersect(curve1,curve2,intersecttype)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: intersecttype
Type: select
Default: y

Outputs: Name: curves_intersect_output_1 Type: scalar

*CURVES_GET_SYNC_OFFSET¶

Description:: Compute the sync time

Syntax: curves_get_sync_offset(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector

Outputs: Name: curves_get_sync_offset_output_1 Type: scalar

*CURVES_REMOVE_INTERSECTIONS¶

Description:: Find and remove the intersections between curves

Syntax: curves_remove_intersections(curves,baseline_curve_index,methodof_removal)

Inputs: - Name: curves - Type: vector

Name: baseline_curve_index
Type: scalar
Name: methodof_removal
Type: select
Default: y_offset

Outputs: Name: curves_remove_intersections_output_1 Type: vector

*CURVES_LOOKUP_YABSMAX_KEYVALUE¶

Description:: This function looks into a collection of curves and returns curveName=>lookup value

Syntax: curves_lookup_yabsmax_keyvalue(curve_group,with_attr)

Inputs: - Name: curve_group - Type: vector

Name: with_attr
Type: select
Default: name

Outputs: Name: curves_lookup_yabsmax_keyvalue_output_1 Type: keyvalue

*CURVES_LOOKUP_KEYVALUE¶

Description:: This function looks into a collection of curves and returns curveName=>lookup value

Syntax: curves_lookup_keyvalue(curve_group,type,with_attr)

Inputs: - Name: curve_group - Type: vector

Name: type
Type: select
Default: xfirst
Name: with_attr
Type: select
Default: name

Outputs: Name: curves_lookup_keyvalue_output_1 Type: keyvalue

*CURVES_LOOKUP¶

Description:: This function looks into a collection of curves and returns curveName=>lookup value

Syntax: curves_lookup(curve_group,type,with_attr)

Inputs: - Name: curve_group - Type: vector

Name: type
Type: select
Default: xfirst
Name: with_attr
Type: select
Default: name

Outputs: Name: curves_lookup_output_1 Type: dataset

*CURVES_LOOKUP_SCALAR¶

Description:: This function looks into a collection of curves and returns curveName=>lookup value

Syntax: curves_lookup_scalar(curve_group,type,min_or_max)

Inputs: - Name: curve_group - Type: vector

Name: type
Type: select
Default: xfirst
Name: min_or_max
Type: select
Default: max

Outputs: Name: curves_lookup_scalar_output_1 Type: scalar

*CURVES_LOOKUP_GET_TEXT¶

Description:: This function looks into a collection of curves and returns curveName=>lookup value

Syntax: curves_lookup_get_text(curve_group,type)

Inputs: - Name: curve_group - Type: vector

Name: type
Type: select
Default: xfirst

Outputs: Name: curves_lookup_get_text_output_1 Type: text

*CURVES_LOOKUP_DATASET¶

Description:: This function looks into a collection of curves and returns curveName=>lookup value

Syntax: curves_lookup_dataset(curve_group,type,with_attr)

Inputs: - Name: curve_group - Type: vector

Name: type
Type: select
Default: ymin
Name: with_attr
Type: select
Default: name

Outputs: Name: curves_lookup_dataset_output_1 Type: keyvalue

*CURVES_LOOKUP_CLASSIFY¶

Description: This function extracts the min, max, final, time at min, time at max and classifies them based on the conditions

Syntax: curves_lookup_classify(curve_group,return_type,default_label,conditions)

Inputs: - Name: curve_group - Type: vector

Name: return_type
Type: select
Default: classifications
Name: default_label
Type: scalar
Default: unclassified
Name: conditions
Type: labelcondition

Outputs: Name: curves_lookup_classify_output_1 Type: dataset

*CURVES_MSE¶

Description: Compute the mean square error between two curves

Syntax: curves_mse(curve1,curve2,numberofpointstodigitize,normalize)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: numberofpointstodigitize
Type: integer
Default: 100
Name: normalize
Type: select
Default: yes

Outputs: Name: curves_mse_output_1 Type: scalar

*CURVES_R2¶

Description: Compute the mean square error between two curves

Syntax: curves_r2(curve1,curve2,numberofpointstodigitize)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: numberofpointstodigitize
Type: integer
Default: 100

Outputs: Name: curves_r2_output_1 Type: scalar

*CURVES_CROSSPLOT_VALUES¶

Description: Compute a curve based on the values from a group of curves

Syntax: curves_crossplot_values(curves_x,curves_y,x-value_type,y-value_type)

Inputs: - Name: curves_x - Type: vector

Name: curves_y
Type: vector
Name: x-value_type
Type: select
Default: xfirst
Name: y-value_type
Type: select
Default: ymax

Outputs: Name: curves_crossplot_values_output_1 Type: vector

*CURVES_MERGE¶

Description: Create a new curve by adding the x-values of the second curve to the base-curve.

Syntax: curves_merge(base_curve,second_curve,sort_x)

Inputs: - Name: base_curve - Type: vector

Name: second_curve
Type: vector
Name: sort_x
Type: select
Default: no

Outputs: Name: curves_merge_output_1 Type: vector

*CURVES_MERGE_ALL¶

Description: Create a new curve by adding the x-values of the second curve to the base-curve.

Syntax: curves_merge_all(all_curves)

Inputs: - Name: all_curves - Type: vector

Outputs: Name: curves_merge_all_output_1 Type: vector

*CURVES_BOUNDARY¶

Description: Create a new curve that bounds the curves.

Syntax: curves_boundary(base_curve,second_curve,return_type)

Inputs: - Name: base_curve - Type: vector

Name: second_curve
Type: vector
Name: return_type
Type: select
Default: boundary

Outputs: Name: curves_boundary_output_1 Type: vector

*CURVES_NORMALIZE¶

Description: Normalize the curves by dividing the y-values by the y-max from all curves

Syntax: curves_normalize(curvetobenormalized,type)

Inputs: - Name: curvetobenormalized - Type: vector

Name: type
Type: select
Default: x

Outputs: Name: curves_normalize_output_1 Type: vector

*CURVES_NORMALIZE_TO_FIRST¶

Description: Normalize the curves by dividing the y-values by the y-max from the first curve

Syntax: curves_normalize_to_first(curvetobenormalized,type)

Inputs: - Name: curvetobenormalized - Type: vector

Name: type
Type: select
Default: x

Outputs: Name: curves_normalize_to_first_output_1 Type: vector

*CURVES_OFFSET_TO_FIRST¶

Description: Compute offsets from the first curve

Syntax: curves_offset_to_first(curvesfromwhichtheoffsetsaretobecomputed,type)

Inputs: - Name: curvesfromwhichtheoffsetsaretobecomputed - Type: vector

Name: type
Type: select
Default: y

Outputs: Name: curves_offset_to_first_output_1 Type: vector

*CURVES_IIHSINTRUSION¶

Description: Compute the IIHS intrusion based on the seat and the measuring point

Syntax: curves_iihsintrusion(seat_x,seat_y,seat_z,location_x,location_y,location_z,location_type,xisoutwardwhenthedifferenceis,yisoutwardwhenthedifferenceis)

Inputs: - Name: seat_x - Type: vector

Name: seat_y
Type: vector
Name: seat_z
Type: vector
Name: location_x
Type: vector
Name: location_y
Type: vector
Name: location_z
Type: vector
Name: location_type
Type: select
Default: lower-hinge
Name: xisoutwardwhenthedifferenceis
Type: select
Default: neg
Name: yisoutwardwhenthedifferenceis
Type: select
Default: neg

Outputs: Name: curves_iihsintrusion_output_1 Type: vector

*CURVES_IIHSINTRUSION_DISP¶

Description:: Compute the IIHS displacement intrusions of the point based on the average seat motion

Syntax: curves_iihsintrusion_disp(avg_seat_x_displacement,avg_seat_y_disp,avg_seat_z_disp,location_x_disp,location_y_disp,location_z_disp,location_type,intrusion_type)

Inputs: - Name: avg_seat_x_displacement - Type: vector

Name: avg_seat_y_disp
Type: vector
Name: avg_seat_z_disp
Type: vector
Name: location_x_disp
Type: vector
Name: location_y_disp
Type: vector
Name: location_z_disp
Type: vector
Name: location_type
Type: select
Default: lower-hinge
Name: intrusion_type
Type: select
Default: raw

Outputs: Name: curves_iihsintrusion_disp_output_1 Type: vector

*CURVES_IIHSINTRUSION_DISP_XYZGROUP¶

Description: Compute the IIHS intrusion based on the curves from the average seat and the measuring point

Syntax: curves_iihsintrusion_disp_xyzgroup(avg_seat_xyz_disp_group,location_xyz_disp_group,location_type,intrusion_type)

Inputs: - Name: avg_seat_xyz_disp_group - Type: vector

Name: location_xyz_disp_group
Type: vector
Name: location_type
Type: select
Default: lower-hinge
Name: intrusion_type
Type: select
Default: raw

Outputs: Name: curves_iihsintrusion_disp_xyzgroup_output_1 Type: vector

*CURVES_IIHSINTRUSION_TABLE¶

Description: Computes IIHS Intrusion numbers and output a table of values

Syntax: curves_iihsintrusion_table(seat_mounts.separatebycommaformorethanone,reference_node,lower_hinge_pillar,upper_hinge_pillar,brake_pedal,parking_brake,steering_column,rocker_panel,upper_dash,left_i_p,intrusion_type)

Inputs: - Name: seat_mounts.separatebycommaformorethanone - Type: string - Default: Seat Mount 1, Seat Mount 2

Name: reference_node
Type: string
Default: Ref Node 1, Ref Node 2, Ref Node 3
Name: lower_hinge_pillar
Type: string
Default: Lower Hinge Pillar 1, Lower Hinge Pillar 2, Lower Hinge Piller 3
Name: upper_hinge_pillar
Type: string
Default: Upper Hinge Pillar 1, Upper Hinge Pillar 2, Upper Hinge Pillar 3
Name: brake_pedal
Type: string
Default: Brake Pedal
Name: parking_brake
Type: string
Default: Parking Brake
Name: steering_column
Type: string
Default: Steering Column
Name: rocker_panel
Type: string
Default: Rocker Panel 1, Rocker Panel 2, Rocker Panel 3
Name: upper_dash
Type: string
Default: Upper Dash
Name: left_i_p
Type: string
Default: Left IP
Name: intrusion_type
Type: select
Default: last

Outputs: Name: curves_iihsintrusion_table_output_1 Type: keyvalue

*CURVES_IIHSINTRUSION_ALL_TARGETS¶

Description: Computes IIHS Intrusion numbers based on displacements

Syntax: curves_iihsintrusion_all_targets(seat_xyz_displacements,lower_hinge_pillar_xyz_disp,footrest_xyz_disp,left_toepan_xyz_disp,brake_pedal_xyz_disp,parking_brake_xyz_disp,rocker_panel_xyz_disp,steering_column_xyz_disp,upper_hinge_pillar_xyz_disp,upper_dash_xyz_disp,left_ipxyz_disp,data_type,include_seatmotion,intrusion_type)

Inputs: - Name: seat_xyz_displacements - Type: vector

Name: lower_hinge_pillar_xyz_disp
Type: vector
Name: footrest_xyz_disp
Type: vector
Name: left_toepan_xyz_disp
Type: vector
Name: brake_pedal_xyz_disp
Type: vector
Name: parking_brake_xyz_disp
Type: vector
Name: rocker_panel_xyz_disp
Type: vector
Name: steering_column_xyz_disp
Type: vector
Name: upper_hinge_pillar_xyz_disp
Type: vector
Name: upper_dash_xyz_disp
Type: vector
Name: left_ipxyz_disp
Type: vector
Name: data_type
Type: select
Default: coordinates
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_type
Type: select
Default: raw

Outputs: Name: curves_iihsintrusion_all_targets_output_1 Type: vector

*CURVES_IIHSINTRUSION_ALL_TARGETS_IN_REF_SYSTEM_COORDS¶

Description: Computes IIHS Intrusion numbers based on displacements in reference system

Syntax: curves_iihsintrusion_all_targets_in_ref_system_coords(reference_n1xyz_coordinates,reference_n2xyz_coordinates,reference_n3xyz_coordinates,seat_xyz_coords,lower_hinge_pillar_xyz_coords,footrest_xyz_coords,left_toepan_xyz_coords,brake_pedal_xyz_coords,parking_brake_xyz_coords,rocker_panel_xyz_coords,steering_column_xyz_coords,upper_hinge_pillar_xyz_coords,upper_dash_xyz_coords,left_ipxyz_coords,coorddefinitiontype,include_seatmotion,intrusion_value_type,return_type,hinge_multi-point_value,rotation)

Inputs: - Name: reference_n1xyz_coordinates - Type: vector

Name: reference_n2xyz_coordinates
Type: vector
Name: reference_n3xyz_coordinates
Type: vector
Name: seat_xyz_coords
Type: vector
Name: lower_hinge_pillar_xyz_coords
Type: vector
Name: footrest_xyz_coords
Type: vector
Name: left_toepan_xyz_coords
Type: vector
Name: brake_pedal_xyz_coords
Type: vector
Name: parking_brake_xyz_coords
Type: vector
Name: rocker_panel_xyz_coords
Type: vector
Name: steering_column_xyz_coords
Type: vector
Name: upper_hinge_pillar_xyz_coords
Type: vector
Name: upper_dash_xyz_coords
Type: vector
Name: left_ipxyz_coords
Type: vector
Name: coorddefinitiontype
Type: select
Default: lsdyna
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_value_type
Type: select
Default: raw
Name: return_type
Type: select
Default: intrusions
Name: hinge_multi-point_value
Type: select
Default: auto
Name: rotation
Type: select
Default: updated

Outputs: Name: curves_iihsintrusion_all_targets_in_ref_system_coords_output_1 Type: vector

*CURVES_IIHSINTRUSION_ALL_TARGETS_IN_REF_SYSTEM_COORDS_PASSENGER¶

Description: Computes IIHS Intrusion numbers based on displacements in reference system for passenger

Syntax: curves_iihsintrusion_all_targets_in_ref_system_coords_passenger(reference_n1xyz_coordinates,reference_n2xyz_coordinates,reference_n3xyz_coordinates,seat_xyz_coords,lower_hinge_pillar_xyz_coords,footrest_xyz_coords,right_toepan_xyz_coords,center_toepan_xyz_coords,rocker_panel_xyz_coords,center_dash_xyz_coords,upper_hinge_pillar_xyz_coords,upper_dash_xyz_coords,right_lower_dash_xyz_coords,coorddefinitiontype,include_seatmotion,intrusion_type,return_type,multi-point_value,coord_system_update,useonlypreandpostcoordinates)

Inputs: - Name: reference_n1xyz_coordinates - Type: vector

Name: reference_n2xyz_coordinates
Type: vector
Name: reference_n3xyz_coordinates
Type: vector
Name: seat_xyz_coords
Type: vector
Name: lower_hinge_pillar_xyz_coords
Type: vector
Name: footrest_xyz_coords
Type: vector
Name: right_toepan_xyz_coords
Type: vector
Name: center_toepan_xyz_coords
Type: vector
Name: rocker_panel_xyz_coords
Type: vector
Name: center_dash_xyz_coords
Type: vector
Name: upper_hinge_pillar_xyz_coords
Type: vector
Name: upper_dash_xyz_coords
Type: vector
Name: right_lower_dash_xyz_coords
Type: vector
Name: coorddefinitiontype
Type: select
Default: lsdyna
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_type
Type: select
Default: raw
Name: return_type
Type: select
Default: intrusions
Name: multi-point_value
Type: select
Default: auto
Name: coord_system_update
Type: select
Default: updated
Name: useonlypreandpostcoordinates
Type: select
Default: no

Outputs: Name: curves_iihsintrusion_all_targets_in_ref_system_coords_passenger_output_1 Type: vector

*CURVES_APLI_SCORE_CALCULATOR¶

Description: Computes APLI score

Syntax: curves_apli_score_calculator(mcl_curves,tbl_curves,fbl_curves,mcl_threshold_good_max,mcl_threshold_avg_max,mcl_threshold_good_score,mcl_threshold_avg_score,mcl_threshold_leftover_score,tbl_threshold_good_max,tbl_threshold_avg_max,tbl_threshold_good_score,tbl_threshold_avg_score,tbl_threshold_leftover_score,fbl_threshold_good_max,fbl_threshold_avg_max,fbl_threshold_good_score,fbl_threshold_avg_score,fbl_threshold_leftover_score,constant_range)

Inputs: - Name: mcl_curves - Type: vector

Name: tbl_curves
Type: vector
Name: fbl_curves
Type: vector
Name: mcl_threshold_good_max
Type: scalar
Name: mcl_threshold_avg_max
Type: scalar
Name: mcl_threshold_good_score
Type: scalar
Name: mcl_threshold_avg_score
Type: scalar
Name: mcl_threshold_leftover_score
Type: scalar
Name: tbl_threshold_good_max
Type: scalar
Name: tbl_threshold_avg_max
Type: scalar
Name: tbl_threshold_good_score
Type: scalar
Name: tbl_threshold_avg_score
Type: scalar
Name: tbl_threshold_leftover_score
Type: scalar
Name: fbl_threshold_good_max
Type: scalar
Name: fbl_threshold_avg_max
Type: scalar
Name: fbl_threshold_good_score
Type: scalar
Name: fbl_threshold_avg_score
Type: scalar
Name: fbl_threshold_leftover_score
Type: scalar
Name: constant_range
Type: scalar

Outputs: Name: curves_apli_score_calculator_output_1 Type: keyvalue

*CURVES_FPLI_SCORE_CALCULATOR¶

Description: Compute fPLI score

Syntax: curves_fpli_score_calculator(mcl_curves,acl_curves,pcl_curves,t1,t2,t3,t4,tibia_good_performance_limit,tibia_acceptable_performance_limit,tibia_good_performance_limit_score,tibia_bad_performance_limit_score,mcl_good_performance_limit,mcl_acceptable_performance_limit,mcl_good_performance_limit_score,mcl_bad_performance_limit_score,aclpcl_upper_limit)

Inputs: - Name: mcl_curves - Type: vector

Name: acl_curves
Type: vector
Name: pcl_curves
Type: vector
Name: t1
Type: vector
Name: t2
Type: vector
Name: t3
Type: vector
Name: t4
Type: vector
Name: tibia_good_performance_limit
Type: scalar
Name: tibia_acceptable_performance_limit
Type: scalar
Name: tibia_good_performance_limit_score
Type: scalar
Name: tibia_bad_performance_limit_score
Type: scalar
Name: mcl_good_performance_limit
Type: scalar
Name: mcl_acceptable_performance_limit
Type: scalar
Name: mcl_good_performance_limit_score
Type: scalar
Name: mcl_bad_performance_limit_score
Type: scalar
Name: aclpcl_upper_limit
Type: scalar

Outputs: Name: curves_fpli_score_calculator_output_1 Type: keyvalue

*CURVES_UPLI_SCORE_CALCULATOR¶

Description: Compute U-PLI score calculator

Syntax: curves_upli_score_calculator(tibia_bending_moments,upperand_lower_load_cell_forces,tibia_bending_moment_scores,loadcellforce_scorecalculation)

Inputs: - Name: tibia_bending_moments - Type: vector

Name: upperand_lower_load_cell_forces
Type: vector
Name: tibia_bending_moment_scores
Type: scalar
Default: good:if(lte,286,0.5);acceptable:interpolate(0.5-0.0,285-350);bad:if(gte,350,0.0)
Name: loadcellforce_scorecalculation
Type: scalar
Default: good:if(lte,5,0.5);acceptable:interpolate(0.5-0.0,5-6);bad:if(gte,6.0,0.0)

Outputs: Name: curves_upli_score_calculator_output_1 Type: keyvalue

*CURVES_ODBINTRUSION_ALL_TARGETS_IN_REF_SYSTEM_COORDS¶

Description: Computes IIHS Intrusion numbers based on displacements in reference system

Syntax: curves_odbintrusion_all_targets_in_ref_system_coords(reference_n1xyz_coordinates,reference_n2xyz_coordinates,reference_n3xyz_coordinates,seat_xyz_coords,footrest_xyz_coords,dash_left_xyz_coords,dash_center_xyz_coords,dash_right_xyz_coords,brake_pedal_xyz_coords,left_ipxyz_coords,right_ipxyz_coords,a-pillar_xyz_coords,b-pillar_xyz_coords,coorddefinitiontype,include_seatmotion,intrusion_value_type,return_type,multi-point_value,rotation)

Inputs: - Name: reference_n1xyz_coordinates - Type: vector

Name: reference_n2xyz_coordinates
Type: vector
Name: reference_n3xyz_coordinates
Type: vector
Name: seat_xyz_coords
Type: vector
Name: footrest_xyz_coords
Type: vector
Name: dash_left_xyz_coords
Type: vector
Name: dash_center_xyz_coords
Type: vector
Name: dash_right_xyz_coords
Type: vector
Name: brake_pedal_xyz_coords
Type: vector
Name: left_ipxyz_coords
Type: vector
Name: right_ipxyz_coords
Type: vector
Name: a-pillar_xyz_coords
Type: vector
Name: b-pillar_xyz_coords
Type: vector
Name: coorddefinitiontype
Type: select
Default: lsdyna
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_value_type
Type: select
Default: raw
Name: return_type
Type: select
Default: intrusions
Name: multi-point_value
Type: select
Default: auto
Name: rotation
Type: select
Default: fixed

Outputs: Name: curves_odbintrusion_all_targets_in_ref_system_coords_output_1 Type: vector

*CURVES_ODBINTRUSION_ONE_TARGET_IN_REF_SYSTEM_COORDS¶

Description: Computes IIHS Intrusion numbers based on displacements in reference system

Syntax: curves_odbintrusion_one_target_in_ref_system_coords(reference_n1xyz_coordinates,reference_n2xyz_coordinates,reference_n3xyz_coordinates,seat_xyz_coords,pointin_xyz_coords,locationtype,coorddefinitiontype,include_seatmotion,intrusion_value_type,return_type,multi-point_value,rotation)

Inputs: - Name: reference_n1xyz_coordinates - Type: vector

Name: reference_n2xyz_coordinates
Type: vector
Name: reference_n3xyz_coordinates
Type: vector
Name: seat_xyz_coords
Type: vector
Name: pointin_xyz_coords
Type: vector
Name: locationtype
Type: select
Default: footrest
Name: coorddefinitiontype
Type: select
Default: lsdyna
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_value_type
Type: select
Default: raw
Name: return_type
Type: select
Default: intrusions
Name: multi-point_value
Type: select
Default: auto
Name: rotation
Type: select
Default: fixed

Outputs: Name: curves_odbintrusion_one_target_in_ref_system_coords_output_1 Type: vector

*CURVES_IIHSINTRUSION_ALL_TARGETS_IN_REF_SYSTEM_COORDS_JS3D¶

Description: Creates a JS3D visualization for viewing the intrusions in local system

Syntax: curves_iihsintrusion_all_targets_in_ref_system_coords_js3d(reference_n1xyz_coordinates,reference_n2xyz_coordinates,reference_n3xyz_coordinates,seat_xyz_coords,lower_hinge_pillar_xyz_coords,footrest_xyz_coords,left_toepan_xyz_coords,brake_pedal_xyz_coords,parking_brake_xyz_coords,rocker_panel_xyz_coords,steering_column_xyz_coords,upper_hinge_pillar_xyz_coords,upper_dash_xyz_coords,left_ipxyz_coords,coorddefinitiontype,include_seatmotion,intrusion_type)

Inputs: - Name: reference_n1xyz_coordinates - Type: vector

Name: reference_n2xyz_coordinates
Type: vector
Name: reference_n3xyz_coordinates
Type: vector
Name: seat_xyz_coords
Type: vector
Name: lower_hinge_pillar_xyz_coords
Type: vector
Name: footrest_xyz_coords
Type: vector
Name: left_toepan_xyz_coords
Type: vector
Name: brake_pedal_xyz_coords
Type: vector
Name: parking_brake_xyz_coords
Type: vector
Name: rocker_panel_xyz_coords
Type: vector
Name: steering_column_xyz_coords
Type: vector
Name: upper_hinge_pillar_xyz_coords
Type: vector
Name: upper_dash_xyz_coords
Type: vector
Name: left_ipxyz_coords
Type: vector
Name: coorddefinitiontype
Type: select
Default: lsdyna
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_type
Type: select
Default: raw

Outputs: Name: curves_iihsintrusion_all_targets_in_ref_system_coords_js3d_output_1 Type: view

*CURVES_COORDINATE_TIME_HISTORY_TO_JS3D¶

Description: Converts a XYZ Coordinate time-history to JS3D

Syntax: curves_coordinate_time_history_to_js3d(curves_xyz_coordinates)

Inputs: - Name: curves_xyz_coordinates - Type: vector

Outputs: Name: curves_coordinate_time_history_to_js3d_output_1 Type: view

*CURVES_COORDINATE_AVERAGE¶

Description: Converts a XYZ Coordinates in groups to avearge values

Syntax: curves_coordinate_average(curves_xyz_coordinates)

Inputs: - Name: curves_xyz_coordinates - Type: vector

Outputs: Name: curves_coordinate_average_output_1 Type: vector

*CURVES_GET_ENCLOSED_AREA_DIFF¶

Description: Get the enclosed area difference

Syntax: curves_get_enclosed_area_diff(firstcurvecoordinates,secondcurverepresentingcoordinates)

Inputs: - Name: firstcurvecoordinates - Type: vector

Name: secondcurverepresentingcoordinates
Type: vector

Outputs: Name: curves_get_enclosed_area_diff_output_1 Type: scalar

*CURVES_SIGN_CHANGE_STATS¶

Description: Computes the events based on sign changes and returns the points

Syntax: curves_sign_change_stats(curves,switchtype,pre-switchtime_window,post-switchtime_window,fluctuationtimewindowinpercentage)

Inputs: - Name: curves - Type: vector

Name: switchtype
Type: select
Default: positive_to_negative
Name: pre-switchtime_window
Type: scalar
Default: 600
Name: post-switchtime_window
Type: scalar
Default: 1200
Name: fluctuationtimewindowinpercentage
Type: scalar
Default: 2%

Outputs: Name: curves_sign_change_stats_output_1 Type: dataset

*CURVES_DERIVATIVE_EXCEEDS_THRESHOLD¶

Description: Computes the sign changes and returns yes\/no

Syntax: curves_derivative_exceeds_threshold(curve,order,ratio)

Inputs: - Name: curve - Type: vector

Name: order
Type: scalar
Default: 3
Name: ratio
Type: scalar
Default: 0.75

Outputs: Name: curves_derivative_exceeds_threshold_output_1 Type: vector

*CURVES_ENGSTRESS_SCALE_BY_SCALES¶

Description: Compute variance based on scales

Syntax: curves_engstress_scale_by_scales(eng_stress_strain_curves,scales,slope,offset,scale_after_necking)

Inputs: - Name: eng_stress_strain_curves - Type: vector

Name: scales
Type: keyvalue
Name: slope
Type: scalar
Name: offset
Type: scalar
Name: scale_after_necking
Type: select
Default: yes

Outputs: Name: curves_engstress_scale_by_scales_output_1 Type: vector

*CURVES_ENGSTRESS_VARIANCE¶

Description: Create a curve using the standard variance of yield, ultimate and failure stress

Syntax: curves_engstress_variance(dynamic_eng_stress_strain_curves,quasi-static_eng_stress_strain_curve,qs_yield_stress_min,qs_yield_stress_max,qs_ultimate_stress_min,qs_ultimate_stress_max,qs_elongation_strain_min,qs_elongation_strain_max,elastic_modulus,yield_offset)

Inputs: - Name: dynamic_eng_stress_strain_curves - Type: vector

Name: quasi-static_eng_stress_strain_curve
Type: vector
Name: qs_yield_stress_min
Type: scalar
Name: qs_yield_stress_max
Type: scalar
Name: qs_ultimate_stress_min
Type: scalar
Name: qs_ultimate_stress_max
Type: scalar
Name: qs_elongation_strain_min
Type: scalar
Name: qs_elongation_strain_max
Type: scalar
Name: elastic_modulus
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002

Outputs: Name: curves_engstress_variance_output_1 Type: vector

*CURVES_MONOTONIC¶

Description: Enforces monotocity for x or y points for all Curves

Syntax: curves_monotonic(curvetobeoperatedon,axis)

Inputs: - Name: curvetobeoperatedon - Type: vector

Name: axis
Type: select
Default: x

Outputs: Name: curves_monotonic_output_1 Type: vector

*CURVES_REVERSEPOINTS¶

Description: Reverse points x, y or both

Syntax: curves_reversepoints(curvetobeoperatedon,axis)

Inputs: - Name: curvetobeoperatedon - Type: vector

Name: axis
Type: select
Default: x

Outputs: Name: curves_reversepoints_output_1 Type: vector

*CURVES_REMOVE_NEGATIVE_SLOPE¶

Description: Remove last negative slope

Syntax: curves_remove_negative_slope(curvestobeoperatedon,percentage)

Inputs: - Name: curvestobeoperatedon - Type: vector

Name: percentage
Type: textarea
Default: 0.05

Outputs: Name: curves_remove_negative_slope_output_1 Type: vector

*CURVES_ENSURE_FIRST_YIELD_GT_ZERO¶

Description: Ensure first yield gt zero

Syntax: curves_ensure_first_yield_gt_zero(curvestobeoperatedon)

Inputs: - Name: curvestobeoperatedon - Type: vector

Outputs: Name: curves_ensure_first_yield_gt_zero_output_1 Type: vector

*CURVES_SCALE¶

Description: Scale the x-values and y-values by the factors provided below

Syntax: curves_scale(curvestobescaled,x_scalevalue,y_scalevalue,x_inverse,y_inverse)

Inputs: - Name: curvestobescaled - Type: vector

Name: x_scalevalue
Type: scalar
Default: 1
Name: y_scalevalue
Type: scalar
Default: 1
Name: x_inverse
Type: select
Default: no
Name: y_inverse
Type: select
Default: no

Outputs: Name: curves_scale_output_1 Type: vector

*CURVES_OFFSET¶

Description: Offset the x-values and y-values by the factors provided below

Syntax: curves_offset(curvestobescaled,x_offsetvalue,y_offsetvalue)

Inputs: - Name: curvestobescaled - Type: vector

Name: x_offsetvalue
Type: scalar
Name: y_offsetvalue
Type: scalar

Outputs: Name: curves_offset_output_1 Type: vector

*CURVES_OFFSET_SCALE¶

Description: Offset and scale Curves

Syntax: curves_offset_scale(curvestobescaled,x_offset,y_offset,x_scale,y_scale)

Inputs: - Name: curvestobescaled - Type: vector

Name: x_offset
Type: scalar
Name: y_offset
Type: scalar
Name: x_scale
Type: scalar
Default: 1
Name: y_scale
Type: scalar
Default: 1

Outputs: Name: curves_offset_scale_output_1 Type: vector

*CURVES_SCALE_BY_CURVE¶

Description: Scale the x-values and y-values by the by a curve

Syntax: curves_scale_by_curve(curvestobescaled,curvethatacales)

Inputs: - Name: curvestobescaled - Type: vector

Name: curvethatacales
Type: vector

Outputs: Name: curves_scale_by_curve_output_1 Type: vector

*CURVES_RDP_DOWNSAMPLING¶

Description: Curves rdp downsampling

Syntax: curves_rdp_downsampling(curves,epsilon)

Inputs: - Name: curves - Type: vector

Name: epsilon
Type: scalar
Default: 1

Outputs: Name: curves_rdp_downsampling_output_1 Type: vector

*CURVES_DOWNSIZE¶

Description: Curve downsize

Syntax: curves_downsize(curves,band_size,num_iterations,window_size,window_type)

Inputs: - Name: curves - Type: vector

Name: band_size
Type: scalar
Default: 0.005
Name: num_iterations
Type: scalar
Default: 1
Name: window_size
Type: scalar
Name: window_type
Type: select
Default: value

Outputs: Name: curves_downsize_output_1 Type: vector

*CURVES_ENFORCE_DECAY¶

Description: Enforce Decay - Monotonically decreasing values for Y

Syntax: curves_enforce_decay(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_enforce_decay_output_1 Type: vector

*CURVES_GET_SHIFT_OFFSET¶

Description: Get shift offset between two curves

Syntax: curves_get_shift_offset(curve1,curve2,dig_points)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: dig_points
Type: integer
Default: 100

Outputs: Name: curves_get_shift_offset_output_1 Type: vector

*CURVES_DIGITIZE¶

Description: Create a new set of curves by using a interval of xmax-max/np as specified below

Syntax: curves_digitize(curves,num_points,mid_point,add_rdp,rdp_espsilon)

Inputs: - Name: curves - Type: vector

Name: num_points
Type: scalar
Default: 100
Name: mid_point
Type: integer
Default: 0.0
Name: add_rdp
Type: select
Default: no
Name: rdp_espsilon
Type: integer
Default: 1.0

Outputs: Name: curves_digitize_output_1 Type: vector

*CURVES_SKIP_EVERY¶

Description: Create a new set of curves by using a interval of xmax-max\/np as specified below

Syntax: curves_skip_every(curves,every)

Inputs: - Name: curves - Type: vector

Name: every
Type: scalar
Default: 100

Outputs: Name: curves_skip_every_output_1 Type: vector

*CURVES_THREE_POINT_ROTATION¶

Description: Find the time-history angle using time-history coordinates of three points

Syntax: curves_three_point_rotation(point1xy_z,point2xy_z,point3xy_z,return_type)

Inputs: - Name: point1xy_z - Type: vector

Name: point2xy_z
Type: vector
Name: point3xy_z
Type: vector
Name: return_type
Type: select
Default: deg

Outputs: Name: curves_three_point_rotation_output_1 Type: vector

*CURVES_XYZR_FINAL_TABLE¶

Description: Compute the Resultant and return a dataset with X,Y,Z, Resultant

Syntax: curves_xyzr_final_table(xyz_curvesinsequence,names)

Inputs: - Name: xyz_curvesinsequence - Type: vector

Name: names
Type: string

Outputs: Name: curves_xyzr_final_table_output_1 Type: dataset

*CURVES_RENAME_CURVES¶

Description: Provide alternative names for the curves

Syntax: curves_rename_curves(curves,curve_names)

Inputs: - Name: curves - Type: vector

Name: curve_names
Type: string

Outputs: Name: curves_rename_curves_output_1 Type: vector

*CURVES_RENAME_BY_INDEX¶

Description: Rename curve by index

Syntax: curves_rename_by_index(curves,index,new_name)

Inputs: - Name: curves - Type: vector

Name: index
Type: string
Name: new_name
Type: string

Outputs: Name: curves_rename_by_index_output_1 Type: vector

*CURVES_SEARCH_BY_NAME¶

Description: Search curve by the curve-name

Syntax: curves_search_by_name(curves,name,search_type)

Inputs: - Name: curves - Type: vector

Name: name
Type: string
Name: search_type
Type: select
Default: eq

Outputs: Name: curves_search_by_name_output_1 Type: vector

*CURVES_SEARCH_BY_VALUE¶

Description: Find the angle between three time-history points

Syntax: curves_search_by_value(curves,value_type,target_condition,target_value)

Inputs: - Name: curves - Type: vector

Name: value_type
Type: select
Default: eq
Name: target_condition
Type: select
Default: eq
Name: target_value
Type: string

Outputs: Name: curves_search_by_value_output_1 Type: vector

*CURVES_RENAME_GROUP¶

Description: Rename curves

Syntax: curves_rename_group(curves,group_name)

Inputs: - Name: curves - Type: vector

Name: group_name
Type: string

Outputs: Name: curves_rename_group_output_1 Type: vector

*CURVES_GROUP_COORDINATE_AXES¶

Description: Group curves so they are in the order of N1-XYZ, N2-XYZ, …

Syntax: curves_group_coordinate_axes(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: curves_group_coordinate_axes_output_1 Type: vector

*CURVES_GET_AXIS_FROM_GROUP¶

Description: Get curves of a single axis from a grouped XYZ Curves. The number of curves is assumed to be divisible by 3

Syntax: curves_get_axis_from_group(curves,axis_type)

Inputs: - Name: curves - Type: vector

Name: axis_type
Type: select
Default: eq

Outputs: Name: curves_get_axis_from_group_output_1 Type: vector

*CURVES_ENGTOTRUESTRESS¶

Description: Engineering stress vs strain curves to True stress vs strain curve using Constant Volume assumption

Syntax: curves_engtotruestress(engineeringstressstraincurves,axis)

Inputs: - Name: engineeringstressstraincurves - Type: vector

Name: axis
Type: select
Default: both

Outputs: Name: curves_engtotruestress_output_1 Type: vector

*CURVES_TRUETOEFFECTIVESTRESS¶

Description: Convert True to Effective stress vs strain curves by removing all elastic strains

Syntax: curves_truetoeffectivestress(truestressstraincurves,elastic_modulus,yield_type,yield_strainor_offset,necking_treatment,slopefor_extrapolation,last_strain,digitize,saturation_strain,saturation_percentage,intersection_point_type,digitize_option)

Inputs: - Name: truestressstraincurves - Type: vector

Name: elastic_modulus
Type: scalar
Name: yield_type
Type: select
Default: offset
Name: yield_strainor_offset
Type: scalar
Default: 0.002
Name: necking_treatment
Type: select
Default: none
Name: slopefor_extrapolation
Type: scalar
Name: last_strain
Type: scalar
Default: 1
Name: digitize
Type: scalar
Default: 100
Name: saturation_strain
Type: scalar
Name: saturation_percentage
Type: scalar
Name: intersection_point_type
Type: select
Default: auto
Name: digitize_option
Type: select
Default: yes

Outputs: Name: curves_truetoeffectivestress_output_1 Type: vector

*CURVES_GENERATE_PART_CONTOURS_ANIMATION¶

Description: Contour parts based on curve data

Syntax: curves_generate_part_contours_animation(valuestomap,generation_type,keyword_data,mapping_table,map_table_order,fringe_min_color,fringe_max_color,fringe_min_value,fringe_max_value,view_orientation,numberof_states,title,fringe_levels,fringe_average,fringe_reverse_colors,rotations,movietype)

Inputs: - Name: valuestomap - Type: vector

Name: generation_type
Type: select
Default: image
Name: keyword_data
Type: textarea
Name: mapping_table
Type: textarea
Name: map_table_order
Type: select
Default: as_provided
Name: fringe_min_color
Type: scalar
Default: 0.0
Name: fringe_max_color
Type: scalar
Default: 1.0
Name: fringe_min_value
Type: scalar
Default: 0.1
Name: fringe_max_value
Type: scalar
Default: 0.8
Name: view_orientation
Type: textarea
Default: top
Name: numberof_states
Type: scalar
Default: 10
Name: title
Type: scalar
Default: Part heatmap
Name: fringe_levels
Type: scalar
Default: 4
Name: fringe_average
Type: select
Default: none
Name: fringe_reverse_colors
Type: select
Default: on
Name: rotations
Type: scalar
Default: rz 90
Name: movietype
Type: select
Default: mp4

Outputs: Name: curves_generate_part_contours_animation_output_1 Type: view

12.6. Complexcurve Workers¶

Following are the workers for this group of workers

*COMPLEXCURVE_TO_REAL¶

Description: Convert complex curve to real

Syntax: complexcurve_to_real(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: complexcurve_to_real_output_1 Type: vector

*COMPLEXCURVE_TO_DB¶

Description: Convert complex curve to db

Syntax: complexcurve_to_db(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: complexcurve_to_db_output_1 Type: vector

*COMPLEXCURVE_TO_PRESSURE_DB¶

Description: Convert complex curve to db

Syntax: complexcurve_to_pressure_db(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name: complexcurve_to_pressure_db_output_1 Type: vector

*COMPLEXCURVE_AWEIGHT¶

Description: Convert complex curve to aweight

Syntax: complexcurve_aweight(complex_curve)

Inputs: - Name: complex_curve - Type: vector

Outputs: Name: complexcurve_aweight_output_1 Type: vector

*COMPLEXCURVE_ATOV¶

Description: Convert complex curve to velocity

Syntax: complexcurve_atov(complex_curve)

Inputs: - Name: complex_curve - Type: vector

Outputs: Name: complexcurve_atov_output_1 Type: vector

*COMPLEXCURVE_ATOD¶

Description: Convert Acceleration to displacement

Syntax: complexcurve_atod(complex_curve)

Inputs: - Name: complex_curve - Type: vector

Outputs: Name: complexcurve_atod_output_1 Type: vector

*COMPLEXCURVE_XTODS¶

Description: Convert complex curve to dynamic stiffness

Syntax: complexcurve_xtods(complex_curve)

Inputs: - Name: complex_curve - Type: vector

Outputs: Name: complexcurve_xtods_output_1 Type: vector

*COMPLEXCURVE_TO_AMP¶

Description: Convert complex curve to amplitude

Syntax: complexcurve_to_amp(complex_curve)

Inputs: - Name: complex_curve - Type: vector

Outputs: Name: complexcurve_to_amp_output_1 Type: vector

*COMPLEXCURVE_SAMPLE¶

Description: Create a sample complex curve

Syntax: complexcurve_sample(curve_name)

Inputs: - Name: curve_name - Type: scalar

Outputs: Name: complexcurve_sample_output_1 Type: vector

*COMPLEXCURVE_PERCENTILE¶

Description: Compute the percentile for the curve

Syntax: complexcurve_percentile(curve,percentile,xmin,xmax)

Inputs: - Name: curve - Type: vector

Name: percentile
Type: float
Default: 0.0
Name: xmin
Type: float
Default: 0.0
Name: xmax
Type: float
Default: 0.0

Outputs: Name: complexcurve_percentile_output_1 Type: scalar

12.7. Complexcurves Workers¶

Following are the workers for this group of workers

*COMPLEXCURVES_VECTOR_SUM¶

Description: Compute vector sum of complex curves

Syntax: complexcurves_vector_sum(curves)

Inputs: - Name: curves - Type: vector

Outputs: Name: complexcurves_vector_sum_output_1 Type: vector

*COMPLEXCURVES_MATCH¶

Description: Compute complex curve difference using the amplitude

Syntax: complexcurves_match(curve1,curve2,type,digitize,normalize,xmin,xmax)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector
Name: type
Type: select
Default: raw
Name: digitize
Type: select
Name: normalize
Type: select
Default: no
Name: xmin
Type: scalar
Name: xmax
Type: scalar

Outputs: Name: complexcurves_match_output_1 Type: scalar

*COMPLEXCURVES_AVERAGE¶

Description: Compute vector sum of complex curves

Syntax: complexcurves_average(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: curve2
Type: vector

Outputs: Name: complexcurves_average_output_1 Type: vector

12.8. Custom Workers¶

Following are the workers for this group of workers

*CUSTOM_SCRIPT¶

Description: Custom script

Syntax: custom_script(type,code_value,arguments)

Inputs: - Name: type - Type: select - Default: count

Name: code_value
Type: textarea
Name: arguments
Type: vector

Outputs: Name: custom_script_output_1 Type: vector

*CUSTOM_SUBMIT¶

Description:

Syntax: custom_submit(submit_output,job_name,run_command)

Inputs: - Name: submit_output - Type: string

Name: job_name
Type: string
Name: run_command
Type: string

Outputs: Name: submit_output Type: string Name: job_name Type: string

12.9. Text Workers¶

Following are the workers for this group of workers

*TEXT_PARSER¶

Description: Use regular expression to extract the data from a text

Syntax: text_parser(texttobeparsed,parsertype,expression)

Inputs: - Name: texttobeparsed - Type: textarea

Name: parsertype
Type: select
Default: regex
Name: expression
Type: string

Outputs: Name: text_parser_output_1 Type: text

*TEXT_DIFF¶

Description: Compute the difference between two tests

Syntax: text_diff(text1,text2)

Inputs: - Name: text1 - Type: textarea

Name: text2
Type: textarea

Outputs: Name: text_diff_output_1 Type: text

*TEXT_SEARCH¶

Description: Searches text and returns value

Syntax: text_search(texttobeparsed,begin_offset,ending_offset,search_type,needle_string,case_sensitivity,split_needle_token,match_all,true_text,false_text)

Inputs: - Name: texttobeparsed - Type: textarea

Name: begin_offset
Type: scalar
Name: ending_offset
Type: scalar
Default: -1
Name: search_type
Type: select
Default: contains
Name: needle_string
Type: string
Name: case_sensitivity
Type: select
Default: no
Name: split_needle_token
Type: string
Name: match_all
Type: select
Default: no
Name: true_text
Type: string
Default: yes
Name: false_text
Type: string
Default: no

Outputs: Name: text_search_output_1 Type: text

*TEXT_WRITE_TO_FILE¶

Description: Write text contents to a file

Syntax: text_write_to_file(filename,texttobewritten)

Inputs: - Name: filename - Type: scalar

Name: texttobewritten
Type: textarea

Outputs: Name: text_write_to_file_output_1 Type: text

*TEXT_SAVE_TO_BLOB¶

Description: Save text a blob in Database

Syntax: text_save_to_blob(blob_name,texttobewritten)

Inputs: - Name: blob_name - Type: scalar

Name: texttobewritten
Type: textarea

Outputs: Name: text_save_to_blob_output_1 Type: scalar

*TEXT_GET_FROM_BLOB¶

Description: Get text from blob in Database

Syntax: text_get_from_blob(blob_id)

Inputs: - Name: blob_id - Type: remote_lookup

Outputs: Name: text_get_from_blob_output_1 Type: scalar

*TEXT_CAST¶

Description: Cast a number

Syntax: text_cast(texttocast,casttype)

Inputs: - Name: texttocast - Type: scalar

Name: casttype
Type: select
Default: integer

Outputs: Name: text_cast_output_1 Type: scalar

*TEXT_PARAMETERIZE¶

Description: Parameterize input

Syntax: text_parameterize(text,parameter_name,parameter_type,parameter_value,parameter_width,keywordname,cardnumber,parameternumber,keyword_i_d,expression_type)

Inputs: - Name: text - Type: textarea

Name: parameter_name
Type: scalar
Name: parameter_type
Type: scalar
Name: parameter_value
Type: scalar
Name: parameter_width
Type: scalar
Name: keywordname
Type: scalar
Name: cardnumber
Type: scalar
Name: parameternumber
Type: scalar
Name: keyword_i_d
Type: scalar
Name: expression_type
Type: select
Default: no

Outputs: Name: text_parameterize_output_1 Type: text

*TEXT_GET_KEYWORD_PARAMETER¶

Description: Get keyword parameter value

Syntax: text_get_keyword_parameter(text,keywordname,cardid,cardnumber,parameterwidth,parameternumber)

Inputs: - Name: text - Type: textarea

Name: keywordname
Type: scalar
Name: cardid
Type: scalar
Default: 1
Name: cardnumber
Type: scalar
Default: 1
Name: parameterwidth
Type: scalar
Default: 10
Name: parameternumber
Type: scalar
Default: 10

Outputs: Name: text_get_keyword_parameter_output_1 Type: text

*TEXT_PARAMETERIZE_BY_DATASET¶

Description: Parameterize input by dataset

Syntax: text_parameterize_by_dataset(text,dataset)

Inputs: - Name: text - Type: textarea

Name: dataset
Type: scalar

Outputs: Name: text_parameterize_by_dataset_output_1 Type: text

*TEXT_TOKENIZE¶

Description: Tokenize text

Syntax: text_tokenize(texttobeparsed,tokentype,index)

Inputs: - Name: texttobeparsed - Type: textarea

Name: tokentype
Type: select
Default: regex
Name: index
Type: string

Outputs: Name: text_tokenize_output_1 Type: text

*TEXT_TRANSFORM¶

Description: Transform Text using Existing responses

Syntax: text_transform(texttobeparsed,curvesforthistransformation,scalarsforthistransformation)

Inputs: - Name: texttobeparsed - Type: textarea

Name: curvesforthistransformation
Type: vector
Name: scalarsforthistransformation
Type: scalar

Outputs: Name: text_transform_output_1 Type: text

*TEXT_MERGE¶

Description: Merge two or more texts

Syntax: text_merge(base_text,merge_text)

Inputs: - Name: base_text - Type: textarea

Name: merge_text
Type: textarea

Outputs: Name: text_merge_output_1 Type: text

*TEXT_SIMILARITY¶

Description: Text similarity

Syntax: text_similarity(base_text,compare_text)

Inputs: - Name: base_text - Type: textarea

Name: compare_text
Type: textarea

Outputs: Name: text_similarity_output_1 Type: text

*TEXT_MERGE_WITH_NEWLINES¶

Description: Merge two or more texts and add new lines at the end

Syntax: text_merge_with_newlines(base_text,merge_text)

Inputs: - Name: base_text - Type: textarea

Name: merge_text
Type: textarea

Outputs: Name: text_merge_with_newlines_output_1 Type: text

*TEXT_TEMPLATE¶

Description: Template Based

Syntax: text_template(template,variables)

Inputs: - Name: template - Type: textarea

Name: variables
Type: any

Outputs: Name: text_template_output_1 Type: text

*TEXT_POINTS¶

Description: Create failure

Syntax: text_points(point)

Inputs: - Name: point - Type: scalar - Default: 1

Outputs: Name: text_points_output_1 Type: text

12.10. Matrix Workers¶

Following are the workers for this group of workers

*MATRIX_CREATEFROMSTRING¶

Description: Create a matrix from a CSV string

Syntax: matrix_createfromstring(matrixin_text_form)

Inputs: - Name: matrixin_text_form - Type: textarea

Outputs: Name: matrix_createfromstring_output_1 Type: matrix

*MATRIX_CREATERANDOM¶

Description: Create a random matrix based on the given rows and columns

Syntax: matrix_createrandom(num_rows,num_cols)

Inputs: - Name: num_rows - Type: integer - Default: 3

Name: num_cols
Type: integer
Default: 3

Outputs: Name: matrix_createrandom_output_1 Type: matrix

*MATRIX_CREATECOSINEFROMEULERANGLES¶

Description: matrix_createcosinefromeulerangles

Syntax: matrix_createcosinefromeulerangles(angle1,angle2,angle3)

Inputs: - Name: angle1 - Type: float

Name: angle2
Type: float
Name: angle3
Type: float

Outputs: Name: matrix_createcosinefromeulerangles_output_1 Type: matrix

*MATRIX_CREATEFROMVECTORASROW¶

Description: Create a matrix using the vectors

Syntax: matrix_createfromvectorasrow(vector1,vector2,vector3)

Inputs: - Name: vector1 - Type: list

Name: vector2
Type: list
Name: vector3
Type: list

Outputs: Name: matrix_createfromvectorasrow_output_1 Type: matrix

*MATRIX_CREATEFROMVECTORASCOLUMN¶

Description: Create a matrix from vector

Syntax: matrix_createfromvectorascolumn(vector1,vector2,vector3)

Inputs: - Name: vector1 - Type: list

Name: vector2
Type: list
Name: vector3
Type: list

Outputs: Name: matrix_createfromvectorascolumn_output_1 Type: matrix

*MATRIX_MULTIPLY¶

Description: Compute the product of two matrices

Syntax: matrix_multiply(matrix1,matrix2)

Inputs: - Name: matrix1 - Type: matrix

Name: matrix2
Type: matrix

Outputs: Name: matrix_multiply_output_1 Type: matrix

*MATRIX_SCALARADD¶

Description: Computje the sum of two matrices

Syntax: matrix_scalaradd(matrix1,matrix2)

Inputs: - Name: matrix1 - Type: matrix

Name: matrix2
Type: matrix

Outputs: Name: matrix_scalaradd_output_1 Type: matrix

*MATRIX_SCALARMULTIPLY¶

Description: Scale the matrix by a number

Syntax: matrix_scalarmultiply(matrix1,multiplication_factor)

Inputs: - Name: matrix1 - Type: matrix

Name: multiplication_factor
Type: scalar

Outputs: Name: matrix_scalarmultiply_output_1 Type: matrix

*MATRIX_SCALARDIVIDE¶

Description: Divided two matrices

Syntax: matrix_scalardivide(matrix1,matrix2)

Inputs: - Name: matrix1 - Type: matrix

Name: matrix2
Type: matrix

Outputs: Name: matrix_scalardivide_output_1 Type: matrix

*MATRIX_SCALARSUBTRACT¶

Description: Subtract two matrices

Syntax: matrix_scalarsubtract(matrix1,matrix2)

Inputs: - Name: matrix1 - Type: matrix

Name: matrix2
Type: matrix

Outputs: Name: matrix_scalarsubtract_output_1 Type: matrix

*MATRIX_COPY¶

Description: matrix_copy

Syntax: matrix_copy(matrixtobecopied)

Inputs: - Name: matrixtobecopied - Type: matrix

Outputs: Name: matrix_copy_output_1 Type: matrix

*MATRIX_TRANSPOSE¶

Description: matrix_transpose

Syntax: matrix_transpose(matrixtobetransposed)

Inputs: - Name: matrixtobetransposed - Type: textarea

Outputs: Name: matrix_transpose_output_1 Type: matrix

*MATRIX_INVERSE¶

Description: matrix_inverse

Syntax: matrix_inverse(matrixtobeinverted)

Inputs: - Name: matrixtobeinverted - Type: matrix

Outputs: Name: matrix_inverse_output_1 Type: matrix

*MATRIX_GETENTRY¶

Description: matrix_getentry

Syntax: matrix_getentry(rownumber,columnnumber)

Inputs: - Name: rownumber - Type: integer

Name: columnnumber
Type: integer

Outputs: Name: matrix_getentry_output_1 Type: matrix

12.11. Createscalargroup Workers¶

Following are the workers for this group of workers

*CREATESCALARGROUP¶

Description: createscalargroup

Syntax: createscalargroup(hash_value)

Inputs: - Name: hash_value - Type: hashPair

Outputs: Name: createscalargroup_output_1 Type: hashMap

12.12. Vector Workers¶

Following are the workers for this group of workers

*VECTOR_CREATEFROMSTRING¶

Description: vector_createfromstring

Syntax: vector_createfromstring(textfromwhichthevectortobecreated)

Inputs: - Name: textfromwhichthevectortobecreated - Type: textarea

Outputs: Name: vector_createfromstring_output_1 Type: vector

*VECTOR_CREATEFROMPOINT¶

Description: vector_createfrompoint

Syntax: vector_createfrompoint(pointfromwhichthevectoristobecreated)

Inputs: - Name: pointfromwhichthevectoristobecreated - Type: point

Outputs: Name: vector_createfrompoint_output_1 Type: vector

*VECTOR_CREATEFROMPOINTS¶

Description: vector_createfrompoints

Syntax: vector_createfrompoints()

Inputs:

Outputs: Name: vector_createfrompoints_output_1 Type: vector

*VECTOR_CREATEFROMCURVE¶

Description: vector_createfromcurve

Syntax: vector_createfromcurve(nameofthe_curve)

Inputs: - Name: nameofthe_curve - Type: vector

Outputs: Name: vector_createfromcurve_output_1 Type: vector

*VECTOR_X¶

Description: vector_x

Syntax: vector_x(nameofthe_vector)

Inputs: - Name: nameofthe_vector - Type: vector

Outputs: Name: vector_x_output_1 Type: number

*VECTOR_Y¶

Description: vector_y

Syntax: vector_y(nameofthe_vector)

Inputs: - Name: nameofthe_vector - Type: vector

Outputs: Name: vector_y_output_1 Type: number

*VECTOR_Z¶

Description: vector_z

Syntax: vector_z(nameofthe_vector)

Inputs: - Name: nameofthe_vector - Type: vector

Outputs: Name: vector_z_output_1 Type: number

*VECTOR_MAGNITUDE¶

Description: vector_magnitude

Syntax: vector_magnitude(vector)

Inputs: - Name: vector - Type: vector

Outputs: Name: vector_magnitude_output_1 Type: number

*VECTOR_NORMALIZE¶

Description: vector_normalize

Syntax: vector_normalize(vector)

Inputs: - Name: vector - Type: vector

Outputs: Name: vector_normalize_output_1 Type: vector

*VECTOR_CROSS¶

Description: vector_cross

Syntax: vector_cross(vector1,vector2)

Inputs: - Name: vector1 - Type: vector

Name: vector2
Type: vector

Outputs: Name: vector_cross_output_1 Type: vector

*VECTOR_DOT¶

Description: vector_dot

Syntax: vector_dot(vector1,vector2)

Inputs: - Name: vector1 - Type: vector

Name: vector2
Type: vector

Outputs: Name: vector_dot_output_1 Type: number

*VECTOR_SCALE¶

Description: vector_scale

Syntax: vector_scale(vector1tobescaled,scale_factor)

Inputs: - Name: vector1tobescaled - Type: vector

Name: scale_factor
Type: scalar

Outputs: Name: vector_scale_output_1 Type: vector

*VECTOR_TOROWMATRIX¶

Description: vector_torowmatrix

Syntax: vector_torowmatrix(vectortobeconverted)

Inputs: - Name: vectortobeconverted - Type: vector

Outputs: Name: vector_torowmatrix_output_1 Type: matrix

*VECTOR_TOCOLUMNMATRIX¶

Description: vector_tocolumnmatrix

Syntax: vector_tocolumnmatrix(vectortobeconverted)

Inputs: - Name: vectortobeconverted - Type: vector

Outputs: Name: vector_tocolumnmatrix_output_1 Type: matrix

12.13. Dataset Workers¶

Following are the workers for this group of workers

*DATASET_GET_COLUMN_VALUE_BY_CONDITION¶

Description: dataset_get_column_value_by_condition

Syntax: dataset_get_column_value_by_condition(dataset,columntocheck,conditions,columntoreturn)

Inputs: - Name: dataset - Type: dataset

Name: columntocheck
Type: scalar
Default: unclassified
Name: conditions
Type: labelcondition
Name: columntoreturn
Type: scalar
Default: unclassified

Outputs: Name: dataset_get_column_value_by_condition_output_1 Type: scalar

*DATASET_GET_NUM_ROWS_BY_CONDITION¶

Description: dataset_get_num_rows_by_condition

Syntax: dataset_get_num_rows_by_condition(dataset,columntocheck,conditions)

Inputs: - Name: dataset - Type: dataset

Name: columntocheck
Type: scalar
Default: unclassified
Name: conditions
Type: labelcondition

Outputs: Name: dataset_get_num_rows_by_condition_output_1 Type: scalar

*DATASET_REGRESSION_BUILD¶

Description: dataset_regression_build

Syntax: dataset_regression_build(dataset,independent_column,dependent_columns,order)

Inputs: - Name: dataset - Type: dataset

Name: independent_column
Type: textarea
Default: unclassified
Name: dependent_columns
Type: textarea
Name: order
Type: scalar

Outputs: Name: dataset_regression_build_output_1 Type: keyvalue

*DATASET_REGRESSION_PREDICT¶

Description: dataset_regression_predict

Syntax: dataset_regression_predict(dataset,meta-model,new_column_name)

Inputs: - Name: dataset - Type: dataset

Name: meta-model
Type: keyvalue
Name: new_column_name
Type: textarea

Outputs: Name: dataset_regression_predict_output_1 Type: keyvalue

*DATASET_GET_ROW_BY_CONDITION¶

Description: dataset_get_row_by_condition

Syntax: dataset_get_row_by_condition(dataset,columntocheck,operator,value)

Inputs: - Name: dataset - Type: dataset

Name: columntocheck
Type: scalar
Default: unclassified
Name: operator
Type: select
Default: eq
Name: value
Type: scalar

Outputs: Name: dataset_get_row_by_condition_output_1 Type: keyvalue

*DATASET_GET_COLUMN_VALUES¶

Description: dataset_get_column_values

Syntax: dataset_get_column_values(dataset,column_names,col_delimiter,row_delimiter,typeofreturn)

Inputs: - Name: dataset - Type: dataset

Name: column_names
Type: scalar
Name: col_delimiter
Type: scalar
Default:
Name: row_delimiter
Type: scalar
Default:
Name: typeofreturn
Type: select
Default: all

Outputs: Name: dataset_get_column_values_output_1 Type: scalar

*DATASET_GET_COLUMN_RATIO¶

Description: dataset_get_column_ratio

Syntax: dataset_get_column_ratio(dataset1,dataset2,column_name)

Inputs: - Name: dataset1 - Type: dataset

Name: dataset2
Type: dataset
Name: column_name
Type: scalar

Outputs: Name: dataset_get_column_ratio_output_1 Type: dataset

*DATASET_MERGE¶

Description: dataset_merge

Syntax: dataset_merge(dataset1,dataset2)

Inputs: - Name: dataset1 - Type: dataset

Name: dataset2
Type: dataset

Outputs: Name: dataset_merge_output_1 Type: dataset

*DATASET_WRITE_TO_FILE¶

Description: Write dataset to file

Syntax: dataset_write_to_file(responsetoextractfrom,file_name)

Inputs: - Name: responsetoextractfrom - Type: dataset

Name: file_name
Type: scalar
Default: Unknown

Outputs: Name: dataset_write_to_file_output_1 Type: dataset

*DATASET_COMBINE_COLUMN¶

Description: Combine datasets

Syntax: dataset_combine_column(dataset1,dataset2,primarykeys,columntocombine)

Inputs: - Name: dataset1 - Type: dataset

Name: dataset2
Type: scalar
Default: Unknown
Name: primarykeys
Type: scalar
Name: columntocombine
Type: scalar

Outputs: Name: dataset_combine_column_output_1 Type: dataset

*DATASET_COMBINE_SCALARS¶

Description: Combine scalars

Syntax: dataset_combine_scalars(headers,header_delimiter,row_delimiter,responsetoextractfrom)

Inputs: - Name: headers - Type: scalar

Name: header_delimiter
Type: select
Default: space
Name: row_delimiter
Type: select
Default: space
Name: responsetoextractfrom
Type: scalar

Outputs: Name: dataset_combine_scalars_output_1 Type: dataset

*DATASET_ADD_COLUMN_BY_EXPRESSION¶

Description: Add column by expression

Syntax: dataset_add_column_by_expression(dataset,new_columnname,expression)

Inputs: - Name: dataset - Type: dataset

Name: new_columnname
Type: textarea
Name: expression
Type: textarea

Outputs: Name: dataset_add_column_by_expression_output_1 Type: dataset

*DATASET_UNIQUE¶

Description: dataset_unique

Syntax: dataset_unique(datasetname,column_name)

Inputs: - Name: datasetname - Type: dataset

Name: column_name
Type: scalar

Outputs: Name: dataset_unique_output_1 Type: set

*DATASET_CREATE_FROM_KEYVALUES¶

Description: dataset_create_from_keyvalues

Syntax: dataset_create_from_keyvalues(keyvalue)

Inputs: - Name: keyvalue - Type: keyvalue

Outputs: Name: dataset_create_from_keyvalues_output_1 Type: dataset

*DATASET_GET_CELL_VALUE¶

Description: dataset_get_cell_value

Syntax: dataset_get_cell_value(datasetname,row_index,col_index,missing_value)

Inputs: - Name: datasetname - Type: dataset

Name: row_index
Type: scalar
Name: col_index
Type: scalar
Name: missing_value
Type: scalar

Outputs: Name: dataset_get_cell_value_output_1 Type: scalar

*DATASET_UNIQUENUM¶

Description: Compute the unique number of occurences in values

Syntax: dataset_uniquenum(response,column_name)

Inputs: - Name: response - Type: keyvalue

Name: column_name
Type: scalar

Outputs: Name: dataset_uniquenum_output_1 Type: scalar

*DATASET_CROSSPLOTCOLUMNS¶

Description: Crossplot two columns from a dataset

Syntax: dataset_crossplotcolumns(nameofthedataset,x-column,y-column,sort_x_values)

Inputs: - Name: nameofthedataset - Type: dataset

Name: x-column
Type: scalar
Name: y-column
Type: scalar
Name: sort_x_values
Type: select
Default: asc

Outputs: Name: dataset_crossplotcolumns_output_1 Type: vector

12.14. Keyvalue Workers¶

Following are the workers for this group of workers

*KEYVALUE_IIHSINTRUSION_ALL_TARGETS_IN_REF_SYSTEM_COORDS¶

Description: Computes IIHS Intrusion numbers based on displacements in reference system

Syntax: keyvalue_iihsintrusion_all_targets_in_ref_system_coords(reference_n1xyz_coordinates,reference_n2xyz_coordinates,reference_n3xyz_coordinates,seat_xyz_coords,lower_hinge_pillar_xyz_coords,footrest_xyz_coords,left_toepan_xyz_coords,brake_pedal_xyz_coords,parking_brake_xyz_coords,rocker_panel_xyz_coords,steering_column_xyz_coords,upper_hinge_pillar_xyz_coords,upper_dash_xyz_coords,left_ipxyz_coords,coorddefinitiontype,include_seatmotion,intrusion_type,multi-point_value,intrusiontype)

Inputs: - Name: reference_n1xyz_coordinates - Type: vector

Name: reference_n2xyz_coordinates
Type: vector
Name: reference_n3xyz_coordinates
Type: vector
Name: seat_xyz_coords
Type: vector
Name: lower_hinge_pillar_xyz_coords
Type: vector
Name: footrest_xyz_coords
Type: vector
Name: left_toepan_xyz_coords
Type: vector
Name: brake_pedal_xyz_coords
Type: vector
Name: parking_brake_xyz_coords
Type: vector
Name: rocker_panel_xyz_coords
Type: vector
Name: steering_column_xyz_coords
Type: vector
Name: upper_hinge_pillar_xyz_coords
Type: vector
Name: upper_dash_xyz_coords
Type: vector
Name: left_ipxyz_coords
Type: vector
Name: coorddefinitiontype
Type: select
Default: lsdyna
Name: include_seatmotion
Type: select
Default: yes
Name: intrusion_type
Type: select
Default: raw
Name: multi-point_value
Type: select
Default: auto
Name: intrusiontype
Type: select
Default: auto

Outputs: Name: keyvalue_iihsintrusion_all_targets_in_ref_system_coords_output_1 Type: keyvalue

*KEYVALUE_EXTRACT¶

Description: Extract the value of a response name from a KeyValue

Syntax: keyvalue_extract(responsetoextractfrom,key_name,operator,scale,offset)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Name: key_name
Type: scalar
Default: Unknown
Name: operator
Type: select
Default: eq
Name: scale
Type: scalar
Name: offset
Type: scalar

Outputs: Name: keyvalue_extract_output_1 Type: scalar

*KEYVALUE_EXTRACT_CURVE¶

Description: Extract the value of a response name from a KeyValue

Syntax: keyvalue_extract_curve(responsetoextractfrom,key_name,operator)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Name: key_name
Type: scalar
Default: Unknown
Name: operator
Type: select
Default: eq

Outputs: Name: keyvalue_extract_curve_output_1 Type: vector

*KEYVALUE_GET_NAME_AS_TEXT¶

Description: Extract the value of a response name from a KeyValue

Syntax: keyvalue_get_name_as_text(responsetoextractfrom)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Outputs: Name: keyvalue_get_name_as_text_output_1 Type: text

*KEYVALUE_GET_VALUE_AS_TEXT¶

Description: Extract the value of a response name from a KeyValue

Syntax: keyvalue_get_value_as_text(responsetoextractfrom)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Outputs: Name: keyvalue_get_value_as_text_output_1 Type: text

*KEYVALUE_SCALE_OFFSET¶

Description: Scale the values for keyvalue

Syntax: keyvalue_scale_offset(responsetoextractfrom,scale,offset)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Name: scale
Type: scalar
Default: 1
Name: offset
Type: scalar

Outputs: Name: keyvalue_scale_offset_output_1 Type: keyvalue

*KEYVALUE_WRITE_TO_FILE¶

Description: Extract the value of a response name from a KeyValue

Syntax: keyvalue_write_to_file(responsetoextractfrom,file_name)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Name: file_name
Type: scalar
Default: Unknown

Outputs: Name: keyvalue_write_to_file_output_1 Type: bulk

*KEYVALUE_FORMATTER¶

Description: Format values

Syntax: keyvalue_formatter(responsetoextractfrom,key_name)

Inputs: - Name: responsetoextractfrom - Type: keyvalue

Name: key_name
Type: scalar
Default: %s

Outputs: Name: keyvalue_formatter_output_1 Type: keyvalue

*KEYVALUE_CREATE¶

Description: Create a key value pair

Syntax: keyvalue_create(response)

Inputs: - Name: response - Type: scalar

Outputs: Name: keyvalue_create_output_1 Type: keyvalue

*KEYVALUE_UNIQUE¶

Description: Return the unique key values from the given response

Syntax: keyvalue_unique(response,column_name)

Inputs: - Name: response - Type: keyvalue

Name: column_name
Type: scalar

Outputs: Name: keyvalue_unique_output_1 Type: set

*KEYVALUE_SORT¶

Description: Return the unique key values from the given response

Syntax: keyvalue_sort(response,sort_type)

Inputs: - Name: response - Type: keyvalue

Name: sort_type
Type: select
Default: asc

Outputs: Name: keyvalue_sort_output_1 Type: set

*KEYVALUE_LIMIT¶

Description: Return the unique key values from the given response

Syntax: keyvalue_limit(response,sort_type)

Inputs: - Name: response - Type: keyvalue

Name: sort_type
Type: scalar

Outputs: Name: keyvalue_limit_output_1 Type: set

*KEYVALUE_UNIQUENUM¶

Description: keyvalue_uniquenum

Syntax: keyvalue_uniquenum(response,column_name)

Inputs: - Name: response - Type: keyvalue

Name: column_name
Type: scalar

Outputs: Name: keyvalue_uniquenum_output_1 Type: scalar

*KEYVALUE_MINMAX¶

Description: Merge two key values into one data set

Syntax: keyvalue_minmax(min_values,max_value)

Inputs: - Name: min_values - Type: keyvalue

Name: max_value
Type: keyvalue

Outputs: Name: keyvalue_minmax_output_1 Type: dataset

*KEYVALUE_CLASSIFY¶

Description: Classify the value in each row

Syntax: keyvalue_classify(responsetoclassify,defaultlabel,condition)

Inputs: - Name: responsetoclassify - Type: keyvalue

Name: defaultlabel
Type: scalar
Default: NoLabel
Name: condition
Type: labelcondition

Outputs: Name: keyvalue_classify_output_1 Type: dataset

*KEYVALUE_MERGE¶

Description: Merge two keyvalues

Syntax: keyvalue_merge(keyvalue_base,keyvalueto_mege)

Inputs: - Name: keyvalue_base - Type: keyvalue

Name: keyvalueto_mege
Type: keyvalue

Outputs: Name: keyvalue_merge_output_1 Type: keyvalue

*KEYVALUE_UNION¶

Description: Union two keyvalues

Syntax: keyvalue_union(keyvalue_base,keyvalueto_mege)

Inputs: - Name: keyvalue_base - Type: keyvalue

Name: keyvalueto_mege
Type: keyvalue

Outputs: Name: keyvalue_union_output_1 Type: dataset

*KEYVALUE_GENERATE_PART_CONTOURS¶

Description: Contour parts based on key value data

Syntax: keyvalue_generate_part_contours(valuestomap,generation_type,keyword_data,mapping_table,map_table_order,fringe_min_color,fringe_max_color,fringe_min_value,fringe_max_value,view_orientation,title,fringe_levels,fringe_average,fringe_reverse_colors,rotations)

Inputs: - Name: valuestomap - Type: dataset

Name: generation_type
Type: select
Default: image
Name: keyword_data
Type: textarea
Name: mapping_table
Type: textarea
Name: map_table_order
Type: select
Default: as_provided
Name: fringe_min_color
Type: scalar
Default: 0.0
Name: fringe_max_color
Type: scalar
Default: 1.0
Name: fringe_min_value
Type: scalar
Default: 0.1
Name: fringe_max_value
Type: scalar
Default: 0.8
Name: view_orientation
Type: textarea
Default: top
Name: title
Type: scalar
Default: Part heatmap
Name: fringe_levels
Type: scalar
Default: 4
Name: fringe_average
Type: select
Default: none
Name: fringe_reverse_colors
Type: select
Default: on
Name: rotations
Type: scalar
Default: rz 90

Outputs: Name: keyvalue_generate_part_contours_output_1 Type: view

12.15. Injury Workers¶

Following are the workers for this group of workers

*INJURY_NIJ¶

Description: Compute the Nij based on the Occupant Neck Axial, Shear and Moment time-history

Syntax: injury_nij(axial_forcetimehistory,shearforcetimehistory,momenttimehistory,injurytype,occupant_type)

Inputs: - Name: axial_forcetimehistory - Type: vector

Name: shearforcetimehistory
Type: vector
Name: momenttimehistory
Type: vector
Name: injurytype
Type: select
Default: nte
Name: occupant_type
Type: select
Default: H3-5

Outputs: Name: injury_nij_output_1 Type: vector

*INJURY_STAR_RATING¶

Description: Compute the Occupant injury star-rating based on the HICd and Peak value sof Chest, Femur and Neck values

Syntax: injury_star_rating(hi_cd,peak_chest_deflectioninmm,peak_femur_loadink_n,peak_neck_ni_jink_n,peak_neck_tensionink_n,peak_neck_compressionink_n,occupant_type,unit_system)

Inputs: - Name: hi_cd - Type: scalar

Name: peak_chest_deflectioninmm
Type: scalar
Name: peak_femur_loadink_n
Type: scalar
Name: peak_neck_ni_jink_n
Type: scalar
Name: peak_neck_tensionink_n
Type: scalar
Name: peak_neck_compressionink_n
Type: scalar
Name: occupant_type
Type: select
Default: H3-5
Name: unit_system
Type: select
Default: mm-kN-ms

Outputs: Name: injury_star_rating_output_1 Type: scalar

*INJURY_GET_NIJ_INTERCEPT¶

Description: Get Nij intercepts by Occupant type and load type

Syntax: injury_get_nij_intercept(occupant_type,load_type,scale)

Inputs: - Name: occupant_type - Type: select - Default: crabi_12_month_old_infant

Name: load_type
Type: select
Default: tension
Name: scale
Type: textarea
Default: 1

Outputs: Name: injury_get_nij_intercept_output_1 Type: text

*INJURY_GET_FEMUR_INTERCEPT¶

Description: Get Nij intercepts by Occupant type and load type

Syntax: injury_get_femur_intercept(occupant_type,load_type,scale)

Inputs: - Name: occupant_type - Type: select - Default: crabi_12_month_old_infant

Name: load_type
Type: select
Default: force
Name: scale
Type: textarea
Default: 1

Outputs: Name: injury_get_femur_intercept_output_1 Type: text

*INJURY_GET_CTI_INTERCEPT¶

Description: Get CTI intercepts by Occupant type and meas type

Syntax: injury_get_cti_intercept(occupant_type,measurement_type,scale)

Inputs: - Name: occupant_type - Type: select - Default: crabi_12_month_old_infant

Name: measurement_type
Type: select
Default: deflection
Name: scale
Type: textarea
Default: 1

Outputs: Name: injury_get_cti_intercept_output_1 Type: text

*INJURY_GET_THORACIC_INTERCEPT¶

Description: Get Thoracic intercepts by Occupant type and meas type

Syntax: injury_get_thoracic_intercept(occupant_type,measurement_type,scale)

Inputs: - Name: occupant_type - Type: select - Default: crabi_12_month_old_infant

Name: measurement_type
Type: select
Default: deflection
Name: scale
Type: textarea
Default: 1

Outputs: Name: injury_get_thoracic_intercept_output_1 Type: text

*INJURY_GET_FEMUR_INTERCEPT¶

Description: Get Femur intercepts by Occupant type and meas type

Syntax: injury_get_femur_intercept(occupant_type,measurement_type,scale)

Inputs: - Name: occupant_type - Type: select - Default: crabi_12_month_old_infant

Name: measurement_type
Type: select
Default: force
Name: scale
Type: textarea
Default: 1

Outputs: Name: injury_get_femur_intercept_output_1 Type: text

12.16. Material Workers¶

Following are the workers for this group of workers

*MATERIAL_SPECIMEN_GENERATOR_UNIAXIAL¶

Description: Material specimen generator

Syntax: material_specimen_generator_uniaxial(type,thickness,elform,ni_p,mass-scaled_time_step,membrane_thinning,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,grip_size0-endto_end,additionalkeywords,gagewidth,gagelength)

Inputs: - Name: type - Type: select - Default: E8_shell_regular_3mm

Name: thickness
Type: scalar
Default: 1
Name: elform
Type: scalar
Default: 16
Name: ni_p
Type: scalar
Default: 3
Name: mass-scaled_time_step
Type: scalar
Name: membrane_thinning
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: grip_size0-endto_end
Type: scalar
Name: additionalkeywords
Type: textarea
Default: *COMMENT
Name: gagewidth
Type: scalar
Name: gagelength
Type: scalar

Outputs: Name: material_specimen_generator_uniaxial_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_PLATE_JOINING_SHEAR¶

Description: Material specimen generator for plate joining shear

Syntax: material_specimen_generator_plate_joining_shear(joining_thickness,joining_width,sheetmetalthickness1,sheetmetalthickness2,joining_material_i_d,max_displacement,termination_time,time-historyoutput_interval,binary-output_interval,joiningmaterialkeyworddata,additionaldata)

Inputs: - Name: joining_thickness - Type: scalar - Default: 5

Name: joining_width
Type: scalar
Default: 5
Name: sheetmetalthickness1
Type: scalar
Default: 2
Name: sheetmetalthickness2
Type: scalar
Default: 2
Name: joining_material_i_d
Type: scalar
Default: 1
Name: max_displacement
Type: scalar
Default: 20
Name: termination_time
Type: scalar
Default: 100
Name: time-historyoutput_interval
Type: scalar
Default: 0.1
Name: binary-output_interval
Type: scalar
Default: 1
Name: joiningmaterialkeyworddata
Type: textarea
Default: *COMMENT

material data goes here

Name: additionaldata
Type: textarea
Default: *COMMENT

additonal data

Outputs: Name: material_specimen_generator_plate_joining_shear_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_PLATE_JOINING_PEEL¶

Description: Material specimen generator for plate joining peel

Syntax: material_specimen_generator_plate_joining_peel(joining_thickness,joining_width,sheetmetalthickness1,sheetmetalthickness2,max_displacement,termination_time,time-history_output_interval,binary_output_interval,joiningmaterialkeyworddata,additionaldata)

Inputs: - Name: joining_thickness - Type: scalar - Default: 5

Name: joining_width
Type: scalar
Default: 5
Name: sheetmetalthickness1
Type: scalar
Default: 2
Name: sheetmetalthickness2
Type: scalar
Default: 2
Name: max_displacement
Type: scalar
Default: 20
Name: termination_time
Type: scalar
Default: 100
Name: time-history_output_interval
Type: scalar
Default: 0.1
Name: binary_output_interval
Type: scalar
Default: 1
Name: joiningmaterialkeyworddata
Type: textarea
Default: *COMMENT

material data goes here

Name: additionaldata
Type: textarea
Default: *COMMENT

additonal data

Outputs: Name: material_specimen_generator_plate_joining_peel_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_JOINING_SPOTWELD¶

Description: Material specimen generator

Syntax: material_specimen_generator_joining_spotweld(spot-weld_diameter,sheet-metal_width,sheet-metal_elform,spot-weld_elform,ni_p,p1thickness,p2thickness,p1haz_thickness,p2haz_thickness,p1mi_d,p2mi_d,p1hazmi_d,p2hazmi_d,spot-weld_mi_d,p1material_data,p2material_data,p1haz_material_data,p2haz_material_data,spotweld_material_data,mass-scaled_time_step,membrane_thinning,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,additionalkeywords)

Inputs: - Name: spot-weld_diameter - Type: select - Default: 5mm

Name: sheet-metal_width
Type: select
Default: 25mm
Name: sheet-metal_elform
Type: scalar
Default: 16
Name: spot-weld_elform
Type: scalar
Default: 1
Name: ni_p
Type: scalar
Default: 3
Name: p1thickness
Type: scalar
Default: 2
Name: p2thickness
Type: scalar
Default: 2
Name: p1haz_thickness
Type: scalar
Default: 2
Name: p2haz_thickness
Type: scalar
Default: 2
Name: p1mi_d
Type: scalar
Default: 1
Name: p2mi_d
Type: scalar
Default: 1
Name: p1hazmi_d
Type: scalar
Default: 1
Name: p2hazmi_d
Type: scalar
Default: 1
Name: spot-weld_mi_d
Type: scalar
Default: 1
Name: p1material_data
Type: textarea
Name: p2material_data
Type: textarea
Name: p1haz_material_data
Type: textarea
Name: p2haz_material_data
Type: textarea
Name: spotweld_material_data
Type: textarea
Name: mass-scaled_time_step
Type: scalar
Name: membrane_thinning
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: additionalkeywords
Type: textarea
Default: *COMMENT

Outputs: Name: material_specimen_generator_joining_spotweld_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_NOTCH¶

Description: Material specimen generator

Syntax: material_specimen_generator_notch(type,thickness,elform,ni_p,mass-scaled_time_step,membrane_thinning,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,grip_size0-default,additionalkeywords,gagewidth)

Inputs: - Name: type - Type: select - Default: E8_shell_regular_3mm

Name: thickness
Type: scalar
Default: 1
Name: elform
Type: scalar
Default: 16
Name: ni_p
Type: scalar
Default: 3
Name: mass-scaled_time_step
Type: scalar
Name: membrane_thinning
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: grip_size0-default
Type: scalar
Name: additionalkeywords
Type: textarea
Name: gagewidth
Type: scalar
Default: 7.82

Outputs: Name: material_specimen_generator_notch_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_SHEAR¶

Description: Material specimen generator

Syntax: material_specimen_generator_shear(type,thickness,elform,ni_p,mass-scaled_time_step,membrane_thinning,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,irat_e,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,shearspecimenthickness,grip_size0-default,additionalkeywords,gagewidth,gagelength)

Inputs: - Name: type - Type: select - Default: E8_shell_regular_3mm

Name: thickness
Type: scalar
Default: 1
Name: elform
Type: scalar
Default: 16
Name: ni_p
Type: scalar
Default: 3
Name: mass-scaled_time_step
Type: scalar
Name: membrane_thinning
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: irat_e
Type: select
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: shearspecimenthickness
Type: scalar
Default: 1
Name: grip_size0-default
Type: scalar
Default: 92.5
Name: additionalkeywords
Type: textarea
Name: gagewidth
Type: scalar
Default: 1.614
Name: gagelength
Type: scalar
Default: 4.76

Outputs: Name: material_specimen_generator_shear_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_SINGLE_SOLID_ELEMENT¶

Description: Material specimen generator for single solid

Syntax: material_specimen_generator_single_solid_element(type,elform,mass-scaled_time_step,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,irat_e,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,additionalkeywords)

Inputs: - Name: type - Type: select - Default: uniaxial

Name: elform
Type: scalar
Default: 16
Name: mass-scaled_time_step
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: irat_e
Type: select
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: additionalkeywords
Type: textarea

Outputs: Name: material_specimen_generator_single_solid_element_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_CUBE_SOLID¶

Description: Material specimen generator for solid cube

Syntax: material_specimen_generator_cube_solid(length,meshsize,elform,mass-scaled_time_step,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,irat_e,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,additionalkeywords,elementtype)

Inputs: - Name: length - Type: select - Default: 1in

Name: meshsize
Type: select
Default: 5mm
Name: elform
Type: scalar
Default: -1
Name: mass-scaled_time_step
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: irat_e
Type: select
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: additionalkeywords
Type: textarea
Name: elementtype
Type: select
Default: hexahedron

Outputs: Name: material_specimen_generator_cube_solid_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_BALL_IMPACT¶

Description: Material specimen generator for ball imapct

Syntax: material_specimen_generator_ball_impact(elform,mass-scaled_time_step,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,irat_e,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,additionalkeywords,element_length)

Inputs: - Name: elform - Type: scalar - Default: -1

Name: mass-scaled_time_step
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: irat_e
Type: select
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: additionalkeywords
Type: textarea
Name: element_length
Type: select
Default: 5

Outputs: Name: material_specimen_generator_ball_impact_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_PUNCH¶

Description: Material specimen generator

Syntax: material_specimen_generator_punch(type,specimen_thickness,elform,ni_p,mass-scaled_time_step,membrane_thinning,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_i_d,material_data,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,f_s,f_d,additionalkeywords,punch_diameter,specimen_diameter)

Inputs: - Name: type - Type: select - Default: punch_20mmdia_specimen28mmdia

Name: specimen_thickness
Type: scalar
Default: 1
Name: elform
Type: scalar
Default: 16
Name: ni_p
Type: scalar
Default: 3
Name: mass-scaled_time_step
Type: scalar
Name: membrane_thinning
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_i_d
Type: scalar
Name: material_data
Type: textarea
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: f_s
Type: scalar
Name: f_d
Type: scalar
Name: additionalkeywords
Type: textarea
Name: punch_diameter
Type: scalar
Default: 0.0
Name: specimen_diameter
Type: scalar
Default: 0.0

Outputs: Name: material_specimen_generator_punch_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_KSII¶

Description: Material specimen generator

Syntax: material_specimen_generator_ksii(type,sheetmetal-1thickness,sheetmetal-2thickness,sheetmetal_elform,sheet-metal1,sheet-metal1hazmi_d,sheet-metal2mi_d,sheet-metal2hazmi_d,spotweld_material_mi_d,loading_direction,loading_displacement,end_time,binary_output_frequency,ascii_output_frequency,material_data,additionalkeywords)

Inputs: - Name: type - Type: select - Default: ksii_specimen_4mm_mesh

Name: sheetmetal-1thickness
Type: scalar
Default: 1
Name: sheetmetal-2thickness
Type: scalar
Default: 1
Name: sheetmetal_elform
Type: scalar
Default: 16
Name: sheet-metal1
Type: scalar
Name: sheet-metal1hazmi_d
Type: scalar
Name: sheet-metal2mi_d
Type: scalar
Name: sheet-metal2hazmi_d
Type: scalar
Name: spotweld_material_mi_d
Type: scalar
Name: loading_direction
Type: select
Default: tension
Name: loading_displacement
Type: scalar
Default: 10
Name: end_time
Type: scalar
Default: 10
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_data
Type: textarea
Name: additionalkeywords
Type: textarea

Outputs: Name: material_specimen_generator_ksii_output_1 Type: text

*MATERIAL_SPECIMEN_GENERATOR_CYLINDER¶

Description: Material specimen generator

Syntax: material_specimen_generator_cylinder(type,elform,mass-scaled_time_step,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,duration,binary_output_frequency,ascii_output_frequency,material_data,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,additionalkeywords)

Inputs: - Name: type - Type: select - Default: cylinder_h6mmd6mm_1mm

Name: elform
Type: scalar
Default: -1
Name: mass-scaled_time_step
Type: scalar
Name: velocity-acceleration-displacement
Type: select
Default: 2
Name: loading_input_type
Type: select
Default: constant
Name: displacementor_velocityor_acceleration_value
Type: scalar
Default: 25
Name: duration
Type: scalar
Default: 100
Name: binary_output_frequency
Type: scalar
Default: 1
Name: ascii_output_frequency
Type: scalar
Default: 0.1
Name: material_data
Type: textarea
Name: imfla_g
Type: select
Name: imas_s
Type: select
Name: d_t0
Type: scalar
Default: 0.1
Name: ilimi_t
Type: scalar
Default: 10
Name: maxre_f
Type: scalar
Default: 15
Name: iac_c
Type: select
Name: additionalkeywords
Type: textarea

Outputs: Name: material_specimen_generator_cylinder_output_1 Type: text

*MATERIAL_EXCEL_PARSER¶

Description: Material Excel Parser

Syntax: material_excel_parser(excel_file,format,test_type,create_pt)

Inputs: - Name: excel_file - Type: file

Name: format
Type: select
Name: test_type
Type: select
Name: create_pt
Type: select

Outputs: Name: All Extracted Tests Type: dataset

12.17. File Workers¶

Following are the workers for this group of workers

*FILE_INFO¶

Description: file_info

Syntax: file_info(filename,info_type)

Inputs: - Name: filename - Type: view

Name: info_type
Type: select
Default: size

Outputs: Name: file_info_output_1 Type: mixed

*FILE_GREP_KEYWORD_SAVE¶

Description: Greps for keywords and updates file with exclude or include

Syntax: file_grep_keyword_save(file_id,pattern,include_exclude,return_type)

Inputs: - Name: file_id - Type: text

Name: pattern
Type: text
Name: include_exclude
Type: select
Default: exclude
Name: return_type
Type: select
Default: exclude

Outputs: Name: Type: integer

*FILE_TO_TEXT¶

Description: Converts a file to Text

Syntax: file_to_text(file_id)

Inputs: - Name: file_id - Type: file

Outputs: Name: Type: text

12.18. js3d Workers¶

Following are the workers for this group of workers

*JS3D_RESPONSES¶

Description: js3d_responses

Syntax: js3d_responses(filename,responsenamestoextract)

Inputs: - Name: filename - Type: view

Name: responsenamestoextract
Type: view

Outputs: Name: js3d_responses_output_1 Type: dataset

*JS3D_WRITE_FILE¶

Description: js3d_write_file

Syntax: js3d_write_file(filename,file_condition,outputfilenamename,first_state,last_state,increment,fringe_variables,parts)

Inputs: - Name: filename - Type: string - Default: d3plot

Name: file_condition
Type: select
Default: eq
Name: outputfilenamename
Type: string
Default: output.js3d
Name: first_state
Type: scalar
Default: 1
Name: last_state
Type: scalar
Default: 9999
Name: increment
Type: scalar
Default: 1
Name: fringe_variables
Type: select
Default: vm
Name: parts
Type: textarea

Outputs: Name: js3d_write_file_output_1 Type: view

12.19. Cvision Workers¶

Following are the workers for this group of workers

*CVISION_CLASSIFYIMAGE¶

Description: Computer vision. Classify the image based on a training set

Syntax: cvision_classifyimage(filename,trainingset)

Inputs: - Name: filename - Type: view

Name: trainingset
Type: collection

Outputs: Name: cvision_classifyimage_output_1 Type: text

*CVISION_CLASSIFYIMAGES¶

Description: Computer vision. Classify the images based on a training set

Syntax: cvision_classifyimages(filename,trainingset)

Inputs: - Name: filename - Type: collection

Name: trainingset
Type: collection

Outputs: Name: cvision_classifyimages_output_1 Type: text

*CVISION_CLUSTERIMAGES¶

Description: Create a cluster based on the images

Syntax: cvision_clusterimages(filename)

Inputs: - Name: filename - Type: collection

Outputs: Name: cvision_clusterimages_output_1 Type: text

12.20. Binning Workers¶

Following are the workers for this group of workers

*BINNING_NUMBER¶

Description: Create bins based on min,max and inc and identify the bin in which the response value falls into

Syntax: binning_number(responsetoclassify,min,max,increment)

Inputs: - Name: responsetoclassify - Type: scalar

Name: min
Type: number
Name: max
Type: number
Name: increment
Type: number

Outputs: Name: binning_number_output_1 Type: text

12.21. Classify Workers¶

Following are the workers for this group of workers

*CLASSIFY_NUMBER¶

Description: Classify the number based on the conditions specified. Useful for classifying numeric value such as HIC, into Good, Bad, Ugly.

Syntax: classify_number(responsetoclassify,valuelabel,condition)

Inputs: - Name: responsetoclassify - Type: scalar

Name: valuelabel
Type: string
Default: Unknown
Name: condition
Type: labelcondition

Outputs: Name: classify_number_output_1 Type: scalar

12.22. Dynakeyword Workers¶

Following are the workers for this group of workers

*DYNAKEYWORD_IMPORT_CURVES_BY_FILENAME¶

Description: Parses given filename to import curves defined by *DEFINE_CURVE

Syntax: dynakeyword_import_curves_by_filename(file_name,location,ids)

Inputs: - Name: file_name - Type: string

Name: location
Type: select
Default: matches
Name: ids
Type: string
Default: all

Outputs: Name: dynakeyword_import_curves_by_filename_output_1 Type: vector

*DYNAKEYWORD_IMPORT_TABLES_BY_FILENAME¶

Description: Parses given filename to import tables defined by *DEFINE_TABLE and its curves

Syntax: dynakeyword_import_tables_by_filename(file_name,location,ids)

Inputs: - Name: file_name - Type: scalar

Name: location
Type: select
Default: matches
Name: ids
Type: scalar
Default: all

Outputs: Name: dynakeyword_import_tables_by_filename_output_1 Type: vector

*DYNAKEYWORD_WRITE_CURVE¶

Description: Writes a given curve to a LS-DYNA curve keyword

Syntax: dynakeyword_write_curve(curve_i_d,lcin_t,curve)

Inputs: - Name: curve_i_d - Type: scalar

Name: lcin_t
Type: scalar
Name: curve
Type: vector

Outputs: Name: dynakeyword_write_curve_output_1 Type: text

*DYNAKEYWORD_INCLUDE_TRANSFORM¶

Description: Writes a given curve to a LS-DYNA curve keyword

Syntax: dynakeyword_include_transform(file_name,offseti_d,length_unit_s_f,mass_unit_s_f,time_unit_s_f,translation_i_d,translation_x-y-z,rotation_r_x-r_y-r_z,scale_s_x-s_y-s_z)

Inputs: - Name: file_name - Type: textarea

Name: offseti_d
Type: scalar
Name: length_unit_s_f
Type: scalar
Name: mass_unit_s_f
Type: scalar
Name: time_unit_s_f
Type: scalar
Name: translation_i_d
Type: scalar
Name: translation_x-y-z
Type: textarea
Name: rotation_r_x-r_y-r_z
Type: textarea
Name: scale_s_x-s_y-s_z
Type: textarea

Outputs: Name: dynakeyword_include_transform_output_1 Type: text

*DYNAKEYWORD_IMPORT_TABLES_BY_TEXT¶

Description: Parses given text to import tables defined by *DEFINE_TABLE and its curves

Syntax: dynakeyword_import_tables_by_text(text,ids)

Inputs: - Name: text - Type: textarea

Name: ids
Type: scalar
Default: all

Outputs: Name: dynakeyword_import_tables_by_text_output_1 Type: vector

*DYNAKEYWORD_MAT_ADD_EROSION_GISSMO¶

Description: Create a MAT_ADD EROSION WITH GISSMO keyword for LS-DYNA

Syntax: dynakeyword_mat_add_erosion_gissmo(material_name,material_i_d,numberof_i_ptofail,ida_m,dmgty_p,lcsdg_type,lscdg_value,lscdg_curve_id,ecrit_type,ecrit_value,ecrit_curve_id,dmgex_p,dcri_t,fadexp_type,fadexp_value,fadexp_curve_id,lcregd_type,lcregd_value,lcregd_curve_id,sizeflg,refsz,nahsf,lcsrs_type,lcsrs_value,lcsrs_curve,shr_f,biax_f)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: numberof_i_ptofail
Type: scalar
Name: ida_m
Type: scalar
Name: dmgty_p
Type: select
Name: lcsdg_type
Type: select
Default: scalar
Name: lscdg_value
Type: scalar
Name: lscdg_curve_id
Type: scalar
Name: ecrit_type
Type: select
Default: scalar
Name: ecrit_value
Type: scalar
Name: ecrit_curve_id
Type: scalar
Name: dmgex_p
Type: scalar
Default: 1.0
Name: dcri_t
Type: scalar
Name: fadexp_type
Type: select
Default: scalar
Name: fadexp_value
Type: scalar
Name: fadexp_curve_id
Type: scalar
Name: lcregd_type
Type: select
Default: scalar
Name: lcregd_value
Type: scalar
Name: lcregd_curve_id
Type: scalar
Name: sizeflg
Type: scalar
Name: refsz
Type: scalar
Name: nahsf
Type: scalar
Name: lcsrs_type
Type: select
Default: scalar
Name: lcsrs_value
Type: scalar
Name: lcsrs_curve
Type: scalar
Name: shr_f
Type: scalar
Name: biax_f
Type: scalar

Outputs: Name: dynakeyword_mat_add_erosion_gissmo_output_1 Type: text

*DYNAKEYWORD_PASSIVE_MAT_ADD_EROSION_GISSMO¶

Description: Create a MAT_ADD EROSION WITH GISSMO keyword for LS-DYNA

Syntax: dynakeyword_passive_mat_add_erosion_gissmo(material_name,material_i_d,numberof_i_ptofail,ida_m,dmgty_p,lci_d,plastic_strain,dmgex_p,dcri_t,fadex_p,nahs_v)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: numberof_i_ptofail
Type: scalar
Name: ida_m
Type: scalar
Name: dmgty_p
Type: select
Name: lci_d
Type: scalar
Name: plastic_strain
Type: scalar
Name: dmgex_p
Type: scalar
Default: 1.0
Name: dcri_t
Type: scalar
Name: fadex_p
Type: scalar
Default: 1.0
Name: nahs_v
Type: scalar
Default: 9

Outputs: Name: dynakeyword_passive_mat_add_erosion_gissmo_output_1 Type: text

*DYNAKEYWORD_MAT24_WITH_STRAIN_RATES¶

Description: Create a MAT_024 Keyword for LS-DYNA

Syntax: dynakeyword_mat24_with_strain_rates(material_name,material_i_d,starting_table_i_d,starting_curve_id,density,elastic_modulus,poissons_ratio,strain_rate_curves,strain_rates,failure_strain,viscoplasticity,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: starting_table_i_d
Type: scalar
Name: starting_curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: strain_rate_curves
Type: vector
Name: strain_rates
Type: keyvalue
Name: failure_strain
Type: scalar
Name: viscoplasticity
Type: select
Default: 0.0
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat24_with_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAT123¶

Description: Create a MAT_123

Syntax: dynakeyword_mat123(material_name,material_i_d,starting_table_i_d,starting_curve_id,density,elastic_modulus,poissons_ratio,sig_y,eta_n,fai_l,c,p,lcs_s,lcs_r,strain_rates,epsthi_n,epsma_j,numin_t,viscoplasticity,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: starting_table_i_d
Type: scalar
Name: starting_curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: sig_y
Type: scalar
Name: eta_n
Type: scalar
Name: fai_l
Type: scalar
Name: c
Type: scalar
Name: p
Type: scalar
Name: lcs_s
Type: vector
Name: lcs_r
Type: vector
Name: strain_rates
Type: scalar
Name: epsthi_n
Type: scalar
Name: epsma_j
Type: scalar
Name: numin_t
Type: scalar
Name: viscoplasticity
Type: select
Default: 0.0
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat123_output_1 Type: text

*DYNAKEYWORD_MAT224¶

Description: Create a MAT_224

Syntax: dynakeyword_mat224(material_name,material_i_d,starting_table_i_d,starting_curve_id,density,elastic_modulus,poissons_ratio,c_p,t_r,bet_a,numin_t,lc_k1,strain_rates,ndi_g)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: starting_table_i_d
Type: scalar
Name: starting_curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: c_p
Type: scalar
Name: t_r
Type: scalar
Name: bet_a
Type: scalar
Name: numin_t
Type: scalar
Name: lc_k1
Type: vector
Name: strain_rates
Type: scalar
Name: ndi_g
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat224_output_1 Type: text

*DYNAKEYWORD_MAT100DF¶

Description: Create a MAT_100 DF Keyword for LS-DYNA

Syntax: dynakeyword_mat100df(material_name,material_i_d,rh_o,emo_d,p_r,sig_y,eta_n,efai_l,nr_r,nr_s,nr_t,mr_r,ms_s,mt_t,n_f,r_s,op_t,f_va_l,tru_e_t,dmgop_t)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: rh_o
Type: scalar
Name: emo_d
Type: scalar
Name: p_r
Type: scalar
Name: sig_y
Type: scalar
Name: eta_n
Type: scalar
Name: efai_l
Type: scalar
Name: nr_r
Type: scalar
Name: nr_s
Type: scalar
Name: nr_t
Type: scalar
Name: mr_r
Type: scalar
Name: ms_s
Type: scalar
Name: mt_t
Type: scalar
Name: n_f
Type: scalar
Name: r_s
Type: scalar
Name: op_t
Type: scalar
Name: f_va_l
Type: scalar
Name: tru_e_t
Type: scalar
Name: dmgop_t
Type: scalar

Outputs: Name: dynakeyword_mat100df_output_1 Type: text

*DYNAKEYWORD_MAT001¶

Description: Create a MAT_001 Keyword for LS-DYNA

Syntax: dynakeyword_mat001(material_name,material_i_d,density,elastic_modulus)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar

Outputs: Name: dynakeyword_mat001_output_1 Type: text

*DYNAKEYWORD_MAT24_WITHOUT_STRAIN_RATES¶

Description: Create a MAT_024 without strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat24_without_strain_rates(material_name,material_i_d,curve_id,density,elastic_modulus,poissons_ratio,hardening_curve,failure_strain,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: hardening_curve
Type: vector
Name: failure_strain
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat24_without_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAT057¶

Description: Create a MAT_057 for LS-DYNA

Syntax: dynakeyword_mat057(material_name,material_i_d,curve_id,density,elastic_modulus,nominalstressvsstraincompressioncurve,t_c,h_u,dam_p,shap_e,kco_n,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: nominalstressvsstraincompressioncurve
Type: vector
Name: t_c
Type: scalar
Name: h_u
Type: scalar
Name: dam_p
Type: scalar
Name: shap_e
Type: scalar
Name: kco_n
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat057_output_1 Type: text

*DYNAKEYWORD_MAT083¶

Description: Create a MAT_083 for LS-DYNA

Syntax: dynakeyword_mat083(material_name,material_i_d,table_id,curve_id,density,elastic_modulus,strain-rate_curves,strainrates,t_c,kco_n,dam_p,bvfla_g,sfla_g,rfla_g,tfla_g,sra_f,re_f,h_u,shape,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: table_id
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: strain-rate_curves
Type: vector
Name: strainrates
Type: scalar
Name: t_c
Type: scalar
Name: kco_n
Type: scalar
Name: dam_p
Type: scalar
Name: bvfla_g
Type: scalar
Name: sfla_g
Type: scalar
Name: rfla_g
Type: scalar
Name: tfla_g
Type: scalar
Name: sra_f
Type: scalar
Name: re_f
Type: scalar
Name: h_u
Type: scalar
Name: shape
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat083_output_1 Type: text

*DYNAKEYWORD_MAT077_OGDEN_RUBBER¶

Description: Create a MAT_OGDEN rubber

Syntax: dynakeyword_mat077_ogden_rubber(material_name,material_i_d,rh_o,p_r,n,n_v,g,sig_f,re_f,sg_l,s_w,s_t,curve_id1,lci_d1,dat_a,curve_id2,lci_d2,bstar_t,tram_p)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: rh_o
Type: scalar
Name: p_r
Type: scalar
Name: n
Type: scalar
Name: n_v
Type: scalar
Name: g
Type: scalar
Name: sig_f
Type: scalar
Name: re_f
Type: select
Name: sg_l
Type: scalar
Name: s_w
Type: scalar
Name: s_t
Type: scalar
Name: curve_id1
Type: scalar
Name: lci_d1
Type: vector
Name: dat_a
Type: scalar
Name: curve_id2
Type: scalar
Name: lci_d2
Type: vector
Name: bstar_t
Type: scalar
Name: tram_p
Type: scalar

Outputs: Name: dynakeyword_mat077_ogden_rubber_output_1 Type: text

*DYNAKEYWORD_MAT103_P¶

Description: Create a MAT_103p

Syntax: dynakeyword_mat103_p(material_name,material_i_d,curve_id,density,elastic_modulus,poissons_ratio,yields_stress,hardening_curve,numberof_dig_points,r00,r45,r90,aop_t,x_p,y_p,z_p,a1,a2,a3,v1,v2,v3,d1,d2,d3,bet_a)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: yields_stress
Type: scalar
Name: hardening_curve
Type: vector
Name: numberof_dig_points
Type: scalar
Default: 200
Name: r00
Type: scalar
Name: r45
Type: scalar
Name: r90
Type: scalar
Name: aop_t
Type: scalar
Name: x_p
Type: scalar
Name: y_p
Type: scalar
Name: z_p
Type: scalar
Name: a1
Type: scalar
Name: a2
Type: scalar
Name: a3
Type: scalar
Name: v1
Type: scalar
Name: v2
Type: scalar
Name: v3
Type: scalar
Name: d1
Type: scalar
Name: d2
Type: scalar
Name: d3
Type: scalar
Name: bet_a
Type: scalar

Outputs: Name: dynakeyword_mat103_p_output_1 Type: text

*DYNAKEYWORD_MAT36E¶

Description: Create a MAT_36e

Syntax: dynakeyword_mat36e(material_name,material_i_d,density,elastic_modulus,poissons_ratio,starting_curve_id,numberof_dig_points,r00hardening_curve,r45hardening_curve,r90hardening_curve,shear_hardening_curve,bi-axial_hardening_curve,r00curve,r45curve,r90curve,r_shear_curve,r_bi-axial_curve,m_barlet_flowexponent,aop_t,x_p,y_p,z_p,a1,a2,a3,v1,v2,v3,d1,d2,d3,bet_a)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: starting_curve_id
Type: scalar
Default: 1
Name: numberof_dig_points
Type: scalar
Default: 200
Name: r00hardening_curve
Type: vector
Name: r45hardening_curve
Type: vector
Name: r90hardening_curve
Type: vector
Name: shear_hardening_curve
Type: vector
Name: bi-axial_hardening_curve
Type: vector
Name: r00curve
Type: vector
Name: r45curve
Type: vector
Name: r90curve
Type: vector
Name: r_shear_curve
Type: vector
Name: r_bi-axial_curve
Type: vector
Name: m_barlet_flowexponent
Type: scalar
Name: aop_t
Type: scalar
Default: 2
Name: x_p
Type: scalar
Name: y_p
Type: scalar
Name: z_p
Type: scalar
Name: a1
Type: scalar
Default: 1
Name: a2
Type: scalar
Name: a3
Type: scalar
Name: v1
Type: scalar
Name: v2
Type: scalar
Name: v3
Type: scalar
Name: d1
Type: scalar
Name: d2
Type: scalar
Name: d3
Type: scalar
Name: bet_a
Type: scalar

Outputs: Name: dynakeyword_mat36e_output_1 Type: text

*DYNAKEYWORD_MAT89_WITHOUT_STRAIN_RATES¶

Description: Create a MAT_089 without strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat89_without_strain_rates(material_name,material_i_d,curve_id,density,elastic_modulus,poissons_ratio,hardening_curve,failure_strain,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: hardening_curve
Type: vector
Name: failure_strain
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat89_without_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAT181_WITHOUT_STRAIN_RATES¶

Description: Create a MAT_181 without strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat181_without_strain_rates(material_name,material_i_d,curve_id,density,bulk_modulus,specimenlength,specimenwidth,specimenthickness,compression_tension_curve,poissons_ratio,failureparameter_k,failureparameter_gamma1,failureparameter_gamma2,h_u,shape,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: bulk_modulus
Type: scalar
Name: specimenlength
Type: scalar
Name: specimenwidth
Type: scalar
Name: specimenthickness
Type: scalar
Name: compression_tension_curve
Type: vector
Name: poissons_ratio
Type: scalar
Default: 0.495
Name: failureparameter_k
Type: scalar
Name: failureparameter_gamma1
Type: scalar
Name: failureparameter_gamma2
Type: scalar
Name: h_u
Type: scalar
Name: shape
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 100

Outputs: Name: dynakeyword_mat181_without_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAT181_WITH_STRAIN_RATES¶

Description: Create a MAT_181 with strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat181_with_strain_rates(material_name,material_i_d,curve_id,density,bulk_modulus,specimenlength,specimenwidth,specimenthickness,compression_tension_curve,poissons_ratio,failureparameter_k,failureparameter_gamma1,failureparameter_gamma2,h_u,shape,numberof_dig_points,tension,rate_type,avg_option,strainrate)

Inputs: - Name: material_name - Type: scalar

Name: material_i_d
Type: scalar
Name: curve_id
Type: scalar
Name: density
Type: scalar
Name: bulk_modulus
Type: scalar
Name: specimenlength
Type: scalar
Name: specimenwidth
Type: scalar
Name: specimenthickness
Type: scalar
Name: compression_tension_curve
Type: vector
Name: poissons_ratio
Type: scalar
Default: 0.495
Name: failureparameter_k
Type: scalar
Name: failureparameter_gamma1
Type: scalar
Name: failureparameter_gamma2
Type: scalar
Name: h_u
Type: scalar
Name: shape
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 100
Name: tension
Type: scalar
Name: rate_type
Type: scalar
Name: avg_option
Type: scalar
Name: strainrate
Type: keyvalue

Outputs: Name: dynakeyword_mat181_with_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAT24_WITH_VARIANCE_WITH_STRAIN_RATES¶

Description: Create a MAT_024 Keyword for LS-DYNA with Strain-Rates

Syntax: dynakeyword_mat24_with_variance_with_strain_rates(material_name,starting_material_i_d,meas_material_id_offset,min_material_id_offset,mean_material_id_offset,max_material_id_offset,measured_eng_stress_strain_material_id_offset,starting_table_i_d,starting_curve_id,curve_id_offset,density,elastic_modulus,poissons_ratio,measured_yield_curves,min_yield_curves,mean_yield_curves,max_yield_curves,measured_eng_ss_curve,min_eng_ss_curve,mean_eng_ss_curve,max_eng_ss_curve,strain_rates_key_value,failure_strain,viscoplasticity,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: starting_material_i_d
Type: scalar
Name: meas_material_id_offset
Type: scalar
Name: min_material_id_offset
Type: scalar
Name: mean_material_id_offset
Type: scalar
Name: max_material_id_offset
Type: scalar
Name: measured_eng_stress_strain_material_id_offset
Type: scalar
Name: starting_table_i_d
Type: scalar
Name: starting_curve_id
Type: scalar
Name: curve_id_offset
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: measured_yield_curves
Type: vector
Name: min_yield_curves
Type: vector
Name: mean_yield_curves
Type: vector
Name: max_yield_curves
Type: vector
Name: measured_eng_ss_curve
Type: vector
Name: min_eng_ss_curve
Type: vector
Name: mean_eng_ss_curve
Type: vector
Name: max_eng_ss_curve
Type: vector
Name: strain_rates_key_value
Type: keyvalue
Name: failure_strain
Type: scalar
Name: viscoplasticity
Type: select
Default: 0.0
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat24_with_variance_with_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAT24_WITH_VARIANCE_WITHOUT_STRAIN_RATES¶

Description: Create a MAT_024 Keyword for LS-DYNA with Strain-Rates

Syntax: dynakeyword_mat24_with_variance_without_strain_rates(material_name,starting_material_id,meas_material_id_offset,min_material_id_offset,mean_material_id_offset,max_material_id_offset,measured_eng_stress_strain_material_id_offset,starting_curve_id,density,elastic_modulus,poissons_ratio,measured_yield_curves,min_yield_curves,mean_yield_curves,max_yield_curves,measured_eng_ss_curve,min_eng_ss_curve,mean_eng_ss_curve,max_eng_ss_curve,failure_strain,numberof_dig_points)

Inputs: - Name: material_name - Type: scalar

Name: starting_material_id
Type: scalar
Name: meas_material_id_offset
Type: scalar
Name: min_material_id_offset
Type: scalar
Name: mean_material_id_offset
Type: scalar
Name: max_material_id_offset
Type: scalar
Name: measured_eng_stress_strain_material_id_offset
Type: scalar
Name: starting_curve_id
Type: scalar
Name: density
Type: scalar
Name: elastic_modulus
Type: scalar
Name: poissons_ratio
Type: scalar
Name: measured_yield_curves
Type: vector
Name: min_yield_curves
Type: vector
Name: mean_yield_curves
Type: vector
Name: max_yield_curves
Type: vector
Name: measured_eng_ss_curve
Type: vector
Name: min_eng_ss_curve
Type: vector
Name: mean_eng_ss_curve
Type: vector
Name: max_eng_ss_curve
Type: vector
Name: failure_strain
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 200

Outputs: Name: dynakeyword_mat24_with_variance_without_strain_rates_output_1 Type: text

*DYNAKEYWORD_MAP_VALUES_TO_ELEMENT_THICKNESS¶

Description: Contour parts based on key value data

Syntax: dynakeyword_map_values_to_element_thickness(valuestomap,keyword_data,mapping_table,map_table_order)

Inputs: - Name: valuestomap - Type: dataset

Name: keyword_data
Type: textarea
Name: mapping_table
Type: textarea
Name: map_table_order
Type: select
Default: as_provided

Outputs: Name: dynakeyword_map_values_to_element_thickness_output_1 Type: text

12.23. Csv Workers¶

Following are the workers for this group of workers

*CSV_COLLECT_ROWS_TO_DATASET¶

Description: Parses Several CSVs files based on extension and collects the Rows to create a dataset

Syntax: csv_collect_rows_to_dataset(files_extensions_separatedby_comma,header_row,value_row,suppressfrom_header,limit_columnsto)

Inputs: - Name: files_extensions_separatedby_comma - Type: string

Name: header_row
Type: integer
Name: value_row
Type: string
Name: suppressfrom_header
Type: string
Name: limit_columnsto
Type: string

Outputs: Name: csv_collect_rows_to_dataset_output_1 Type: dataset

*CSV_COLLECT_COLUMNS_TO_DATASET¶

Description: Parses Several CSVs files based on extension and collects the Columns to create a dataset

Syntax: csv_collect_columns_to_dataset(files_extensions_separatedby_comma,line_delimiter,header_names,column_ids,starting_row_id,ending_row_id,replace_values)

Inputs: - Name: files_extensions_separatedby_comma - Type: string

Name: line_delimiter
Type: string
Default: ,
Name: header_names
Type: string
Name: column_ids
Type: string
Name: starting_row_id
Type: integer
Name: ending_row_id
Type: integer
Name: replace_values
Type: string

Outputs: Name: csv_collect_columns_to_dataset_output_1 Type: dataset

*CSV_COORD_FROM_ANCHOR¶

Description: Parses Several CSVs files based on extension and collects the Columns to create a dataset

Syntax: csv_coord_from_anchor(file_name,anchor_start,anchor_end,starting_index,length,plane,repeats,sort_type)

Inputs: - Name: file_name - Type: scalar

Name: anchor_start
Type: scalar
Name: anchor_end
Type: scalar
Name: starting_index
Type: scalar
Name: length
Type: scalar
Name: plane
Type: select
Default: XY
Name: repeats
Type: select
Default: yes
Name: sort_type
Type: select
Default: spatial

Outputs: Name: csv_coord_from_anchor_output_1 Type: vector

12.24. Bom Workers¶

Following are the workers for this group of workers

*BOM_PARTINFO¶

Description: Extract a specific attribute of a given part from the Bill of Materials

Syntax: bom_partinfo(nameofthe_billof_materials,part_identifier,part_identifier_type_type,part_attribute)

Inputs: - Name: nameofthe_billof_materials - Type: dataset - Default: BOM

Name: part_identifier
Type: string
Name: part_identifier_type_type
Type: select
Default: name
Name: part_attribute
Type: select
Default: density

Outputs: Name: bom_partinfo_output_1 Type: scalar

*BOM_ATTRS¶

Description:: Get attribute list

Syntax: bom_attrs(choose_dataset,column_name)

Inputs: - Name: choose_dataset - Type: dataset - Default: None

Name: column_name
Type: string
Default: None

Outputs: Name: bom_attrs_output_1 Type: set

*BOM_COLUMNS¶

Description:: Get selected columns

Syntax: bom_columns(choose_dataset,columns)

Inputs: - Name: choose_dataset - Type: dataset - Default: None

Name: columns
Type: string
Default: None

Outputs: Name: bom_columns_output_1 Type: dataset

*BOM_CONDITION¶

Description:: Find rows with a condition

Syntax: bom_condition(choose_dataset,column_name,operator,target_value)

Inputs: - Name: choose_dataset - Type: dataset - Default: None

Name: column_name
Type: string
Default: None
Name: operator
Type: string
Default: None
Name: target_value
Type: string
Default: None

Outputs: Name: bom_condition_output_1 Type: dataset

12.25. d3hsp Workers¶

Following are the workers for this group of workers

*D3HSP_EXTRACT¶

Description:: Extract information from D3HSP file

Syntax: d3hsp_extract(typeof_extraction)

Inputs: - Name: typeof_extraction - Type: select - Default: summary

Outputs: Name: d3hsp_extract_output_1 Type: bulk

*D3HSP_EXTRACTOR¶

Description:

Syntax: d3hsp_extractor(filter)

Inputs: - Name: filter - Type: string

Outputs: Name: results Type: string

12.26. d3plot Workers¶

Following are the workers for this group of workers

*D3PLOT_EXTRACT_IMAGE¶

Description:: Extract information from D3PLOT file

Syntax: d3plot_extract_image(datatype,state,orientation,shading,format)

Inputs: - Name: datatype - Type: select - Default: dyna_d3plot

Name: state
Type: select
Default: final
Name: orientation
Type: select
Default: left
Name: shading
Type: select
Default: shad
Name: format
Type: select
Default: png

Outputs: Name: d3plot_extract_image_output_1 Type: view

*D3PLOT_EXTRACT_ANIM¶

Description:: Extract information from D3PLOT file

Syntax: d3plot_extract_anim(datatype,orientation,shading,start_state,end_state,format,active_parts,hidden_parts,transparent_parts)

Inputs: - Name: datatype - Type: select - Default: dyna_d3plot

Name: orientation
Type: select
Default: left
Name: shading
Type: select
Default: shad
Name: start_state
Type: select
Default: final
Name: end_state
Type: select
Default: final
Name: format
Type: select
Default: gif
Name: active_parts
Type: string
Name: hidden_parts
Type: string
Name: transparent_parts
Type: string

Outputs: Name: d3plot_extract_anim_output_1 Type: view

*D3PLOT_RESPONSE_EXTRACTOR¶

Description:

Syntax: d3plot_response_extractor(responses,solver_type)

Inputs: - Name: responses - Type: string

Name: solver_type
Type: string

Outputs:

*D3PLOT_WRITER_PLUGIN¶

Description:

Syntax: d3plot_writer_plugin()

Inputs:

Outputs:

12.27. Lucy Workers¶

Following are the workers for this group of workers

*LUCY_MPDB_MEASUREMENTS¶

Description: lucy_mpdb_measurements

Syntax: lucy_mpdb_measurements(d3plotname,cladding_part,backplate_part,barrier_parts,velocity_direction,max_dist)

Inputs: - Name: d3plotname - Type: string

Name: cladding_part
Type: textarea
Name: backplate_part
Type: textarea
Name: barrier_parts
Type: textarea
Name: velocity_direction
Type: select
Default: 1 0 0
Name: max_dist
Type: textarea

Outputs: Name: lucy_mpdb_measurements_output_1 Type: view

*LUCY¶

Description:

Syntax: lucy()

Inputs:

Outputs:

12.28. Coord Workers¶

Following are the workers for this group of workers

*COORD_CREATECOSINEANGLESFROMCOORDINATES¶

Description: coord_createcosineanglesfromcoordinates

Syntax: coord_createcosineanglesfromcoordinates(originx,originy,originz,y-planex,y-planey,y-planez,z-planex,z-planey,z-planez,return_type)

Inputs: - Name: originx - Type: string

Name: originy
Type: string
Name: originz
Type: string
Name: y-planex
Type: string
Default: 1
Name: y-planey
Type: string
Name: y-planez
Type: string
Name: z-planex
Type: string
Name: z-planey
Type: string
Name: z-planez
Type: string
Default: 1
Name: return_type
Type: select
Default: cosine

Outputs: Name: coord_createcosineanglesfromcoordinates_output_1 Type: set

12.29. Condition Workers¶

Following are the workers for this group of workers

*CONDITION_BOOL¶

Description: This function allows you to check if a given variable matches a certain condition

Syntax: condition_bool(valuetocheck,operator,target_value)

Inputs: - Name: valuetocheck - Type: scalar

Name: operator
Type: select
Default: eq
Name: target_value
Type: scalar

Outputs: Name: condition_bool_output_1 Type: bool

*CONDITION_IFVECTOR¶

Description: This function allows you to check if a given variable is a vector

Syntax: condition_ifvector(valuetocheck,valueiftrue,valueiffalse)

Inputs: - Name: valuetocheck - Type: scalar

Name: valueiftrue
Type: string
Name: valueiffalse
Type: string

Outputs: Name: condition_ifvector_output_1 Type: vector

*CONDITION_IFSCALAR¶

Description: This function allows you to check if a given variable is a scalar

Syntax: condition_ifscalar(valuetocheck,valueiftrue,valueiffalse)

Inputs: - Name: valuetocheck - Type: scalar

Name: valueiftrue
Type: string
Name: valueiffalse
Type: string

Outputs: Name: condition_ifscalar_output_1 Type: scalar

*CONDITION_IFSET¶

Description: This function allows you to check if a given variable is a set

Syntax: condition_ifset(valuetocheck,valueiftrue,valueiffalse)

Inputs: - Name: valuetocheck - Type: set

Name: valueiftrue
Type: string
Name: valueiffalse
Type: string

Outputs: Name: condition_ifset_output_1 Type: set

12.30. Responses Workers¶

Following are the workers for this group of workers

*RESPONSES_TO_CSV¶

Description: This function allows you to write a set of responses of type curves into csv

Syntax: responses_to_csv(file_name,curvestobeexported,outputonlyonetimecolumn,digitizethecurvesbeforeexporting)

Inputs: - Name: file_name - Type: string - Default: Responses.csv

Name: curvestobeexported
Type: vector
Name: outputonlyonetimecolumn
Type: select
Default: no
Name: digitizethecurvesbeforeexporting
Type: select
Default: no

Outputs: Name: responses_to_csv_output_1 Type: file

*RESPONSES_MAPPER¶

Description: Maps responses

Syntax: responses_mapper(parent_type,physicaltest_id,simulation_id,map_source_type,map_database_id,map_file,expression_header,destination_header,include_expression)

Inputs: - Name: parent_type - Type: select

Name: physicaltest_id
Type: remote_lookup
Name: simulation_id
Type: remote_lookup
Name: map_source_type
Type: select
Name: map_database_id
Type: file
Name: map_file
Type: file
Name: expression_header
Type: text
Name: destination_header
Type: text
Name: include_expression
Type: textarea

Outputs: Name: Type: integer Name: Type: integer Name: Type: dataset Name: Type: dataset Name: Type: dataset Name: Type: integer Name: Type: integer Name: Type: dataset Name: Type: integer

*RESPONSES_IMPORTER¶

Description: Import responses

Syntax: responses_importer(parent_type,parent_name,responses_file)

Inputs: - Name: parent_type - Type: select

Name: parent_name
Type: scalar
Name: responses_file
Type: file

Outputs: Name: Type: simulation Name: Type: physicaltest Name: Type: number Name: Type: number

12.31. Th Workers¶

Following are the workers for this group of workers

*TH_SUMMARY¶

Description: Extracts the summary from TH\/ABF files

Syntax: th_summary(file_name)

Inputs: - Name: file_name - Type: string - Default: TH.th

Outputs: Name: th_summary_output_1 Type: dataset

*TH_CHANNEL_BY_ID¶

Description: Extracts the summary from TH\/ABF files

Syntax: th_channel_by_id(file_name,channel_id)

Inputs: - Name: file_name - Type: string - Default: TH.th

Name: channel_id
Type: string

Outputs: Name: th_channel_by_id_output_1 Type: vector

12.32. Image Workers¶

Following are the workers for this group of workers

*IMAGE_COMPARE¶

Description: Compare Pixel based comparison from two images

Syntax: image_compare(image1,image2)

Inputs: - Name: image1 - Type: textarea

Name: image2
Type: textarea

Outputs: Name: image_compare_output_1 Type: scalar

*IMAGE_EDITOR¶

Description: Provides simple image editing features

Syntax: image_editor(image,task,options)

Inputs: - Name: image - Type: file

Name: task
Type: select
Name: options
Type: textarea

Outputs: Name: Type: image Name: Type: task Name: Type: image

*IMAGE_CHAINER¶

Description:

Syntax: image_chainer(path,path_to_convert)

Inputs: - Name: path - Type: string

Name: path_to_convert
Type: string

Outputs:

*IMAGE_CHAINER_PLUGIN¶

Description: Changes images together

Syntax: image_chainer_plugin(path,path_to_convert,temp_dir,delete_temp_files)

Inputs: - Name: path - Type: string

Name: path_to_convert
Type: string
Name: temp_dir
Type: string
Name: delete_temp_files
Type: string

Outputs:

12.33. Sleep Workers¶

Following are the workers for this group of workers

*SLEEP¶

Description: Sleeps

Syntax: sleep(name,duration)

Inputs: - Name: name - Type: text

Name: duration
Type: text

Outputs: Name: slept Type: integer

12.34. Job Workers¶

Following are the workers for this group of workers

*JOB_SUBMIT_BY_CONFIG¶

Description: Submits the job by using the previously saved configuration

Syntax: job_submit_by_config(job_submit_by_config_input_4,job_submit_by_config_input_1,job_submit_by_config_input_5,job_submit_by_config_input_2,job_submit_by_config_input_3,job_submit_by_config_input_5,job_submit_by_config_input_6,study_id)

Inputs: - Name: job_submit_by_config_input_4 - Type: text

Name: job_submit_by_config_input_1
Type: remote_lookup
Name: job_submit_by_config_input_5
Type: remote_lookup
Name: job_submit_by_config_input_2
Type: file
Name: job_submit_by_config_input_3
Type: file
Name: job_submit_by_config_input_5
Type: dataset
Name: job_submit_by_config_input_6
Type: remote_lookup
Name: study_id
Type: remote_lookup

Outputs: Name: Type: integer Name: Type: integer

*JOB_SUBMIT_COMPRESSED_FILES¶

Description: Submits compressed files using saved files

Syntax: job_submit_compressed_files(study_name,hpc_settings,include_file_keyword,input_file)

Inputs: - Name: study_name - Type: text

Name: hpc_settings
Type: remote_lookup
Name: include_file_keyword
Type: text
Name: input_file
Type: file

Outputs: Name: Type: integer Name: Type: integer

*JOB_SUBMIT_SIMULATION_BY_CONFIG¶

Description: Submits the simulation by using the previously saved configuration

Syntax: job_submit_simulation_by_config(job_submit_simulation_id,job_submit_simulation_description,job_submit_hpcsettings_name,job_submit_template,study_id)

Inputs: - Name: job_submit_simulation_id - Type: remote_lookup

Name: job_submit_simulation_description
Type: textarea
Name: job_submit_hpcsettings_name
Type: remote_lookup
Name: job_submit_template
Type: remote_lookup
Name: study_id
Type: remote_lookup

Outputs: Name: Type: integer Name: Type: integer

*JOB_SUBMISSION_BY_STUDY¶

Description: Submit job by study

Syntax: job_submission_by_study(study_id,hpcconfig,template_id)

Inputs: - Name: study_id - Type: remote_lookup

Name: hpcconfig
Type: remote_lookup
Name: template_id
Type: remote_lookup

Outputs: Name: Type: integer Name: Type: dataset

*JOB_SUBMIT_SIMULATIONS_FROM_FOLDER¶

Description: Submits multiple simulations from folder

Syntax: job_submit_simulations_from_folder(input_folder,main_file_pattern,simulation_prefix,hpcconfig,template_id,study_name)

Inputs: - Name: input_folder - Type: file

Name: main_file_pattern
Type: text
Name: simulation_prefix
Type: text
Name: hpcconfig
Type: remote_lookup
Name: template_id
Type: remote_lookup
Name: study_name
Type: text

Outputs: Name: Type: dataset

*JOB_SUBMIT_SIMULATIONS_FROM_SERVER_FILES¶

Description: Submits multiple simulations from server files

Syntax: job_submit_simulations_from_server_files(server_files,simulation_prefix,hpcconfig,template_id,study_id,project_id,tags)

Inputs: - Name: server_files - Type: remote_file

Name: simulation_prefix
Type: text
Name: hpcconfig
Type: remote_lookup
Name: template_id
Type: remote_lookup
Name: study_id
Type: text
Name: project_id
Type: text
Name: tags
Type: text

Outputs: Name: Type: dataset

*JOB_SUBMIT_PEDPRO_BY_CONFIG¶

Description: Submits the job by using the previously saved configuration for pedpro

Syntax: job_submit_pedpro_by_config(sweep_name,position_input_file,position_indexes,main_input_file,include_files,headform_node_set_id,headform_transform_id,headform_rotation,template_id,project_id,study_id,saved_hpc_config)

Inputs: - Name: sweep_name - Type: text

Name: position_input_file
Type: file
Name: position_indexes
Type: text
Name: main_input_file
Type: file
Name: include_files
Type: file
Name: headform_node_set_id
Type: text
Name: headform_transform_id
Type: text
Name: headform_rotation
Type: text
Name: template_id
Type: remote_lookup
Name: project_id
Type: remote_lookup
Name: study_id
Type: remote_lookup
Name: saved_hpc_config
Type: remote_lookup

Outputs: Name: positions Type: dataset Name: studies Type: integer

*JOB_SUBMIT_PEDPRO_FROM_FOLDER_BY_CONFIG¶

Description: Submits the job by using the previously saved configuration for pedpro

Syntax: job_submit_pedpro_from_folder_by_config(sweep_name,base_folder,input_file_pattern_type,input_file_pattern,template_id,project_id,study_id,saved_hpc_config,num_jobs_to_submit,page_number)

Inputs: - Name: sweep_name - Type: text

Name: base_folder
Type: text
Name: input_file_pattern_type
Type: select
Name: input_file_pattern
Type: text
Name: template_id
Type: remote_lookup
Name: project_id
Type: remote_lookup
Name: study_id
Type: remote_lookup
Name: saved_hpc_config
Type: remote_lookup
Name: num_jobs_to_submit
Type: text
Default: 10
Name: page_number
Type: text
Default: 1

Outputs: Name: studies Type: integer Name: simulations Type: dataset Name: hpcjobs Type: dataset

*JOB_SERVER¶

Description:

Syntax: job_server(port)

Inputs: - Name: port - Type: string

Outputs:

*JOB_HANDLER¶

Description:

Syntax: job_handler(status,user_id,job_id,server_name,swap_job_id,command_type)

Inputs: - Name: status - Type: string

Name: user_id
Type: string
Name: job_id
Type: string
Name: server_name
Type: string
Name: swap_job_id
Type: string
Name: command_type
Type: string

Outputs: Name: command_type Type: string

*JOB_CLIENT¶

Description:

Syntax: job_client(lucy_output_type,client_address,job_dir)

Inputs: - Name: lucy_output_type - Type: string

Name: client_address
Type: string
Name: job_dir
Type: string

Outputs: Name: proxy_source Type: string Name: client_address Type: string

12.35. Simulation Workers¶

Following are the workers for this group of workers

*SIMULATION_UPDATE_INPUT¶

Description: Updates simulation main input file

Syntax: simulation_update_input(simulation_id,data_text,location)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: data_text
Type: textarea
Name: location
Type: text

Outputs: Name: Type: integer

*SIMULATION_HAS_RESPONSE_BY_NAME¶

Description: Updates simulation main input file

Syntax: simulation_has_response_by_name(simulation_id,response_name,type,location)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: response_name
Type: textarea
Name: type
Type: select
Name: location
Type: select

Outputs: Name: Type: integer Name: Result Type: scalar

*SIMULATION_CREATE_FROM_TEXT¶

Description: Creates a simulation from text as main input

Syntax: simulation_create_from_text(input_sim_name,input_sim_desc,input_sim_tags,input_main_file_name,solver_type,input_main_file_text,input_project_id,include_files,responses,responses_by_dataset)

Inputs: - Name: input_sim_name - Type: text

Name: input_sim_desc
Type: textarea
Name: input_sim_tags
Type: text
Name: input_main_file_name
Type: textarea
Name: solver_type
Type: string
Default: LS-DYNA
Name: input_main_file_text
Type: textarea
Name: input_project_id
Type: remote_lookup
Name: include_files
Type: file
Name: responses
Type: vector
Name: responses_by_dataset
Type: dataset

Outputs: Name: Type: integer

*SIMULATION_CREATE_FROM_FILE¶

Description: Creates a simulation from file as main input

Syntax: simulation_create_from_file(input_sim_name,input_sim_desc,input_sim_tags,input_main_file,solver_type,input_project_id,input_include_files,responses)

Inputs: - Name: input_sim_name - Type: text

Name: input_sim_desc
Type: textarea
Name: input_sim_tags
Type: text
Name: input_main_file
Type: file
Name: solver_type
Type: string
Default: LS-DYNA
Name: input_project_id
Type: remote_lookup
Name: input_include_files
Type: file
Name: responses
Type: vector

Outputs: Name: Type: integer

*SIMULATION_RESPONSES¶

Description: Get Responses from Simulation

Syntax: simulation_responses(input_sim_id,input_response_names,match_type,limit)

Inputs: - Name: input_sim_id - Type: remote_lookup

Name: input_response_names
Type: text
Name: match_type
Type: select
Name: limit
Type: select

Outputs:

*SIMULATION_FILES¶

Description: Get Files from Simulation

Syntax: simulation_files(input_sim_id,input_file_names)

Inputs: - Name: input_sim_id - Type: remote_lookup

Name: input_file_names
Type: text

Outputs:

*SIMULATION_FINDER¶

Description: Find simulations

Syntax: simulation_finder(search,after_date,before_date,project_id,study_id,limit)

Inputs: - Name: search - Type: text

Name: after_date
Type: datetime-local
Name: before_date
Type: datetime-local
Name: project_id
Type: remote_lookup
Name: study_id
Type: remote_lookup
Name: limit
Type: number

Outputs: Name: simulations Type: dataset

*SIMULATION_ORGANIZER¶

Description: Organize Simulations

Syntax: simulation_organizer(project_id,study_id)

Inputs: - Name: project_id - Type: remote_lookup

Name: study_id
Type: remote_lookup

Outputs: Name: simulations Type: dataset

*SIMULATION_REPLACE_PARAMETERS¶

Description: Replace parameters with new values

Syntax: simulation_replace_parameters(simulation_id,parameters)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: parameters
Type: dataset

Outputs: Name: Type: integer Name: Old Parameters Type: dataset Name: New Parameters Type: dataset

*SIMULATION_ADD_RESPONSES¶

Description: Add responses to simulation

Syntax: simulation_add_responses(input_sim_id,responses,replace_existing_responses)

Inputs: - Name: input_sim_id - Type: remote_lookup

Name: responses
Type: dataset
Name: replace_existing_responses
Type: select

Outputs: Name: Type: integer Name: Type: dataset

*SIMULATION_GET_ERRORS_AND_WARNINGS¶

Description: Get errors and warnings from a simulation

Syntax: simulation_get_errors_and_warnings(input_sim_id)

Inputs: - Name: input_sim_id - Type: remote_lookup

Outputs: Name: Type: integer Name: Type: dataset Name: Type: dataset

*SIMULATION_CREATE_CURVE_RESPONSE¶

Description: Create a curve response from simulations

Syntax: simulation_create_curve_response(simulation_id,response_name,response_value)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: response_name
Type: text
Name: response_value
Type: vector

Outputs: Name: Type: scalar Name: Type: scalar

*SIMULATION_PARAMETERIZE_INPUT¶

Description: Configure sensors from a responetemplate

Syntax: simulation_parameterize_input(simulation_id,input_file_id,parameter_name,parameter_type,parameter_value,parameter_width,keyword_name,card_num,param_num,card_id)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: input_file_id
Type: remote_lookup
Name: parameter_name
Type: scalar
Name: parameter_type
Type: scalar
Name: parameter_value
Type: scalar
Name: parameter_width
Type: scalar
Name: keyword_name
Type: scalar
Name: card_num
Type: scalar
Name: param_num
Type: scalar
Name: card_id
Type: scalar

Outputs: Name: Type: scalar Name: Type: scalar Name: Type: textarea Name: Type: textarea

*SIMULATION_PARAMETERIZE_INPUT_BY_DATASET¶

Description: Configure sensors from a responetemplate

Syntax: simulation_parameterize_input_by_dataset(simulation_id,input_file_id,parameter_dataset)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: input_file_id
Type: remote_lookup
Name: parameter_dataset
Type: scalar

Outputs: Name: Type: scalar Name: Type: scalar Name: Type: textarea Name: Type: textarea

*SIMULATION_ADD_INCLUDE_FILE¶

Description: Add a Include a file for the simulation

Syntax: simulation_add_include_file(simulation_id,include_file,offset_number,mass_scale_factor,time_scale_factor,length_scale_factor,transformation_id,transformation_text)

Inputs: - Name: simulation_id - Type: text

Name: include_file
Type: file
Name: offset_number
Type: scalar
Name: mass_scale_factor
Type: scalar
Name: time_scale_factor
Type: scalar
Name: length_scale_factor
Type: scalar
Name: transformation_id
Type: scalar
Name: transformation_text
Type: text

Outputs: Name: Simulation Type: integer

*SIMULATION_ADD_LOCAL_FILE¶

Description: Add a Server file for the simulation

Syntax: simulation_add_local_file(simulation_id,add_file)

Inputs: - Name: simulation_id - Type: text

Name: add_file
Type: file

Outputs: Name: Attachment Type: integer

*SIMULATION_ADD_SERVER_FILE¶

Description: Add a Server file for the simulation

Syntax: simulation_add_server_file(simulation_id,add_file)

Inputs: - Name: simulation_id - Type: text

Name: add_file
Type: file

Outputs: Name: Attachment Type: integer

*SIMULATION_ADD_FROM_ANOTHER_SIMULATION¶

Description: Add a Server file for the simulation

Syntax: simulation_add_from_another_simulation(simulation_id,from_simulation_id,attachment_id)

Inputs: - Name: simulation_id - Type: text

Name: from_simulation_id
Type: remote_lookup
Name: attachment_id
Type: remote_lookup

Outputs: Name: Attachment Type: integer

*SIMULATION_CUSTOM_APPLICATION¶

Description: Runs a custom application to work with simulation directory

Syntax: simulation_custom_application(simulation_id,needs_graphics,application_exe,application_env,application_args,application_commands,application_commands_content_type,application_commands_write_filename,save_responses)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: needs_graphics
Type: select
Name: application_exe
Type: textarea
Name: application_env
Type: textarea
Name: application_args
Type: textarea
Name: application_commands
Type: textarea
Name: application_commands_content_type
Type: select
Name: application_commands_write_filename
Type: text
Name: save_responses
Type: select

Outputs: Name: Type: scalar

*SIMULATION_PREDICTION¶

Description:

Syntax: simulation_prediction()

Inputs:

Outputs:

12.36. Physicaltest Workers¶

Following are the workers for this group of workers

*PHYSICALTEST_HAS_RESPONSE_BY_NAME¶

Description: Checks if a response exists by name

Syntax: physicaltest_has_response_by_name(simulation_id,response_name,type,location)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: response_name
Type: textarea
Name: type
Type: select
Name: location
Type: select

Outputs: Name: Type: integer Name: Result Type: scalar

*PHYSICALTEST_CREATE_FROM_FILE¶

Description: Creates a physicaltest from file

Syntax: physicaltest_create_from_file(input_name,input_desc,input_tags,input_project_id,input_files,input_auto_process)

Inputs: - Name: input_name - Type: text

Name: input_desc
Type: textarea
Name: input_tags
Type: text
Name: input_project_id
Type: remote_lookup
Name: input_files
Type: file
Name: input_auto_process
Type: select
Default: no

Outputs: Name: Type: integer

*PHYSICALTEST_ADD_RESPONSES¶

Description: Add responses from physicaltests

Syntax: physicaltest_add_responses(input_pt_id,responses,replace_existing_responses)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: responses
Type: dataset
Name: replace_existing_responses
Type: select

Outputs: Name: Type: integer Name: Type: dataset

*PHYSICALTEST_ADD_FILES¶

Description: Add Files from physicaltests

Syntax: physicaltest_add_files(input_pt_id,files,replace_existing_files)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: files
Type: file
Name: replace_existing_files
Type: select

Outputs: Name: Type: integer Name: Type: dataset

*PHYSICALTEST_ADD_ONEPAGER¶

Description: Add one-pager summary to physicaltests

Syntax: physicaltest_add_onepager(input_pt_id,page_name,page_data)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: page_name
Type: text
Name: page_data
Type: onepager

Outputs: Name: Type: integer

*PHYSICALTEST_MAP_RESPONSES¶

Description: Map responses from physicaltests

Syntax: physicaltest_map_responses(input_pt_id,map_database,database_from_header,database_to_header,database_region_column,database_region_name,map_dataset,dataset_from_header,dataset_to_header,dataset_map_delimiter,perform_mapping)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: map_database
Type: remote_lookup
Name: database_from_header
Type: text
Name: database_to_header
Type: text
Name: database_region_column
Type: text
Name: database_region_name
Type: text
Name: map_dataset
Type: dataset
Name: dataset_from_header
Type: text
Name: dataset_to_header
Type: text
Name: dataset_map_delimiter
Type: select
Name: perform_mapping
Type: select

Outputs: Name: Type: integer Name: Mapping Definitions Used Type: dataset Name: Responses Mapped Type: dataset Name: Number of responses mapped Type: integer Name: Number of responses unchanged Type: integer

*PHYSICALTEST_DELETE¶

Description: Deletes Physical test

Syntax: physicaltest_delete(input_pt_id)

Inputs: - Name: input_pt_id - Type: remote_lookup

Outputs: Name: Type: text

*PHYSICALTEST_RESPONSES¶

Description: Get Responses from Physicaltest

Syntax: physicaltest_responses(input_pt_id,input_response_names,responsecategory,meas_location,meas_reference_location,meas_type,value_type)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_response_names
Type: text
Name: responsecategory
Type: remote_lookup
Name: meas_location
Type: text
Name: meas_reference_location
Type: text
Name: meas_type
Type: text
Name: value_type
Type: text

Outputs:

*PHYSICALTEST_APPLY_RESULT_TEMPLATE¶

Description: Physicaltest Apply Result Template worker

Syntax: physicaltest_apply_result_template(apply_template_worker_pt_id,apply_template_worker_rt_id,apply_template_worker_rt_auto_save)

Inputs: - Name: apply_template_worker_pt_id - Type: remote_lookup

Name: apply_template_worker_rt_id
Type: remote_lookup
Name: apply_template_worker_rt_auto_save
Type: select
Default: yes

Outputs:

*PHYSICALTEST_UPLOAD_WINDNOISE_DATA¶

Description: Create physical test

Syntax: physicaltest_upload_windnoise_data(name,description,tags,format,files)

Inputs: - Name: name - Type: scalar

Name: description
Type: text
Name: tags
Type: remote_lookup
Name: format
Type: select
Name: files
Type: file

Outputs: Name: Type: integer

*PHYSICALTEST_IMPORT_BMS_DATA¶

Description: Import data from bms

Syntax: physicaltest_import_bms_data(test_name,bms_file,wr_file,protocol_file,time_channel,channels_to_save,points_increment,map_policies,map_expression_header,map_destination_header,responses_to_map)

Inputs: - Name: test_name - Type: text

Name: bms_file
Type: file
Name: wr_file
Type: file
Name: protocol_file
Type: file
Name: time_channel
Type: scalar
Name: channels_to_save
Type: scalar
Name: points_increment
Type: scalar
Name: map_policies
Type: file
Name: map_expression_header
Type: scalar
Name: map_destination_header
Type: scalar
Name: responses_to_map
Type: scalar

Outputs: Name: Physical test Type: integer Name: Number of Responses Type: integer Name: Type: integer Name: Type: integer Name: Type: dataset Name: Type: dataset Name: Type: dataset Name: Type: dataset

*PHYSICALTEST_IMPORT_MME_DATA¶

Description: Import data from mme

Syntax: physicaltest_import_mme_data(test_name,mme_file,import_options,ffmpeg_options,template_id,remove_if_exists,add_channel_code,clipx_at_zero,clipx_max,xsf,ysf)

Inputs: - Name: test_name - Type: text - Default: Physicaltest-<%UID%>-<%DATE%>

Name: mme_file
Type: file
Name: import_options
Type: select
Name: ffmpeg_options
Type: text
Default: -c:a aac -pix_fmt rgb24
Name: template_id
Type: remote_lookup
Name: remove_if_exists
Type: select
Name: add_channel_code
Type: select
Name: clipx_at_zero
Type: select
Name: clipx_max
Type: scalar
Name: xsf
Type: scalar
Name: ysf
Type: scalar

Outputs: Name: Physical test Type: integer Name: Number of Responses Type: integer Name: Type: dataset Name: Type: responsetemplate Name: Type: dataset

*PHYSICALTEST_IMPORT_UNV_DATA¶

Description: Import data from bms

Syntax: physicaltest_import_unv_data(test_name,unv_file,unv_map_file,media_file,remove_if_exists,store_unv_and_map_file)

Inputs: - Name: test_name - Type: text - Default: Test - <%UID%>

Name: unv_file
Type: file
Name: unv_map_file
Type: file
Name: media_file
Type: file
Name: remove_if_exists
Type: select
Name: store_unv_and_map_file
Type: select

Outputs: Name: Physical test Type: integer Name: Number of Files Type: integer Name: Number of Responses Type: integer Name: Type: dataset Name: Type: responsetemplate Name: Type: dataset

*PHYSICALTEST_IMPORT_MULTIPLE_BMS_DATA_FROM_SERVER¶

Description: Import data from bms

Syntax: physicaltest_import_multiple_bms_data_from_server(test_name,bms_file,wr_file,protocol_file,time_channel,channels_to_save,points_increment)

Inputs: - Name: test_name - Type: text

Name: bms_file
Type: file
Name: wr_file
Type: file
Name: protocol_file
Type: file
Name: time_channel
Type: scalar
Name: channels_to_save
Type: scalar
Name: points_increment
Type: scalar

Outputs: Name: Physical test Type: integer Name: Number of Files Type: integer Name: Number of Responses Type: integer

*PHYSICALTEST_VALIDATE_BODY_SENSITIVITY¶

Description: Validate body sensitivty test data

Syntax: physicaltest_validate_body_sensitivity(input_pt_id,checks,min_coherence,min_coherence_freq,max_coherence_freq,min_psd_freq,max_psd_freq,psd_rolloff_limit,psd_growth_limit,dr_min_repeat_freq,dr_max_repeat_freq,dr_repeatability_run_pairs,dr_repeatability_error_limit,dr_min_symm_freq,dr_max_symm_freq,dr_symmetric_error_limit,dr_min_orien_freq,dr_max_orien_freq,cr_reciprocity_run_pairs,cr_reciprocity_error_limit)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: checks
Type: select
Name: min_coherence
Type: scalar
Name: min_coherence_freq
Type: scalar
Name: max_coherence_freq
Type: scalar
Name: min_psd_freq
Type: scalar
Name: max_psd_freq
Type: scalar
Name: psd_rolloff_limit
Type: scalar
Name: psd_growth_limit
Type: scalar
Name: dr_min_repeat_freq
Type: scalar
Name: dr_max_repeat_freq
Type: scalar
Name: dr_repeatability_run_pairs
Type: text
Name: dr_repeatability_error_limit
Type: scalar
Name: dr_min_symm_freq
Type: scalar
Name: dr_max_symm_freq
Type: scalar
Name: dr_symmetric_error_limit
Type: scalar
Name: dr_min_orien_freq
Type: scalar
Name: dr_max_orien_freq
Type: scalar
Name: cr_reciprocity_run_pairs
Type: text
Name: cr_reciprocity_error_limit
Type: scalar

Outputs: Name: Physical test Type: integer Name: Failed Report Type: dataset

*PHYSICALTEST_POSTPROCESS_BODY_SENSITIVITY¶

Description: Runs post-processing for the NVH body sensitivity worker

Syntax: physicaltest_postprocess_body_sensitivity(input_pt_id,input_database_id,runs_to_average,post_processing_types,create_new_test,new_test_name)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup
Name: runs_to_average
Type: text
Name: post_processing_types
Type: select
Name: create_new_test
Type: select
Name: new_test_name
Type: text

Outputs: Name: Type: integer

12.37. Physical Workers¶

Following are the workers for this group of workers

*PHYSICAL_CREATE_FROM_RESPONSES¶

Description: Creates a physicaltest from responses

Syntax: physical_create_from_responses(input_name,input_desc,tags,files,vector_responses,scalar_responses,view_responses,text_responses)

Inputs: - Name: input_name - Type: text

Name: input_desc
Type: textarea
Name: tags
Type: text
Name: files
Type: file
Name: vector_responses
Type: vector
Name: scalar_responses
Type: scalar
Name: view_responses
Type: view
Name: text_responses
Type: textarea

Outputs: Name: Type: integer

*PHYSICAL_TEST_PUBLISHER¶

Description:

Syntax: physical_test_publisher(username,user_id,api_url,test_name)

Inputs: - Name: username - Type: string

Name: user_id
Type: string
Name: api_url
Type: string
Name: test_name
Type: string

Outputs: Name: api_key Type: string

12.38. Input Workers¶

Following are the workers for this group of workers

*INPUT_OUTPUT¶

Description: Input output worker

Syntax: input_output()

Inputs:

Outputs:

*INPUT_SPLIT¶

Description: Input Split

Syntax: input_split(input1)

Inputs: - Name: input1 - Type: scalar

Outputs: Name: output1 Type: scalar Name: output2 Type: text

12.39. Apply Workers¶

Following are the workers for this group of workers

*APPLY_RESULT_TEMPLATE¶

Description: Apply Result Template worker

Syntax: apply_result_template(apply_template_worker_sim_id,apply_template_worker_rt_id,apply_template_worker_rt_auto_save)

Inputs: - Name: apply_template_worker_sim_id - Type: remote_lookup

Name: apply_template_worker_rt_id
Type: remote_lookup
Name: apply_template_worker_rt_auto_save
Type: select
Default: yes

Outputs:

*APPLY_TEMPLATES¶

Description:

Syntax: apply_templates(username)

Inputs: - Name: username - Type: string

Outputs: Name: user_id Type: string

*APPLY_TEMPLATE_VIEW¶

Description:

Syntax: apply_template_view(template_data,lucy_long_preview,applicaiton_filter)

Inputs: - Name: template_data - Type: string

Name: lucy_long_preview
Type: string
Name: applicaiton_filter
Type: string

Outputs:

*APPLY_TRANSFORMATIONS¶

Description:

Syntax: apply_transformations(new_responses)

Inputs: - Name: new_responses - Type: string

Outputs: Name: transformations Type: string

12.40. Binout Workers¶

Following are the workers for this group of workers

*BINOUT_EXTRACTOR¶

Description: Binout Extractor

Syntax: binout_extractor(simulation_id,name,binout_file,binout_components,binout_ids,auto_save)

Inputs: - Name: simulation_id - Type: remote_lookup

Name: name
Type:
Name: binout_file
Type: text
Name: binout_components
Type: text
Name: binout_ids
Type: text
Name: auto_save
Type: select
Default: no

Outputs: Name: binout_output Type: vector

*BINOUT_EXTRACTOR¶

Description:

Syntax: binout_extractor(lucy_long_preview,filters)

Inputs: - Name: lucy_long_preview - Type: string

Name: filters
Type: string

Outputs: Name: results Type: string Name: filters Type: string

12.41. Study Workers¶

Following are the workers for this group of workers

*STUDY_RESPONSES¶

Description: Get Responses from Study

Syntax: study_responses(input_study_id,input_response_names)

Inputs: - Name: input_study_id - Type: remote_lookup

Name: input_response_names
Type: text

Outputs:

*STUDY_GET_SIMULATIONS¶

Description: Gets simulations belonging to the study

Syntax: study_get_simulations(study_id)

Inputs: - Name: study_id - Type: remote_lookup

Outputs: Name: Type: integer Name: Type: dataset Name: Type: dataset

*STUDY_COMPARE_WITH_PHYSICALTEST¶

Description: Gets simulations belonging to the study

Syntax: study_compare_with_physicaltest(study_id,physicaltest_id,responsetemplate_id)

Inputs: - Name: study_id - Type: remote_lookup

Name: physicaltest_id
Type: remote_lookup
Name: responsetemplate_id
Type: remote_lookup

Outputs: Name: Type: scalar Name: Type: dataset Name: Type: dataset

*STUDY_APPLY_RESULT_TEMPLATE¶

Description: Applies a response template to all simulations or physicaltests in a Study

Syntax: study_apply_result_template(study_id,responsetemplate_id,auto_save)

Inputs: - Name: study_id - Type: remote_lookup

Name: responsetemplate_id
Type: remote_lookup
Name: auto_save
Type: select

Outputs: Name: Type: integer Name: Type: dataset Name: Type: dataset

*STUDY_COMPUTE_CURVE_MATCH_WITH_PHYSICALTEST¶

Description: Computes the difference between all tests or simulations in a study with a given test

Syntax: study_compute_curve_match_with_physicaltest(study_id,physicaltest_id,response_name,new_response_name,match_type,xmin,xmax,ndig,normalize,auto_save)

Inputs: - Name: study_id - Type: remote_lookup

Name: physicaltest_id
Type: remote_lookup
Name: response_name
Type: text
Name: new_response_name
Type: text
Name: match_type
Type: list
Name: xmin
Type: text
Default: -1e20
Name: xmax
Type: text
Default: 1e20
Name: ndig
Type: text
Default: 1e20
Name: normalize
Type: text
Default: yes
Name: auto_save
Type: text
Default: yes

Outputs: Name: Type: integer Name: Type: dataset Name: Type: vector

*STUDY_COMPILE_OPTIMIZATION_RESULTS_BY_TEMPLATE¶

Description: Compiles the results based on a template and returns in a format that can be consumed by a optimizer for ML/AI

Syntax: study_compile_optimization_results_by_template(study_id,responsetemplate_id,objective,format)

Inputs: - Name: study_id - Type: remote_lookup

Name: responsetemplate_id
Type: remote_lookup
Name: objective
Type: text
Name: format
Type: select

Outputs: Name: Type: integer Name: Type: dataset Name: Type: dataset

12.42. Simlytiks Workers¶

Following are the workers for this group of workers

*SIMLYTIKS_SIMULATIONS_VIEWER¶

Description: View Simulations in Simlytiks

Syntax: simlytiks_simulations_viewer(input_simulations,input_template_id)

Inputs: - Name: input_simulations - Type: remote_lookup

Name: input_template_id
Type: remote_lookup

Outputs: Name: Responses Dataset Type: dataset

*SIMLYTIKS_PHYSICALTESTS_VIEWER¶

Description: View Physicaltests in Simlytiks

Syntax: simlytiks_physicaltests_viewer(input_physicaltests,input_template_id)

Inputs: - Name: input_physicaltests - Type: remote_lookup

Name: input_template_id
Type: remote_lookup

Outputs: Name: Type: simlytiks_data

*SIMLYTIKS_VIEWER_BY_DATASET¶

Description: View Simlytiks

Syntax: simlytiks_viewer_by_dataset(input_simulations,input_template_id)

Inputs: - Name: input_simulations - Type: dataset

Name: input_template_id
Type: remote_lookup

Outputs: Name: Type: simlytiks_data

12.43. Lsdyna Workers¶

Following are the workers for this group of workers

*LSDYNA_PARSE_PARAMETERS_FROM_TEXT¶

Description: LS-DYNA Parse Parameters from Text

Syntax: lsdyna_parse_parameters_from_text(file_input_text,solver_type,constants,min_percentage,max_percentage,step_percentage)

Inputs: - Name: file_input_text - Type: textarea

Name: solver_type
Type: select
Name: constants
Type: scalar
Name: min_percentage
Type: scalar
Default: 50
Name: max_percentage
Type: scalar
Default: 50
Name: step_percentage
Type: scalar
Default: 20

Outputs: Name: Parameters Type: dataset

*LSDYNA_PARSE_PARAMETERS_FROM_FILE¶

Description: LS-DYNA Parse Parameters from File

Syntax: lsdyna_parse_parameters_from_file(file_input_file,solver_type,constants,min_percentage,max_percentage,step_percentage)

Inputs: - Name: file_input_file - Type: file

Name: solver_type
Type: select
Name: constants
Type: scalar
Name: min_percentage
Type: scalar
Default: 50
Name: max_percentage
Type: scalar
Default: 50
Name: step_percentage
Type: scalar
Default: 20

Outputs: Name: Parameters Type: dataset

*LSDYNA_MATERIAL_TO_DATABASE¶

Description: Converts LS-DYNA Material to Database JSON

Syntax: lsdyna_material_to_database(database_name,lsdyna_file,include_mat_add_erosion,parent_database_id,meta_file,order_columns,map_columns)

Inputs: - Name: database_name - Type: text

Name: lsdyna_file
Type: file
Name: include_mat_add_erosion
Type: select
Default: no
Name: parent_database_id
Type: remote_lookup
Name: meta_file
Type: dataset
Name: order_columns
Type: select
Default: no
Name: map_columns
Type: mapper

Outputs: Name: Type: integer

*LSDYNA_MATERIAL_CURVE_VALIDATION¶

Description: Performs LS-DYNA Material Curves Validation

Syntax: lsdyna_material_curve_validation(lsdyna_file,perform_smoothing)

Inputs: - Name: lsdyna_file - Type: file

Name: perform_smoothing
Type: select

Outputs: Name: Type: text Name: Type: dataset Name: Type: dataset

*LSDYNA_MATERIAL_REMOVE_STRAIN_RATES¶

Description: Removes strain-rate dependency

Syntax: lsdyna_material_remove_strain_rates(lsdyna_file)

Inputs: - Name: lsdyna_file - Type: file

Outputs: Name: Type: text Name: Type: dataset Name: Type: dataset

*LSDYNA_ADD_MATERIAL_TO_EXISTING_DATABASE¶

Description: Add LS-DYNA Material to Existing Database

Syntax: lsdyna_add_material_to_existing_database(database_id,lsdyna_file,add_or_replace,preview,include_mat_add_erosion,meta_file)

Inputs: - Name: database_id - Type: remote_lookup

Name: lsdyna_file
Type: file
Name: add_or_replace
Type: select
Name: preview
Type: select
Name: include_mat_add_erosion
Type: select
Name: meta_file
Type: file

Outputs: Name: Type: integer Name: Type: dataset Name: Type: integer

*LSDYNA_GET_CURVE_VALUES_AS_PARAMETERS¶

Description: Converts LS-DYNA Material to Database JSON

Syntax: lsdyna_get_curve_values_as_parameters(input_file,curve_id)

Inputs: - Name: input_file - Type: file

Name: curve_id
Type: text

Outputs: Name: Type: dataset

*LSDYNA_REPLACE_CURVE_VALUES_FROM_LSOPT_PARAMETERS¶

Description: Replaces parameters from LSOPT

Syntax: lsdyna_replace_curve_values_from_lsopt_parameters(input_file,curve_id,parameters)

Inputs: - Name: input_file - Type: file

Name: curve_id
Type: text
Name: parameters
Type: dataset

Outputs: Name: Type: vector

12.44. Linear Workers¶

Following are the workers for this group of workers

*LINEAR_REGRESSION¶

Description: Linear Regression

Syntax: linear_regression(independent,dependent,optimize,minimum,maximum,step,objective,order)

Inputs: - Name: independent - Type: scalar

Name: dependent
Type: scalar
Name: optimize
Type: select
Name: minimum
Type: scalar
Name: maximum
Type: scalar
Name: step
Type: scalar
Default: 0.0001
Name: objective
Type: select
Name: order
Type: select

Outputs: Name: Type: scalar Name: Type: scalar Name: Type: keyvalue Name: Type: keyvalue Name: idc Type: vector

12.45. Doe Workers¶

Following are the workers for this group of workers

*DOE_SAMPLING_POINT_GENERATOR¶

Description: Generates samping points from variables

Syntax: doe_sampling_point_generator(variables,sampling_type,num_points_per_variable,num_experiments,normalize)

Inputs: - Name: variables - Type: dataset

Name: sampling_type
Type: select
Name: num_points_per_variable
Type: scalar
Name: num_experiments
Type: scalar
Name: normalize
Type: select

Outputs: Name: Type: integer Name: Type: dataset

*DOE_STUDY_LAUNCHER_FROM_SIMULATION¶

Description: Launch DOE Study from Simulation

Syntax: doe_study_launcher_from_simulation(study_name,study_description,source_simulation_id,parameters,hpc_settings,responsetemplate_id,baseline_only)

Inputs: - Name: study_name - Type: scalar

Name: study_description
Type: text
Name: source_simulation_id
Type: remote_lookup
Name: parameters
Type: dataset
Name: hpc_settings
Type: remote_lookup
Name: responsetemplate_id
Type: remote_lookup
Name: baseline_only
Type: select

Outputs: Name: name Type: integer Name: name Type: dataset

*DOE_STUDY_CURVE_EXTRAPOLATION¶

Description: Launch DOE Study from Simulation

Syntax: doe_study_curve_extrapolation(study_name,study_description,source_simulation_id,effective_curve,experiments,map_parameters,extrapolation_type,last_strain,increment,curve_id,baseline_only)

Inputs: - Name: study_name - Type: scalar

Name: study_description
Type: text
Name: source_simulation_id
Type: remote_lookup
Name: effective_curve
Type: vector
Name: experiments
Type: dataset
Name: map_parameters
Type: dataset
Name: extrapolation_type
Type: select
Name: last_strain
Type: text
Name: increment
Type: text
Name: curve_id
Type: text
Name: baseline_only
Type: select

Outputs: Name: name Type: integer Name: name Type: dataset Name: name Type: vector

*DOE_STUDY_CURVE_OPTIMIZER¶

Description: Creates study to optimize curve

Syntax: doe_study_curve_optimizer(study_name,study_description,source_simulation_id,experiments,curve_id,baseline_only)

Inputs: - Name: study_name - Type: scalar

Name: study_description
Type: text
Name: source_simulation_id
Type: remote_lookup
Name: experiments
Type: dataset
Name: curve_id
Type: text
Name: baseline_only
Type: select

Outputs: Name: name Type: integer Name: name Type: dataset Name: name Type: vector

12.46. Generate Workers¶

Following are the workers for this group of workers

*GENERATE_SAMPLE_TEST_DATA¶

Description: Generates sample test data with Responses

Syntax: generate_sample_test_data(sample_type,sample_name)

Inputs: - Name: sample_type - Type: select

Name: sample_name
Type: text

Outputs: Name: Type: integer

*GENERATE_PREVIEW¶

Description:

Syntax: generate_preview(solver_log_file,solver_version,solver_type)

Inputs: - Name: solver_log_file - Type: string

Name: solver_version
Type: string
Name: solver_type
Type: string

Outputs:

*GENERATE_SERVER_CONFIG¶

Description:

Syntax: generate_server_config(scheduler_bin_path,scheduler_type)

Inputs: - Name: scheduler_bin_path - Type: string

Name: scheduler_type
Type: string

Outputs:

12.47. Lsopt Workers¶

Following are the workers for this group of workers

*LSOPT_CREATE_SAMPLING_POINTS¶

Description: Create sampling point from LS-OPT

Syntax: lsopt_create_sampling_points(parameters,sampling_scheme,points_per_variable,num_simulations)

Inputs: - Name: parameters - Type: dataset - Default: Array

Name: sampling_scheme
Type: select
Name: points_per_variable
Type: select
Name: num_simulations
Type: select

Outputs: Name: Type: dataset

*LSOPT_RESULTS_IMPORTER¶

Description: LS-OPT Results Importer

Syntax: lsopt_results_importer(parameters,results,objective,objective_type)

Inputs: - Name: parameters - Type: dataset

Name: results
Type: dataset
Name: objective
Type: input
Name: objective_type
Type: select

Outputs: Name: Type: dataset

*LSOPT_COMBINE_COMPILED_VALUES¶

Description: LS-OPT Combine

Syntax: lsopt_combine_compiled_values(parameters,baseline_results,iteration_results,baseline_column,iterative_column,new_column,column_math)

Inputs: - Name: parameters - Type: dataset

Name: baseline_results
Type: dataset
Name: iteration_results
Type: dataset
Name: baseline_column
Type: text
Name: iterative_column
Type: text
Name: new_column
Type: text
Name: column_math
Type: text

Outputs: Name: Type: dataset

*LSOPT_SAMPLE_PLUGIN¶

Description: Outputs data points using LS-Opt

Syntax: lsopt_sample_plugin(,output_file_name,lsopt_binary)

Inputs: - Name: - Type: string

Name: output_file_name
Type: string
Name: lsopt_binary
Type: string

Outputs:

*LSOPT_IMPORT_PLUGIN¶

Description: Import user results and optimize variables using Ls-Opt

Syntax: lsopt_import_plugin(,output_file_name,lsopt_binary)

Inputs: - Name: - Type: string

Name: output_file_name
Type: string
Name: lsopt_binary
Type: string

Outputs:

12.48. Create Workers¶

Following are the workers for this group of workers

*CREATE_TEMPLATE_FROM_JSON¶

Description: Create template from JSON

Syntax: create_template_from_json(json,remove_existing)

Inputs: - Name: json - Type: textarea

Name: remove_existing
Type: scalar

Outputs:

*CREATE_SCENE_DATA_PLUGIN¶

Description:

Syntax: create_scene_data_plugin()

Inputs:

Outputs:

*CREATE_COMMAND_FILE_PLUGIN¶

Description:

Syntax: create_command_file_plugin()

Inputs:

Outputs:

12.49. Get Workers¶

Following are the workers for this group of workers

*GET_TEMPLATE_AS_JSON¶

Description: Get template as JSON

Syntax: get_template_as_json(template_id)

Inputs: - Name: template_id - Type: remote_lookup

Outputs: Name: Type: responsetemplate Name: Type: text

*GET_TIMEZONES¶

Description: Get Timezones

Syntax: get_timezones()

Inputs:

Outputs: Name: Timezones Type: list

*GET_SOLVER_CMD_PLUGIN¶

Description: Generates a solver command

Syntax: get_solver_cmd_plugin(job_json,server_name)

Inputs: - Name: job_json - Type: string

Name: server_name
Type: string

Outputs:

*GET_TEMPLATES¶

Description:

Syntax: get_templates(lucy_solver_simulation,solver_type,response_template)

Inputs: - Name: lucy_solver_simulation - Type: string

Name: solver_type
Type: string
Name: response_template
Type: string

Outputs: Name: templates Type: string

12.50. Rename Workers¶

Following are the workers for this group of workers

*RENAME_TEMPLATE¶

Description: Rename template

Syntax: rename_template(new_name,template_id)

Inputs: - Name: new_name - Type: scalar

Name: template_id
Type: remote_lookup

Outputs: Name: Type: integer

12.51. Responsetemplate Workers¶

Following are the workers for this group of workers

*RESPONSETEMPLATE_GATHER_SENSORS¶

Description: Gather sensors from a responetemplate

Syntax: responsetemplate_gather_sensors(rt_id)

Inputs: - Name: rt_id - Type: remote_lookup

Outputs: Name: Type: scalar Name: Type: dataset

*RESPONSETEMPLATE_SANITIZE¶

Description: Sanitize Resposnetemplate

Syntax: responsetemplate_sanitize(rt_json_id)

Inputs: - Name: rt_json_id - Type: file

Outputs: Name: Type: text

*RESPONSETEMPLATE_CONFIGURE_SENSORS¶

Description: Configure sensors from a responetemplate

Syntax: responsetemplate_configure_sensors(rt_id,sensors)

Inputs: - Name: rt_id - Type: remote_lookup

Name: sensors
Type: dataset

Outputs: Name: Type: scalar Name: Type: dataset

12.52. Excel Workers¶

Following are the workers for this group of workers

*EXCEL_TO_DATABASE¶

Description: Converts Excel to database

Syntax: excel_to_database(database_name,database_desc,excel_file,excel_format)

Inputs: - Name: database_name - Type: text

Name: database_desc
Type: text
Name: excel_file
Type: file
Name: excel_format
Type: select

Outputs: Name: Type: dataset

12.53. Database Workers¶

Following are the workers for this group of workers

*DATABASE_CREATE_RECORD¶

Description: Creates a record into a database

Syntax: database_create_record(database_id)

Inputs: - Name: database_id - Type: remote_lookup

Outputs: Name: Type: scalar

*DATABASE_DELETE_RECORD¶

Description: Deletes record from a database

Syntax: database_delete_record(database_id)

Inputs: - Name: database_id - Type: remote_lookup

Outputs: Name: Type: scalar

*DATABASE_SIMULATION_RESPONSE_IMPORTER¶

Description: Creates or Replaces a record into the database based on simulation responses

Syntax: database_simulation_response_importer(database_id,simulation_id,parent_simulation_id,simulation_input_id,parent_simulation_input_id,create_replace)

Inputs: - Name: database_id - Type: remote_lookup

Name: simulation_id
Type: remote_lookup
Name: parent_simulation_id
Type: remote_lookup
Name: simulation_input_id
Type: scalar
Default: simulation_id
Name: parent_simulation_input_id
Type: scalar
Default: parent_simulation_id
Name: create_replace
Type: select

Outputs: Name: Type: scalar

*DATABASE_GET_VECTOR_COLUMN¶

Description: Gets a vector column from a database

Syntax: database_get_vector_column(database_id,column_name)

Inputs: - Name: database_id - Type: remote_lookup

Name: column_name
Type: text

Outputs: Name: Type: scalar Name: Type: vector

*DATABASE_TIMEZONE_CONVERTER¶

Description: Timezone Converter

Syntax: database_timezone_converter(source_tz,duration)

Inputs: - Name: source_tz - Type: text

Name: duration
Type: text

Outputs: Name: slept Type: integer

*DATABASE_CONNECTOR¶

Description: Provides simple movie editing features

Syntax: database_connector(database_type,database_host,options)

Inputs: - Name: database_type - Type: scalar

Name: database_host
Type: select
Name: options
Type: textarea

Outputs: Name: Type: movie Name: Type: dataset

12.54. Dic Workers¶

Following are the workers for this group of workers

*DIC_SIM_ONE_STATE¶

Description: Compares dic data csv with simulation

Syntax: dic_sim_one_state(dic_file_csv,dic_time_state_disp_csv,simulation_id,rotation_deg,point_increment,time_scale,top_dic_percent,d3plot_anim_state)

Inputs: - Name: dic_file_csv - Type: file

Name: dic_time_state_disp_csv
Type: textarea
Name: simulation_id
Type: remote_lookup
Name: rotation_deg
Type: text
Default: 90
Name: point_increment
Type: text
Default: 4
Name: time_scale
Type: text
Default: 1.0
Name: top_dic_percent
Type: text
Default: 1
Name: d3plot_anim_state
Type: text
Default: -1.0

Outputs: Name: Type: integer

*DIC_PLUGIN¶

Description:

Syntax: dic_plugin(d3plot_file_name,output_file_name,csv_file_name,dic_file_name,summary,states,bound_box_scale,prefix,point_increment,rotate_z,top_n_percent,time_scale,timeout)

Inputs: - Name: d3plot_file_name - Type: string

Name: output_file_name
Type: string
Name: csv_file_name
Type: string
Name: dic_file_name
Type: string
Name: summary
Type: string
Name: states
Type: string
Name: bound_box_scale
Type: string
Name: prefix
Type: string
Name: point_increment
Type: string
Name: rotate_z
Type: string
Name: top_n_percent
Type: string
Name: time_scale
Type: string
Name: timeout
Type: string

Outputs:

12.55. Ml Workers¶

Following are the workers for this group of workers

*ML_DECISION_TREE_TRAIN¶

Description: Train or classify using Decision Tree

Syntax: ml_decision_tree_train(database_id,train_column,drop_columns)

Inputs: - Name: database_id - Type: text

Name: train_column
Type: file
Name: drop_columns
Type: scalar

Outputs: Name: Train Model Type: text

*ML_CLEAN¶

Description:

Syntax: ml_clean(bin_replace,bin_values,bin_lookup,fill_type,keep,lucy_output_type,output,input,drop_column,order,bins)

Inputs: - Name: bin_replace - Type: string

Name: bin_values
Type: string
Name: bin_lookup
Type: string
Name: fill_type
Type: string
Name: keep
Type: string
Name: lucy_output_type
Type: string
Name: output
Type: string
Name: input
Type: string
Name: drop_column
Type: string
Name: order
Type: string
Name: bins
Type: string

Outputs:

*ML_PREDICT_MODEL¶

Description:

Syntax: ml_predict_model(model_file,label,headers,output,input,response,lucy_output_type)

Inputs: - Name: model_file - Type: string

Name: label
Type: string
Name: headers
Type: string
Name: output
Type: string
Name: input
Type: string
Name: response
Type: string
Name: lucy_output_type
Type: string

Outputs:

*ML_MINIMIZE¶

Description:

Syntax: ml_minimize(ss,settings)

Inputs: - Name: ss - Type: string

Name: settings
Type: string

Outputs:

*ML_PREDICT¶

Description:

Syntax: ml_predict(simulation_id,window_size,user_id,api_url,input_curve,simulation,training_curve,training_steps)

Inputs: - Name: simulation_id - Type: string

Name: window_size
Type: string
Name: user_id
Type: string
Name: api_url
Type: string
Name: input_curve
Type: string
Name: simulation
Type: string
Name: training_curve
Type: string
Name: training_steps
Type: string

Outputs: Name: window_size Type: string Name: training_steps Type: string

*ML_LEARN¶

Description:

Syntax: ml_learn(pv,nc,clabel,bandwidth,criterion,mfile,input,response,lucy_output_type)

Inputs: - Name: pv - Type: string

Name: nc
Type: string
Name: clabel
Type: string
Name: bandwidth
Type: string
Name: criterion
Type: string
Name: mfile
Type: string
Name: input
Type: string
Name: response
Type: string
Name: lucy_output_type
Type: string

Outputs: Name: criterion Type: string

12.56. Nvh Workers¶

Following are the workers for this group of workers

*NVH_AVERAGE_RUNS¶

Description: Average runs from tests

Syntax: nvh_average_runs(input_pt_id,input_database_id,runs_to_average,create_new_test,new_test_name)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup
Name: runs_to_average
Type: text
Name: create_new_test
Type: select
Name: new_test_name
Type: text

Outputs: Name: Type: integer

*NVH_COMPUTE_VELOCITY¶

Description: Compute velocity data

Syntax: nvh_compute_velocity(input_pt_id,input_database_id,locations,create_new_test,new_test_name)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup
Name: locations
Type: text
Name: create_new_test
Type: select
Name: new_test_name
Type: text

Outputs: Name: Type: integer

*NVH_COMPUTE_VECTOR_SUM¶

Description: Compute velocity data

Syntax: nvh_compute_vector_sum(input_pt_id,input_database_id,locations,create_new_test,new_test_name)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup
Name: locations
Type: text
Name: create_new_test
Type: select
Name: new_test_name
Type: text

Outputs: Name: Type: integer

*NVH_DYNAMIC_STIFFNESS¶

Description: Compute dynamic stiffness

Syntax: nvh_dynamic_stiffness(input_pt_id,input_database_id,create_new_test,new_test_name)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup
Name: create_new_test
Type: select
Name: new_test_name
Type: text

Outputs: Name: Type: integer

*NVH_PHYSICALTEST_BODY_SENSITIVITY_DATA_SCANNER¶

Description: Scans the NVH Body sensitivity test-data

Syntax: nvh_physicaltest_body_sensitivity_data_scanner(input_pt_id,input_database_id)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup

Outputs: Name: Type: integer Name: Type: dataset

*NVH_PHYSICALTEST_SAVE_TO_BODY_SENSITIVITY_DATABASE¶

Description: Scans the NVH Body sensitivity test-data

Syntax: nvh_physicaltest_save_to_body_sensitivity_database(input_pt_id,input_database_id)

Inputs: - Name: input_pt_id - Type: remote_lookup

Name: input_database_id
Type: remote_lookup

Outputs: Name: Type: integer Name: Type: integer Name: Type: integer Name: Type: database

12.57. Movie Workers¶

Following are the workers for this group of workers

*MOVIE_EDITOR¶

Description: Provides simple movie editing features

Syntax: movie_editor(movie,task,options)

Inputs: - Name: movie - Type: file

Name: task
Type: select
Name: options
Type: textarea

Outputs: Name: Type: movie Name: Type: dataset

12.58. Extract Workers¶

Following are the workers for this group of workers

*EXTRACT_KEYWORD_PLUGIN¶

Description:

Syntax: extract_keyword_plugin()

Inputs:

Outputs:

*EXTRACT_D3PLOT_WORKFLOW_PLUGIN¶

Description:

Syntax: extract_d3plot_workflow_plugin()

Inputs:

Outputs:

*EXTRACT_D3HSP_PLUGIN¶

Description:

Syntax: extract_d3hsp_plugin()

Inputs:

Outputs:

*EXTRACT_DAT_PLUGIN¶

Description: Runs extractor

Syntax: extract_dat_plugin(,output_file_name,channels,summary_file_name,summary_output_type,indent)

Inputs: - Name: - Type: string

Name: output_file_name
Type: string
Name: channels
Type: string
Name: summary_file_name
Type: string
Name: summary_output_type
Type: string
Name: indent
Type: string

Outputs:

*EXTRACT_JS3D_PLUGIN¶

Description:

Syntax: extract_js3d_plugin()

Inputs:

Outputs:

*EXTRACT_D3PLOT_PLUGIN¶

Description:

Syntax: extract_d3plot_plugin()

Inputs:

Outputs:

*EXTRACT_PUNCH_WORKFLOW_PLUGIN¶

Description:

Syntax: extract_punch_workflow_plugin()

Inputs:

Outputs:

*EXTRACT_KEYWORD_MATERIAL_PLUGIN¶

Description:

Syntax: extract_keyword_material_plugin(file_name,output_file,output_hardening,include_add_erosion,use_scale_and_offset,var_input_file,include_var_materials,indent)

Inputs: - Name: file_name - Type: string

Name: output_file
Type: string
Name: output_hardening
Type: string
Name: include_add_erosion
Type: string
Name: use_scale_and_offset
Type: string
Name: var_input_file
Type: string
Name: include_var_materials
Type: string
Name: indent
Type: string

Outputs:

*EXTRACT_UNV_PLUGIN¶

Description: Runs extractor

Syntax: extract_unv_plugin(input_file_name,filter_json,map_file_name,output_file_name,output_json,output_csv,summary_flag,indent,output_dir,rsp_per_file)

Inputs: - Name: input_file_name - Type: string

Name: filter_json
Type: string
Name: map_file_name
Type: string
Name: output_file_name
Type: string
Name: output_json
Type: string
Name: output_csv
Type: string
Name: summary_flag
Type: string
Name: indent
Type: string
Name: output_dir
Type: string
Name: rsp_per_file
Type: string

Outputs:

*EXTRACT_MDF_PLUGIN¶

Description: Runs extractor

Syntax: extract_mdf_plugin(,output_file_name,channels,summary_file_name,summary_output_type,indent)

Inputs: - Name: - Type: string

Name: output_file_name
Type: string
Name: channels
Type: string
Name: summary_file_name
Type: string
Name: summary_output_type
Type: string
Name: indent
Type: string

Description:

Syntax: rescale_watchdog(username,hpc_server,solver_version,loadcase_name,solver_log_file,description,test_only,job,loadcase_id,sent_files,product_type_in,study,project_id,job_name,solver_type)

Inputs: - Name: username - Type: string

Name: hpc_server
Type: string
Name: solver_version
Type: string
Name: loadcase_name
Type: string
Name: solver_log_file
Type: string
Name: description
Type: string
Name: test_only
Type: string
Name: job
Type: string
Name: loadcase_id
Type: string
Name: sent_files
Type: string
Name: product_type_in
Type: string
Name: study
Type: string
Name: project_id
Type: string
Name: job_name
Type: string
Name: solver_type
Type: string

Outputs: Name: solverresultset_id Type: string Name: api_key Type: string Name: sent_files Type: string Name: job_id Type: string Name: id Type: string

*RESCALE_DOWNLOAD¶

Description:

Syntax: rescale_download(username,scratch_dir,api_key,job_id)

Inputs: - Name: username - Type: string

Name: scratch_dir
Type: string
Name: api_key
Type: string
Name: job_id
Type: string

Outputs: Name: scratch_dir Type: string

*RESCALE_START¶

Description:

Syntax: rescale_start(username,api_url,hpc_server)

Inputs: - Name: username - Type: string

Name: api_url
Type: string
Name: hpc_server
Type: string

Outputs:

*RESCALE_PREVIEW¶

Description:

Syntax: rescale_preview(scratch_dir,job,api_key,to_dir)

Inputs: - Name: scratch_dir - Type: string

Name: job
Type: string
Name: api_key
Type: string
Name: to_dir
Type: string

Outputs: Name: scratch_dir Type: string

*RESCALE_COMPRESSION¶

Description:

Syntax: rescale_compression(hpc_server)

Inputs: - Name: hpc_server - Type: string

Outputs:

*RESCALE_STATUS¶

Description:

Syntax: rescale_status(hpc_server)

Inputs: - Name: hpc_server - Type: string

Outputs:

*RESCALE_CRONJOB¶

Description:

Syntax: rescale_cronjob(scratch_dir,job_link_dir,api_url,api_keys)

Inputs: - Name: scratch_dir - Type: string

Name: job_link_dir
Type: string
Name: api_url
Type: string
Name: api_keys
Type: string

Outputs: Name: api_url Type: string

12.61. License Workers¶

Following are the workers for this group of workers

*LICENSE_PARSER¶

Description:

Syntax: license_parser(license_file,total,remote,license_map,date_regex)

Inputs: - Name: license_file - Type: string

Name: total
Type: string
Name: remote
Type: string
Name: license_map
Type: string
Name: date_regex
Type: string

Following are the workers for this group of workers

*DISK_CHECK¶

Description:

Syntax: disk_check(threshold,ignored,hostname,email,test_only)

Inputs: - Name: threshold - Type: string

Name: ignored
Type: string
Name: hostname
Type: string
Name: email
Type: string
Name: test_only
Type: string

Outputs: Name: ignored Type: string

12.66. Delete Workers¶

Following are the workers for this group of workers

*DELETE_TEMPLATE_RESPONSES¶

Description:

Syntax: delete_template_responses(templates)

Inputs: - Name: templates - Type: string

Outputs:

*DELETE_FILES¶

Description:

Syntax: delete_files(included_files)

Inputs: - Name: included_files - Type: string

Outputs: Name: deleted_files Type: string

12.67. Queue Workers¶

Following are the workers for this group of workers

*QUEUE_BALANCER¶

Name: json_path
Type: string
Name: base_command
Type: string

Outputs: Name: base_command Type: string

12.74. Model Workers¶

Following are the workers for this group of workers

*MODEL_DISPLACEMENT_PLUGIN¶

Description:

Syntax: model_displacement_plugin(file_name,output_file_name,transform_nodes,part_ids,indent,timeout,state_inc,js3d_output,json_output,multi_curve)

Inputs: - Name: file_name - Type: string

Name: output_file_name
Type: string
Name: transform_nodes
Type: string
Name: part_ids
Type: string
Name: indent
Type: string
Name: timeout
Type: string
Name: state_inc
Type: string
Name: js3d_output
Type: string
Name: json_output
Type: string
Name: multi_curve
Type: string

Outputs:

12.75. Replay Workers¶

Following are the workers for this group of workers

*REPLAY¶

Description:

Syntax: replay(max_sleep,main_input_file,interval,multiplier)

Inputs: - Name: max_sleep - Type: string

Name: main_input_file
Type: string
Name: interval
Type: string
Name: multiplier
Type: string

Outputs: Name: main_input_file Type: string

12.76. Import Workers¶

Following are the workers for this group of workers

*IMPORT_SERVER_CONFIG¶

Description:

Syntax: import_server_config(from_files,only_import_queues,only_import_solvers,custom_queue_xml)

Inputs: - Name: from_files - Type: string

Name: only_import_queues
Type: string
Name: only_import_solvers
Type: string
Name: custom_queue_xml
Type: string

Outputs:

12.77. Lexical Workers¶

Following are the workers for this group of workers

*LEXICAL_PARSER¶

Description:

Syntax: lexical_parser()

Inputs:

Outputs:

12.78. Autoscale Workers¶

Following are the workers for this group of workers

*AUTOSCALE¶

Description:

Syntax: autoscale(test_only,custom_command,port,server_name)

Inputs: - Name: test_only - Type: string

Name: custom_command
Type: string
Name: port
Type: string
Name: server_name
Type: string

Outputs:

12.79. Sync Workers¶

Following are the workers for this group of workers

*SYNC_JOBS¶

Description:

Syntax: sync_jobs(num_threads)

Inputs: - Name: num_threads - Type: string

Outputs:

*SYNC_FILES¶

Description:

Syntax: sync_files(test_only,solverresultset_id,simulation,sent_files,solver_type)

Inputs: - Name: test_only - Type: string

Name: solverresultset_id
Type: string
Name: simulation
Type: string
Name: sent_files
Type: string
Name: solver_type
Type: string

Outputs: Name: user_id Type: string Name: sent_files Type: string Name: simulation Type: string

*SYNC_RESPONSES¶

Description:

Syntax: sync_responses(test_only,solverresultset_id,simulation)

Inputs: - Name: test_only - Type: string

Name: solverresultset_id
Type: string
Name: simulation
Type: string

Outputs: Name: user_id Type: string Name: simulation Type: string

*SYNC_HPC_SERVER¶

Description:

Syntax: sync_hpc_server(server_to_update)

Inputs: - Name: server_to_update - Type: string

Following are the workers for this group of workers

*PACK_DYNA¶

Description:

Syntax: pack_dyna(solver_input,output_directory)

Inputs: - Name: solver_input - Type: string

Name: output_directory
Type: string

Outputs:

12.85. Proxy Workers¶

Following are the workers for this group of workers

*PROXY¶

Description:

Syntax: proxy(username,recursive,wrapper,job_dir,command,argv,lucy_output_type,tsv,command_type,user_name,client_address)

Inputs: - Name: username - Type: string

Name: recursive
Type: string
Name: wrapper
Type: string
Name: job_dir
Type: string
Name: command
Type: string
Name: argv
Type: string
Name: lucy_output_type
Type: string
Name: tsv
Type: string
Name: command_type
Type: string
Name: user_name
Type: string
Name: client_address
Type: string

Outputs: Name: command Type: string Name: command_type Type: string Name: proxy_source Type: string Name: client_address Type: string Name: argv Type: string

*PROXY_SERVER¶

Name: solver_version
Type: string
Name: solver_log_file
Type: string
Name: truncate_log
Type: string
Name: test_only
Type: string
Name: sent_files
Type: string
Name: short_preview_templates
Type: string
Name: solver_type
Type: string

Outputs: Name: lucy_long_preview Type: string Name: sent_files Type: string

*PREVIEW_REALTIME¶

Description:

Syntax: preview_realtime(d3view_job_id,sent_files,port,user_name,simulation)

Inputs: - Name: d3view_job_id - Type: string

Name: sent_files
Type: string
Name: port
Type: string
Name: user_name
Type: string
Name: simulation
Type: string

Outputs: Name: port Type: string

12.98. Barrier Workers¶

Following are the workers for this group of workers

*BARRIER_MEASUREMENT_PLUGIN¶

Description: Produces a js3d from a point cloud of deformed and undeformed points

Syntax: barrier_measurement_plugin(undeformed_file_name,deformed_file_name,output_file_name,transform_cs,displace_distance,input_step,output_step,assessment_area,bin_size,plot_undeformed,plot_projections,show_vis,default_distance,direction_vector,use_grid,grid_point_distance,surface_size,show_surfaces,plot_deformed,d3plot_name,d3plot_part,boundary_parts,d3plot_rigid_part,crop_outliers,compare1,compare2,indent,cladding_bottom_dist,cladding_top_dist,vehicle_width,vehicle_centerline_offset,timeout,csv_output,rotate_barrier,morphtargets,transform_to_original,plot_at_default_distance,num_states,fringe_min,fringe_max,fringe_inc,state_inc,vehicle_parts,include_spheres)

Inputs: - Name: undeformed_file_name - Type: string

Name: deformed_file_name
Type: string
Name: output_file_name
Type: string
Name: transform_cs
Type: string
Name: displace_distance
Type: string
Name: input_step
Type: string
Name: output_step
Type: string
Name: assessment_area
Type: string
Name: bin_size
Type: string
Name: plot_undeformed
Type: string
Name: plot_projections
Type: string
Name: show_vis
Type: string
Name: default_distance
Type: string
Name: direction_vector
Type: string
Name: use_grid
Type: string
Name: grid_point_distance
Type: string
Name: surface_size
Type: string
Name: show_surfaces
Type: string
Name: plot_deformed
Type: string
Name: d3plot_name
Type: string
Name: d3plot_part
Type: string
Name: boundary_parts
Type: string
Name: d3plot_rigid_part
Type: string
Name: crop_outliers
Type: string
Name: compare1
Type: string
Name: compare2
Type: string
Name: indent
Type: string
Name: cladding_bottom_dist
Type: string
Name: cladding_top_dist
Type: string
Name: vehicle_width
Type: string
Name: vehicle_centerline_offset
Type: string
Name: timeout
Type: string
Name: csv_output
Type: string
Name: rotate_barrier
Type: string
Name: morphtargets
Type: string
Name: transform_to_original
Type: string
Name: plot_at_default_distance
Type: string
Name: num_states
Type: string
Name: fringe_min
Type: string
Name: fringe_max
Type: string
Name: fringe_inc
Type: string
Name: state_inc
Type: string
Name: vehicle_parts
Type: string
Name: include_spheres
Type: string

Outputs:

12.99. Benchmark Workers¶

Following are the workers for this group of workers

*BENCHMARK¶

Syntax: time_history_plugin()

Inputs:

Outputs:

12.106. Setup Workers¶

Following are the workers for this group of workers

*SETUP¶

Syntax: plugin_wrapper(plugin)

Inputs: - Name: plugin - Type: string

Outputs: Name: plugin Type: string

12.110. Db Workers¶

Following are the workers for this group of workers

*DB_PRUNER¶

Description:

Syntax: db_pruner(date,connection_string,column,test_only,table)

Inputs: - Name: date - Type: string

Name: connection_string
Type: string
Name: column
Type: string
Name: test_only
Type: string
Name: table
Type: string

Outputs:

12.111. Cleanup Workers¶

Following are the workers for this group of workers

*CLEANUP¶

Description:

Syntax: cleanup()

Inputs:

Outputs:

12.112. Server Workers¶

Following are the workers for this group of workers

*SERVER_UTILIZATION¶

Description:

Syntax: server_utilization(utilization_type,hpc_server,database_name,output_file,utilization_period,update_d3view_path)

Inputs: - Name: utilization_type - Type: string

Name: hpc_server
Type: string
Name: database_name
Type: string
Name: output_file
Type: string
Name: utilization_period
Type: string
Name: update_d3view_path
Type: string

Name: timeout
Type: string

Outputs:

12.117. Battery Workers¶

Following are the workers for this group of workers

*BATTERY_PACK_TEMPLATE_PLUGIN¶

Description:

Syntax: battery_pack_template_plugin()

Inputs:

Outputs:

12.118. Term Workers¶

Following are the workers for this group of workers

*TERM_TARGET¶

Description:

Syntax: term_target(templates)

Inputs: - Name: templates - Type: string

Outputs: Name: termination_result Type: string

12.119. Example Workers¶

Following are the workers for this group of workers

*EXAMPLE_PLUGIN¶

Description:

Syntax: example_plugin()

Inputs:

Outputs:

12.120. Dynamanual Workers¶

Following are the workers for this group of workers

*DYNAMANUAL_EOS_LINEAR_POLYNOMIAL¶

Description: Array

Syntax: dynamanual_eos_linear_polynomial(EOSID,C0,C1,C2,C3,C4,C5,C6,E0,V0)

Inputs: - Name: EOSID - Type: A8

Name: C0
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_JWL_{OPTION}¶

Description:

Syntax: dynamanual_eos_jwl_{option}(EOSID,A,B,R1,R2,OMEG,E0,VO,OPT,QT,T1,T2,OPT,Q0,QA,QM,QN,CONM,CONL,CONT)

Inputs: - Name: EOSID - Type: A8

Name: A
Type: scalar
Name: B
Type: scalar
Name: R1
Type: scalar
Name: R2
Type: scalar
Name: OMEG
Type: scalar
Name: E0
Type: scalar
Name: VO
Type: VO
Name: OPT
Type: scalar
Name: QT
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: OPT
Type: scalar
Name: Q0
Type: scalar
Name: QA
Type: scalar
Name: QM
Type: scalar
Name: QN
Type: scalar
Name: CONM
Type: scalar
Name: CONL
Type: scalar
Name: CONT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_SACK_TUESDAY¶

Description:

Syntax: dynamanual_eos_sack_tuesday(EOSID,A1,A2,A3,B1,B2,E0,V0)

Inputs: - Name: EOSID - Type: A8

Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: B1
Type: scalar
Name: B2
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_GRUNEISEN¶

Description:

Syntax: dynamanual_eos_gruneisen(EOSID,C,S1,S2,S3,GAMAO,A,E0,V0)

Inputs: - Name: EOSID - Type: A8

Name: C
Type: scalar
Name: S1
Type: scalar
Name: S2
Type: scalar
Name: S3
Type: scalar
Name: GAMAO
Type: scalar
Name: A
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_RATIO_OF_POLYNOMIALS¶

Description:

Syntax: dynamanual_eos_ratio_of_polynomials(EOSID,EOSID,A10,A10,A11,A11,A12,A12,A13,A13,A20,A20,A21,A21,A22,A22,A23,A23,A30,A30,A31,A31,A32,A32,A33,A33,A40,A40,A41,A41,A42,A42,A43,A43,A50,A50,A51,A51,A52,A52,A53,A53,A60,A60,A61,A61,A62,A62,A63,A63,A70,A70,A71,A71,A72,A72,A73,A73,A14,A14,A24,A24,ALPH,ALPH,BETA,BETA,E0,E0,V0,V0)

Inputs: - Name: EOSID - Type: A8

Name: EOSID
Type: A8
Name: A10
Type: scalar
Name: A10
Type: scalar
Name: A11
Type: scalar
Name: A11
Type: scalar
Name: A12
Type: scalar
Name: A12
Type: scalar
Name: A13
Type: scalar
Name: A13
Type: scalar
Name: A20
Type: scalar
Name: A20
Type: scalar
Name: A21
Type: scalar
Name: A21
Type: scalar
Name: A22
Type: scalar
Name: A22
Type: scalar
Name: A23
Type: scalar
Name: A23
Type: scalar
Name: A30
Type: scalar
Name: A30
Type: scalar
Name: A31
Type: scalar
Name: A31
Type: scalar
Name: A32
Type: scalar
Name: A32
Type: scalar
Name: A33
Type: scalar
Name: A33
Type: scalar
Name: A40
Type: scalar
Name: A40
Type: scalar
Name: A41
Type: scalar
Name: A41
Type: scalar
Name: A42
Type: scalar
Name: A42
Type: scalar
Name: A43
Type: scalar
Name: A43
Type: scalar
Name: A50
Type: scalar
Name: A50
Type: scalar
Name: A51
Type: scalar
Name: A51
Type: scalar
Name: A52
Type: scalar
Name: A52
Type: scalar
Name: A53
Type: scalar
Name: A53
Type: scalar
Name: A60
Type: scalar
Name: A60
Type: scalar
Name: A61
Type: scalar
Name: A61
Type: scalar
Name: A62
Type: scalar
Name: A62
Type: scalar
Name: A63
Type: scalar
Name: A63
Type: scalar
Name: A70
Type: scalar
Name: A70
Type: scalar
Name: A71
Type: scalar
Name: A71
Type: scalar
Name: A72
Type: scalar
Name: A72
Type: scalar
Name: A73
Type: scalar
Name: A73
Type: scalar
Name: A14
Type: scalar
Name: A14
Type: scalar
Name: A24
Type: scalar
Name: A24
Type: scalar
Name: ALPH
Type: scalar
Name: ALPH
Type: scalar
Name: BETA
Type: scalar
Name: BETA
Type: scalar
Name: E0
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_LINEAR_POLYNOMIAL_WITH_ENERGY_LEAK¶

Description: Array

Syntax: dynamanual_eos_linear_polynomial_with_energy_leak(EOSID,C0,C1,C2,C3,C4,C5,C6,E0,V0,LCID)

Inputs: - Name: EOSID - Type: A8

Name: C0
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar
Name: LCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_IGNITION_AND_GROWTH_OF_REACTION_IN_HE¶

Description:

Syntax: dynamanual_eos_ignition_and_growth_of_reaction_in_he(EOSID,A,B,XP1,XP2,FRER,G,R1,R2,R3,R5,R6,FMXIG,FREQ,GROW1,EM,AR1,ES1,CVP,CVR,EETAL,CCRIT,ENQ,TMP0,GROW2,AR2,ES2,EN,FMXGR,FMNGR)

Inputs: - Name: EOSID - Type: A8

Name: A
Type: scalar
Name: B
Type: scalar
Name: XP1
Type: scalar
Name: XP2
Type: scalar
Name: FRER
Type: scalar
Name: G
Type: scalar
Name: R1
Type: scalar
Name: R2
Type: scalar
Name: R3
Type: scalar
Name: R5
Type: scalar
Name: R6
Type: scalar
Name: FMXIG
Type: scalar
Name: FREQ
Type: scalar
Name: GROW1
Type: scalar
Name: EM
Type: scalar
Name: AR1
Type: scalar
Name: ES1
Type: scalar
Name: CVP
Type: scalar
Name: CVR
Type: scalar
Name: EETAL
Type: scalar
Name: CCRIT
Type: scalar
Name: ENQ
Type: scalar
Name: TMP0
Type: scalar
Name: GROW2
Type: scalar
Name: AR2
Type: scalar
Name: ES2
Type: scalar
Name: EN
Type: scalar
Name: FMXGR
Type: scalar
Name: FMNGR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_TABULATED_COMPACTION¶

Description:

Syntax: dynamanual_eos_tabulated_compaction(EOSID,GAMA,E0,V0,LCC,LCT,LCK,[VAR]1,[VAR]1,[VAR]2,[VAR]2,[VAR]3,[VAR]3,[VAR]4,[VAR]4,[VAR]5,[VAR]5,[VAR]6,[VAR]6,[VAR]7,[VAR]7,[VAR]8,[VAR]8,[VAR]9,[VAR]9,[VAR]10,[VAR]10)

Inputs: - Name: EOSID - Type: A8

Name: GAMA
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar
Name: LCC
Type: scalar
Name: LCT
Type: scalar
Name: LCK
Type: scalar
Name: [VAR]1
Type: scalar
Name: [VAR]1
Type: scalar
Name: [VAR]2
Type: scalar
Name: [VAR]2
Type: scalar
Name: [VAR]3
Type: scalar
Name: [VAR]3
Type: scalar
Name: [VAR]4
Type: scalar
Name: [VAR]4
Type: scalar
Name: [VAR]5
Type: scalar
Name: [VAR]5
Type: scalar
Name: [VAR]6
Type: scalar
Name: [VAR]6
Type: scalar
Name: [VAR]7
Type: scalar
Name: [VAR]7
Type: scalar
Name: [VAR]8
Type: scalar
Name: [VAR]8
Type: scalar
Name: [VAR]9
Type: scalar
Name: [VAR]9
Type: scalar
Name: [VAR]10
Type: scalar
Name: [VAR]10
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_TABULATED¶

Description:

Syntax: dynamanual_eos_tabulated(EOSID,GAMA,E0,V0,LCC,LCT,[VAR]1,[VAR]1,[VAR]2,[VAR]2,[VAR]3,[VAR]3,[VAR]4,[VAR]4,[VAR]5,[VAR]5,[VAR]6,[VAR]6,[VAR]7,[VAR]7,[VAR]8,[VAR]8,[VAR]9,[VAR]9,[VAR]10,[VAR]10)

Inputs: - Name: EOSID - Type: A8

Name: GAMA
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar
Name: LCC
Type: scalar
Name: LCT
Type: scalar
Name: [VAR]1
Type: scalar
Name: [VAR]1
Type: scalar
Name: [VAR]2
Type: scalar
Name: [VAR]2
Type: scalar
Name: [VAR]3
Type: scalar
Name: [VAR]3
Type: scalar
Name: [VAR]4
Type: scalar
Name: [VAR]4
Type: scalar
Name: [VAR]5
Type: scalar
Name: [VAR]5
Type: scalar
Name: [VAR]6
Type: scalar
Name: [VAR]6
Type: scalar
Name: [VAR]7
Type: scalar
Name: [VAR]7
Type: scalar
Name: [VAR]8
Type: scalar
Name: [VAR]8
Type: scalar
Name: [VAR]9
Type: scalar
Name: [VAR]9
Type: scalar
Name: [VAR]10
Type: scalar
Name: [VAR]10
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_PROPELLANT_DEFLAGRATION¶

Description:

Syntax: dynamanual_eos_propellant_deflagration(EOSID,A,B,XP1,XP2,FRER,G,R1,R2,R3,R5,R6,FMXIG,FREQ,GROW1,EM,AR1,ES1,CVP,CVR,EETAL,CCRIT,ENQ,TMP0,GROW2,AR2,ES2,EN,FMXGR,FMNGR)

Inputs: - Name: EOSID - Type: A8

Name: A
Type: scalar
Name: B
Type: scalar
Name: XP1
Type: scalar
Name: XP2
Type: scalar
Name: FRER
Type: scalar
Name: G
Type: scalar
Name: R1
Type: scalar
Name: R2
Type: scalar
Name: R3
Type: scalar
Name: R5
Type: scalar
Name: R6
Type: scalar
Name: FMXIG
Type: scalar
Name: FREQ
Type: scalar
Name: GROW1
Type: scalar
Name: EM
Type: scalar
Name: AR1
Type: scalar
Name: ES1
Type: scalar
Name: CVP
Type: scalar
Name: CVR
Type: scalar
Name: EETAL
Type: scalar
Name: CCRIT
Type:
Name: ENQ
Type:
Name: TMP0
Type:
Name: GROW2
Type: scalar
Name: AR2
Type: scalar
Name: ES2
Type: scalar
Name: EN
Type: scalar
Name: FMXGR
Type: scalar
Name: FMNGR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_TENSOR_PORE_COLLAPSE¶

Description:

Syntax: dynamanual_eos_tensor_pore_collapse(EOSID,NLD,NCR,MU1,MU2,IE0,EC0)

Inputs: - Name: EOSID - Type: A8

Name: NLD
Type: scalar
Name: NCR
Type: scalar
Name: MU1
Type: scalar
Name: MU2
Type: scalar
Name: IE0
Type: scalar
Name: EC0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_IDEAL_GAS¶

Description: Array

Syntax: dynamanual_eos_ideal_gas(EOSID,CV0,CP0,CL,CQ,T0,V0,VCO,ADIAB)

Inputs: - Name: EOSID - Type: A8

Name: CV0
Type: scalar
Name: CP0
Type: scalar
Name: CL
Type: scalar
Name: CQ
Type: scalar
Name: T0
Type: scalar
Name: V0
Type: scalar
Name: VCO
Type: scalar
Name: ADIAB
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_PHASE_CHANGE¶

Description:

Syntax: dynamanual_eos_phase_change(EOSID,Rho_liq,Rho_vap,Sp_liq,Sp_vap,Pres_amb,V0)

Inputs: - Name: EOSID - Type: A8

Name: Rho_liq
Type: scalar
Name: Rho_vap
Type: scalar
Name: Sp_liq
Type: scalar
Name: Sp_vap
Type: scalar
Name: Pres_amb
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_JWLB¶

Description:

Syntax: dynamanual_eos_jwlb(EOSID,A1,A2,A3,A4,A5,R1,R2,R3,R4,R5,AL1,AL2,AL3,AL4,AL5,BL1,BL2,BL3,BL4,BL5,RL1,RL2,RL3,RL4,RL5,C,OMEGA,E,V0)

Inputs: - Name: EOSID - Type: A8

Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: A4
Type: scalar
Name: A5
Type: scalar
Name: R1
Type: scalar
Name: R2
Type: scalar
Name: R3
Type: scalar
Name: R4
Type: scalar
Name: R5
Type: scalar
Name: AL1
Type: scalar
Name: AL2
Type: scalar
Name: AL3
Type: scalar
Name: AL4
Type: scalar
Name: AL5
Type: scalar
Name: BL1
Type: scalar
Name: BL2
Type: scalar
Name: BL3
Type: scalar
Name: BL4
Type: scalar
Name: BL5
Type: scalar
Name: RL1
Type: scalar
Name: RL2
Type: scalar
Name: RL3
Type: scalar
Name: RL4
Type: scalar
Name: RL5
Type: scalar
Name: C
Type: scalar
Name: OMEGA
Type: scalar
Name: E
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_GASKET¶

Description:

Syntax: dynamanual_eos_gasket(EOSID,LCID1,LCID2,LCID3,LCID4,UNLOAD,K,DMPF,TFS,CFS,LOFFSET,IVS)

Inputs: - Name: EOSID - Type: A8

Name: LCID1
Type: scalar
Name: LCID2
Type: scalar
Name: LCID3
Type: scalar
Name: LCID4
Type: scalar
Name: UNLOAD
Type: scalar
Name: K
Type: scalar
Name: DMPF
Type: scalar
Name: TFS
Type: scalar
Name: CFS
Type: scalar
Name: LOFFSET
Type: scalar
Name: IVS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_MIE_GRUNEISEN¶

Description:

Syntax: dynamanual_eos_mie_gruneisen(EOSID,GAMMA,A1,A2,A3,PEL,PCO,N,ALPHA0,E0,V0)

Inputs: - Name: EOSID - Type: A8

Name: GAMMA
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: PEL
Type: scalar
Name: PCO
Type: scalar
Name: N
Type: scalar
Name: ALPHA0
Type: scalar
Name: E0
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_MURNAGHAN¶

Description:

Syntax: dynamanual_eos_murnaghan(EOSID,GAMMA,K0,V0)

Inputs: - Name: EOSID - Type: A8

Name: GAMMA
Type: scalar
Name: K0
Type: scalar
Name: V0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_EOS_USER_DEFINED¶

Description:

Syntax: dynamanual_eos_user_defined(EOSID,LMC,NHV,IVECT,EO,VO,BULK,P1,P2,P3,P4,P5,P6,P7,P8)

Inputs: - Name: EOSID - Type: A8

Name: LMC
Type: scalar
Name: NHV
Type: scalar
Name: IVECT
Type: scalar
Name: EO
Type: scalar
Name: VO
Type: scalar
Name: BULK
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: P3
Type: scalar
Name: P4
Type: scalar
Name: P5
Type: scalar
Name: P6
Type: scalar
Name: P7
Type: scalar
Name: P8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_AIRBAG_POROSITY_LEAKAGE¶

Description: Array

Syntax: dynamanual_mat_add_airbag_porosity_leakage(MID,FLC/X2,FAC/X3,ELA,FVOPT,X0,X1)

Inputs: - Name: MID - Type: scalar

Name: FLC/X2
Type: scalar
Name: FAC/X3
Type: scalar
Name: ELA
Type: select
Name: FVOPT
Type: select
Name: X0
Type: scalar
Name: X1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_COHESIVE¶

Description: Array

Syntax: dynamanual_mat_add_cohesive(PID,ROFLG,INTFAIL,THICK)

Inputs: - Name: PID - Type: scalar

Name: ROFLG
Type: select
Name: INTFAIL
Type: select
Name: THICK
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_EROSION¶

Description: Array

Syntax: dynamanual_mat_add_erosion(MID,EXCL,MXPRES,MNEPS,EFFEPS,VOLEPS,NUMFIP,NCS,MNPRES,SIGP1,SIGVM,MXEPS,EPSSH,SIGTH,IMPULSE,FAILTM,IDAM ,DMGTYP,LCSDG,ECRIT,DMGEXP,DCRIT,FADEXP,LCREGD,SIZFLG,REFSZ,NAHSV,LCSRS,SHRF,BIAXF,DITYP,P1,P2,P3,DETYP,DCTYP,Q1,Q2,LCFLD,EPSTHIN,ENGCRT,RADCRT,,,MXTMP)

Inputs: - Name: MID - Type: scalar

Name: EXCL
Type: scalar
Name: MXPRES
Type: scalar
Name: MNEPS
Type: scalar
Name: EFFEPS
Type: scalar
Name: VOLEPS
Type: scalar
Name: NUMFIP
Type: scalar
Name: NCS
Type: scalar
Name: MNPRES
Type: scalar
Name: SIGP1
Type: scalar
Name: SIGVM
Type: scalar
Name: MXEPS
Type: scalar
Name: EPSSH
Type: scalar
Name: SIGTH
Type: scalar
Name: IMPULSE
Type: scalar
Name: FAILTM
Type: scalar
Name: IDAM
Type: scalar
Name: DMGTYP
Type: scalar
Name: LCSDG
Type: scalar
Name: ECRIT
Type: scalar
Name: DMGEXP
Type: scalar
Name: DCRIT
Type: scalar
Name: FADEXP
Type: scalar
Name: LCREGD
Type: scalar
Name: SIZFLG
Type: scalar
Name: REFSZ
Type: scalar
Name: NAHSV
Type: scalar
Name: LCSRS
Type: scalar
Name: SHRF
Type: scalar
Name: BIAXF
Type: scalar
Name: DITYP
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: P3
Type: scalar
Name: DETYP
Type: scalar
Name: DCTYP
Type: scalar
Name: Q1
Type: scalar
Name: Q2
Type: scalar
Name: LCFLD
Type: scalar
Name: EPSTHIN
Type: scalar
Name: ENGCRT
Type: scalar
Name: RADCRT
Type: scalar
Name:
Type:
Name:
Type:
Name: MXTMP
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_FATIGUE¶

Description: Array

Syntax: dynamanual_mat_add_fatigue(MID,LCID,LTYPE,A,B,STHRES,SNLIMT,SNTYPE,,,,Ai,Bi,STHRESi)

Inputs: - Name: MID - Type: scalar

Name: LCID
Type: select
Name: LTYPE
Type: select
Name: A
Type: scalar
Name: B
Type: scalar
Name: STHRES
Type: scalar
Name: SNLIMT
Type: int
Name: SNTYPE
Type: select
Name:
Type:
Name:
Type:
Name:
Type:
Name: Ai
Type: scalar
Name: Bi
Type: scalar
Name: STHRESi
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_GENERALIZED_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_add_generalized_damage(MID,IDAM,DTYP,REFSZ,,,,NHIS,HIS1,IFLG1,IFLG2,IFLG3,D11,D12,LCSDG,ECRIT,DMGEXP,DCRIT,FADEXP,LCREG,LCSRS,SHRF,BIAXF)

Inputs: - Name: MID - Type: scalar

Name: IDAM
Type: scalar
Name: DTYP
Type: scalar
Name: REFSZ
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: NHIS
Type: scalar
Name: HIS1
Type: scalar
Name: IFLG1
Type: scalar
Name: IFLG2
Type: scalar
Name: IFLG3
Type: scalar
Name: D11
Type: scalar
Name: D12
Type: scalar
Name: LCSDG
Type: scalar
Name: ECRIT
Type: scalar
Name: DMGEXP
Type: scalar
Name: DCRIT
Type: scalar
Name: FADEXP
Type: scalar
Name: LCREG
Type: scalar
Name: LCSRS
Type: scalar
Name: SHRF
Type: scalar
Name: BIAXF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_PERMEABILITY¶

Description: Array

Syntax: dynamanual_mat_add_permeability(MID,PERM,blank,blank,THEXP,LCKZ)

Inputs: - Name: MID - Type: scalar

Name: PERM
Type: scalar
Name: blank
Type:
Name: blank
Type:
Name: THEXP
Type: select
Name: LCKZ
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_PORE_AIR¶

Description: Array

Syntax: dynamanual_mat_add_pore_air(MID,PA_RHO,PA_PRE,PORE,PERM1,PERM2,PERM3,CDARCY,CDF,LCPGD1,LCPGD2,LCPGD3)

Inputs: - Name: MID - Type: scalar

Name: PA_RHO
Type: scalar
Name: PA_PRE
Type: scalar
Name: PORE
Type: scalar
Name: PERM1
Type: scalar
Name: PERM2
Type: scalar
Name: PERM3
Type: scalar
Name: CDARCY
Type: scalar
Name: CDF
Type: scalar
Name: LCPGD1
Type: scalar
Name: LCPGD2
Type: scalar
Name: LCPGD3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADD_THERMAL_EXPANSION¶

Description: Array

Syntax: dynamanual_mat_add_thermal_expansion(PID,LCID,MULT,LCIDY,MULTY,LCIDZ,MULTZ)

Inputs: - Name: PID - Type: scalar

Name: LCID
Type: scalar
Name: MULT
Type: scalar
Name: LCIDY
Type: scalar
Name: MULTY
Type: scalar
Name: LCIDZ
Type: scalar
Name: MULTZ
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_NONLOCAL¶

Description: Array

Syntax: dynamanual_mat_nonlocal(IDNL,PID,P,Q,L,NFREQ,NHV,NL1,NL2,NL3,NL4,NL5,NL6,NL7,NL8,XC1,YC1,ZC1,XC2,YC2,ZC2)

Inputs: - Name: IDNL - Type: scalar

Name: PID
Type: scalar
Name: P
Type: scalar
Name: Q
Type: scalar
Name: L
Type: scalar
Name: NFREQ
Type: scalar
Name: NHV
Type: scalar
Name: NL1
Type: scalar
Name: NL2
Type: scalar
Name: NL3
Type: scalar
Name: NL4
Type: scalar
Name: NL5
Type: scalar
Name: NL6
Type: scalar
Name: NL7
Type: scalar
Name: NL8
Type: scalar
Name: XC1
Type: scalar
Name: YC1
Type: scalar
Name: ZC1
Type: scalar
Name: XC2
Type: scalar
Name: YC2
Type: scalar
Name: ZC2
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_elastic(MID,RO,E,PR,DA,DB,K,VC,CP)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: DA
Type: scalar
Name: DB
Type: scalar
Name: K
Type: scalar
Name: VC
Type: scalar
Name: CP
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_{OPTION}TROPIC_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_{option}tropic_elastic(MID,R0,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT,G,SIGF,MID,R0,C11,C12,C22,C13,C23,C33,C14,C24,C34,C44,C15,C25,C35,C45,C55,C16,C26,C36,C46,C56,C66,AOPT,XP,YP,ZP,A1,A2,A3,MACF,IHIS,V1,V2,V3,D1,D2,D3,BETA,REF)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: scalar
Name: G
Type: scalar
Name: SIGF
Type: scalar
Name: MID
Type: scalar
Name: R0
Type: scalar
Name: C11
Type: scalar
Name: C12
Type: scalar
Name: C22
Type: scalar
Name: C13
Type: scalar
Name: C23
Type: scalar
Name: C33
Type: scalar
Name: C14
Type: scalar
Name: C24
Type: scalar
Name: C34
Type: scalar
Name: C44
Type: scalar
Name: C15
Type: scalar
Name: C25
Type: scalar
Name: C35
Type: scalar
Name: C45
Type: scalar
Name: C55
Type: scalar
Name: C16
Type: scalar
Name: C26
Type: scalar
Name: C36
Type: scalar
Name: C46
Type: scalar
Name: C56
Type: scalar
Name: C66
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: MACF
Type: scalar
Name: IHIS
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: REF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTIC_KINEMATIC¶

Description: Array

Syntax: dynamanual_mat_plastic_kinematic(MID,RO,E,PR,SIGY,ETAN,BETA,SRC,SRP,FS,VP)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: BETA
Type: scalar
Name: SRC
Type: scalar
Name: SRP
Type: scalar
Name: FS
Type: scalar
Name: VP
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_PLASTIC_THERMAL¶

Description: Array

Syntax: dynamanual_mat_elastic_plastic_thermal(MID,R0,T1,T2,T3,T4,T5,T6,T7,T8,E1,E2,E3,E4,E5,E6,E7,E8,PR1,PR2,PR3,PR4,PR5,PR6,PR7,PR8,ALPHA1,ALPHA2,ALPHA3,ALPHA4,ALPHA5,ALPHA6,ALPHA7,ALPHA8,SIGY1,SIGY2,SIGY3,SIGY4,SIGY5,SIGY6,SIGY7,SIGY8,ETAN1,ETAN2,ETAN3,ETAN4,ETAN5,ETAN6,ETAN7,ETAN8)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: T3
Type: scalar
Name: T4
Type: scalar
Name: T5
Type: scalar
Name: T6
Type: scalar
Name: T7
Type: scalar
Name: T8
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar
Name: E3
Type: scalar
Name: E4
Type: scalar
Name: E5
Type: scalar
Name: E6
Type: scalar
Name: E7
Type: scalar
Name: E8
Type: scalar
Name: PR1
Type: scalar
Name: PR2
Type: scalar
Name: PR3
Type: scalar
Name: PR4
Type: scalar
Name: PR5
Type: scalar
Name: PR6
Type: scalar
Name: PR7
Type: scalar
Name: PR8
Type: scalar
Name: ALPHA1
Type: scalar
Name: ALPHA2
Type: scalar
Name: ALPHA3
Type: scalar
Name: ALPHA4
Type: scalar
Name: ALPHA5
Type: scalar
Name: ALPHA6
Type: scalar
Name: ALPHA7
Type: scalar
Name: ALPHA8
Type: scalar
Name: SIGY1
Type: scalar
Name: SIGY2
Type: scalar
Name: SIGY3
Type: scalar
Name: SIGY4
Type: scalar
Name: SIGY5
Type: scalar
Name: SIGY6
Type: scalar
Name: SIGY7
Type: scalar
Name: SIGY8
Type: scalar
Name: ETAN1
Type: scalar
Name: ETAN2
Type: scalar
Name: ETAN3
Type: scalar
Name: ETAN4
Type: scalar
Name: ETAN5
Type: scalar
Name: ETAN6
Type: scalar
Name: ETAN7
Type: scalar
Name: ETAN8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SOIL_AND_FOAM¶

Description: Array

Syntax: dynamanual_mat_soil_and_foam(MID,RO,G,KUN,A0,A1,A2,PC,VCR,REF,LCID,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,EPS9,P1,P2,P3,P4,P5,P6,P7,P8,P9)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: KUN
Type: scalar
Name: A0
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: PC
Type: scalar
Name: VCR
Type: scalar
Name: REF
Type: scalar
Name: LCID
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: EPS9
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: P3
Type: scalar
Name: P4
Type: scalar
Name: P5
Type: scalar
Name: P6
Type: scalar
Name: P7
Type: scalar
Name: P8
Type: scalar
Name: P9
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOELASTIC¶

Description: Array

Syntax: dynamanual_mat_viscoelastic(MID,RO,BULK,G0,GI,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: G0
Type: scalar
Name: GI
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BLATZ-KO_RUBBER¶

Description: Array

Syntax: dynamanual_mat_blatz-ko_rubber(MID,RO,G,REF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: REF
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HIGH_EXPLOSIVE_BURN¶

Description: Array

Syntax: dynamanual_mat_high_explosive_burn(MID,RO,D,PCJ,BETA,K,G,SIGY)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: D
Type: scalar
Name: PCJ
Type: scalar
Name: BETA
Type: select
Name: K
Type: scalar
Name: G
Type: scalar
Name: SIGY
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_NULL¶

Description: Array

Syntax: dynamanual_mat_null(MID,RO,PC,MU,TEROD,CEROD,YM,PR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PC
Type: scalar
Name: MU
Type: scalar
Name: TEROD
Type: scalar
Name: CEROD
Type: scalar
Name: YM
Type: scalar
Name: PR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_PLASTIC_HYDRO_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_elastic_plastic_hydro_{option}(MID,RO,G,SIG0,EH,PC,FS,CHARL,A1,A2,SPALL,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,EPS9,EPS10,EPS11,EPS12,EPS13,EPS14,EPS15,EPS16,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8,ES9,ES10,ES11,ES12,ES13,ES14,ES15,ES16)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: SIG0
Type: scalar
Name: EH
Type: scalar
Name: PC
Type: scalar
Name: FS
Type: scalar
Name: CHARL
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: SPALL
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: EPS9
Type: scalar
Name: EPS10
Type: scalar
Name: EPS11
Type: scalar
Name: EPS12
Type: scalar
Name: EPS13
Type: scalar
Name: EPS14
Type: scalar
Name: EPS15
Type: scalar
Name: EPS16
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar
Name: ES9
Type: scalar
Name: ES10
Type: scalar
Name: ES11
Type: scalar
Name: ES12
Type: scalar
Name: ES13
Type: scalar
Name: ES14
Type: scalar
Name: ES15
Type: scalar
Name: ES16
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_STEINBERG¶

Description: Array

Syntax: dynamanual_mat_steinberg(MID,R0,G0,SIG0,BETA,N,GAMA,SIGM,B,BP,H,F,A,TM0,GAM0,SA,PC,SPALL,RP,FLAG,MMN,MMX,EC0,EC1,EC2,EC3,EC4,EC5,EC6,EC7,EC8,EC9)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: G0
Type: scalar
Name: SIG0
Type: scalar
Name: BETA
Type: scalar
Name: N
Type: scalar
Name: GAMA
Type: scalar
Name: SIGM
Type: scalar
Name: B
Type: scalar
Name: BP
Type: scalar
Name: H
Type: scalar
Name: F
Type: scalar
Name: A
Type: scalar
Name: TM0
Type: scalar
Name: GAM0
Type: scalar
Name: SA
Type: scalar
Name: PC
Type: scalar
Name: SPALL
Type: scalar
Name: RP
Type: scalar
Name: FLAG
Type: scalar
Name: MMN
Type: scalar
Name: MMX
Type: scalar
Name: EC0
Type: scalar
Name: EC1
Type: scalar
Name: EC2
Type: scalar
Name: EC3
Type: scalar
Name: EC4
Type: scalar
Name: EC5
Type: scalar
Name: EC6
Type: scalar
Name: EC7
Type: scalar
Name: EC8
Type: scalar
Name: EC9
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_STEINBERG_LUND¶

Description: Array

Syntax: dynamanual_mat_steinberg_lund(MID,R0,G0,SIG0,BETA,N,GAMA,SIGM,B,BP,H,F,A,TM0,GAM0,SA,PC,SPALL,RP,FLAG,MMN,MMX,EC0,EC1,EC2,EC3,EC4,EC5,EC6,EC7,EC8,EC9,UK,C1,C2,YP,YA,YM)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: G0
Type: scalar
Name: SIG0
Type: scalar
Name: BETA
Type: scalar
Name: N
Type: scalar
Name: GAMA
Type: scalar
Name: SIGM
Type: scalar
Name: B
Type: scalar
Name: BP
Type: scalar
Name: H
Type: scalar
Name: F
Type: scalar
Name: A
Type: scalar
Name: TM0
Type: scalar
Name: GAM0
Type: scalar
Name: SA
Type: scalar
Name: PC
Type: scalar
Name: SPALL
Type: scalar
Name: RP
Type: scalar
Name: FLAG
Type: scalar
Name: MMN
Type: scalar
Name: MMX
Type: scalar
Name: EC0
Type: scalar
Name: EC1
Type: scalar
Name: EC2
Type: scalar
Name: EC3
Type: scalar
Name: EC4
Type: scalar
Name: EC5
Type: scalar
Name: EC6
Type: scalar
Name: EC7
Type: scalar
Name: EC8
Type: scalar
Name: EC9
Type: scalar
Name: UK
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: YP
Type: scalar
Name: YA
Type: scalar
Name: YM
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ISOTROPIC_ELASTIC_PLASTIC¶

Description: Array

Syntax: dynamanual_mat_isotropic_elastic_plastic(MID,RO,G,SIGY,ETAN,BULK)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: BULK
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ISOTROPIC_ELASTIC_FAILURE¶

Description: Array

Syntax: dynamanual_mat_isotropic_elastic_failure(MID,RO,G,SIGY,ETAN,BULK,EPF,PRF,REM,TREM)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: BULK
Type: scalar
Name: EPF
Type: scalar
Name: PRF
Type: scalar
Name: REM
Type: select
Name: TREM
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SOIL_AND_FOAM_FAILURE¶

Description: Array

Syntax: dynamanual_mat_soil_and_foam_failure()

Inputs:

Outputs:

*DYNAMANUAL_MAT_JOHNSON_COOK¶

Description: Array

Syntax: dynamanual_mat_johnson_cook(MID,RO,G,E,PR,DTF,VP,RATEOP,A,B,N,C,M,TM,TR,EPSO,CP,PC,SPALL,IT,D1,D2,D3,D4,D5,C2/P/XNP ,EROD,EFMIN,NUMINT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: DTF
Type: scalar
Name: VP
Type: select
Name: RATEOP
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: N
Type: scalar
Name: C
Type: scalar
Name: M
Type: scalar
Name: TM
Type: scalar
Name: TR
Type: scalar
Name: EPSO
Type: scalar
Name: CP
Type: scalar
Name: PC
Type: scalar
Name: SPALL
Type: select
Name: IT
Type: select
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: D4
Type: scalar
Name: D5
Type: scalar
Name: C2/P/XNP
Type: scalar
Name: EROD
Type: scalar
Name: EFMIN
Type: scalar
Name: NUMINT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PSEUDO_TENSOR¶

Description: Array

Syntax: dynamanual_mat_pseudo_tensor(MID,RO,G,PR,SIGF,A0,A1,A2,A0F,A1F,B1,PER,ER,PRR,SIGY,ETAN,LCP,LCR,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12,X13,X14,X15,X16,YS1,YS2,YS3,YS4,YS5,YS6,YS7,YS8,YS9,YS10,YS11,YS12,YS13,YS14,YS15,YS16)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: PR
Type: scalar
Name: SIGF
Type: scalar
Name: A0
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A0F
Type: scalar
Name: A1F
Type: scalar
Name: B1
Type: scalar
Name: PER
Type: scalar
Name: ER
Type: scalar
Name: PRR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: LCP
Type: scalar
Name: LCR
Type: scalar
Name: X1
Type: scalar
Name: X2
Type: scalar
Name: X3
Type: scalar
Name: X4
Type: scalar
Name: X5
Type: scalar
Name: X6
Type: scalar
Name: X7
Type: scalar
Name: X8
Type: scalar
Name: X9
Type: scalar
Name: X10
Type: scalar
Name: X11
Type: scalar
Name: X12
Type: scalar
Name: X13
Type: scalar
Name: X14
Type: scalar
Name: X15
Type: scalar
Name: X16
Type: scalar
Name: YS1
Type: scalar
Name: YS2
Type: scalar
Name: YS3
Type: scalar
Name: YS4
Type: scalar
Name: YS5
Type: scalar
Name: YS6
Type: scalar
Name: YS7
Type: scalar
Name: YS8
Type: scalar
Name: YS9
Type: scalar
Name: YS10
Type: scalar
Name: YS11
Type: scalar
Name: YS12
Type: scalar
Name: YS13
Type: scalar
Name: YS14
Type: scalar
Name: YS15
Type: scalar
Name: YS16
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ORIENTED_CRACK¶

Description: Array

Syntax: dynamanual_mat_oriented_crack(MID,RO,E,PR,SIGY,ETAN,FS,PRF,SOFT,CVELO)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: FS
Type: scalar
Name: PRF
Type: scalar
Name: SOFT
Type: scalar
Name: CVELO
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_POWER_LAW_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_power_law_plasticity(MID,RO,E,PR,K,N,SRC,SRP,SIGY,VP,EPSF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: K
Type: scalar
Name: N
Type: scalar
Name: SRC
Type: scalar
Name: SRP
Type: scalar
Name: SIGY
Type: select
Name: VP
Type: select
Name: EPSF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_STRAIN_RATE_DEPENDENT_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_strain_rate_dependent_plasticity(MID,RO,E,PR,VP,LC1,ETAN,LC2,LC3,LC4,TDEL,RDEF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: VP
Type: select
Name: LC1
Type: scalar
Name: ETAN
Type: scalar
Name: LC2
Type: scalar
Name: LC3
Type: scalar
Name: LC4
Type: scalar
Name: TDEL
Type: scalar
Name: RDEF
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RIGID¶

Description: Array

Syntax: dynamanual_mat_rigid(MID,RO,E,PR,N,COUPLE,M,ALIAS or RE,CM0,CON1,CON2,LCO or A1 ,A2,A3,V1,V2,V3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: N
Type: scalar
Name: COUPLE
Type: scalar
Name: M
Type: scalar
Name: ALIAS or RE
Type: scalar
Name: CM0
Type: scalar
Name: CON1
Type: scalar
Name: CON2
Type: scalar
Name: LCO or A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ORTHOTROPIC_THERMAL¶

Description: Array

Syntax: dynamanual_mat_orthotropic_thermal(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AA,AB,AC,AOPT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,REF,A1,A11,A2,A5,A55,A4,NIP,K1,K2,C1,C2,M,N,R,LCCHA,LCCHB,LCCHC,LCAA,LCAB,LCAC)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AA
Type: scalar
Name: AB
Type: scalar
Name: AC
Type: scalar
Name: AOPT
Type: select
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: REF
Type: scalar
Name: A1
Type: scalar
Name: A11
Type: scalar
Name: A2
Type: scalar
Name: A5
Type: scalar
Name: A55
Type: scalar
Name: A4
Type: scalar
Name: NIP
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: R
Type: scalar
Name: LCCHA
Type: scalar
Name: LCCHB
Type: scalar
Name: LCCHC
Type: scalar
Name: LCAA
Type: scalar
Name: LCAB
Type: scalar
Name: LCAC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COMPOSITE_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_composite_damage(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,KFAIL,AOPT,MACF,ATRACK,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,SC,XT,YT,YC,ALPH,SN,SYZ,SZX)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: KFAIL
Type: scalar
Name: AOPT
Type: select
Name: MACF
Type: select
Name: ATRACK
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: SC
Type: scalar
Name: XT
Type: scalar
Name: YT
Type: scalar
Name: YC
Type: scalar
Name: ALPH
Type: scalar
Name: SN
Type: scalar
Name: SYZ
Type: scalar
Name: SZX
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TEMPERATURE_DEPENDENT_ORTHOTROPIC¶

Description: Array

Syntax: dynamanual_mat_temperature_dependent_orthotropic(MID,RO,AOPT,REF,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,C2,D3,BETA,EAi,EBi,ECi,PRBAi,PRCAi,PRCBi,AAi,ABi,ACi,GABi,GBCi,GCAi,Ti)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: AOPT
Type: select
Name: REF
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: C2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: EAi
Type: scalar
Name: EBi
Type: scalar
Name: ECi
Type: scalar
Name: PRBAi
Type: scalar
Name: PRCAi
Type: scalar
Name: PRCBi
Type: scalar
Name: AAi
Type: scalar
Name: ABi
Type: scalar
Name: ACi
Type: scalar
Name: GABi
Type: scalar
Name: GBCi
Type: scalar
Name: GCAi
Type: scalar
Name: Ti
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PIECEWISE_LINEAR_PLASTICITY¶

Description:

Syntax: dynamanual_mat_piecewise_linear_plasticity(mid,rho,E,PR,SIGY,ETAN,FAIL,TDEL,C,P,LCSS,LCSR,VP,eps1,eps2,eps3,eps4,eps5,eps6,eps7,eps8,es1,es2,es3,es4,es5,es6,es7,es8)

Inputs: - Name: mid - Type: scalar

Name: rho
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: FAIL
Type: scalar
Name: TDEL
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: VP
Type: select
Name: eps1
Type: scalar
Name: eps2
Type: scalar
Name: eps3
Type: scalar
Name: eps4
Type: scalar
Name: eps5
Type: scalar
Name: eps6
Type: scalar
Name: eps7
Type: scalar
Name: eps8
Type: scalar
Name: es1
Type: scalar
Name: es2
Type: scalar
Name: es3
Type: scalar
Name: es4
Type: scalar
Name: es5
Type: scalar
Name: es6
Type: scalar
Name: es7
Type: scalar
Name: es8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GEOLOGIC_CAP_MODEL¶

Description: Array

Syntax: dynamanual_mat_geologic_cap_model(MID,RO,BULK,G,ALPHA,THETA,GAMMA,BETA,R,D,W,X0,C,N,PLOT,FTYPE,VEC,TOFF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: G
Type: scalar
Name: ALPHA
Type: scalar
Name: THETA
Type: scalar
Name: GAMMA
Type: scalar
Name: BETA
Type: scalar
Name: R
Type: scalar
Name: D
Type: scalar
Name: W
Type: scalar
Name: X0
Type: scalar
Name: C
Type: scalar
Name: N
Type: scalar
Name: PLOT
Type: select
Name: FTYPE
Type: select
Name: VEC
Type: select
Name: TOFF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HONEYCOMB¶

Description: Array

Syntax: dynamanual_mat_honeycomb(MID,RO,E,PR,SIGY,VF,MU,BULK,LCA,LCB,LCC,LCS,LCAB,LCBC,LCCA,LCSR,EAAU,EBBU,ECCU,GABU,GBCU,GCAU,AOPT,MACF,XP,YP,ZP,A1,A2,A3,D1,D2,D3,TSEF,SSEF,V1,V2,V3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: VF
Type: scalar
Name: MU
Type: scalar
Name: BULK
Type: select
Name: LCA
Type: scalar
Name: LCB
Type: scalar
Name: LCC
Type: scalar
Name: LCS
Type: scalar
Name: LCAB
Type: scalar
Name: LCBC
Type: scalar
Name: LCCA
Type: scalar
Name: LCSR
Type: scalar
Name: EAAU
Type: scalar
Name: EBBU
Type: scalar
Name: ECCU
Type: scalar
Name: GABU
Type: scalar
Name: GBCU
Type: scalar
Name: GCAU
Type: scalar
Name: AOPT
Type: select
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: TSEF
Type: scalar
Name: SSEF
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MOONEY-RIVLIN_RUBBER¶

Description: Array

Syntax: dynamanual_mat_mooney-rivlin_rubber(MID,RO,PR,A,B,REF,SGL,SW,ST,LCID)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PR
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: REF
Type: select
Name: SGL
Type: scalar
Name: SW
Type: scalar
Name: ST
Type: scalar
Name: LCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RESULTANT_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_resultant_plasticity(MID,RO,E,PR,SIGY,ETAN)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FORCE_LIMITED¶

Description: Array

Syntax: dynamanual_mat_force_limited(MID,RO,E,PR,DF,AOPT,YTFLAG,ASOFT,M1,M2,M3,M4,M5,M6,M7,M8,LC1,LC2,LC3,LC4,LC5,LC6,LC7,LC8,LPS1,SFS1,LPS2,SFS2,YMS1,YMS2,LPT1,SFT1,LPT2,SFT2,YMT1,YMT2,LPR,SFR,YMR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: DF
Type: scalar
Name: AOPT
Type: select
Name: YTFLAG
Type: select
Name: ASOFT
Type: scalar
Name: M1
Type: scalar
Name: M2
Type: scalar
Name: M3
Type: scalar
Name: M4
Type: scalar
Name: M5
Type: scalar
Name: M6
Type: scalar
Name: M7
Type: scalar
Name: M8
Type: scalar
Name: LC1
Type: scalar
Name: LC2
Type: scalar
Name: LC3
Type: scalar
Name: LC4
Type: scalar
Name: LC5
Type: scalar
Name: LC6
Type: scalar
Name: LC7
Type: scalar
Name: LC8
Type: scalar
Name: LPS1
Type: scalar
Name: SFS1
Type: scalar
Name: LPS2
Type: scalar
Name: SFS2
Type: scalar
Name: YMS1
Type: scalar
Name: YMS2
Type: scalar
Name: LPT1
Type: scalar
Name: SFT1
Type: scalar
Name: LPT2
Type: scalar
Name: SFT2
Type: scalar
Name: YMT1
Type: scalar
Name: YMT2
Type: scalar
Name: LPR
Type: scalar
Name: SFR
Type: scalar
Name: YMR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SHAPE_MEMORY¶

Description: Array

Syntax: dynamanual_mat_shape_memory(MID,RO,E,PR,SIG_ASS,SIG_ASF,SIG_SAS,SIG_SAF,EPSL,ALPHA,YMRT,LCID_AS,LCID_SA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIG_ASS
Type: scalar
Name: SIG_ASF
Type: scalar
Name: SIG_SAS
Type: scalar
Name: SIG_SAF
Type: scalar
Name: EPSL
Type: scalar
Name: ALPHA
Type: scalar
Name: YMRT
Type: scalar
Name: LCID_AS
Type: scalar
Name: LCID_SA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FRAZER_NASH_RUBBER_MODEL¶

Description: Array

Syntax: dynamanual_mat_frazer_nash_rubber_model(MID,RO,PR,C100,C200,C300,C400,C110,C210,C010,C020,EXIT,EMAX,EMIN,REF,SGL,SW,ST,LCID)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PR
Type: scalar
Name: C100
Type: scalar
Name: C200
Type: scalar
Name: C300
Type: scalar
Name: C400
Type: scalar
Name: C110
Type: scalar
Name: C210
Type: scalar
Name: C010
Type: scalar
Name: C020
Type: scalar
Name: EXIT
Type: select
Name: EMAX
Type: scalar
Name: EMIN
Type: scalar
Name: REF
Type: scalar
Name: SGL
Type: scalar
Name: SW
Type: scalar
Name: ST
Type: scalar
Name: LCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LAMINATED_GLASS¶

Description: Array

Syntax: dynamanual_mat_laminated_glass(MID,RO,EG,PRG,SYG,ETG,EFG,EP,PRP,SYP,ETP,F1,F2,F3,F4,F5,F6,F7,F8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EG
Type: scalar
Name: PRG
Type: scalar
Name: SYG
Type: scalar
Name: ETG
Type: scalar
Name: EFG
Type: scalar
Name: EP
Type: scalar
Name: PRP
Type: scalar
Name: SYP
Type: scalar
Name: ETP
Type: scalar
Name: F1
Type: scalar
Name: F2
Type: scalar
Name: F3
Type: scalar
Name: F4
Type: scalar
Name: F5
Type: scalar
Name: F6
Type: scalar
Name: F7
Type: scalar
Name: F8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BARLAT_ANISOTROPIC_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_barlat_anisotropic_plasticity(MID,RO,E,PR,K,E0,N,M,A,B,C,F,G,H,LCID,AOPT,BETA,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: K
Type: scalar
Name: E0
Type: scalar
Name: N
Type: scalar
Name: M
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: F
Type: scalar
Name: G
Type: scalar
Name: H
Type: scalar
Name: LCID
Type: scalar
Name: AOPT
Type: select
Name: BETA
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BARLAT_YLD96¶

Description: Array

Syntax: dynamanual_mat_barlat_yld96(MID,RO,E,PR,K,E0,N,ESR0,M,HARD,A,C1,C2,C3,C4,AX,AY,AZ0,AZ1,AOPT,BETA,,,,A1,A2,A3,V1,V2,V3,D1,D2,D3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: K
Type: scalar
Name: E0
Type: scalar
Name: N
Type: scalar
Name: ESR0
Type: scalar
Name: M
Type: scalar
Name: HARD
Type: select
Name: A
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: AX
Type: scalar
Name: AY
Type: scalar
Name: AZ0
Type: scalar
Name: AZ1
Type: scalar
Name: AOPT
Type: select
Name: BETA
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FABRIC¶

Description: Array

Syntax: dynamanual_mat_fabric(MID,RO,EA,EB,,PRBA,PRAB,GAB,,,CSE,EL,PRL,LRATIO,DAMP,AOPT,FLC/X2,FAC/X3,ELA,LNRC,FORM,FVOPT,TSRFAC,L,R,C1,C2 ,C3,,RGBRTH,A0REF,A1,A2,A3,X0,X1,V1,V2,V3,,,,BETA,ISREFG,LCA,LCB,LCAB,LCUA,LCUB,LCUAB,RL,LCAA,LCBB,H,DT,,ECOAT,SCOAT,TCOAT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name:
Type:
Name: PRBA
Type: scalar
Name: PRAB
Type: scalar
Name: GAB
Type: scalar
Name:
Type:
Name:
Type:
Name: CSE
Type: scalar
Name: EL
Type: scalar
Name: PRL
Type: scalar
Name: LRATIO
Type: scalar
Name: DAMP
Type: scalar
Name: AOPT
Type: scalar
Name: FLC/X2
Type: scalar
Name: FAC/X3
Type: scalar
Name: ELA
Type: scalar
Name: LNRC
Type: scalar
Name: FORM
Type: scalar
Name: FVOPT
Type: scalar
Name: TSRFAC
Type: scalar
Name: L
Type: scalar
Name: R
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name:
Type:
Name: RGBRTH
Type: scalar
Name: A0REF
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: X0
Type: scalar
Name: X1
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: BETA
Type: scalar
Name: ISREFG
Type: scalar
Name: LCA
Type: scalar
Name: LCB
Type: scalar
Name: LCAB
Type: scalar
Name: LCUA
Type: scalar
Name: LCUB
Type: scalar
Name: LCUAB
Type: scalar
Name: RL
Type: scalar
Name: LCAA
Type: scalar
Name: LCBB
Type: scalar
Name: H
Type: scalar
Name: DT
Type: scalar
Name:
Type:
Name: ECOAT
Type: scalar
Name: SCOAT
Type: scalar
Name: TCOAT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FABRIC¶

Description: Array

Syntax: dynamanual_mat_fabric(MID,RO,PXX,PYY,SXY,DAMP,TH,FVOPT,X0,X1,FLC/X2,FAC/X3,ELA,ISREFG,CSE,SRFAC,BULKC,JACC,FXX,FYY,DT,AOPT,ECOAT,SCOAT,TCOAT,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PXX
Type: scalar
Name: PYY
Type: scalar
Name: SXY
Type: scalar
Name: DAMP
Type: scalar
Name: TH
Type: scalar
Name: FVOPT
Type: scalar
Name: X0
Type: scalar
Name: X1
Type: scalar
Name: FLC/X2
Type: scalar
Name: FAC/X3
Type: scalar
Name: ELA
Type: scalar
Name: ISREFG
Type: scalar
Name: CSE
Type: scalar
Name: SRFAC
Type: scalar
Name: BULKC
Type: scalar
Name: JACC
Type: scalar
Name: FXX
Type: scalar
Name: FYY
Type: scalar
Name: DT
Type: scalar
Name: AOPT
Type: scalar
Name: ECOAT
Type: scalar
Name: SCOAT
Type: scalar
Name: TCOAT
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTIC_GREEN-NAGHDI_RATE¶

Description: Array

Syntax: dynamanual_mat_plastic_green-naghdi_rate(MID,RO,E,PR,SIGY,ETAN,SRC,SRP,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: SRC
Type: scalar
Name: SRP
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_3-PARAMETER_BARLAT_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_3-parameter_barlat_{option} (MID,RO,HR,P1,P2,ITER,M,R00/AB ,LCID,E0,SPI,P3,CRC1,CRA1,AOPT,C,P,VLCID,PB,NLP,HTA,HTB,,,,A1,A2,A3,HTC,HTD,V1,V2,V3,D1,D2,D3,BETA,HTFLAG,USRFAIL,LCBI,LCSH)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: HR
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: ITER
Type: scalar
Name: M
Type: scalar
Name: R00/AB
Type: scalar
Name: LCID
Type: scalar
Name: E0
Type: scalar
Name: SPI
Type: scalar
Name: P3
Type: scalar
Name: CRC1
Type: scalar
Name: CRA1
Type: scalar
Name: AOPT
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: VLCID
Type: scalar
Name: PB
Type: scalar
Name: NLP
Type: scalar
Name: HTA
Type: scalar
Name: HTB
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: HTC
Type: scalar
Name: HTD
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: HTFLAG
Type: scalar
Name: USRFAIL
Type: scalar
Name: LCBI
Type: scalar
Name: LCSH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_EXTENDED_3-PARAMETER_BARLAT¶

Description: Array

Syntax: dynamanual_mat_extended_3-parameter_barlat (MID,RO,LCH00,LCH45,LCH90,LCHBI,LCHSH,LCR00,LCR45,LCR90,LCRBI,LCRSH,M,AOPT,,,,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: LCH00
Type: scalar
Name: LCH45
Type: scalar
Name: LCH90
Type: scalar
Name: LCHBI
Type: scalar
Name: LCHSH
Type: scalar
Name: LCR00
Type: scalar
Name: LCR45
Type: scalar
Name: LCR90
Type: scalar
Name: LCRBI
Type: scalar
Name: LCRSH
Type: scalar
Name: M
Type: scalar
Name: AOPT
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TRANSVERSELY_ANISOTROPIC_ELASTIC_PLASTIC¶

Description: Array

Syntax: dynamanual_mat_transversely_anisotropic_elastic_plastic(MID,RO,E,PR,SIGY,ETAN,R,HLCID,IDSCALE,EA,COE,ICFLD,,STRAINLT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: R
Type: scalar
Name: HLCID
Type: scalar
Name: IDSCALE
Type: scalar
Name: EA
Type: scalar
Name: COE
Type: scalar
Name: ICFLD
Type: scalar
Name:
Type: scalar
Name: STRAINLT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BLATZ-KO_FOAM¶

Description: Array

Syntax: dynamanual_mat_blatz-ko_foam(MID,RO,G,REF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: REF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FLD_TRANSVERSELY_ANISOTROPIC¶

Description: Array

Syntax: dynamanual_mat_fld_transversely_anisotropic(MID,RO,E,PR,SIGY,ETAN,R,HLCID,LCIDFLD)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: R
Type: scalar
Name: HLCID
Type: scalar
Name: LCIDFLD
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_NONLINEAR_ORTHOTROPIC¶

Description: Array

Syntax: dynamanual_mat_nonlinear_orthotropic(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,DT,TRAMP,ALPHA,LCIDA,LCIDB,EFAIL,DTFAIL,CDAMP,AOPT,MACF,XP,YP,ZP,A1,V1,D1,BETA,LCIDC,LCIDAB,LCIDBC,LCIDCA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: DT
Type: scalar
Name: TRAMP
Type: scalar
Name: ALPHA
Type: scalar
Name: LCIDA
Type: scalar
Name: LCIDB
Type: scalar
Name: EFAIL
Type: scalar
Name: DTFAIL
Type: scalar
Name: CDAMP
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: LCIDC
Type: scalar
Name: LCIDAB
Type: scalar
Name: LCIDBC
Type: scalar
Name: LCIDCA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_USER_DEFINED_KEYWORDS¶

Description: Array

Syntax: dynamanual_mat_user_defined_keywords(MID,RO,MT,LMC,NHV,IORTHO/ ISPOT,IBULK,IG,IVECT,IFAIL,ITHERM,IHYPER,IEOS,LMCA,AOPT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,IEVTS ,P1,P2,P3,P4,P5,P6,P7,P8,P1,P2,P3,P4,P5,P6,P7,P8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: MT
Type: scalar
Name: LMC
Type: scalar
Name: NHV
Type: scalar
Name: IORTHO/ ISPOT
Type: scalar
Name: IBULK
Type: select
Name: IG
Type: select
Name: IVECT
Type: scalar
Name: IFAIL
Type: scalar
Name: ITHERM
Type: scalar
Name: IHYPER
Type: scalar
Name: IEOS
Type: scalar
Name: LMCA
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: IEVTS
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: P3
Type: scalar
Name: P4
Type: scalar
Name: P5
Type: scalar
Name: P6
Type: scalar
Name: P7
Type: scalar
Name: P8
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: P3
Type: scalar
Name: P4
Type: scalar
Name: P5
Type: scalar
Name: P6
Type: scalar
Name: P7
Type: scalar
Name: P8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BAMMAN¶

Description:

Syntax: dynamanual_mat_bamman(MID,RO,E,PR,T,HC,C1,C2,C3,C4,C5,C6,C7,C8,C9,C10,C11,C12,C13,C14,C15,C16,C17,C18,A1,A2,A3,A4,A5,A6,KAPPA)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: T
Type: scalar
Name: HC
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: C9
Type: scalar
Name: C10
Type: scalar
Name: C11
Type: scalar
Name: C12
Type: scalar
Name: C13
Type: scalar
Name: C14
Type: scalar
Name: C15
Type: scalar
Name: C16
Type: scalar
Name: C17
Type: scalar
Name: C18
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: A4
Type: scalar
Name: A5
Type: scalar
Name: A6
Type: scalar
Name: KAPPA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BAMMAN_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_bamman_damage(MID,RO,E,PR,T,HC,C1,C2,C3,C4,C5,C6,C7,C8,C9,C10,C11,C12,C13,C14,C15,C16,C17,C18,A1,A2,A3,A4,A5,A6,N,D0,FS)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: T
Type: scalar
Name: HC
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: C9
Type: scalar
Name: C10
Type: scalar
Name: C11
Type: scalar
Name: C12
Type: scalar
Name: C13
Type: scalar
Name: C14
Type: scalar
Name: C15
Type: scalar
Name: C16
Type: scalar
Name: C17
Type: scalar
Name: C18
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: A4
Type: scalar
Name: A5
Type: scalar
Name: A6
Type: scalar
Name: N
Type: scalar
Name: D0
Type: scalar
Name: FS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CLOSED_CELL_FOAM¶

Description: Array

Syntax: dynamanual_mat_closed_cell_foam(MID,RO,E,A,B,C,P0,PHI,GAMA0,LCID)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: P0
Type: scalar
Name: PHI
Type: scalar
Name: GAMA0
Type: scalar
Name: LCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ENHANCED_COMPOSITE_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_enhanced_composite_damage(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,(KF) ,AOPT,2WAY,TI,,,,A1,MANGLE,V1,D1,DFAILM,DFAILS,TFAIL,ALPH,SOFT,FBRT,YCFAC,DFAILT,DFAILC,EFS,XC,XT,YC,YT,SC,CRIT,BETA,PFL,EPSF,EPSR,TSMD,SOFT2,SLIMT1,SLIMC1,SLIMT2,SLIMC2,SLIMS,NCYRED,SOFTG,LCXC,LCXT,LCYC,LCYT,LCSC,DT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: (KF)
Type: scalar
Name: AOPT
Type: scalar
Name: 2WAY
Type: scalar
Name: TI
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: MANGLE
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: DFAILM
Type: scalar
Name: DFAILS
Type: scalar
Name: TFAIL
Type: scalar
Name: ALPH
Type: scalar
Name: SOFT
Type: scalar
Name: FBRT
Type: scalar
Name: YCFAC
Type: scalar
Name: DFAILT
Type: scalar
Name: DFAILC
Type: scalar
Name: EFS
Type: scalar
Name: XC
Type: scalar
Name: XT
Type: scalar
Name: YC
Type: scalar
Name: YT
Type: scalar
Name: SC
Type: scalar
Name: CRIT
Type: scalar
Name: BETA
Type: scalar
Name: PFL
Type: scalar
Name: EPSF
Type: scalar
Name: EPSR
Type: scalar
Name: TSMD
Type: scalar
Name: SOFT2
Type: scalar
Name: SLIMT1
Type: scalar
Name: SLIMC1
Type: scalar
Name: SLIMT2
Type: scalar
Name: SLIMC2
Type: scalar
Name: SLIMS
Type: scalar
Name: NCYRED
Type: scalar
Name: SOFTG
Type: scalar
Name: LCXC
Type: scalar
Name: LCXT
Type: scalar
Name: LCYC
Type: scalar
Name: LCYT
Type: scalar
Name: LCSC
Type: scalar
Name: DT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LOW_DENSITY_FOAM¶

Description: Array

Syntax: dynamanual_mat_low_density_foam(MID,RO,E,LCID,TC,HU,BETA,DAMP,SHAPE,FAIL,BVFLAG,ED,BETA1,KCON,REF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: LCID
Type: scalar
Name: TC
Type: scalar
Name: HU
Type: scalar
Name: BETA
Type: scalar
Name: DAMP
Type: select
Name: SHAPE
Type: scalar
Name: FAIL
Type: select
Name: BVFLAG
Type: select
Name: ED
Type: scalar
Name: BETA1
Type: scalar
Name: KCON
Type: scalar
Name: REF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LAMINATED_COMPOSITE_FABRIC¶

Description: Array

Syntax: dynamanual_mat_laminated_composite_fabric(MID,RO,EA,EB,(EC),PRBA,TAU1,GAMMA1,GAB,GBC,GCA,SLIMT1,SLIMC1,SLIMT2,SLIMC2,SLIMS,AOPT,TSIZE,ERODS,SOFT,FS,EPSF,EPSR,TSMD,XP,YP,ZP,A1,A2,A3,PRCA,PRCB,V1,V2,V3,D1,D2,D3,BETA,E11C,E11T,E22C,E22T,GMS,XC,XT,YC,YT,SC,LCXC,LCXT,LCYC,LCYT,LCSC,LCTAU,LCGAM,DT,LCE11C,LCE11T,LCE22C,LCE22T,LCGMS,LCEFS)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: (EC)
Type: scalar
Name: PRBA
Type: scalar
Name: TAU1
Type: scalar
Name: GAMMA1
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: SLIMT1
Type: scalar
Name: SLIMC1
Type: scalar
Name: SLIMT2
Type: scalar
Name: SLIMC2
Type: scalar
Name: SLIMS
Type: scalar
Name: AOPT
Type: select
Name: TSIZE
Type: scalar
Name: ERODS
Type: scalar
Name: SOFT
Type: scalar
Name: FS
Type: select
Name: EPSF
Type: scalar
Name: EPSR
Type: scalar
Name: TSMD
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: E11C
Type: scalar
Name: E11T
Type: scalar
Name: E22C
Type: scalar
Name: E22T
Type: scalar
Name: GMS
Type: scalar
Name: XC
Type: scalar
Name: XT
Type: scalar
Name: YC
Type: scalar
Name: YT
Type: scalar
Name: SC
Type: scalar
Name: LCXC
Type: scalar
Name: LCXT
Type: scalar
Name: LCYC
Type: scalar
Name: LCYT
Type: scalar
Name: LCSC
Type: scalar
Name: LCTAU
Type: scalar
Name: LCGAM
Type: scalar
Name: DT
Type: scalar
Name: LCE11C
Type: scalar
Name: LCE11T
Type: scalar
Name: LCE22C
Type: scalar
Name: LCE22T
Type: scalar
Name: LCGMS
Type: scalar
Name: LCEFS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COMPOSITE_FAILURE_{OPTION}_MODEL¶

Description: Array

Syntax: dynamanual_mat_composite_failure_{option}_model(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,KF,AOPT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,TSIZE,ALP,SOFT,FBRT,SR,SF,XC,XT,YC,YT,SC,SBA,SCA,SCB,XXC,YYC,ZZC,XXT,YYT,ZZT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: KF
Type: scalar
Name: AOPT
Type: select
Name: MACF
Type: select
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: TSIZE
Type: scalar
Name: ALP
Type: scalar
Name: SOFT
Type: scalar
Name: FBRT
Type: scalar
Name: SR
Type: scalar
Name: SF
Type: scalar
Name: XC
Type: scalar
Name: XT
Type: scalar
Name: YC
Type: scalar
Name: YT
Type: scalar
Name: SC
Type: select
Name: SBA
Type: scalar
Name: SCA
Type: scalar
Name: SCB
Type: scalar
Name: XXC
Type: scalar
Name: YYC
Type: scalar
Name: ZZC
Type: scalar
Name: XXT
Type: scalar
Name: YYT
Type: scalar
Name: ZZT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_WITH_VISCOSITY¶

Description: Array

Syntax: dynamanual_mat_elastic_with_viscosity(MID,RO,V0,A,B,C,LCID,PR1,PR2,PR3,PR4,PR5,PR6,PR7,PR8,T1,T2,T3,T4,T5,T6,T7,T8,V1,V2,V3,V4,V5,V6,V7,V8,E1,E2,E3,E4,E5,E6,E7,E8,ALPHA1,ALPHA2,ALPHA3,ALPHA4,ALPHA5,ALPHA6,ALPHA7,ALPHA8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: V0
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: LCID
Type: scalar
Name: PR1
Type: scalar
Name: PR2
Type: scalar
Name: PR3
Type: scalar
Name: PR4
Type: scalar
Name: PR5
Type: scalar
Name: PR6
Type: scalar
Name: PR7
Type: scalar
Name: PR8
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: T3
Type: scalar
Name: T4
Type: scalar
Name: T5
Type: scalar
Name: T6
Type: scalar
Name: T7
Type: scalar
Name: T8
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: V4
Type: scalar
Name: V5
Type: scalar
Name: V6
Type: scalar
Name: V7
Type: scalar
Name: V8
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar
Name: E3
Type: scalar
Name: E4
Type: scalar
Name: E5
Type: scalar
Name: E6
Type: scalar
Name: E7
Type: scalar
Name: E8
Type: scalar
Name: ALPHA1
Type: scalar
Name: ALPHA2
Type: scalar
Name: ALPHA3
Type: scalar
Name: ALPHA4
Type: scalar
Name: ALPHA5
Type: scalar
Name: ALPHA6
Type: scalar
Name: ALPHA7
Type: scalar
Name: ALPHA8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_WITH_VISCOSITY_CURVE¶

Description: Array

Syntax: dynamanual_mat_elastic_with_viscosity_curve(MID,RO,V0,A,B,C,LCID,PR_LC,YM_LC,A_LC,V_LC,V_LOG)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: V0
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: LCID
Type: scalar
Name: PR_LC
Type: scalar
Name: YM_LC
Type: scalar
Name: A_LC
Type: scalar
Name: V_LC
Type: scalar
Name: V_LOG
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_KELVIN-MAXWELL_VISCOELASTIC¶

Description: Array

Syntax: dynamanual_mat_kelvin-maxwell_viscoelastic(MID,RO,BULK,G0,GI,DC,FO,SO)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: G0
Type: scalar
Name: GI
Type: scalar
Name: DC
Type: scalar
Name: FO
Type: select
Name: SO
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOUS_FOAM¶

Description: Array

Syntax: dynamanual_mat_viscous_foam(MID,RO,E1,N1,V2,E2,N2,PR,MID,RO,E1,N1,V2,E2,N2,PR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E1
Type: scalar
Name: N1
Type: scalar
Name: V2
Type: scalar
Name: E2
Type: scalar
Name: N2
Type: scalar
Name: PR
Type: scalar
Name: MID
Type:
Name: RO
Type:
Name: E1
Type: 0.0036
Name: N1
Type: 4.0
Name: V2
Type: 0.0015
Name: E2
Type: 100.0
Name: N2
Type: 0.2
Name: PR
Type: 0.05

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CRUSHABLE_FOAM¶

Description: Array

Syntax: dynamanual_mat_crushable_foam(MID,RO,E,PR,LCID,TSC,DAMP)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: LCID
Type: scalar
Name: TSC
Type: scalar
Name: DAMP
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RATE_SENSITIVE_POWERLAW_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_rate_sensitive_powerlaw_plasticity(MID,RO,E,PR,K,M,N,E0,VP,EPS0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: K
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: E0
Type: scalar
Name: VP
Type: select
Name: EPS0
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MODIFIED_ZERILLI_ARMSTRONG¶

Description: Array

Syntax: dynamanual_mat_modified_zerilli_armstrong(MID,RO,G,E0,N,TROOM,PC,SPALL,C1,C2,C3,C4,C5,C6,EFAIL,VP,B1,B2,B3,G1,G2,G3,G4,BULK)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: E0
Type: scalar
Name: N
Type: scalar
Name: TROOM
Type: scalar
Name: PC
Type: scalar
Name: SPALL
Type: select
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: EFAIL
Type: scalar
Name: VP
Type: select
Name: B1
Type: scalar
Name: B2
Type: scalar
Name: B3
Type: scalar
Name: G1
Type: scalar
Name: G2
Type: scalar
Name: G3
Type: scalar
Name: G4
Type: scalar
Name: BULK
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LINEAR_ELASITC_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_linear_elasitc_discrete_beam(MID,RO,TKR,TKS,TKT,RKR,RKS,RKT,TDR,TDS,TDT,RDR,RDS,RDT,FOR,FOS,FOT,MOR,MOS,MOT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: TKR
Type: scalar
Name: TKS
Type: scalar
Name: TKT
Type: scalar
Name: RKR
Type: scalar
Name: RKS
Type: scalar
Name: RKT
Type: scalar
Name: TDR
Type: scalar
Name: TDS
Type: scalar
Name: TDT
Type: scalar
Name: RDR
Type: scalar
Name: RDS
Type: scalar
Name: RDT
Type: scalar
Name: FOR
Type: scalar
Name: FOS
Type: scalar
Name: FOT
Type: scalar
Name: MOR
Type: scalar
Name: MOS
Type: scalar
Name: MOT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_NONLINEAR_ELASITC_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_nonlinear_elasitc_discrete_beam(MID,RO,LCIDTR,LCIDTS,LCIDTT,LCIDRR,LCIDRS,LCIDRT,LCIDTDR,LCIDTDS,LCIDTDT,LCIDRDR,LCIDRDS,LCIDRDT,FOR,FOS,FOT,MOR,MOS,MOT,FFAILR ,FFAILS,FFAILT,MFAILR,MFAILS ,MFAILT,UFAILR ,UFAILS,UFAILT,TFAILR,TFAILS ,TFAILT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: LCIDTR
Type: scalar
Name: LCIDTS
Type: scalar
Name: LCIDTT
Type: scalar
Name: LCIDRR
Type: scalar
Name: LCIDRS
Type: scalar
Name: LCIDRT
Type: scalar
Name: LCIDTDR
Type: scalar
Name: LCIDTDS
Type: scalar
Name: LCIDTDT
Type: scalar
Name: LCIDRDR
Type: scalar
Name: LCIDRDS
Type: scalar
Name: LCIDRDT
Type: scalar
Name: FOR
Type: scalar
Name: FOS
Type: scalar
Name: FOT
Type: scalar
Name: MOR
Type: scalar
Name: MOS
Type: scalar
Name: MOT
Type: scalar
Name: FFAILR
Type: scalar
Name: FFAILS
Type: scalar
Name: FFAILT
Type: scalar
Name: MFAILR
Type: scalar
Name: MFAILS
Type: scalar
Name: MFAILT
Type: scalar
Name: UFAILR
Type: scalar
Name: UFAILS
Type: scalar
Name: UFAILT
Type: scalar
Name: TFAILR
Type: scalar
Name: TFAILS
Type: scalar
Name: TFAILT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_NONLINEAR_PLASITC_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_nonlinear_plasitc_discrete_beam(MID,RO,TKR,TKS,TKT,RKR,RKS,RKT,TDR,TDS,TDT,RDR,RDS,RDT,LCPDR,LCPDS,LCPDT,LCPMR,LCPMS,LCPMT,FFAILR ,FFAILS,FFAILT,MFAILR,MFAILS ,MFAILT,UFAILR ,UFAILS,UFAILT,TFAILR,TFAILS ,TFAILT,FOR,FOS,FOT,MOR,MOS,MOT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: TKR
Type: scalar
Name: TKS
Type: scalar
Name: TKT
Type: scalar
Name: RKR
Type: scalar
Name: RKS
Type: scalar
Name: RKT
Type: scalar
Name: TDR
Type: scalar
Name: TDS
Type: scalar
Name: TDT
Type: scalar
Name: RDR
Type: scalar
Name: RDS
Type: scalar
Name: RDT
Type: scalar
Name: LCPDR
Type: scalar
Name: LCPDS
Type: scalar
Name: LCPDT
Type: scalar
Name: LCPMR
Type: scalar
Name: LCPMS
Type: scalar
Name: LCPMT
Type: scalar
Name: FFAILR
Type: scalar
Name: FFAILS
Type: scalar
Name: FFAILT
Type: scalar
Name: MFAILR
Type: scalar
Name: MFAILS
Type: scalar
Name: MFAILT
Type: scalar
Name: UFAILR
Type: scalar
Name: UFAILS
Type: scalar
Name: UFAILT
Type: scalar
Name: TFAILR
Type: scalar
Name: TFAILS
Type: scalar
Name: TFAILT
Type: scalar
Name: FOR
Type: scalar
Name: FOS
Type: scalar
Name: FOT
Type: scalar
Name: MOR
Type: scalar
Name: MOS
Type: scalar
Name: MOT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SID_DAMPER_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_sid_damper_discrete_beam(MID,RO,ST,D,R,H,K,C,C3,STF,RHOF,C1,C2,LCIDF,LCIDD,S0,ORFLOC,ORFRAD,SF,DC)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ST
Type: scalar
Name: D
Type: scalar
Name: R
Type: scalar
Name: H
Type: scalar
Name: K
Type: scalar
Name: C
Type: scalar
Name: C3
Type: scalar
Name: STF
Type: scalar
Name: RHOF
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: LCIDF
Type: scalar
Name: LCIDD
Type: scalar
Name: S0
Type: scalar
Name: ORFLOC
Type: scalar
Name: ORFRAD
Type: scalar
Name: SF
Type: scalar
Name: DC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HYDRAULIC_GAS_DAMPER_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_hydraulic_gas_damper_discrete_beam(MID,RO,CO,N,P0,PA,AP,KH,LCID,FR,SCLF,CLEAR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: CO
Type: scalar
Name: N
Type: scalar
Name: P0
Type: scalar
Name: PA
Type: scalar
Name: AP
Type: scalar
Name: KH
Type: scalar
Name: LCID
Type: scalar
Name: FR
Type: scalar
Name: SCLF
Type: scalar
Name: CLEAR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CABLE_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_cable_discrete_beam(MID,RO,E,LCID,F0,TMAXF0,TRAMP,IREAD,OUTPUT,TSTART,FRACL0,MXEPS,MXFRC)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: select
Name: LCID
Type: scalar
Name: F0
Type: scalar
Name: TMAXF0
Type: scalar
Name: TRAMP
Type: scalar
Name: IREAD
Type: select
Name: OUTPUT
Type: scalar
Name: TSTART
Type: scalar
Name: FRACL0
Type: select
Name: MXEPS
Type: scalar
Name: MXFRC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CONCRETE_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_concrete_damage(MID,RO,PR,SIGF,A0,A1,A2,A0Y,A1Y,A2Y,A1F,A2F,B1,B2,B3,PER,ER,PRR,SIGY,ETAN,LCP,LCR,?,?2,?3,?4,?5,?6,?7,?8,9,10,11,12,13,n1,n2,n3,n4,n5,n6,n7,n8,n9,n10,n11,n12,n13)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PR
Type: scalar
Name: SIGF
Type: scalar
Name: A0
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A0Y
Type: scalar
Name: A1Y
Type: scalar
Name: A2Y
Type: scalar
Name: A1F
Type: scalar
Name: A2F
Type: scalar
Name: B1
Type: scalar
Name: B2
Type: scalar
Name: B3
Type: scalar
Name: PER
Type: scalar
Name: ER
Type: scalar
Name: PRR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: LCP
Type: scalar
Name: LCR
Type: scalar
Name: ?
Type: scalar
Name: ?2
Type: scalar
Name: ?3
Type: scalar
Name: ?4
Type: scalar
Name: ?5
Type: scalar
Name: ?6
Type: scalar
Name: ?7
Type: scalar
Name: ?8
Type: scalar
Name: 9
Type: scalar
Name: 10
Type: scalar
Name: 11
Type: scalar
Name: 12
Type: scalar
Name: 13
Type: scalar
Name: n1
Type: scalar
Name: n2
Type: scalar
Name: n3
Type: scalar
Name: n4
Type: scalar
Name: n5
Type: scalar
Name: n6
Type: scalar
Name: n7
Type: scalar
Name: n8
Type: scalar
Name: n9
Type: scalar
Name: n10
Type: scalar
Name: n11
Type: scalar
Name: n12
Type: scalar
Name: n13
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CONCRETE_DAMAGE_REL3¶

Description: Array

Syntax: dynamanual_mat_concrete_damage_rel3(MID,RO,PR,FT,A0,A1,A2,B1,OMEGA,A1F,S?,NOUT,EDROP,RSIZE,UCF,LCRATE,LOCWID,NPTS,?01,?02,?03,?04,?05,?06,?07,?08,?09,?10,?11,?12,?13,B3,A0Y,A1Y,?01,?02,?03,?04,?05,?06,?07,?08,n09,n10,n11,n12,n13,B2,A2F,A2Y)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PR
Type: scalar
Name: FT
Type: scalar
Name: A0
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: B1
Type: scalar
Name: OMEGA
Type: scalar
Name: A1F
Type: scalar
Name: S?
Type: scalar
Name: NOUT
Type: scalar
Name: EDROP
Type: scalar
Name: RSIZE
Type: scalar
Name: UCF
Type: scalar
Name: LCRATE
Type: scalar
Name: LOCWID
Type: scalar
Name: NPTS
Type: scalar
Name: ?01
Type: scalar
Name: ?02
Type: scalar
Name: ?03
Type: scalar
Name: ?04
Type: scalar
Name: ?05
Type: scalar
Name: ?06
Type: scalar
Name: ?07
Type: scalar
Name: ?08
Type: scalar
Name: ?09
Type: scalar
Name: ?10
Type: scalar
Name: ?11
Type: scalar
Name: ?12
Type: scalar
Name: ?13
Type: scalar
Name: B3
Type: scalar
Name: A0Y
Type: scalar
Name: A1Y
Type: scalar
Name: ?01
Type: scalar
Name: ?02
Type: scalar
Name: ?03
Type: scalar
Name: ?04
Type: scalar
Name: ?05
Type: scalar
Name: ?06
Type: scalar
Name: ?07
Type: scalar
Name: ?08
Type: scalar
Name: n09
Type: scalar
Name: n10
Type: scalar
Name: n11
Type: scalar
Name: n12
Type: scalar
Name: n13
Type: scalar
Name: B2
Type: scalar
Name: A2F
Type: scalar
Name: A2Y
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LOW_DENSITY_VISCOUS_FOAM¶

Description: Array

Syntax: dynamanual_mat_low_density_viscous_foam(MID,RO,E,LCID,TC,HU,BETA,DAMP,SHAPE,FAIL,BVFLAG,KCON,LCID2,BSTART,TRAMP,NV,GI,BETAI,REF,LCID3,LCID4,SCALEW,SCALEA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: LCID
Type: scalar
Name: TC
Type: scalar
Name: HU
Type: scalar
Name: BETA
Type: scalar
Name: DAMP
Type: scalar
Name: SHAPE
Type: scalar
Name: FAIL
Type: scalar
Name: BVFLAG
Type: scalar
Name: KCON
Type: scalar
Name: LCID2
Type: scalar
Name: BSTART
Type: scalar
Name: TRAMP
Type: scalar
Name: NV
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar
Name: REF
Type: scalar
Name: LCID3
Type: scalar
Name: LCID4
Type: scalar
Name: SCALEW
Type: scalar
Name: SCALEA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_SPRING_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_elastic_spring_discrete_beam(MID,RO,K,F0,D,CDF,TDF,FLCID,HLCID,C1,C2,DLE,GLCID)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: F0
Type: scalar
Name: D
Type: scalar
Name: CDF
Type: select
Name: TDF
Type: scalar
Name: FLCID
Type: scalar
Name: HLCID
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: DLE
Type: scalar
Name: GLCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BILKHU/DUBOIS_FOAM¶

Description: Array

Syntax: dynamanual_mat_bilkhu/dubois_foam(MID,RO,YM,LCPY,LCUYS,VC,PC,VPC,TSC,VTSC,LCRATE,PR,KCON,ISFLG,NCYCLE)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: YM
Type: scalar
Name: LCPY
Type: scalar
Name: LCUYS
Type: scalar
Name: VC
Type: scalar
Name: PC
Type: scalar
Name: VPC
Type: scalar
Name: TSC
Type: scalar
Name: VTSC
Type: scalar
Name: LCRATE
Type: scalar
Name: PR
Type: scalar
Name: KCON
Type: scalar
Name: ISFLG
Type: scalar
Name: NCYCLE
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GENERAL_VISCOELASTIC¶

Description:

Syntax: dynamanual_mat_general_viscoelastic()

Inputs:

Outputs:

*DYNAMANUAL_MAT_CELLULAR_RUBBER¶

Description: Array

Syntax: dynamanual_mat_cellular_rubber(MID,RO,PR,N,SGL,SW,ST,LCID,C10,C01,C11,C20,C02,P0,PHI,IVS,G,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PR
Type: scalar
Name: N
Type: scalar
Name: SGL
Type: scalar
Name: SW
Type: scalar
Name: ST
Type: scalar
Name: LCID
Type: scalar
Name: C10
Type: scalar
Name: C01
Type: scalar
Name: C11
Type: scalar
Name: C20
Type: scalar
Name: C02
Type: scalar
Name: P0
Type: scalar
Name: PHI
Type: scalar
Name: IVS
Type: scalar
Name: G
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MTS¶

Description: Array

Syntax: dynamanual_mat_mts(MID,RO,SIGA,SIGI,SIGS,SIG0,BULK,HF0,HF1,HF2,SIGS0,EDOTS0,BURG,CAPA,BOLTZ,SM0,SM1,SM2,EDOT0,G0,PINV,QINV,EDOT1,G0I,PINVI,QINVI,EDOTS,G0S,PINVS,QINVS,RHOCPR,TEMPRF,ALPHA,EPS0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: SIGA
Type: scalar
Name: SIGI
Type: scalar
Name: SIGS
Type: scalar
Name: SIG0
Type: scalar
Name: BULK
Type: scalar
Name: HF0
Type: scalar
Name: HF1
Type: scalar
Name: HF2
Type: scalar
Name: SIGS0
Type: scalar
Name: EDOTS0
Type: scalar
Name: BURG
Type: scalar
Name: CAPA
Type: scalar
Name: BOLTZ
Type: scalar
Name: SM0
Type: scalar
Name: SM1
Type: scalar
Name: SM2
Type: scalar
Name: EDOT0
Type: scalar
Name: G0
Type: scalar
Name: PINV
Type: scalar
Name: QINV
Type: scalar
Name: EDOT1
Type: scalar
Name: G0I
Type: scalar
Name: PINVI
Type: scalar
Name: QINVI
Type: scalar
Name: EDOTS
Type: scalar
Name: G0S
Type: scalar
Name: PINVS
Type: scalar
Name: QINVS
Type: scalar
Name: RHOCPR
Type: scalar
Name: TEMPRF
Type: scalar
Name: ALPHA
Type:
Name: EPS0
Type:

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTICITY_POLYMER¶

Description: Array

Syntax: dynamanual_mat_plasticity_polymer(MID,RO,E,PR,C,P,LCSS,LCSR,EFTX,DAMP,RATEFAC,LCFAIL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: EFTX
Type: select
Name: DAMP
Type: scalar
Name: RATEFAC
Type: scalar
Name: LCFAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ACOUSTIC¶

Description: Array

Syntax: dynamanual_mat_acoustic(MID,RO,C,BETA,CF,ATMOS,GRAV,XP,YP,ZP,XN,YN,ZN)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: C
Type: scalar
Name: BETA
Type: scalar
Name: CF
Type: scalar
Name: ATMOS
Type: scalar
Name: GRAV
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: XN
Type: scalar
Name: YN
Type: scalar
Name: ZN
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SOFT_TISSUE¶

Description: Array

Syntax: dynamanual_mat_soft_tissue(MID,RO,C1,C2,C3,C4,C5,XK,XLAM,FANG,XLAM0,FAILSF,FAILSM,FAILSHR,AOPT,AX,AY,AZ,BX,BY,BZ,LA1,LA2,LA3,MACF,S1,S2,S3,S4,S5,S6,T1,T2,T3,T4,T5,T6)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: XK
Type: scalar
Name: XLAM
Type: scalar
Name: FANG
Type: scalar
Name: XLAM0
Type: scalar
Name: FAILSF
Type: scalar
Name: FAILSM
Type: scalar
Name: FAILSHR
Type: scalar
Name: AOPT
Type: select
Name: AX
Type: scalar
Name: AY
Type: scalar
Name: AZ
Type: scalar
Name: BX
Type: scalar
Name: BY
Type: scalar
Name: BZ
Type: scalar
Name: LA1
Type: scalar
Name: LA2
Type: scalar
Name: LA3
Type: scalar
Name: MACF
Type: scalar
Name: S1
Type: scalar
Name: S2
Type: scalar
Name: S3
Type: scalar
Name: S4
Type: scalar
Name: S5
Type: scalar
Name: S6
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: T3
Type: scalar
Name: T4
Type: scalar
Name: T5
Type: scalar
Name: T6
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_6DOF_SPRING_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_elastic_6dof_spring_discrete_beam(MID,RO,TPIDR,TPIDS,TPIDT,RPIDR,RPIDS,RPIDT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: TPIDR
Type: scalar
Name: TPIDS
Type: scalar
Name: TPIDT
Type: scalar
Name: RPIDR
Type: scalar
Name: RPIDS
Type: scalar
Name: RPIDT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_INELASTIC_SPRING_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_inelastic_spring_discrete_beam(MID,RO,K,F0,D,CDF,TDF,FLCID,HLCID,C1,C2,DLE,GLCID)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: F0
Type: scalar
Name: D
Type: scalar
Name: CDF
Type: select
Name: TDF
Type: select
Name: FLCID
Type: scalar
Name: HLCID
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: DLE
Type: scalar
Name: GLCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_INELASTC_6DOF_SPRING_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_inelastc_6dof_spring_discrete_beam(MID,RO,TPIDR,TPIDS,TPIDT,RPIDR,RPIDS,RPIDT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: TPIDR
Type: scalar
Name: TPIDS
Type: scalar
Name: TPIDT
Type: scalar
Name: RPIDR
Type: scalar
Name: RPIDS
Type: scalar
Name: RPIDT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BRITTLE_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_brittle_damage(MID,RO,E,PR,TLIMIT,SLIMIT,FTOUGH,SRETEN,VISC,FRA_RF,E_RF,YS_RF,EH_RF,FS_RF,SIGY)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: TLIMIT
Type: scalar
Name: SLIMIT
Type: scalar
Name: FTOUGH
Type: scalar
Name: SRETEN
Type: scalar
Name: VISC
Type: scalar
Name: FRA_RF
Type: scalar
Name: E_RF
Type: scalar
Name: YS_RF
Type: scalar
Name: EH_RF
Type: scalar
Name: FS_RF
Type: scalar
Name: SIGY
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GENERAL_JOINT_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_general_joint_discrete_beam(MID,RO,TR,TS,TT,RR,RS,RT,RPST,RPSR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: TR
Type: scalar
Name: TS
Type: scalar
Name: TT
Type: scalar
Name: RR
Type: scalar
Name: RS
Type: scalar
Name: RT
Type:
Name: RPST
Type: scalar
Name: RPSR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SIMPLIFIED_JOHNSON_COOK¶

Description: Array

Syntax: dynamanual_mat_simplified_johnson_cook(MID,RO,E,PR,VP,A,B,N,C,PSFAIL,SIGMAX,SIGSAT,EPSO)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: VP
Type: select
Name: A
Type: scalar
Name: B
Type: scalar
Name: N
Type: scalar
Name: C
Type: scalar
Name: PSFAIL
Type: scalar
Name: SIGMAX
Type: scalar
Name: SIGSAT
Type: scalar
Name: EPSO
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SIMPLIFIED_JOHNSON_COOK_ORTHOTROPIC_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_simplified_johnson_cook_orthotropic_damage(MID,RO,E,PR,VP,EPPFR,LCDM,NUMINT,A,B,N,C,PSFAIL,SIGMAX,SIGSAT,EPSO)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: VP
Type: select
Name: EPPFR
Type: scalar
Name: LCDM
Type: scalar
Name: NUMINT
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: N
Type: scalar
Name: C
Type: scalar
Name: PSFAIL
Type: scalar
Name: SIGMAX
Type: scalar
Name: SIGSAT
Type: scalar
Name: EPSO
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPOTWELD_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_spotweld_{option}(MID,RO,E,PR,SIGY,EH,DT,TFAIL,EFAIL,NRR,NRS,NRT,MRR,MSS,MTT,NF,EFAIL,NRR,NRS,NRT,MRR,MSS,MTT,NF,EFAIL,SIGAX,SIGTAU,NF,EFAIL,,,,,,NF,EFAIL,USRV1,USRV2,USRV3,USRV4,USRV5,USRV6,USRV7,NF,EFAIL,ZD,ZT,ZALP1,ZALP2,ZALP3,ZRRAD,NF,EFAIL,ZD,ZT,ZT2,EFAIL,NF,EFAIL,LCT,LCC,NF,EFAIL,LCT,LCC,NF,RS,OPT,FVAL,TRUE_T,ASFF,BETA,DMGOPT,USRV7,USRV8,USRV9,USRV10,USRV11,USRV12,USRV13,USRV14,USRV15,USRV16,USRV17,USRV18,USRV19,USRV120,USRV121,USRV122)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: EH
Type: scalar
Name: DT
Type: scalar
Name: TFAIL
Type: scalar
Name: EFAIL
Type: scalar
Name: NRR
Type: scalar
Name: NRS
Type: scalar
Name: NRT
Type: scalar
Name: MRR
Type: scalar
Name: MSS
Type: scalar
Name: MTT
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: NRR
Type: scalar
Name: NRS
Type: scalar
Name: NRT
Type: scalar
Name: MRR
Type: scalar
Name: MSS
Type: scalar
Name: MTT
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: SIGAX
Type: scalar
Name: SIGTAU
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type: scalar
Name:
Type:
Name:
Type:
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: USRV1
Type: scalar
Name: USRV2
Type: scalar
Name: USRV3
Type: scalar
Name: USRV4
Type: scalar
Name: USRV5
Type: scalar
Name: USRV6
Type: scalar
Name: USRV7
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: ZD
Type: scalar
Name: ZT
Type: scalar
Name: ZALP1
Type: scalar
Name: ZALP2
Type: scalar
Name: ZALP3
Type: scalar
Name: ZRRAD
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: ZD
Type: scalar
Name: ZT
Type: scalar
Name: ZT2
Type: scalar
Name: EFAIL
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: LCT
Type: scalar
Name: LCC
Type: scalar
Name: NF
Type: scalar
Name: EFAIL
Type: scalar
Name: LCT
Type: scalar
Name: LCC
Type: scalar
Name: NF
Type: scalar
Name: RS
Type: scalar
Name: OPT
Type: scalar
Name: FVAL
Type: scalar
Name: TRUE_T
Type: scalar
Name: ASFF
Type: scalar
Name: BETA
Type: scalar
Name: DMGOPT
Type: scalar
Name: USRV7
Type: scalar
Name: USRV8
Type: scalar
Name: USRV9
Type: scalar
Name: USRV10
Type: scalar
Name: USRV11
Type: scalar
Name: USRV12
Type: scalar
Name: USRV13
Type: scalar
Name: USRV14
Type: scalar
Name: USRV15
Type: scalar
Name: USRV16
Type: scalar
Name: USRV17
Type: scalar
Name: USRV18
Type: scalar
Name: USRV19
Type: scalar
Name: USRV120
Type: scalar
Name: USRV121
Type: scalar
Name: USRV122
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPOTWELD_DAIMLERCHRYSLER¶

Description: Array

Syntax: dynamanual_mat_spotweld_daimlerchrysler(MID,RO,E,PR,DT,TFAIL,EFAIL,uk1,uk2,uk3,uk5,uk5,uk6,NF,RS,ASFF,TRUE_T,CON_ID,JTOL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: DT
Type: scalar
Name: TFAIL
Type: scalar
Name: EFAIL
Type: scalar
Name: uk1
Type:
Name: uk2
Type:
Name: uk3
Type:
Name: uk5
Type:
Name: uk5
Type:
Name: uk6
Type:
Name: NF
Type: scalar
Name: RS
Type: scalar
Name: ASFF
Type: scalar
Name: TRUE_T
Type: scalar
Name: CON_ID
Type: scalar
Name: JTOL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GEPLASTIC_SRATE_2000A¶

Description: Array

Syntax: dynamanual_mat_geplastic_srate_2000a(MID,RO,E,PR,RATESF,EDOT0,ALPHA,LCSS,LCFEPS,LCFSIG,LCE)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: RATESF
Type: scalar
Name: EDOT0
Type: scalar
Name: ALPHA
Type: scalar
Name: LCSS
Type: vector
Name: LCFEPS
Type: scalar
Name: LCFSIG
Type: scalar
Name: LCE
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_INV_HYPERBOLIC_SIN¶

Description: Array

Syntax: dynamanual_mat_inv_hyperbolic_sin(MID,RO,E,PR,T,HC,VP,ALPHA,N,A,Q,G,EPS0,LCQ,MID,RO,ALPHA,N,A,Q,G,EPS0,LCE,LCPR,LCCTE)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: T
Type: scalar
Name: HC
Type: scalar
Name: VP
Type: select
Name: ALPHA
Type: scalar
Name: N
Type: scalar
Name: A
Type: scalar
Name: Q
Type: scalar
Name: G
Type: scalar
Name: EPS0
Type: scalar
Name: LCQ
Type: scalar
Name: MID
Type: scalar
Name: RO
Type: scalar
Name: ALPHA
Type: scalar
Name: N
Type: scalar
Name: A
Type: scalar
Name: Q
Type: scalar
Name: G
Type: scalar
Name: EPS0
Type: scalar
Name: LCE
Type: scalar
Name: LCPR
Type: scalar
Name: LCCTE
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ANISOTROPIC_VISCOPLASTIC¶

Description: Array

Syntax: dynamanual_mat_anisotropic_viscoplastic(MID,RO,E,PR,SIGY,FLAG,LCSS,ALPHA,QR1,CR1,QR2,CR2,QX1,CX1,QX2,CX2,VK,VM,R00 or F,R45 or G,R90 or H,L,M,N,AOPT,FAIL,NUMINT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: FLAG
Type: select
Name: LCSS
Type: vector
Name: ALPHA
Type: scalar
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: QX1
Type: scalar
Name: CX1
Type: scalar
Name: QX2
Type: scalar
Name: CX2
Type: scalar
Name: VK
Type: scalar
Name: VM
Type: scalar
Name: R00 or F
Type: scalar
Name: R45 or G
Type: scalar
Name: R90 or H
Type: scalar
Name: L
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: AOPT
Type: select
Name: FAIL
Type: scalar
Name: NUMINT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ANISOTROPIC_PLASTIC¶

Description: Array

Syntax: dynamanual_mat_anisotropic_plastic(MID,RO,E,PR,SIGY,LCSS,QR1,CR1,QR2,CR2,R00,R45,R90,S11,S22,S33,S12,AOPT,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: LCSS
Type: vector
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: R00
Type: scalar
Name: R45
Type: scalar
Name: R90
Type: scalar
Name: S11
Type: scalar
Name: S22
Type: scalar
Name: S33
Type: scalar
Name: S12
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DAMAGE_1¶

Description: Array

Syntax: dynamanual_mat_damage_1(MID,RO,E,PR,SIGY,LCSS,LCDS,Q1,C1,Q2,C2,EPSD,S or EPSR,DC,FLAG,VK,VM,R00 or F,R45 or G,R90 or H,L,M,N,AOPT,,CPH,MACF,Y0,ALPHA,THETA,ETA,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: LCSS
Type: vector
Name: LCDS
Type: scalar
Name: Q1
Type: scalar
Name: C1
Type: scalar
Name: Q2
Type: scalar
Name: C2
Type: scalar
Name: EPSD
Type: scalar
Name: S or EPSR
Type: scalar
Name: DC
Type: scalar
Name: FLAG
Type: select
Name: VK
Type: scalar
Name: VM
Type: scalar
Name: R00 or F
Type: scalar
Name: R45 or G
Type: scalar
Name: R90 or H
Type: scalar
Name: L
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: AOPT
Type: select
Name:
Type:
Name: CPH
Type: scalar
Name: MACF
Type: scalar
Name: Y0
Type: scalar
Name: ALPHA
Type: scalar
Name: THETA
Type: scalar
Name: ETA
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DAMAGE_2¶

Description: Array

Syntax: dynamanual_mat_damage_2(MID,RO,E,PR,SIGY,ETAN,FAIL,TDEL,C,P,LCSS,LCSR,EPSD,S,DC,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: FAIL
Type: select
Name: TDEL
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: EPSD
Type: scalar
Name: S
Type: scalar
Name: DC
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_VISCOPLASTIC_THERMAL¶

Description: Array

Syntax: dynamanual_mat_elastic_viscoplastic_thermal(MID,RO,E,PR,SIGY,ALPHA,LCSS,FAIL,QR1,CR1,QR2,CR2,QX1,CX1,QX2,CX2,C,P,LCE,LCPR,LCSIGY,LCR,LCX,LCALPH,LCC,LCP,TREF,LCFAIL)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ALPHA
Type: scalar
Name: LCSS
Type: vector
Name: FAIL
Type: scalar
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: QX1
Type: scalar
Name: CX1
Type: scalar
Name: QX2
Type: scalar
Name: CX2
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCE
Type: scalar
Name: LCPR
Type: scalar
Name: LCSIGY
Type: scalar
Name: LCR
Type: scalar
Name: LCX
Type: scalar
Name: LCALPH
Type: scalar
Name: LCC
Type: scalar
Name: LCP
Type: scalar
Name: TREF
Type: scalar
Name: LCFAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MODIFIED_JOHNSON_COOK¶

Description: Array

Syntax: dynamanual_mat_modified_johnson_cook(MID,RO,E,PR,BETA,XS1,CP,ALPHA,E0DOT,Tr,Tm,T0,FLAG1,FLAG2,A,B,N,C,m,Q1,C1,Q2,C2,SIGA,B,BETA0,BETA1,A,N,ALPHA0,ALPHA1,DC,PD,D1,D2,D3,D4,D5,DC,WC,TC,TAUC)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: BETA
Type: scalar
Name: XS1
Type: scalar
Name: CP
Type: scalar
Name: ALPHA
Type: scalar
Name: E0DOT
Type: scalar
Name: Tr
Type: scalar
Name: Tm
Type: scalar
Name: T0
Type: scalar
Name: FLAG1
Type: scalar
Name: FLAG2
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: N
Type: scalar
Name: C
Type: scalar
Name: m
Type: scalar
Name: Q1
Type: scalar
Name: C1
Type: scalar
Name: Q2
Type: scalar
Name: C2
Type: scalar
Name: SIGA
Type: scalar
Name: B
Type: scalar
Name: BETA0
Type: scalar
Name: BETA1
Type: scalar
Name: A
Type: scalar
Name: N
Type: scalar
Name: ALPHA0
Type: scalar
Name: ALPHA1
Type: scalar
Name: DC
Type: scalar
Name: PD
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: D4
Type: scalar
Name: D5
Type: scalar
Name: DC
Type: scalar
Name: WC
Type: scalar
Name: TC
Type: scalar
Name: TAUC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ORTHO_ELASTIC_PLASTIC¶

Description: Array

Syntax: dynamanual_mat_ortho_elastic_plastic(MID,RO,E11,E22,G12,PR12,PR23,PR31,SIGMA0,LC,QR1,CR1,QR2,CR2,R11,R22,R33,R12,AOPT,BETA,XP,A1,V1,D1)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: E11
Type: scalar
Name: E22
Type: scalar
Name: G12
Type: scalar
Name: PR12
Type: scalar
Name: PR23
Type: scalar
Name: PR31
Type: scalar
Name: SIGMA0
Type: scalar
Name: LC
Type: scalar
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: R11
Type: scalar
Name: R22
Type: scalar
Name: R33
Type: scalar
Name: R12
Type: scalar
Name: AOPT
Type: scalar
Name: BETA
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_JOHNSON_HOLMQUIST_CERAMICS¶

Description: Array

Syntax: dynamanual_mat_johnson_holmquist_ceramics(MID,RO,G,A,B,C,M,N,EPSI,T,SFMAX,HEL,PHEL,BETA,D1,D2,K1,K2,K3,FS)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: EPSI
Type: scalar
Name: T
Type: scalar
Name: SFMAX
Type: scalar
Name: HEL
Type: scalar
Name: PHEL
Type: scalar
Name: BETA
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: K3
Type: scalar
Name: FS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_JOHNSON_HOLMQUIST_CONCRETE¶

Description: Array

Syntax: dynamanual_mat_johnson_holmquist_concrete(MID,RO,G,A,B,C,N,FC,T,EPS0,EFMIN,SFMAX,PC,UC,PL,UL,D1,D2,K1,K2,K3,FS)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: N
Type: scalar
Name: FC
Type: scalar
Name: T
Type: scalar
Name: EPS0
Type: scalar
Name: EFMIN
Type: scalar
Name: SFMAX
Type: scalar
Name: PC
Type: scalar
Name: UC
Type: scalar
Name: PL
Type: scalar
Name: UL
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: K3
Type: scalar
Name: FS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FINITE_ELASTIC_STRAIN_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_finite_elastic_strain_plasticity(MID,RO,E,PR,SIGY,ETAN,C,P,LCSS,LCSR,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TRIP¶

Description: Array

Syntax: dynamanual_mat_trip(MID,RO,E,PR,CP,T0,TREF,TA0,A,B,C,D,P,Q,E0MART,VM0,AHS,BHS,M,N,EPS0,HMART,K1,K2)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type:
Name: CP
Type:
Name: T0
Type:
Name: TREF
Type:
Name: TA0
Type:
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: D
Type:
Name: P
Type:
Name: Q
Type:
Name: E0MART
Type:
Name: VM0
Type:
Name: AHS
Type: scalar
Name: BHS
Type: scalar
Name: M
Type: scalar
Name: N
Type:
Name: EPS0
Type:
Name: HMART
Type:
Name: K1
Type:
Name: K2
Type:

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LAYERED_LINEAR_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_layered_linear_plasticity(MID,RO,E,PR,SIGY,ETAN,FAIL,TDEL,C,P,LCSS,LCSR,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: FAIL
Type: scalar
Name: TDEL
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_UNIFIED_CREEP¶

Description: Array

Syntax: dynamanual_mat_unified_creep(MID,RO,E,PR,A,N,M)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: A
Type: scalar
Name: N
Type: scalar
Name: M
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_UNIFIED_CREEP_ORTHO¶

Description: Array

Syntax: dynamanual_mat_unified_creep_ortho(MID,RO,E1,E2,E3,PR21,PR31,PR32,G12,G23,G13,A,N,M,AOPT,MACF,XP,A1,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar
Name: E3
Type: scalar
Name: PR21
Type: scalar
Name: PR31
Type: scalar
Name: PR32
Type: scalar
Name: G12
Type: scalar
Name: G23
Type: scalar
Name: G13
Type: scalar
Name: A
Type: scalar
Name: N
Type: scalar
Name: M
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COMPOSITE_LAYUP¶

Description: Array

Syntax: dynamanual_mat_composite_layup(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: select
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COMPOSITE_MATRIX¶

Description: Array

Syntax: dynamanual_mat_composite_matrix(MID,RO,C11,C12,C22,C13,C23,C33,C14,C24,C34,C44,C15,C25,C35,C45,C55,C16,C26,C36,C46,C56,C66,AOPT,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: C11
Type: scalar
Name: C12
Type: scalar
Name: C22
Type: scalar
Name: C13
Type: scalar
Name: C23
Type: scalar
Name: C33
Type: scalar
Name: C14
Type: scalar
Name: C24
Type: scalar
Name: C34
Type: scalar
Name: C44
Type: scalar
Name: C15
Type: scalar
Name: C25
Type: scalar
Name: C35
Type: scalar
Name: C45
Type: scalar
Name: C55
Type: scalar
Name: C16
Type: scalar
Name: C26
Type: scalar
Name: C36
Type: scalar
Name: C46
Type: scalar
Name: C56
Type: scalar
Name: C66
Type: scalar
Name: AOPT
Type: select
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COMPOSITE_DIRECT¶

Description: Array

Syntax: dynamanual_mat_composite_direct(MID,RO,C11,C12,C22,C13,C23,C33,C14,C24,C34,C44,C15,C25,C35,C45,C55,C16,C26,C36,C46,C56,C66)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: C11
Type: scalar
Name: C12
Type: scalar
Name: C22
Type: scalar
Name: C13
Type: scalar
Name: C23
Type: scalar
Name: C33
Type: scalar
Name: C14
Type: scalar
Name: C24
Type: scalar
Name: C34
Type: scalar
Name: C44
Type: scalar
Name: C15
Type: scalar
Name: C25
Type: scalar
Name: C35
Type: scalar
Name: C45
Type: scalar
Name: C55
Type: scalar
Name: C16
Type: scalar
Name: C26
Type: scalar
Name: C36
Type: scalar
Name: C46
Type: scalar
Name: C56
Type: scalar
Name: C66
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GENERAL_NONLINEAR_6DOF_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_general_nonlinear_6dof_discrete_beam(MID,RO,KT,KR,IUNLD,OFFSET,DAMPF,IFLAG,LCIDTR,LCIDTS,LCIDTT,LCIDRR,LCIDRS,LCIDRT,LCIDTUR,LCIDTUS,LCIDTUT,LCIDRUR,LCIDRUS,LCIDRUT,LCIDTDR,LCIDTDS,LCIDTDT,LCIDRDR,LCIDRDS,LCIDRDT,LCIDTER,LCIDTES,LCIDTET,LCIDRER,LCIDRES,LCIDRET,UTFAILR,UTFAILS,UTFAILT,WTFAILR,WTFAILS,WTFAILT,UCFAILR,UCFAILS,UCFAILT,WCFAILR,WCFAILS,WCFAILT,IUR,IUS,IUT,IWR,IWS,IWT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: KT
Type: scalar
Name: KR
Type: scalar
Name: IUNLD
Type: select
Name: OFFSET
Type: scalar
Name: DAMPF
Type: scalar
Name: IFLAG
Type: scalar
Name: LCIDTR
Type: scalar
Name: LCIDTS
Type: scalar
Name: LCIDTT
Type: scalar
Name: LCIDRR
Type: scalar
Name: LCIDRS
Type: scalar
Name: LCIDRT
Type: scalar
Name: LCIDTUR
Type: scalar
Name: LCIDTUS
Type: scalar
Name: LCIDTUT
Type: scalar
Name: LCIDRUR
Type: scalar
Name: LCIDRUS
Type: scalar
Name: LCIDRUT
Type: scalar
Name: LCIDTDR
Type: scalar
Name: LCIDTDS
Type: scalar
Name: LCIDTDT
Type: scalar
Name: LCIDRDR
Type: scalar
Name: LCIDRDS
Type: scalar
Name: LCIDRDT
Type: scalar
Name: LCIDTER
Type: scalar
Name: LCIDTES
Type: scalar
Name: LCIDTET
Type: scalar
Name: LCIDRER
Type: scalar
Name: LCIDRES
Type: scalar
Name: LCIDRET
Type: scalar
Name: UTFAILR
Type: scalar
Name: UTFAILS
Type: scalar
Name: UTFAILT
Type: scalar
Name: WTFAILR
Type: scalar
Name: WTFAILS
Type: scalar
Name: WTFAILT
Type: scalar
Name: UCFAILR
Type: scalar
Name: UCFAILS
Type: scalar
Name: UCFAILT
Type: scalar
Name: WCFAILR
Type: scalar
Name: WCFAILS
Type: scalar
Name: WCFAILT
Type: scalar
Name: IUR
Type: scalar
Name: IUS
Type: scalar
Name: IUT
Type: scalar
Name: IWR
Type: scalar
Name: IWS
Type: scalar
Name: IWT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GURSON¶

Description: Array

Syntax: dynamanual_mat_gurson(MID,RO,E,PR,SIGY,N,Q1,Q2,FC,F0,EN,SN,FN,ETAN,ATYP,FF0,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8,L1,L2,L3,L4,FF1,FF2,FF3,FF4,LCSS,LCLF,NUMINT,LCF0,LCFC,LCFN,VGTYP,DEXP)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: N
Type: scalar
Name: Q1
Type: scalar
Name: Q2
Type: scalar
Name: FC
Type: scalar
Name: F0
Type: scalar
Name: EN
Type: scalar
Name: SN
Type: scalar
Name: FN
Type: scalar
Name: ETAN
Type: scalar
Name: ATYP
Type: select
Name: FF0
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar
Name: L1
Type: scalar
Name: L2
Type: scalar
Name: L3
Type: scalar
Name: L4
Type: scalar
Name: FF1
Type: scalar
Name: FF2
Type: scalar
Name: FF3
Type: scalar
Name: FF4
Type: scalar
Name: LCSS
Type: vector
Name: LCLF
Type: scalar
Name: NUMINT
Type: scalar
Name: LCF0
Type: scalar
Name: LCFC
Type: scalar
Name: LCFN
Type: scalar
Name: VGTYP
Type: scalar
Name: DEXP
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GURSON_JC¶

Description: Array

Syntax: dynamanual_mat_gurson_jc(MID,RO,E,PR,SIGY,N,Q1,Q2,FC,F0,EN,SN,FN,ETAN,ATYP,FF0,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8,LCDAM,L1,L2,D1,D2,D3,D4,LCJC,LCSS,LCLF,NUMINT,LCF0,LCFC,LCFN,VGTYP,DEXP,KW,BETA,M)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: N
Type: scalar
Name: Q1
Type: scalar
Name: Q2
Type: scalar
Name: FC
Type: scalar
Name: F0
Type: scalar
Name: EN
Type: scalar
Name: SN
Type: scalar
Name: FN
Type: scalar
Name: ETAN
Type: scalar
Name: ATYP
Type: select
Name: FF0
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar
Name: LCDAM
Type: scalar
Name: L1
Type: scalar
Name: L2
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: D4
Type: scalar
Name: LCJC
Type: scalar
Name: LCSS
Type: vector
Name: LCLF
Type: scalar
Name: NUMINT
Type: scalar
Name: LCF0
Type: scalar
Name: LCFC
Type: scalar
Name: LCFN
Type: scalar
Name: VGTYP
Type: scalar
Name: DEXP
Type: scalar
Name: KW
Type: scalar
Name: BETA
Type: scalar
Name: M
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GURSON_RCDC¶

Description: Array

Syntax: dynamanual_mat_gurson_rcdc(MID,RO,E,PR,SIGY,N,Q1,Q2,FC,F0,EN,SN,FN,ETAN,ATYP,FF0,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8,L1,L2,L3,L4,FF1,FF2,FF3,FF4,LCSS,LCLF,NUMINT,ALPHA,BETA,GAMMA,D0,B,LAMBDA,DS,L)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: N
Type: scalar
Name: Q1
Type: scalar
Name: Q2
Type: scalar
Name: FC
Type: scalar
Name: F0
Type: scalar
Name: EN
Type: scalar
Name: SN
Type: scalar
Name: FN
Type: scalar
Name: ETAN
Type: scalar
Name: ATYP
Type: select
Name: FF0
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar
Name: L1
Type: scalar
Name: L2
Type: scalar
Name: L3
Type: scalar
Name: L4
Type: scalar
Name: FF1
Type: scalar
Name: FF2
Type: scalar
Name: FF3
Type: scalar
Name: FF4
Type: scalar
Name: LCSS
Type: vector
Name: LCLF
Type: scalar
Name: NUMINT
Type: scalar
Name: ALPHA
Type: scalar
Name: BETA
Type: scalar
Name: GAMMA
Type: scalar
Name: D0
Type: scalar
Name: B
Type: scalar
Name: LAMBDA
Type: scalar
Name: DS
Type: scalar
Name: L
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GENERAL_NONLINEAR_1DOF_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_general_nonlinear_1dof_discrete_beam(MID,RO,K,IUNLD,OFFSET,DAMPF,LCIDT,LCIDTU,LCIDTD,LCIDTE,UTFAIL,UCFAIL,IU)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: IUNLD
Type: select
Name: OFFSET
Type: scalar
Name: DAMPF
Type: scalar
Name: LCIDT
Type: scalar
Name: LCIDTU
Type: scalar
Name: LCIDTD
Type: scalar
Name: LCIDTE
Type: scalar
Name: UTFAIL
Type: scalar
Name: UCFAIL
Type: scalar
Name: IU
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HILL_3R¶

Description: Array

Syntax: dynamanual_mat_hill_3r(MID,RO,E,PR,HR,P1,P2,R00,R45,R90,LCID,E0,AOPT,,,,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: HR
Type: select
Name: P1
Type: select
Name: P2
Type: select
Name: R00
Type: scalar
Name: R45
Type: scalar
Name: R90
Type: scalar
Name: LCID
Type: scalar
Name: E0
Type: scalar
Name: AOPT
Type: select
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HILL_3R_3D¶

Description: Array

Syntax: dynamanual_mat_hill_3r_3d(MID,RO,EX,EY,EZ,PRXY,PRYZ,PRXZ,GXY,GYZ,GXZ,F,G,H,L,M,N,HR,P1,P2,AOPT,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EX
Type: scalar
Name: EY
Type: scalar
Name: EZ
Type: select
Name: PRXY
Type: select
Name: PRYZ
Type: select
Name: PRXZ
Type: select
Name: GXY
Type: scalar
Name: GYZ
Type: scalar
Name: GXZ
Type: scalar
Name: F
Type: scalar
Name: G
Type: scalar
Name: H
Type: scalar
Name: L
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: HR
Type: scalar
Name: P1
Type: float/integer
Name: P2
Type: scalar
Name: AOPT
Type: select
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MODIFIED_PIECEWISE_LINEAR_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_modified_piecewise_linear_plasticity(MID,RO,E,PR,SIGY,ETAN,FAIL,TDEL,C,P,LCSS,LCSR,VP,EPSTHIN,EPSMAJ,NUMINT,EPS1,EPS2,EPS3,EPS4,EPS5,EPS6,EPS7,EPS8,ES1,ES2,ES3,ES4,ES5,ES6,ES7,ES8,LCTSRF,EPS0,TRIAX)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: FAIL
Type: select
Name: TDEL
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: VP
Type: scalar
Name: EPSTHIN
Type: scalar
Name: EPSMAJ
Type: scalar
Name: NUMINT
Type: scalar
Name: EPS1
Type: scalar
Name: EPS2
Type: scalar
Name: EPS3
Type: scalar
Name: EPS4
Type: scalar
Name: EPS5
Type: scalar
Name: EPS6
Type: scalar
Name: EPS7
Type: scalar
Name: EPS8
Type: scalar
Name: ES1
Type: scalar
Name: ES2
Type: scalar
Name: ES3
Type: scalar
Name: ES4
Type: scalar
Name: ES5
Type: scalar
Name: ES6
Type: scalar
Name: ES7
Type: scalar
Name: ES8
Type: scalar
Name: LCTSRF
Type: scalar
Name: EPS0
Type: scalar
Name: TRIAX
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTICITY_COMPRESSION_TENSION¶

Description: Array

Syntax: dynamanual_mat_plasticity_compression_tension(MID,RO,E,PR,C,P,FAIL,TDEL,LCIDC,LCIDT,LCSRC,LCSRT,SRFLAG,LCFAIL,EC,RPCT,PC,PT,PCUTC,PCUTT,PCUTF,k,Gi,BETAi)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: FAIL
Type: select
Name: TDEL
Type: scalar
Name: LCIDC
Type: scalar
Name: LCIDT
Type: scalar
Name: LCSRC
Type: scalar
Name: LCSRT
Type: scalar
Name: SRFLAG
Type: scalar
Name: LCFAIL
Type: scalar
Name: EC
Type: scalar
Name: RPCT
Type: scalar
Name: PC
Type: scalar
Name: PT
Type: scalar
Name: PCUTC
Type: scalar
Name: PCUTT
Type: scalar
Name: PCUTF
Type: scalar
Name: k
Type: scalar
Name: Gi
Type: scalar
Name: BETAi
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_KINEMATIC_HARDENING_TRANSVERSELY_ANISOTROPIC¶

Description: Array

Syntax: dynamanual_mat_kinematic_hardening_transversely_anisotropic(MID,RO,E,PR,R,HLCID,OPT,CB,Y,SC1,K,RSAT,SB,H,SC2,EA,COE,IOPT,C1,C2,IFLD)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: R
Type: scalar
Name: HLCID
Type: scalar
Name: OPT
Type: scalar
Name: CB
Type: scalar
Name: Y
Type: scalar
Name: SC1
Type: scalar
Name: K
Type: scalar
Name: RSAT
Type: scalar
Name: SB
Type: scalar
Name: H
Type: scalar
Name: SC2
Type: scalar
Name: EA
Type: scalar
Name: COE
Type: scalar
Name: IOPT
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: IFLD
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MODIFIED_HONEYCOMB¶

Description: Array

Syntax: dynamanual_mat_modified_honeycomb(MID,RO,E,PR,SIGY,VF,MU,BULK,LCA,LCB,LCC,LCS,LCAB,LCBC,LCCA,LCSR,EAAU,EBBU,ECCU,GABU,GBCU,GCAU,AOPT,MACF,XP,YP,ZP,A1,A2,A3,D1,D2,D3,TSEF,SSEF,VREF,TREF,SHDFLG,v1,v2,v3,LCSRA,LCSRB,LCSRC,LCSRAB,LCSRBC,LCSCA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: VF
Type: scalar
Name: MU
Type: scalar
Name: BULK
Type: select
Name: LCA
Type: select
Name: LCB
Type: select
Name: LCC
Type: select
Name: LCS
Type: select
Name: LCAB
Type: select
Name: LCBC
Type: select
Name: LCCA
Type: select
Name: LCSR
Type: scalar
Name: EAAU
Type: scalar
Name: EBBU
Type: scalar
Name: ECCU
Type: scalar
Name: GABU
Type: scalar
Name: GBCU
Type: scalar
Name: GCAU
Type: scalar
Name: AOPT
Type: select
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: TSEF
Type: scalar
Name: SSEF
Type: scalar
Name: VREF
Type: scalar
Name: TREF
Type: scalar
Name: SHDFLG
Type: scalar
Name: v1
Type: scalar
Name: v2
Type: scalar
Name: v3
Type: scalar
Name: LCSRA
Type: scalar
Name: LCSRB
Type: scalar
Name: LCSRC
Type: scalar
Name: LCSRAB
Type: scalar
Name: LCSRBC
Type: scalar
Name: LCSCA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ARRUDA_BOYCE_RUBBER¶

Description: Array

Syntax: dynamanual_mat_arruda_boyce_rubber(MID,RO,K,G,N,LCID,TRAMP,NT,GI,BETAI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: G
Type: scalar
Name: N
Type: scalar
Name: LCID
Type: scalar
Name: TRAMP
Type: scalar
Name: NT
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HEART_TISSUE¶

Description: Array

Syntax: dynamanual_mat_heart_tissue(MID,RO,C,B1,B2,B3,P,B,L0,CA0MAX,LR,M,BB,CA0,TMAX,TACT,AOPT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: C
Type: scalar
Name: B1
Type: scalar
Name: B2
Type: scalar
Name: B3
Type: scalar
Name: P
Type: scalar
Name: B
Type: scalar
Name: L0
Type: scalar
Name: CA0MAX
Type: scalar
Name: LR
Type:
Name: M
Type:
Name: BB
Type:
Name: CA0
Type:
Name: TMAX
Type:
Name: TACT
Type:
Name: AOPT
Type: select
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LUNG_TISSUE¶

Description: Array

Syntax: dynamanual_mat_lung_tissue(MID,RO,K,C,DELTA,ALPHA,BETA,C1,C2,LCID,TRAMP,NT,GI,BETAI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: C
Type: scalar
Name: DELTA
Type: scalar
Name: ALPHA
Type: scalar
Name: BETA
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: LCID
Type: scalar
Name: TRAMP
Type: scalar
Name: NT
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPECIAL_ORTHOTROPIC¶

Description: Array

Syntax: dynamanual_mat_special_orthotropic(MID,RO,YS,EP,E11P,E22P,V12P,V11P,G12P,G23P,G31P,E11B,E22B,V12B,V21B,G12B,AOPT,,,,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: YS
Type: scalar
Name: EP
Type: scalar
Name: E11P
Type: scalar
Name: E22P
Type: scalar
Name: V12P
Type: scalar
Name: V11P
Type: scalar
Name: G12P
Type: scalar
Name: G23P
Type: scalar
Name: G31P
Type: scalar
Name: E11B
Type: scalar
Name: E22B
Type: scalar
Name: V12B
Type: scalar
Name: V21B
Type: scalar
Name: G12B
Type: scalar
Name: AOPT
Type: select
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ISOTROPIC_SMEARED_CRACK¶

Description: Array

Syntax: dynamanual_mat_isotropic_smeared_crack(MID,RO,E,PR,ISPL,SIGF,GK,SR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: ISPL
Type: scalar
Name: SIGF
Type: scalar
Name: GK
Type: scalar
Name: SR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ORTHOTROPIC_SMEARED_CRACK¶

Description: Array

Syntax: dynamanual_mat_orthotropic_smeared_crack(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,UINS,UISS,CERRMI,CERRMII,IND,ISD,GAB,GBC,GCA,AOPT,XP,A1,MACF,V1,D1,BETA,REF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: UINS
Type: scalar
Name: UISS
Type: scalar
Name: CERRMI
Type: scalar
Name: CERRMII
Type: scalar
Name: IND
Type: scalar
Name: ISD
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: MACF
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: REF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BARLAT_YLD2000¶

Description: Array

Syntax: dynamanual_mat_barlat_yld2000(MID,RO,E,PR,FIT,BETA,ITER,ISCALE,K,E0,N,C,P,HARD,A,CRC1,CRA1,CRC2,CRA2 ,CRC3,CRA3,CRC4,CRA4,ALPHA1,ALPHA2,ALPHA3,ALPHA4,ALPHA5,ALPHA6,ALPHA7,ALPHA8,SIG00,SIG45,SIG90,R00,R45,R90,SIGXX,SIGYY,SIGXY,DXX,DYY,DXY,CP,T0,TREF,TA0,A,B,C,D,P,Q,E0MART,VM0,AHS,BHS,M,N,EPS0,HMART,k1,k2,AOPT,OFFANG,P4,HTFLAG,HTA,HTB,HTC,HTD,,V1,D1,USRFAIL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: FIT
Type: scalar
Name: BETA
Type: scalar
Name: ITER
Type: scalar
Name: ISCALE
Type: scalar
Name: K
Type: scalar
Name: E0
Type: scalar
Name: N
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: HARD
Type: scalar
Name: A
Type: scalar
Name: CRC1
Type: scalar
Name: CRA1
Type: scalar
Name: CRC2
Type: scalar
Name: CRA2
Type: scalar
Name: CRC3
Type: scalar
Name: CRA3
Type: scalar
Name: CRC4
Type: scalar
Name: CRA4
Type: scalar
Name: ALPHA1
Type: scalar
Name: ALPHA2
Type: scalar
Name: ALPHA3
Type: scalar
Name: ALPHA4
Type: scalar
Name: ALPHA5
Type: scalar
Name: ALPHA6
Type: scalar
Name: ALPHA7
Type: scalar
Name: ALPHA8
Type: scalar
Name: SIG00
Type: scalar
Name: SIG45
Type: scalar
Name: SIG90
Type: scalar
Name: R00
Type: scalar
Name: R45
Type: scalar
Name: R90
Type: scalar
Name: SIGXX
Type: scalar
Name: SIGYY
Type: scalar
Name: SIGXY
Type: scalar
Name: DXX
Type: scalar
Name: DYY
Type: scalar
Name: DXY
Type: scalar
Name: CP
Type: scalar
Name: T0
Type: scalar
Name: TREF
Type: scalar
Name: TA0
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: D
Type: scalar
Name: P
Type: scalar
Name: Q
Type: scalar
Name: E0MART
Type: scalar
Name: VM0
Type: scalar
Name: AHS
Type: scalar
Name: BHS
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: EPS0
Type: scalar
Name: HMART
Type: scalar
Name: k1
Type: scalar
Name: k2
Type: scalar
Name: AOPT
Type: scalar
Name: OFFANG
Type: scalar
Name: P4
Type: scalar
Name: HTFLAG
Type: scalar
Name: HTA
Type: scalar
Name: HTB
Type: scalar
Name: HTC
Type: scalar
Name: HTD
Type: scalar
Name:
Type:
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: USRFAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOELASTIC_FABRIC¶

Description: Array

Syntax: dynamanual_mat_viscoelastic_fabric(MID,RO,BULK,,,,CSE,LCID,NT,BSTART,TRAMP,LCIDK,NTK,BSTARTK,TRAMPK,GI,BETAI,KI,BETAKI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: CSE
Type: scalar
Name: LCID
Type: scalar
Name: NT
Type: scalar
Name: BSTART
Type: scalar
Name: TRAMP
Type: scalar
Name: LCIDK
Type: scalar
Name: NTK
Type: scalar
Name: BSTARTK
Type: scalar
Name: TRAMPK
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar
Name: KI
Type: scalar
Name: BETAKI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_WTM_STM¶

Description: Array

Syntax: dynamanual_mat_wtm_stm(MID,RO,E,PR,NUMFI,EPSC,WC,TAUC,SIGMA0,QR1,CR1,QR2,CR2,K,LC,FLG,A1,A2,A3,A4,A5,A6,A7,A8,S00,S45,S90,SBB,R00,R45,R90,RBB,A,C,H,P,QX1,CX1,QX2,CX2 ,EDOT,M,EMIN,S100 ,AOPT,BETA,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: NUMFI
Type: scalar
Name: EPSC
Type: scalar
Name: WC
Type: scalar
Name: TAUC
Type: scalar
Name: SIGMA0
Type: scalar
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: K
Type: scalar
Name: LC
Type: scalar
Name: FLG
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: A4
Type: scalar
Name: A5
Type: scalar
Name: A6
Type: scalar
Name: A7
Type: scalar
Name: A8
Type: scalar
Name: S00
Type: scalar
Name: S45
Type: scalar
Name: S90
Type: scalar
Name: SBB
Type: scalar
Name: R00
Type: scalar
Name: R45
Type: scalar
Name: R90
Type: scalar
Name: RBB
Type: scalar
Name: A
Type: scalar
Name: C
Type: scalar
Name: H
Type: scalar
Name: P
Type: scalar
Name: QX1
Type: scalar
Name: CX1
Type: scalar
Name: QX2
Type: scalar
Name: CX2
Type: scalar
Name: EDOT
Type: scalar
Name: M
Type: scalar
Name: EMIN
Type: scalar
Name: S100
Type: scalar
Name: AOPT
Type: scalar
Name: BETA
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_WTM_STM_PLC¶

Description: Array

Syntax: dynamanual_mat_wtm_stm_plc(MID,RO,E,PR,NUMFI,EPSC,WC,TAUC,SIGMA0,QR1,CR1,QR2,CR2,K,A1,A2,A3,A4,A5,A6,A7,A8,S,H,OMEGA,TD,ALPHA,EPS0,AOPT,BETA,XP,A1,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: NUMFI
Type: scalar
Name: EPSC
Type: scalar
Name: WC
Type: scalar
Name: TAUC
Type: scalar
Name: SIGMA0
Type: scalar
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: K
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: A4
Type: scalar
Name: A5
Type: scalar
Name: A6
Type: scalar
Name: A7
Type: scalar
Name: A8
Type: scalar
Name: S
Type: scalar
Name: H
Type: scalar
Name: OMEGA
Type: scalar
Name: TD
Type: scalar
Name: ALPHA
Type: scalar
Name: EPS0
Type: scalar
Name: AOPT
Type: scalar
Name: BETA
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CORUS_VEGTER¶

Description: Array

Syntax: dynamanual_mat_corus_vegter(MID,RO,E,PR,N,FBI,RBI0,LCID,SYS,SIP,SHS,SHL,ESH,E0,ALPHA,LCID2,AOPT,XP,A1,V1,D1,BETA,FUN-I,RUN-I,FPS1-I ,FPS2-I ,FSH-I)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: N
Type: scalar
Name: FBI
Type: scalar
Name: RBI0
Type: scalar
Name: LCID
Type: scalar
Name: SYS
Type: scalar
Name: SIP
Type: scalar
Name: SHS
Type: scalar
Name: SHL
Type: scalar
Name: ESH
Type: scalar
Name: E0
Type: scalar
Name: ALPHA
Type: scalar
Name: LCID2
Type: scalar
Name: AOPT
Type:
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: FUN-I
Type: scalar
Name: RUN-I
Type: scalar
Name: FPS1-I
Type: scalar
Name: FPS2-I
Type: scalar
Name: FSH-I
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COHESIVE_MIXED_MODE¶

Description: Array

Syntax: dynamanual_mat_cohesive_mixed_mode(MID,RO,ROFLG,INTFAIL,EN,ET,GIC,GIIC,XMU,T,S,UND,UTD,GAMMA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ROFLG
Type: scalar
Name: INTFAIL
Type: scalar
Name: EN
Type: scalar
Name: ET
Type: scalar
Name: GIC
Type: scalar
Name: GIIC
Type: scalar
Name: XMU
Type: scalar
Name: T
Type: scalar
Name: S
Type: scalar
Name: UND
Type: scalar
Name: UTD
Type: scalar
Name: GAMMA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MODIFIED_FORCE_LIMITED¶

Description: Array

Syntax: dynamanual_mat_modified_force_limited(MID,RO,E,PR,DF,AOPT,YTFLAG,ASOFT,M1,LC1,LPS1,SFS1,LPS2,SFS2,YMS1,YMS2,LPT1,SFT1,LPT2,SFT2,YMT1,YMT2,LPR,SFR,YMR,LYS1,SYS1,LYS2,SYS2,LYT1,SYT1,LYT2,SYT2,LYR,SYR,HMS1_1,LPMS1_1,HMS2_1,LPMS2_1,HMT1_1,LPMT1_1,HMT2_1,LPMT2_1,HMR_1,LPMR_1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: DF
Type: scalar
Name: AOPT
Type: scalar
Name: YTFLAG
Type: scalar
Name: ASOFT
Type: scalar
Name: M1
Type: scalar
Name: LC1
Type: scalar
Name: LPS1
Type: scalar
Name: SFS1
Type: scalar
Name: LPS2
Type: scalar
Name: SFS2
Type: scalar
Name: YMS1
Type: scalar
Name: YMS2
Type: scalar
Name: LPT1
Type: scalar
Name: SFT1
Type: scalar
Name: LPT2
Type: scalar
Name: SFT2
Type: scalar
Name: YMT1
Type: scalar
Name: YMT2
Type: scalar
Name: LPR
Type: scalar
Name: SFR
Type: scalar
Name: YMR
Type: scalar
Name: LYS1
Type: scalar
Name: SYS1
Type: scalar
Name: LYS2
Type: scalar
Name: SYS2
Type: scalar
Name: LYT1
Type: scalar
Name: SYT1
Type: scalar
Name: LYT2
Type: scalar
Name: SYT2
Type: scalar
Name: LYR
Type: scalar
Name: SYR
Type: scalar
Name: HMS1_1
Type: scalar
Name: LPMS1_1
Type: scalar
Name: HMS2_1
Type: scalar
Name: LPMS2_1
Type: scalar
Name: HMT1_1
Type: scalar
Name: LPMT1_1
Type: scalar
Name: HMT2_1
Type: scalar
Name: LPMT2_1
Type: scalar
Name: HMR_1
Type: scalar
Name: LPMR_1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VACUUM¶

Description: Array

Syntax: dynamanual_mat_vacuum(MID,RH0)

Inputs: - Name: MID - Type: scalar

Name: RH0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RATE_SENSITIVE_POLYMER¶

Description: Array

Syntax: dynamanual_mat_rate_sensitive_polymer(MID,RO,E,PR,D0,N,Z0,q,Omega)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: D0
Type: scalar
Name: N
Type: scalar
Name: Z0
Type: scalar
Name: q
Type: scalar
Name: Omega
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TRANSVERSELY_ANISOTROPIC_CRUSHABLE_FOAM¶

Description: Array

Syntax: dynamanual_mat_transversely_anisotropic_crushable_foam(MID,RO,E11,E22,E12,E23,G,K,I11,I22,I12,I23,IAA,NY,ANG,MU,AOPT,ISCL,MACF,XP,YP,ZP,A1,A2,A3,D1,D2,D3,V1,V2,V3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E11
Type: scalar
Name: E22
Type: scalar
Name: E12
Type: scalar
Name: E23
Type: scalar
Name: G
Type: scalar
Name: K
Type: scalar
Name: I11
Type: scalar
Name: I22
Type: scalar
Name: I12
Type: scalar
Name: I23
Type: scalar
Name: IAA
Type: scalar
Name: NY
Type: scalar
Name: ANG
Type: scalar
Name: MU
Type: scalar
Name: AOPT
Type: select
Name: ISCL
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_WOOD_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_wood_{option}(MID,RO,NPLOT,ITERS,IRATE,GHARD,IFAIL,IVOL,MOIS,TEMP,QUAL_T,QUAL_C,UNITS,IQUAL,EL,ET,GLT,GTR,PR,XT,XC ,YT,YC,SXY,SYZ,GF1|| ,GF2|| ,BFIT,DMAX||,GF1? ,GF2? ,DFIT,DMAX? ,FLPAR,FLPARC,POWPAR,FLPER ,FLPERC,POWPER,NPAR,CPAR,NPER,CPER,AOPT,MACF,BETA,XP,A1,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: NPLOT
Type: scalar
Name: ITERS
Type: scalar
Name: IRATE
Type: scalar
Name: GHARD
Type: scalar
Name: IFAIL
Type: scalar
Name: IVOL
Type: scalar
Name: MOIS
Type: scalar
Name: TEMP
Type: scalar
Name: QUAL_T
Type: scalar
Name: QUAL_C
Type: scalar
Name: UNITS
Type: scalar
Name: IQUAL
Type: scalar
Name: EL
Type: scalar
Name: ET
Type: scalar
Name: GLT
Type: scalar
Name: GTR
Type: scalar
Name: PR
Type: scalar
Name: XT
Type: scalar
Name: XC
Type: scalar
Name: YT
Type: scalar
Name: YC
Type: scalar
Name: SXY
Type: scalar
Name: SYZ
Type: scalar
Name: GF1||
Type: scalar
Name: GF2||
Type: scalar
Name: BFIT
Type: scalar
Name: DMAX||
Type: scalar
Name: GF1?
Type: scalar
Name: GF2?
Type: scalar
Name: DFIT
Type: scalar
Name: DMAX?
Type: scalar
Name: FLPAR
Type: scalar
Name: FLPARC
Type: scalar
Name: POWPAR
Type: scalar
Name: FLPER
Type: scalar
Name: FLPERC
Type: scalar
Name: POWPER
Type: scalar
Name: NPAR
Type: scalar
Name: CPAR
Type: scalar
Name: NPER
Type: scalar
Name: CPER
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: BETA
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PITZER_CRUSHABLE_FOAM¶

Description: Array

Syntax: dynamanual_mat_pitzer_crushable_foam(MID,RO,K,G,PR,TY,SRTV,LCPY,LCUYS,LCSR,VC,DFLG)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: G
Type: scalar
Name: PR
Type: scalar
Name: TY
Type: scalar
Name: SRTV
Type: scalar
Name: LCPY
Type: scalar
Name: LCUYS
Type: scalar
Name: LCSR
Type: scalar
Name: VC
Type: scalar
Name: DFLG
Type: select

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SCHWER_MURRAY_CAP_MODEL¶

Description: Array

Syntax: dynamanual_mat_schwer_murray_cap_model(MID,RO,SHEAR,BULK,GRUN,SHOCK,PORE,ALPHA,THETA,GAMMA,BETA,EFIT,FFIT,ALPHAN,CALPHAN,RO,XO,IROCK,SECP,AFIT,BFIT,RDAM0,W,D1,D2,NPLOT,EPSMAX,CFIT,DFIT,TFAIL,FAILFG,DBETA,DDELTA,VPTAU,ALPHA1,THETA1,GAMMA1,BETA1,ALPHA2,THETA2,GAMMA2,BETA2)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: SHEAR
Type: scalar
Name: BULK
Type: scalar
Name: GRUN
Type: scalar
Name: SHOCK
Type: scalar
Name: PORE
Type: select
Name: ALPHA
Type: scalar
Name: THETA
Type: scalar
Name: GAMMA
Type: scalar
Name: BETA
Type: scalar
Name: EFIT
Type: scalar
Name: FFIT
Type: scalar
Name: ALPHAN
Type: scalar
Name: CALPHAN
Type: scalar
Name: RO
Type: scalar
Name: XO
Type: scalar
Name: IROCK
Type: scalar
Name: SECP
Type: scalar
Name: AFIT
Type: scalar
Name: BFIT
Type: scalar
Name: RDAM0
Type: scalar
Name: W
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: NPLOT
Type: scalar
Name: EPSMAX
Type: scalar
Name: CFIT
Type: scalar
Name: DFIT
Type: scalar
Name: TFAIL
Type: scalar
Name: FAILFG
Type: select
Name: DBETA
Type: scalar
Name: DDELTA
Type: scalar
Name: VPTAU
Type: scalar
Name: ALPHA1
Type: scalar
Name: THETA1
Type: scalar
Name: GAMMA1
Type: scalar
Name: BETA1
Type: scalar
Name: ALPHA2
Type: scalar
Name: THETA2
Type: scalar
Name: GAMMA2
Type: scalar
Name: BETA2
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_1DOF_GENERALIZED_SPRING¶

Description: Array

Syntax: dynamanual_mat_1dof_generalized_spring(MID,RO,K,C,SCLN1,SCLN2,DOFN1,DOFN2,CID1,CID2)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: C
Type: scalar
Name: SCLN1
Type: scalar
Name: SCLN2
Type: scalar
Name: DOFN1
Type: scalar
Name: DOFN2
Type: scalar
Name: CID1
Type: scalar
Name: CID2
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FHWA_SOIL¶

Description: Array

Syntax: dynamanual_mat_fhwa_soil(MID,RO,NPLOT,SPGRAV,RHOWAT,VN,GAMMAR,INTRMX,K,G,PHIMAX,AHYP,COH,ECCEN,AN,ET,MCONT,PWD1,PWKSK,PWD2,PHIRES,DINT,VDFM,DAMLEV,EPSMAX)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: NPLOT
Type: select
Name: SPGRAV
Type: scalar
Name: RHOWAT
Type: scalar
Name: VN
Type: scalar
Name: GAMMAR
Type: scalar
Name: INTRMX
Type: scalar
Name: K
Type: scalar
Name: G
Type: scalar
Name: PHIMAX
Type: scalar
Name: AHYP
Type: scalar
Name: COH
Type: scalar
Name: ECCEN
Type: scalar
Name: AN
Type: scalar
Name: ET
Type: scalar
Name: MCONT
Type: scalar
Name: PWD1
Type: scalar
Name: PWKSK
Type: scalar
Name: PWD2
Type: scalar
Name: PHIRES
Type: scalar
Name: DINT
Type: scalar
Name: VDFM
Type: scalar
Name: DAMLEV
Type: scalar
Name: EPSMAX
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FHWA_SOIL_NEBRASKA¶

Description: Array

Syntax: dynamanual_mat_fhwa_soil_nebraska(MID,FCTIM,FCTMAS,FCTLEN)

Inputs: - Name: MID - Type: scalar

Name: FCTIM
Type: scalar
Name: FCTMAS
Type: scalar
Name: FCTLEN
Type: scalar
Name:
Type: scalar
Name:
Type: scalar
Name:
Type: scalar
Name:
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GAS_MIXTURE¶

Description: Array

Syntax: dynamanual_mat_gas_mixture(MID,IADIAB,RUNIV,CVmass1,CPmass1,MOLWT1,CPmole1,B1,C1)

Inputs: - Name: MID - Type: scalar

Name: IADIAB
Type: scalar
Name: RUNIV
Type: scalar
Name: CVmass1
Type: scalar
Name: CPmass1
Type: scalar
Name: MOLWT1
Type: scalar
Name: CPmole1
Type: scalar
Name: B1
Type: scalar
Name: C1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_EMMI¶

Description: Array

Syntax: dynamanual_mat_emmi(MID,RO,E,PR,RGAS,BVECT,D0,QD,CV,ADRAG,BDRAG,DMTHTA ,DMPHI,DNTHTA ,DNPHI,THETA0,THETAM,BETA0,BTHETA,DMR,DNUC1,DNUC2,DNUC3,DNUC4,DM1,DM5,Q1ND,Q2ND,Q3ND,Q4ND,CALPHA,CKAPPA,C1,C2ND,C3,C4,C5,C6,C7ND,C8ND,C9ND,C10,A1,A_XX,A_YY,A_ZZ,A_XY,A_YZ,A_XZ,ALPHXX,ALPHYY,ALPHZZ,ALPHXY,ALPHYZ,ALPHXZ,DKAPPA,PHI0,PHICR,DLBDAG,FACTOR,RSWTCH,DMGOPT,DELASO,DIMPLO,ATOL,RTOL,DNITER)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: RGAS
Type: scalar
Name: BVECT
Type: scalar
Name: D0
Type: scalar
Name: QD
Type: scalar
Name: CV
Type: scalar
Name: ADRAG
Type: scalar
Name: BDRAG
Type: scalar
Name: DMTHTA
Type: scalar
Name: DMPHI
Type: scalar
Name: DNTHTA
Type: scalar
Name: DNPHI
Type: scalar
Name: THETA0
Type: scalar
Name: THETAM
Type: scalar
Name: BETA0
Type: scalar
Name: BTHETA
Type: scalar
Name: DMR
Type: scalar
Name: DNUC1
Type: scalar
Name: DNUC2
Type: scalar
Name: DNUC3
Type: scalar
Name: DNUC4
Type: scalar
Name: DM1
Type: scalar
Name: DM5
Type: scalar
Name: Q1ND
Type: scalar
Name: Q2ND
Type: scalar
Name: Q3ND
Type: scalar
Name: Q4ND
Type: scalar
Name: CALPHA
Type: scalar
Name: CKAPPA
Type: scalar
Name: C1
Type: scalar
Name: C2ND
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7ND
Type: scalar
Name: C8ND
Type: scalar
Name: C9ND
Type: scalar
Name: C10
Type: scalar
Name: A1
Type: scalar
Name: A_XX
Type: scalar
Name: A_YY
Type: scalar
Name: A_ZZ
Type: scalar
Name: A_XY
Type: scalar
Name: A_YZ
Type: scalar
Name: A_XZ
Type: scalar
Name: ALPHXX
Type: scalar
Name: ALPHYY
Type: scalar
Name: ALPHZZ
Type: scalar
Name: ALPHXY
Type: scalar
Name: ALPHYZ
Type: scalar
Name: ALPHXZ
Type: scalar
Name: DKAPPA
Type: scalar
Name: PHI0
Type: scalar
Name: PHICR
Type: scalar
Name: DLBDAG
Type: scalar
Name: FACTOR
Type: scalar
Name: RSWTCH
Type: scalar
Name: DMGOPT
Type: scalar
Name: DELASO
Type: scalar
Name: DIMPLO
Type: scalar
Name: ATOL
Type: scalar
Name: RTOL
Type: scalar
Name: DNITER
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DAMAGE_3¶

Description: Array

Syntax: dynamanual_mat_damage_3(MID,RO,E,PR,SIGY,HARDI,BETA,LCSS,HARDK1,GAMMA1,HARDK2,GAMMA2,SRC,SRP,HARDK3,GAMMA3,IDAM,IDS,IDEP,EPSD,S,T,DC,HARDK4,GAMMA4)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: HARDI
Type: scalar
Name: BETA
Type: scalar
Name: LCSS
Type: vector
Name: HARDK1
Type: scalar
Name: GAMMA1
Type: scalar
Name: HARDK2
Type: scalar
Name: GAMMA2
Type: scalar
Name: SRC
Type: scalar
Name: SRP
Type: scalar
Name: HARDK3
Type: scalar
Name: GAMMA3
Type: scalar
Name: IDAM
Type: scalar
Name: IDS
Type: scalar
Name: IDEP
Type: scalar
Name: EPSD
Type: scalar
Name: S
Type: scalar
Name: T
Type: scalar
Name: DC
Type: scalar
Name: HARDK4
Type: scalar
Name: GAMMA4
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DESHPANDE_FLECK_FOAM¶

Description: Array

Syntax: dynamanual_mat_deshpande_fleck_foam(MID,RHO,E,PR,ALPHA,GAMMA,EPSD,ALPHA2,BETA,SIGP,DERFI,CFAIL,PFAIL,NUM)

Inputs: - Name: MID - Type: scalar

Name: RHO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: ALPHA
Type: scalar
Name: GAMMA
Type: scalar
Name: EPSD
Type: scalar
Name: ALPHA2
Type: scalar
Name: BETA
Type: scalar
Name: SIGP
Type: scalar
Name: DERFI
Type: scalar
Name: CFAIL
Type: scalar
Name: PFAIL
Type: scalar
Name: NUM
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTICITY_COMPRESSION_TENSION_EOS¶

Description: Array

Syntax: dynamanual_mat_plasticity_compression_tension_eos(MID,RO,E,PR,C,P,FAIL,TDEL,LCIDC,LCIDT,LCSRC,LCSRT,SRFLAG,PC,PT,PCUTC,PCUTT,PCUTF,SCALEP,SCALEE,K,GI,BETAI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: FAIL
Type: scalar
Name: TDEL
Type: scalar
Name: LCIDC
Type: scalar
Name: LCIDT
Type: scalar
Name: LCSRC
Type: scalar
Name: LCSRT
Type: scalar
Name: SRFLAG
Type: scalar
Name: PC
Type: scalar
Name: PT
Type: scalar
Name: PCUTC
Type: scalar
Name: PCUTT
Type: scalar
Name: PCUTF
Type: scalar
Name: SCALEP
Type: scalar
Name: SCALEE
Type: scalar
Name: K
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MUSCLE¶

Description: Array

Syntax: dynamanual_mat_muscle(MID,RO,SNO,SRM,PIS,SSM,CER,DMP,ALM,SFR,SVS,SVR,SSP)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: SNO
Type: scalar
Name: SRM
Type: scalar
Name: PIS
Type: scalar
Name: SSM
Type: scalar
Name: CER
Type: scalar
Name: DMP
Type: scalar
Name: ALM
Type: scalar
Name: SFR
Type: scalar
Name: SVS
Type: scalar
Name: SVR
Type: scalar
Name: SSP
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ANISOTROPIC_ELASTIC_PLASTIC¶

Description: Array

Syntax: dynamanual_mat_anisotropic_elastic_plastic(MID,RO,SIGY,LCSS,QR1,CR1,QR2,CR2,C11,C24,C45,S11 or L,S22 or M,S33 or N ,S12,AOPT,VP,,MACF,XP,A1,,EXTRA,V1,D1,BETA,IHIS,XT,XC,YT,YC,SXY,FF12,,NCFAIL,ZT,ZC,SYZ,SZX,FF23,FF31)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: SIGY
Type: scalar
Name: LCSS
Type: vector
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: C11
Type: scalar
Name: C24
Type: scalar
Name: C45
Type: scalar
Name: S11 or L
Type: scalar
Name: S22 or M
Type: scalar
Name: S33 or N
Type: scalar
Name: S12
Type: scalar
Name: AOPT
Type: scalar
Name: VP
Type: scalar
Name:
Type:
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name:
Type:
Name: EXTRA
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: IHIS
Type: scalar
Name: XT
Type: scalar
Name: XC
Type: scalar
Name: YT
Type: scalar
Name: YC
Type: scalar
Name: SXY
Type: scalar
Name: FF12
Type: scalar
Name:
Type:
Name: NCFAIL
Type: scalar
Name: ZT
Type: scalar
Name: ZC
Type: scalar
Name: SYZ
Type: scalar
Name: SZX
Type: scalar
Name: FF23
Type: scalar
Name: FF31
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RATE_SENSITIVE_COMPOSITE_FABRIC¶

Description: Array

Syntax: dynamanual_mat_rate_sensitive_composite_fabric(MID,RO,EA,EB,(EC),PRBA,TAU1,GAMMA1,GAB,GBC,GCA,SLIMT1,SLIMC1,SLIMT2,SLIMC2,SLIMS,AOPT,TSIZE,ERODS,SOFT,FS,XP,A1,PRCA,PRCB,V1,D1,BETA,E11C,E11T,E22C,E22T,GMS,XC,XT,YC,YT,SC,K,GI,BETAI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: (EC)
Type: scalar
Name: PRBA
Type: scalar
Name: TAU1
Type: scalar
Name: GAMMA1
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: SLIMT1
Type: scalar
Name: SLIMC1
Type: scalar
Name: SLIMT2
Type: scalar
Name: SLIMC2
Type: scalar
Name: SLIMS
Type: scalar
Name: AOPT
Type: scalar
Name: TSIZE
Type: scalar
Name: ERODS
Type: scalar
Name: SOFT
Type: scalar
Name: FS
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: E11C
Type: scalar
Name: E11T
Type: scalar
Name: E22C
Type: scalar
Name: E22T
Type: scalar
Name: GMS
Type: scalar
Name: XC
Type: scalar
Name: XT
Type: scalar
Name: YC
Type: scalar
Name: YT
Type: scalar
Name: SC
Type: scalar
Name: K
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CSCM_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_cscm_{option}(MID,RO,NPLOT,INCRE,IRATE,ERODE,RECOV,ITRETRC,PRED,FPC,DAGG,UNITS,G,K,ALPHA,THETA,LAMDA,BETA,NH,CH,ALPHA1,THETA1,LAMDA1,BETA1,ALPHA2,THETA2,LAMDA2,BETA2 ,R,X0,W,D1,D2,B,GFC,D,GFT,GFS,PWRC,PWRT,PMOD,ETA0C,NC,ETA0T,NT,OVERC,OVERT,SRATE,REPOW)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: NPLOT
Type: scalar
Name: INCRE
Type: scalar
Name: IRATE
Type: scalar
Name: ERODE
Type: scalar
Name: RECOV
Type: scalar
Name: ITRETRC
Type: scalar
Name: PRED
Type: scalar
Name: FPC
Type: scalar
Name: DAGG
Type: scalar
Name: UNITS
Type: scalar
Name: G
Type: scalar
Name: K
Type: scalar
Name: ALPHA
Type: scalar
Name: THETA
Type: scalar
Name: LAMDA
Type: scalar
Name: BETA
Type: scalar
Name: NH
Type: scalar
Name: CH
Type: scalar
Name: ALPHA1
Type: scalar
Name: THETA1
Type: scalar
Name: LAMDA1
Type: scalar
Name: BETA1
Type: scalar
Name: ALPHA2
Type: scalar
Name: THETA2
Type: scalar
Name: LAMDA2
Type: scalar
Name: BETA2
Type: scalar
Name: R
Type: scalar
Name: X0
Type: scalar
Name: W
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: B
Type: scalar
Name: GFC
Type: scalar
Name: D
Type: scalar
Name: GFT
Type: scalar
Name: GFS
Type: scalar
Name: PWRC
Type: scalar
Name: PWRT
Type: scalar
Name: PMOD
Type: scalar
Name: ETA0C
Type: scalar
Name: NC
Type: scalar
Name: ETA0T
Type: scalar
Name: NT
Type: scalar
Name: OVERC
Type: scalar
Name: OVERT
Type: scalar
Name: SRATE
Type: scalar
Name: REPOW
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ALE_INCOMPRESSIBLE¶

Description: Array

Syntax: dynamanual_mat_ale_incompressible (MID,RO,PC,MU,TOL,DTOUT,NCG,METH)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PC
Type: scalar
Name: MU
Type: scalar
Name: TOL
Type: scalar
Name: DTOUT
Type: scalar
Name: NCG
Type: scalar
Name: METH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COMPOSITE_MSC¶

Description: Array

Syntax: dynamanual_mat_composite_msc(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT,MACF,XP,A1,V1,D1,BETA,SAT,SAC,SBT,SBC,SCT,SFC,SFS,SAB,SBC,SCA,SFFC,AMODEL,PHIC,E_LIMT ,S_DELM,OMGMX,ECRSH,EEXPN,CERATE1,AM1,AM2,AM3,AM4,CERATE2,CERATE3,CERATE4)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: SAT
Type: scalar
Name: SAC
Type: scalar
Name: SBT
Type: scalar
Name: SBC
Type: scalar
Name: SCT
Type: scalar
Name: SFC
Type: scalar
Name: SFS
Type: scalar
Name: SAB
Type: scalar
Name: SBC
Type: scalar
Name: SCA
Type: scalar
Name: SFFC
Type: scalar
Name: AMODEL
Type: scalar
Name: PHIC
Type: scalar
Name: E_LIMT
Type: scalar
Name: S_DELM
Type: scalar
Name: OMGMX
Type: scalar
Name: ECRSH
Type: scalar
Name: EEXPN
Type: scalar
Name: CERATE1
Type: scalar
Name: AM1
Type: scalar
Name: AM2
Type: scalar
Name: AM3
Type: scalar
Name: AM4
Type: scalar
Name: CERATE2
Type: scalar
Name: CERATE3
Type: scalar
Name: CERATE4
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MODIFIED_CRUSHABLE_FOAM¶

Description: Array

Syntax: dynamanual_mat_modified_crushable_foam(MID,RO,E,PR,TID,TSC,DAMP,NCYCLE,SRCLMT,SFLAG)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: TID
Type: scalar
Name: TSC
Type: scalar
Name: DAMP
Type: scalar
Name: NCYCLE
Type: scalar
Name: SRCLMT
Type: scalar
Name: SFLAG
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BRAIN_LINEAR_VISCOELASTIC¶

Description: Array

Syntax: dynamanual_mat_brain_linear_viscoelastic(MID,RO,BULK,G0,GI,DC,F0,S0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: G0
Type: scalar
Name: GI
Type: scalar
Name: DC
Type: scalar
Name: F0
Type: scalar
Name: S0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTIC_NONLINEAR_KINEMATIC¶

Description: Array

Syntax: dynamanual_mat_plastic_nonlinear_kinematic(MID,RO,E,PR,SIGY,H,C,GAMMA,FS)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: H
Type: scalar
Name: C
Type: scalar
Name: GAMMA
Type: scalar
Name: FS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PLASTIC_NONLINEAR_KINEMATIC_B¶

Description: Array

Syntax: dynamanual_mat_plastic_nonlinear_kinematic_b(MID,RO,E,PR,RE,B,Q,C1,GAMMA1,C2,GAMMA2,C3,GAMMA3)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: RE
Type: scalar
Name: B
Type: scalar
Name: Q
Type: scalar
Name: C1
Type: scalar
Name: GAMMA1
Type: scalar
Name: C2
Type: scalar
Name: GAMMA2
Type: scalar
Name: C3
Type: scalar
Name: GAMMA3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MOMENT_CURVATURE_BEAM¶

Description: Array

Syntax: dynamanual_mat_moment_curvature_beam(MID,RO,E,ELAF,EPFLG,CTA,N1,LCMS1,LCMT1,LCT1,CFA,CFB,CFT,HRULE,REPS,RBETA,RCAPAY,RCAPAZ)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: ELAF
Type: scalar
Name: EPFLG
Type: scalar
Name: CTA
Type: scalar
Name: N1
Type: scalar
Name: LCMS1
Type: scalar
Name: LCMT1
Type: scalar
Name: LCT1
Type: scalar
Name: CFA
Type: scalar
Name: CFB
Type: scalar
Name: CFT
Type: scalar
Name: HRULE
Type: scalar
Name: REPS
Type: scalar
Name: RBETA
Type: scalar
Name: RCAPAY
Type: scalar
Name: RCAPAZ
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MCCORMICK¶

Description: Array

Syntax: dynamanual_mat_mccormick(MID,RO,E,PR,SIGY,Q1,C1,Q2,C2,S,H,OMEGA,TD,ALPHA,EPS0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: Q1
Type: scalar
Name: C1
Type: scalar
Name: Q2
Type: scalar
Name: C2
Type: scalar
Name: S
Type: scalar
Name: H
Type: scalar
Name: OMEGA
Type: scalar
Name: TD
Type: scalar
Name: ALPHA
Type: scalar
Name: EPS0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_POLYMER¶

Description: Array

Syntax: dynamanual_mat_polymer(MID,RO,E,PR,GAMMA0,DG,SC,ST,TEMP,K,CR,N,C)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: GAMMA0
Type: scalar
Name: DG
Type: scalar
Name: SC
Type: scalar
Name: ST
Type: scalar
Name: TEMP
Type: scalar
Name: K
Type: scalar
Name: CR
Type: scalar
Name: N
Type: scalar
Name: C
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ARUP_ADHESIVE¶

Description: Array

Syntax: dynamanual_mat_arup_adhesive(MID,RO,E,PR,TENMAX,GCTEN,SHRMAX,GCSHR,PWRT,PWRS,SHRP,SHT_SL,EDOT0,EDOT2,THKDIR,EXTRA,TMAXE,GCTE,SMAXE,GCSE,PWRTE,PWRSE,FACET,FACCT,FACES,FACCS,SOFTT,SOFTS,SDFAC,SGFAC,SDEFAC,SGEFAC,BTHK,OUTFAIL,FSIP)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: TENMAX
Type: scalar
Name: GCTEN
Type: scalar
Name: SHRMAX
Type: scalar
Name: GCSHR
Type: scalar
Name: PWRT
Type: scalar
Name: PWRS
Type: scalar
Name: SHRP
Type: scalar
Name: SHT_SL
Type: scalar
Name: EDOT0
Type: scalar
Name: EDOT2
Type: scalar
Name: THKDIR
Type: scalar
Name: EXTRA
Type: scalar
Name: TMAXE
Type: scalar
Name: GCTE
Type: scalar
Name: SMAXE
Type: scalar
Name: GCSE
Type: scalar
Name: PWRTE
Type: scalar
Name: PWRSE
Type: scalar
Name: FACET
Type: scalar
Name: FACCT
Type: scalar
Name: FACES
Type: scalar
Name: FACCS
Type: scalar
Name: SOFTT
Type: scalar
Name: SOFTS
Type: scalar
Name: SDFAC
Type: scalar
Name: SGFAC
Type: scalar
Name: SDEFAC
Type: scalar
Name: SGEFAC
Type: scalar
Name: BTHK
Type: scalar
Name: OUTFAIL
Type: scalar
Name: FSIP
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RESULTANT_ANISOTROPIC¶

Description: Array

Syntax: dynamanual_mat_resultant_anisotropic(MID,RO,E11P,E22P,V12P,V11P,G12P,G23P,G31P,E11B,E22B,V12B,V21B,G12B,AOPT,LN11,LN22,LN12,LQ1,LQ2,LM11,LM22,LM12,,V1,D1,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E11P
Type: scalar
Name: E22P
Type: scalar
Name: V12P
Type: scalar
Name: V11P
Type: scalar
Name: G12P
Type: scalar
Name: G23P
Type: scalar
Name: G31P
Type: scalar
Name: E11B
Type: scalar
Name: E22B
Type: scalar
Name: V12B
Type: scalar
Name: V21B
Type: scalar
Name: G12B
Type: scalar
Name: AOPT
Type: scalar
Name: LN11
Type: scalar
Name: LN22
Type: scalar
Name: LN12
Type: scalar
Name: LQ1
Type: scalar
Name: LQ2
Type: scalar
Name: LM11
Type: scalar
Name: LM22
Type: scalar
Name: LM12
Type: scalar
Name:
Type:
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_STEEL_CONCENTRIC_BRACE¶

Description: Array

Syntax: dynamanual_mat_steel_concentric_brace(MID,RO,YM,PR,SIGY,LAMDA,FBUCK,FBUCK2,CCBRF,BCUR,TS1,CS1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: YM
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: LAMDA
Type: scalar
Name: FBUCK
Type: scalar
Name: FBUCK2
Type: scalar
Name: CCBRF
Type: scalar
Name: BCUR
Type: scalar
Name: TS1
Type: scalar
Name: CS1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CONCRETE_EC2¶

Description: Array

Syntax: dynamanual_mat_concrete_ec2(MID,R0,FC,FT,TYPEC,UNITC,ECUTEN,FCC,ESOFT,LCHAR,MU,TAUMXF,TAUMXC,ECRAGG,AGGSZ,UNITL ,YMREINF,PRREINF,SUREINF,TYPER,FRACRX,FRACY,LCRSU,LCALPS,AOPT,ET36,PRT36,ECUT36,LCALPC,DEGRAD,ISHCHK,UNLFAC ,XP,A1,V1,D1,BETA,TYPSEC,P_OR_F ,EFFD,GAMSC,,,,TMPOFF,ECI_6,ECSP69,GAMCE9,PHIEF9,FT2,FTSHR,LCFTT)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: FC
Type: scalar
Name: FT
Type: scalar
Name: TYPEC
Type: scalar
Name: UNITC
Type: scalar
Name: ECUTEN
Type: scalar
Name: FCC
Type: scalar
Name: ESOFT
Type: scalar
Name: LCHAR
Type: scalar
Name: MU
Type: scalar
Name: TAUMXF
Type: scalar
Name: TAUMXC
Type: scalar
Name: ECRAGG
Type: scalar
Name: AGGSZ
Type: scalar
Name: UNITL
Type: scalar
Name: YMREINF
Type: scalar
Name: PRREINF
Type: scalar
Name: SUREINF
Type: scalar
Name: TYPER
Type: scalar
Name: FRACRX
Type: scalar
Name: FRACY
Type: scalar
Name: LCRSU
Type: scalar
Name: LCALPS
Type: scalar
Name: AOPT
Type: scalar
Name: ET36
Type: scalar
Name: PRT36
Type: scalar
Name: ECUT36
Type: scalar
Name: LCALPC
Type: scalar
Name: DEGRAD
Type: scalar
Name: ISHCHK
Type: scalar
Name: UNLFAC
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: TYPSEC
Type: scalar
Name: P_OR_F
Type: scalar
Name: EFFD
Type: scalar
Name: GAMSC
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: TMPOFF
Type: scalar
Name: ECI_6
Type: scalar
Name: ECSP69
Type: scalar
Name: GAMCE9
Type: scalar
Name: PHIEF9
Type: scalar
Name: FT2
Type: scalar
Name: FTSHR
Type: scalar
Name: LCFTT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MOHR_COULOMB¶

Description: Array

Syntax: dynamanual_mat_mohr_coulomb(MID,R0,GMOD,RNU,(blank),PHI,CVAL,PSI,NOVOID,NPLANES,(blank),LCCPDR,LCCPT,LCCJDR,LCCJT,LCSFAC ,GMODDP,GMODGR,LCGMEP,LCPHIEP,LCPSIEP,LCGMST,CVALGR,ANISO ,DIP,DIPANG,CPLANE,FRPLANE,TPLANE,SHRMAX,LOCAL)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: GMOD
Type: scalar
Name: RNU
Type: scalar
Name: (blank)
Type:
Name: PHI
Type: scalar
Name: CVAL
Type: scalar
Name: PSI
Type: scalar
Name: NOVOID
Type: scalar
Name: NPLANES
Type: scalar
Name: (blank)
Type:
Name: LCCPDR
Type: scalar
Name: LCCPT
Type: scalar
Name: LCCJDR
Type: scalar
Name: LCCJT
Type: scalar
Name: LCSFAC
Type: scalar
Name: GMODDP
Type: scalar
Name: GMODGR
Type: scalar
Name: LCGMEP
Type: scalar
Name: LCPHIEP
Type: scalar
Name: LCPSIEP
Type: scalar
Name: LCGMST
Type: scalar
Name: CVALGR
Type: scalar
Name: ANISO
Type: scalar
Name: DIP
Type: scalar
Name: DIPANG
Type: scalar
Name: CPLANE
Type: scalar
Name: FRPLANE
Type: scalar
Name: TPLANE
Type: scalar
Name: SHRMAX
Type: scalar
Name: LOCAL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RC_BEAM¶

Description: Array

Syntax: dynamanual_mat_rc_beam(MID,RO,EUNL,PR,FC,EC1,EC50,RESID,FT,UNITC,blank,blank,blank,ESOFT,LCHAR,OUTPUT,FRACR,YMREIN ,PRREIN,SYREIN,SUREIN,ESHR,EUR,RREINF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EUNL
Type: scalar
Name: PR
Type: scalar
Name: FC
Type: scalar
Name: EC1
Type: scalar
Name: EC50
Type: scalar
Name: RESID
Type: scalar
Name: FT
Type: scalar
Name: UNITC
Type: scalar
Name: blank
Type: scalar
Name: blank
Type: scalar
Name: blank
Type: scalar
Name: ESOFT
Type: scalar
Name: LCHAR
Type: scalar
Name: OUTPUT
Type: scalar
Name: FRACR
Type: scalar
Name: YMREIN
Type: scalar
Name: PRREIN
Type: scalar
Name: SYREIN
Type: scalar
Name: SUREIN
Type: scalar
Name: ESHR
Type: scalar
Name: EUR
Type: scalar
Name: RREINF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOELASTIC_THERMAL¶

Description: Array

Syntax: dynamanual_mat_viscoelastic_thermal(MID,RO,BULK,PCF,EF,TREF,A,B,LCID,NT,BSTART,TRAMP,LCIDK,NTK,BSTARTK,TRAMPK,Gi,BETAi,Ki,BETAKi)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: PCF
Type: scalar
Name: EF
Type: scalar
Name: TREF
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: LCID
Type: scalar
Name: NT
Type: scalar
Name: BSTART
Type: scalar
Name: TRAMP
Type: scalar
Name: LCIDK
Type: scalar
Name: NTK
Type: scalar
Name: BSTARTK
Type: scalar
Name: TRAMPK
Type: scalar
Name: Gi
Type: scalar
Name: BETAi
Type: scalar
Name: Ki
Type: scalar
Name: BETAKi
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_QUASILINEAR_VISCOELASTIC¶

Description: Array

Syntax: dynamanual_mat_quasilinear_viscoelastic(MID,RO,K,LC1,LC2,N,GSTART,M,S0,E_MIN,E_MAX,GAMA1,GAMA2,K,EH,FORM,G1,BETA1,G2,BETA2,G3,BETA3,G4,BETA4,G5,BETA5,G6,BETA6,G7,BETA7,G8,BETA8,G9,BETA9,G10,BETA10,G11,BETA11,G12,BETA12,C1,C2,C3,C4,C5,C6,C7,C8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: LC1
Type: scalar
Name: LC2
Type: scalar
Name: N
Type: scalar
Name: GSTART
Type: scalar
Name: M
Type: scalar
Name: S0
Type: scalar
Name: E_MIN
Type: scalar
Name: E_MAX
Type: scalar
Name: GAMA1
Type: scalar
Name: GAMA2
Type: scalar
Name: K
Type: scalar
Name: EH
Type: scalar
Name: FORM
Type: scalar
Name: G1
Type: scalar
Name: BETA1
Type: scalar
Name: G2
Type: scalar
Name: BETA2
Type: scalar
Name: G3
Type: scalar
Name: BETA3
Type: scalar
Name: G4
Type: scalar
Name: BETA4
Type: scalar
Name: G5
Type: scalar
Name: BETA5
Type: scalar
Name: G6
Type: scalar
Name: BETA6
Type: scalar
Name: G7
Type: scalar
Name: BETA7
Type: scalar
Name: G8
Type: scalar
Name: BETA8
Type: scalar
Name: G9
Type: scalar
Name: BETA9
Type: scalar
Name: G10
Type: scalar
Name: BETA10
Type: scalar
Name: G11
Type: scalar
Name: BETA11
Type: scalar
Name: G12
Type: scalar
Name: BETA12
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HILL_FOAM¶

Description: Array

Syntax: dynamanual_mat_hill_foam(MID,RO,K,N,MU,LCID,FITTYPE,LCSR,C1,C2,C3,C4,C5,C6,C7,C8,B1,B2,B3,B4,B5,B6,B7,B8,R,M)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: N
Type: scalar
Name: MU
Type: scalar
Name: LCID
Type: scalar
Name: FITTYPE
Type: scalar
Name: LCSR
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: B1
Type: scalar
Name: B2
Type: scalar
Name: B3
Type: scalar
Name: B4
Type: scalar
Name: B5
Type: scalar
Name: B6
Type: scalar
Name: B7
Type: scalar
Name: B8
Type: scalar
Name: R
Type: scalar
Name: M
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOELASTIC_HILL_FOAM¶

Description: Array

Syntax: dynamanual_mat_viscoelastic_hill_foam(MID,RO,K,N,MU,LCID,FITTYPE,LCSR,LCVE,NT,GSTART,C1,C2,C3,C4,C5,C6,C7,C8,B1,B2,B3,B4,B5,B6,B7,B8,GI,BETAI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: N
Type: scalar
Name: MU
Type: scalar
Name: LCID
Type: scalar
Name: FITTYPE
Type: scalar
Name: LCSR
Type: scalar
Name: LCVE
Type: scalar
Name: NT
Type: scalar
Name: GSTART
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: B1
Type: scalar
Name: B2
Type: scalar
Name: B3
Type: scalar
Name: B4
Type: scalar
Name: B5
Type: scalar
Name: B6
Type: scalar
Name: B7
Type: scalar
Name: B8
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LOW_DENSITY_SYNTHETIC_FOAM_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_low_density_synthetic_foam_{option}(MID,RO,E,LCID1,LCID2,HU,BETA,DAMP,SHAPE,FAIL,BVFLAG,ED,BETA1,KCON,REF,TC,RFLAG,DTRT,K,GAMA1,GAMA2,EH)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: LCID1
Type: scalar
Name: LCID2
Type: scalar
Name: HU
Type: scalar
Name: BETA
Type: scalar
Name: DAMP
Type: scalar
Name: SHAPE
Type: scalar
Name: FAIL
Type: scalar
Name: BVFLAG
Type: scalar
Name: ED
Type: scalar
Name: BETA1
Type: scalar
Name: KCON
Type: scalar
Name: REF
Type: scalar
Name: TC
Type: scalar
Name: RFLAG
Type: scalar
Name: DTRT
Type: scalar
Name: K
Type: scalar
Name: GAMA1
Type: scalar
Name: GAMA2
Type: scalar
Name: EH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SIMPLIFIED_RUBBER/FOAM_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_simplified_rubber/foam_{option}(MID,RO,KM,MU,G,SIGF,REF,PRTEN,SGL,SW,ST,LC/TBID,TENSION,RTYPE,AVGOPT,PR/BETA,K,GAMA1,GAMA2,EH,LCUNLD,HU,SHAPE,STOL,VISCO,Gi,BETAi,VFLAG)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: KM
Type: scalar
Name: MU
Type: scalar
Name: G
Type: scalar
Name: SIGF
Type: scalar
Name: REF
Type: scalar
Name: PRTEN
Type: scalar
Name: SGL
Type: scalar
Name: SW
Type: scalar
Name: ST
Type: scalar
Name: LC/TBID
Type: scalar
Name: TENSION
Type: scalar
Name: RTYPE
Type: scalar
Name: AVGOPT
Type: scalar
Name: PR/BETA
Type: scalar
Name: K
Type: scalar
Name: GAMA1
Type: scalar
Name: GAMA2
Type: scalar
Name: EH
Type: scalar
Name: LCUNLD
Type: scalar
Name: HU
Type: scalar
Name: SHAPE
Type: scalar
Name: STOL
Type: scalar
Name: VISCO
Type: scalar
Name: Gi
Type: scalar
Name: BETAi
Type: scalar
Name: VFLAG
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SIMPLIFIED_RUBBER_WITH_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_simplified_rubber_with_damage(MID,RO,K,MU,G,SIGF,SGL,SW,ST,LC/TBID,TENSION,RTYPE,AVGOPT,LCUNLD,REF,STOL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: MU
Type: scalar
Name: G
Type: scalar
Name: SIGF
Type: scalar
Name: SGL
Type: scalar
Name: SW
Type: scalar
Name: ST
Type: scalar
Name: LC/TBID
Type: scalar
Name: TENSION
Type: scalar
Name: RTYPE
Type: scalar
Name: AVGOPT
Type: scalar
Name: LCUNLD
Type: scalar
Name: REF
Type: scalar
Name: STOL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COHESIVE_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_cohesive_elastic(MID,RO,ROFLG,INTFAIL,ET,EN,FN_FAIL,FT_FAIL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ROFLG
Type: scalar
Name: INTFAIL
Type: scalar
Name: ET
Type: scalar
Name: EN
Type: scalar
Name: FN_FAIL
Type: scalar
Name: FT_FAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COHESIVE_TH¶

Description: Array

Syntax: dynamanual_mat_cohesive_th(MID,RO,ROFLG,INTFAIL,SIGMAX,NLS,TLS,LAMDA1,LAMDA2,LAMDAF,STFSF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ROFLG
Type: scalar
Name: INTFAIL
Type: scalar
Name: SIGMAX
Type: scalar
Name: NLS
Type: scalar
Name: TLS
Type: scalar
Name: LAMDA1
Type: scalar
Name: LAMDA2
Type: scalar
Name: LAMDAF
Type: scalar
Name: STFSF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COHESIVE_GENERAL¶

Description: Array

Syntax: dynamanual_mat_cohesive_general(MID,RO,ROFLG,INTFAIL,TES,TSLC,GIC,GIIC,XMU,T,S,STFSF,TSLC2)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ROFLG
Type: scalar
Name: INTFAIL
Type: scalar
Name: TES
Type: scalar
Name: TSLC
Type: scalar
Name: GIC
Type: scalar
Name: GIIC
Type: scalar
Name: XMU
Type: scalar
Name: T
Type: scalar
Name: S
Type: scalar
Name: STFSF
Type: scalar
Name: TSLC2
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SAMP-1¶

Description: Array

Syntax: dynamanual_mat_samp-1(MID,RO,BULK,GMOD,EMOD,NUE,RBCFAC,NUMINT,LCID-T ,LCID-C,LCID-S,LCID-B,NUEP,LCID-P,,INCDAM,LCID-D ,EPFAIL,DEPRPT,LCID_TRI,LCID_LC,MITER,MIPS,,INCFAIL,INCONV,ASAF,LCEMOD,BETA,FILT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: GMOD
Type: scalar
Name: EMOD
Type: scalar
Name: NUE
Type: scalar
Name: RBCFAC
Type: scalar
Name: NUMINT
Type:
Name: LCID-T
Type: scalar
Name: LCID-C
Type: scalar
Name: LCID-S
Type: scalar
Name: LCID-B
Type: scalar
Name: NUEP
Type: scalar
Name: LCID-P
Type: scalar
Name:
Type:
Name: INCDAM
Type:
Name: LCID-D
Type: scalar
Name: EPFAIL
Type: scalar
Name: DEPRPT
Type: scalar
Name: LCID_TRI
Type: scalar
Name: LCID_LC
Type: scalar
Name: MITER
Type: scalar
Name: MIPS
Type: scalar
Name:
Type:
Name: INCFAIL
Type: scalar
Name: INCONV
Type: scalar
Name: ASAF
Type: scalar
Name: LCEMOD
Type: scalar
Name: BETA
Type: scalar
Name: FILT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMO_ELASTO_VISCOPLASTIC_CREEP¶

Description: Array

Syntax: dynamanual_mat_thermo_elasto_viscoplastic_creep(MID,RO,E,PR,SIGY,ALPHA,LCSS,REFTEM,QR1,CR1,QR2,CR2,QX1,CX1,QX2,CX2,C,P,LCE,LCPR,LCSIGY,LCQR,LCQX,LCALPH,LCC,LCP,LCCR,LCCX,CRPA,CRPB,CRPQ,CRPM,CRPLAW)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ALPHA
Type: scalar
Name: LCSS
Type: vector
Name: REFTEM
Type: scalar
Name: QR1
Type: scalar
Name: CR1
Type: scalar
Name: QR2
Type: scalar
Name: CR2
Type: scalar
Name: QX1
Type: scalar
Name: CX1
Type: scalar
Name: QX2
Type: scalar
Name: CX2
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCE
Type: scalar
Name: LCPR
Type: scalar
Name: LCSIGY
Type: scalar
Name: LCQR
Type: scalar
Name: LCQX
Type: scalar
Name: LCALPH
Type: scalar
Name: LCC
Type: scalar
Name: LCP
Type: scalar
Name: LCCR
Type: scalar
Name: LCCX
Type: scalar
Name: CRPA
Type: scalar
Name: CRPB
Type: scalar
Name: CRPQ
Type: scalar
Name: CRPM
Type: scalar
Name: CRPLAW
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ANISOTROPIC_THERMOELASTIC¶

Description: Array

Syntax: dynamanual_mat_anisotropic_thermoelastic(MID,RO,TA1,TA2,TA3,TA4,TA5,TA6,C11,C24,C45,TGE,TREF,AOPT,XP,A1,MACF,V1,D1,BETA,REF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: TA1
Type: scalar
Name: TA2
Type: scalar
Name: TA3
Type: scalar
Name: TA4
Type: scalar
Name: TA5
Type: scalar
Name: TA6
Type: scalar
Name: C11
Type: scalar
Name: C24
Type: scalar
Name: C45
Type: scalar
Name: TGE
Type: scalar
Name: TREF
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: MACF
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: REF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_FLD_3-PARAMETER_BARLAT¶

Description: Array

Syntax: dynamanual_mat_fld_3-parameter_barlat(MID,RO,E,PR,HR,P1,P2,ITER,M,R00,R45,R90,LCID,E0,SPI,P3,AOPT,C,P,FLDCID,RN,RT,FLDSAFE,FLDNIPF ,,V1,D1,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: HR
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: ITER
Type: scalar
Name: M
Type: scalar
Name: R00
Type: scalar
Name: R45
Type: scalar
Name: R90
Type: scalar
Name: LCID
Type: scalar
Name: E0
Type: scalar
Name: SPI
Type: scalar
Name: P3
Type: scalar
Name: AOPT
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: FLDCID
Type: scalar
Name: RN
Type: scalar
Name: RT
Type: scalar
Name: FLDSAFE
Type: scalar
Name: FLDNIPF
Type: scalar
Name:
Type:
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SEISMIC_BEAM¶

Description: Array

Syntax: dynamanual_mat_seismic_beam(MID,RO,E,PR,ASFLAG,FTYPE,DEGRAD,IFEMA,LCPMS,SFS,LCPMT,SFT,LCAT,SFAT,LCAC,SFAC,ALPHA,BETA,GAMMA,DELTA,A,B,FOFFS,SIGY,D,W,TF,TW,PHI_T,PHI_C,PHI_B,ALPHA,BETA,GAMMA,DELTA,PHI_T,PHI_C,PHI_B,PR1,PR2,PR3,PR4,TS1,TS2,TS3,TS4,CS1,CS2,CS3,CS4)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: ASFLAG
Type: scalar
Name: FTYPE
Type: scalar
Name: DEGRAD
Type: scalar
Name: IFEMA
Type: scalar
Name: LCPMS
Type: scalar
Name: SFS
Type: scalar
Name: LCPMT
Type: scalar
Name: SFT
Type: scalar
Name: LCAT
Type: scalar
Name: SFAT
Type: scalar
Name: LCAC
Type: scalar
Name: SFAC
Type: scalar
Name: ALPHA
Type: scalar
Name: BETA
Type: scalar
Name: GAMMA
Type: scalar
Name: DELTA
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: FOFFS
Type: scalar
Name: SIGY
Type: scalar
Name: D
Type: scalar
Name: W
Type: scalar
Name: TF
Type: scalar
Name: TW
Type: scalar
Name: PHI_T
Type: scalar
Name: PHI_C
Type: scalar
Name: PHI_B
Type: scalar
Name: ALPHA
Type: scalar
Name: BETA
Type: scalar
Name: GAMMA
Type: scalar
Name: DELTA
Type: scalar
Name: PHI_T
Type: scalar
Name: PHI_C
Type: scalar
Name: PHI_B
Type: scalar
Name: PR1
Type: scalar
Name: PR2
Type: scalar
Name: PR3
Type: scalar
Name: PR4
Type: scalar
Name: TS1
Type: scalar
Name: TS2
Type: scalar
Name: TS3
Type: scalar
Name: TS4
Type: scalar
Name: CS1
Type: scalar
Name: CS2
Type: scalar
Name: CS3
Type: scalar
Name: CS4
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SOIL_BRICK¶

Description: Array

Syntax: dynamanual_mat_soil_brick(MID,RO,RLAMDA,RKAPPA,RIOTA,RBETA1,RBETA2,RMU,RNU,RLCID,TOL,PGCL,SUB-INC,BLK,GRAV,THEORY,RVHHH,XSICRIT,ALPHA,RVH,RNU21,ANISO_4)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: RLAMDA
Type: scalar
Name: RKAPPA
Type: scalar
Name: RIOTA
Type: scalar
Name: RBETA1
Type: scalar
Name: RBETA2
Type: scalar
Name: RMU
Type: scalar
Name: RNU
Type: scalar
Name: RLCID
Type: scalar
Name: TOL
Type: scalar
Name: PGCL
Type: scalar
Name: SUB-INC
Type: scalar
Name: BLK
Type: scalar
Name: GRAV
Type: scalar
Name: THEORY
Type: scalar
Name: RVHHH
Type: scalar
Name: XSICRIT
Type: scalar
Name: ALPHA
Type: scalar
Name: RVH
Type: scalar
Name: RNU21
Type: scalar
Name: ANISO_4
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DRUCKER_PRAGER¶

Description: Array

Syntax: dynamanual_mat_drucker_prager(MID,RO,GMOD,RNU,RKF,PHI,CVAL,PSI,STRLIM,GMODDP,PHIDP,CVALDP,PSIDP,GMODGR,PHIGR,CVALGR,PSIGR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: GMOD
Type: scalar
Name: RNU
Type: scalar
Name: RKF
Type: scalar
Name: PHI
Type: scalar
Name: CVAL
Type: scalar
Name: PSI
Type: scalar
Name: STRLIM
Type: scalar
Name: GMODDP
Type: scalar
Name: PHIDP
Type: scalar
Name: CVALDP
Type: scalar
Name: PSIDP
Type: scalar
Name: GMODGR
Type: scalar
Name: PHIGR
Type: scalar
Name: CVALGR
Type: scalar
Name: PSIGR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RC_SHEAR_WALL¶

Description: Array

Syntax: dynamanual_mat_rc_shear_wall(MID,RO,E,PR,TMAX,FC,PREF,FYIELD,SIG0,UNCONV,ALPHA,FT,ERIENF,A,B,C,D,E,F,Y1,T1,AOPT,XP,A1,V1,D1,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: TMAX
Type: scalar
Name: FC
Type: scalar
Name: PREF
Type: scalar
Name: FYIELD
Type: scalar
Name: SIG0
Type: scalar
Name: UNCONV
Type: scalar
Name: ALPHA
Type: scalar
Name: FT
Type: scalar
Name: ERIENF
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: D
Type: scalar
Name: E
Type: scalar
Name: F
Type: scalar
Name: Y1
Type: scalar
Name: T1
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CONCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_concrete_beam(MID,RO,E,PR,SIGY,ETAN,FAIL,TDEL,C,P,LCSS,LCSR,NOTEN,TENCUT,SDR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: FAIL
Type: scalar
Name: TDEL
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: LCSS
Type: vector
Name: LCSR
Type: scalar
Name: NOTEN
Type: scalar
Name: TENCUT
Type: scalar
Name: SDR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GENERAL_SPRING_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_general_spring_discrete_beam(MID,RO,DOF,TYPE,k,D,CDF,TDF,FLCID,HLCID,C1,C2,DLE,GLCID)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: DOF
Type: scalar
Name: TYPE
Type: scalar
Name: k
Type: scalar
Name: D
Type: scalar
Name: CDF
Type: scalar
Name: TDF
Type: scalar
Name: FLCID
Type: scalar
Name: HLCID
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: DLE
Type: scalar
Name: GLCID
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SEISMIC_ISOLATOR¶

Description: Array

Syntax: dynamanual_mat_seismic_isolator(MID,RO,A,BETA,GAMMA,DISPY,STIFFV,ITYPE,PRELOAD,DAMP,MX1,MX2,MY1,MY2,FMAX,DELF,AFRIC,RADX,RADY,RADB,STIFFL,STIFFTS,FORCEY,ALPHA,STIFFT,DFAIL,FMAXYC,FMAXXT,FMAXYT,YLOCK)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: A
Type: scalar
Name: BETA
Type: scalar
Name: GAMMA
Type: scalar
Name: DISPY
Type: scalar
Name: STIFFV
Type: scalar
Name: ITYPE
Type: scalar
Name: PRELOAD
Type: scalar
Name: DAMP
Type: scalar
Name: MX1
Type: scalar
Name: MX2
Type: scalar
Name: MY1
Type: scalar
Name: MY2
Type: scalar
Name: FMAX
Type: scalar
Name: DELF
Type: scalar
Name: AFRIC
Type: scalar
Name: RADX
Type: scalar
Name: RADY
Type: scalar
Name: RADB
Type: scalar
Name: STIFFL
Type: scalar
Name: STIFFTS
Type: scalar
Name: FORCEY
Type: scalar
Name: ALPHA
Type: scalar
Name: STIFFT
Type: scalar
Name: DFAIL
Type: scalar
Name: FMAXYC
Type: scalar
Name: FMAXXT
Type: scalar
Name: FMAXYT
Type: scalar
Name: YLOCK
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_JOINTED_ROCK¶

Description: Array

Syntax: dynamanual_mat_jointed_rock(MID,RO,GMOD,RNU,RKF,PHI,CVAL,PSI,STR_LIM ,NPLANES,ELASTIC,LCCPDR,LCCPT,LCCJDR,LCCJT,LCSFAC,GMODDP,PHIDP,CVALDP,PSIDP,GMODGR,PHIGR,CVALGR,PSIGR,DIP,STRIKE,CPLANE,FRPLANE,TPLANE,SHRMAX,LOCAL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: GMOD
Type: scalar
Name: RNU
Type: scalar
Name: RKF
Type: scalar
Name: PHI
Type: scalar
Name: CVAL
Type: scalar
Name: PSI
Type: scalar
Name: STR_LIM
Type: scalar
Name: NPLANES
Type: scalar
Name: ELASTIC
Type: scalar
Name: LCCPDR
Type: scalar
Name: LCCPT
Type: scalar
Name: LCCJDR
Type: scalar
Name: LCCJT
Type: scalar
Name: LCSFAC
Type: scalar
Name: GMODDP
Type: scalar
Name: PHIDP
Type: scalar
Name: CVALDP
Type: scalar
Name: PSIDP
Type: scalar
Name: GMODGR
Type: scalar
Name: PHIGR
Type: scalar
Name: CVALGR
Type: scalar
Name: PSIGR
Type: scalar
Name: DIP
Type: scalar
Name: STRIKE
Type: scalar
Name: CPLANE
Type: scalar
Name: FRPLANE
Type: scalar
Name: TPLANE
Type: scalar
Name: SHRMAX
Type: scalar
Name: LOCAL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_STEEL_EC3¶

Description: Array

Syntax: dynamanual_mat_steel_ec3(MID,R0,E,PR,SIGY,LC_E,LC_PR,LC_AL,TBL_SS,LC_FS)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: LC_E
Type: scalar
Name: LC_PR
Type: scalar
Name: LC_AL
Type: scalar
Name: TBL_SS
Type: scalar
Name: LC_FS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HYSTERETIC_REINFORCEMENT¶

Description: Array

Syntax: dynamanual_mat_hysteretic_reinforcement(MID,R0,YM,PR,SIGY,LAMDA,SBUCK,POWER,FRACX,FRACY,LCTEN,LCCOMP,AOPT,EBU,DOWNSL,DBAR,FCDOW,LCHARD,UNITC,UNITL,EPDAM1,EPDAM2,DRESID,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: YM
Type: scalar
Name: PR
Type: scalar
Name: SIGY
Type: scalar
Name: LAMDA
Type: scalar
Name: SBUCK
Type: scalar
Name: POWER
Type: scalar
Name: FRACX
Type: scalar
Name: FRACY
Type: scalar
Name: LCTEN
Type: scalar
Name: LCCOMP
Type: scalar
Name: AOPT
Type: scalar
Name: EBU
Type: scalar
Name: DOWNSL
Type: scalar
Name: DBAR
Type: scalar
Name: FCDOW
Type: scalar
Name: LCHARD
Type: scalar
Name: UNITC
Type: scalar
Name: UNITL
Type: scalar
Name: EPDAM1
Type: scalar
Name: EPDAM2
Type: scalar
Name: DRESID
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BOLT_BEAM¶

Description: Array

Syntax: dynamanual_mat_bolt_beam(MID,R0,KAX,KSHR,,,FPRE,TRAMP,LCAX,LCSHR,FRIC,CLEAR,DAFAIL,DRFAIL,DAMAG,T0PRE)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: KAX
Type: scalar
Name: KSHR
Type: scalar
Name:
Type:
Name:
Type:
Name: FPRE
Type: scalar
Name: TRAMP
Type: scalar
Name: LCAX
Type: scalar
Name: LCSHR
Type: scalar
Name: FRIC
Type: scalar
Name: CLEAR
Type: scalar
Name: DAFAIL
Type: scalar
Name: DRFAIL
Type: scalar
Name: DAMAG
Type: scalar
Name: T0PRE
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPR_JLR¶

Description: Array

Syntax: dynamanual_mat_spr_jlr(MID,R0,E,PR,HELAS,TELAS,LCAXH,LCSHH,LCBMH,SFAXH,SFSHH,SFBMH,DFAKH,DFSHH,RFBMH,DMFAXH,DMFSHH,DMFBMH,LCAXT,LCSHT,LCBMT,SFAXT,SFSHT,SBFMT,DFAXT,DFSHT,RFBMT,DFMAXT,DMFSHT,DMFBMT)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: HELAS
Type: scalar
Name: TELAS
Type: scalar
Name: LCAXH
Type: scalar
Name: LCSHH
Type: scalar
Name: LCBMH
Type: scalar
Name: SFAXH
Type: scalar
Name: SFSHH
Type: scalar
Name: SFBMH
Type: scalar
Name: DFAKH
Type: scalar
Name: DFSHH
Type: scalar
Name: RFBMH
Type: scalar
Name: DMFAXH
Type: scalar
Name: DMFSHH
Type: scalar
Name: DMFBMH
Type: scalar
Name: LCAXT
Type: scalar
Name: LCSHT
Type: scalar
Name: LCBMT
Type: scalar
Name: SFAXT
Type: scalar
Name: SFSHT
Type: scalar
Name: SBFMT
Type: scalar
Name: DFAXT
Type: scalar
Name: DFSHT
Type: scalar
Name: RFBMT
Type: scalar
Name: DFMAXT
Type: scalar
Name: DMFSHT
Type: scalar
Name: DMFBMT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DRY_FABRIC¶

Description: Array

Syntax: dynamanual_mat_dry_fabric(MID,R0,EA,EB,GAB1,GAB2,GAB3,GBC,GCA,GAMAB1,GAMAB2,AOPT,,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,EACRF,EBCRF,EACRP,EBCRP,EASF,EBSF,EUNLF,ECOMF,EAMAX,EBMAX,SIGPOST,CCE,PCE,CSE,PSE,DFAC,EMAX,EAFAIL,EBFAIL)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: GAB1
Type: scalar
Name: GAB2
Type: scalar
Name: GAB3
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: GAMAB1
Type: scalar
Name: GAMAB2
Type: scalar
Name: AOPT
Type: scalar
Name:
Type:
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: EACRF
Type: scalar
Name: EBCRF
Type: scalar
Name: EACRP
Type: scalar
Name: EBCRP
Type: scalar
Name: EASF
Type: scalar
Name: EBSF
Type: scalar
Name: EUNLF
Type: scalar
Name: ECOMF
Type: scalar
Name: EAMAX
Type: scalar
Name: EBMAX
Type: scalar
Name: SIGPOST
Type: scalar
Name: CCE
Type: scalar
Name: PCE
Type: scalar
Name: CSE
Type: scalar
Name: PSE
Type: scalar
Name: DFAC
Type: scalar
Name: EMAX
Type: scalar
Name: EAFAIL
Type: scalar
Name: EBFAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_4A_MICROMEC¶

Description: Array

Syntax: dynamanual_mat_4a_micromec (MID,MMOPT,,,BUPD,FAILM,FAILF,NUMINT,AOPT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,FVF,,FL,FD,,A11,A22,ROF,EL,ET,GLT,PRTL,PRTT,XT,,,,,,SLIMXT,NCYRED ,ROM,E,PR,SIGYT,ETANT,,,EPS0,C,LCIDT,,,,LCDI,UPF)

Inputs: - Name: MID - Type: scalar

Name: MMOPT
Type: scalar
Name:
Type:
Name:
Type:
Name: BUPD
Type: scalar
Name: FAILM
Type: scalar
Name: FAILF
Type: scalar
Name: NUMINT
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: FVF
Type: scalar
Name:
Type:
Name: FL
Type: scalar
Name: FD
Type: scalar
Name:
Type:
Name: A11
Type: scalar
Name: A22
Type: scalar
Name: ROF
Type: scalar
Name: EL
Type: scalar
Name: ET
Type: scalar
Name: GLT
Type: scalar
Name: PRTL
Type: scalar
Name: PRTT
Type: scalar
Name: XT
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name:
Type:
Name:
Type:
Name: SLIMXT
Type: scalar
Name: NCYRED
Type: scalar
Name: ROM
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: SIGYT
Type: scalar
Name: ETANT
Type: scalar
Name:
Type:
Name:
Type:
Name: EPS0
Type: scalar
Name: C
Type: scalar
Name: LCIDT
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: LCDI
Type: scalar
Name: UPF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ELASTIC_PHASE_CHANGE¶

Description: Array

Syntax: dynamanual_mat_elastic_phase_change(MID,R01,E1,PR1,,R02,E2,PR2,X1,Y1,Z1,X2,Y2,Z2,THKFAC)

Inputs: - Name: MID - Type: scalar

Name: R01
Type: scalar
Name: E1
Type: scalar
Name: PR1
Type: scalar
Name:
Type:
Name: R02
Type: scalar
Name: E2
Type: scalar
Name: PR2
Type: scalar
Name: X1
Type: scalar
Name: Y1
Type: scalar
Name: Z1
Type: scalar
Name: X2
Type: scalar
Name: Y2
Type: scalar
Name: Z2
Type: scalar
Name: THKFAC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_OPTIONTROPIC_ELASTIC_PHASE_CHANGE¶

Description: Array

Syntax: dynamanual_mat_optiontropic_elastic_phase_change(MID,R01,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT1,G,SIGF,MID,RO2,C111,C121,C221,C131,C231,C331,C141,C241,C341,C441,C151,C251,C351,C451,C551,C161,C261,C361,C461,C561,C661,AOPT1,XP1,YP1,ZP1,A11,A21,A31,MACF,IHIS,V11,V21,V31,D11,D21,D31,BETA1,REF,,,EA2,EB2,EC2,PRBA2,PRCA2,PRCB2,GAB2,GBC2,GCA2,,,C112,C122,C222,C132,C232,C332,C142,C242,C342,C442,C152,C252,C352,C452,C552,C162,C262,C362,C462,C562,C662,XP2,YP2,ZP2,A12,A22,A32,MACF2,V12,V22,V32,D12,D22,D32,BETA2,X1,Y1,Z1,X2,Y2,Z2,THKFAC)

Inputs: - Name: MID - Type: scalar

Name: R01
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT1
Type: scalar
Name: G
Type: scalar
Name: SIGF
Type: scalar
Name: MID
Type: scalar
Name: RO2
Type: scalar
Name: C111
Type: scalar
Name: C121
Type: scalar
Name: C221
Type: scalar
Name: C131
Type: scalar
Name: C231
Type: scalar
Name: C331
Type: scalar
Name: C141
Type: scalar
Name: C241
Type: scalar
Name: C341
Type: scalar
Name: C441
Type: scalar
Name: C151
Type: scalar
Name: C251
Type: scalar
Name: C351
Type: scalar
Name: C451
Type: scalar
Name: C551
Type: scalar
Name: C161
Type: scalar
Name: C261
Type: scalar
Name: C361
Type: scalar
Name: C461
Type: scalar
Name: C561
Type: scalar
Name: C661
Type: scalar
Name: AOPT1
Type: scalar
Name: XP1
Type: scalar
Name: YP1
Type: scalar
Name: ZP1
Type: scalar
Name: A11
Type: scalar
Name: A21
Type: scalar
Name: A31
Type: scalar
Name: MACF
Type: scalar
Name: IHIS
Type: scalar
Name: V11
Type: scalar
Name: V21
Type: scalar
Name: V31
Type: scalar
Name: D11
Type: scalar
Name: D21
Type: scalar
Name: D31
Type: scalar
Name: BETA1
Type: scalar
Name: REF
Type: scalar
Name:
Type:
Name:
Type:
Name: EA2
Type: scalar
Name: EB2
Type: scalar
Name: EC2
Type: scalar
Name: PRBA2
Type: scalar
Name: PRCA2
Type: scalar
Name: PRCB2
Type: scalar
Name: GAB2
Type: scalar
Name: GBC2
Type: scalar
Name: GCA2
Type: scalar
Name:
Type:
Name:
Type:
Name: C112
Type: scalar
Name: C122
Type: scalar
Name: C222
Type: scalar
Name: C132
Type: scalar
Name: C232
Type: scalar
Name: C332
Type: scalar
Name: C142
Type: scalar
Name: C242
Type: scalar
Name: C342
Type: scalar
Name: C442
Type: scalar
Name: C152
Type: scalar
Name: C252
Type: scalar
Name: C352
Type: scalar
Name: C452
Type: scalar
Name: C552
Type: scalar
Name: C162
Type: scalar
Name: C262
Type: scalar
Name: C362
Type: scalar
Name: C462
Type: scalar
Name: C562
Type: scalar
Name: C662
Type: scalar
Name: XP2
Type: scalar
Name: YP2
Type: scalar
Name: ZP2
Type: scalar
Name: A12
Type: scalar
Name: A22
Type: scalar
Name: A32
Type: scalar
Name: MACF2
Type: scalar
Name: V12
Type: scalar
Name: V22
Type: scalar
Name: V32
Type: scalar
Name: D12
Type: scalar
Name: D22
Type: scalar
Name: D32
Type: scalar
Name: BETA2
Type: scalar
Name: X1
Type: scalar
Name: Y1
Type: scalar
Name: Z1
Type: scalar
Name: X2
Type: scalar
Name: Y2
Type: scalar
Name: Z2
Type: scalar
Name: THKFAC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MOONEY-RIVLIN_PHASE_CHANGE¶

Description: Array

Syntax: dynamanual_mat_mooney-rivlin_phase_change(MID,RO1,PR1,A1,B1,REF,SGL1,SW1,ST1,LCID1,,RO2,PR2,A2,B2,SGL2,SW2,ST2,LCID2,X1,Y1,Z1,X2,Y2,Z2,THKFAC)

Inputs: - Name: MID - Type: A8

Name: RO1
Type: scalar
Name: PR1
Type: scalar
Name: A1
Type: scalar
Name: B1
Type: scalar
Name: REF
Type: scalar
Name: SGL1
Type: scalar
Name: SW1
Type: scalar
Name: ST1
Type: scalar
Name: LCID1
Type: scalar
Name:
Type:
Name: RO2
Type: scalar
Name: PR2
Type: scalar
Name: A2
Type: scalar
Name: B2
Type: scalar
Name: SGL2
Type: scalar
Name: SW2
Type: scalar
Name: ST2
Type: scalar
Name: LCID2
Type: scalar
Name: X1
Type: scalar
Name: Y1
Type: scalar
Name: Z1
Type: scalar
Name: X2
Type: scalar
Name: Y2
Type: scalar
Name: Z2
Type: scalar
Name: THKFAC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CODAM2¶

Description: Array

Syntax: dynamanual_mat_codam2(MID,RO,EA,EB,,PRBA,PRCB,GAB,,,NLAYER,R1,R2,NFREQ,XP,YP,ZP,A1,A2,A3,AOPT,V1,V2,V3,D1,D2,D3,BETA,MACF,ANGLE1,ANGLE2,ANGLE3,ANGLE4,ANGLE5,ANGLE6,ANGLE7,ANGLE8,IMATT,IFIBT,ILOCT,IDELT,SMATT,SFIBT,SLOCT,SDELT,IMATC,IFIBC,ILOCC,IDELC,SMATC,SFIBC,SLOCC,SDELC,ERODE,ERPAR1,ERPAR2,RESIDS)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name:
Type:
Name: PRBA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name:
Type:
Name:
Type:
Name: NLAYER
Type: scalar
Name: R1
Type: scalar
Name: R2
Type: scalar
Name: NFREQ
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: AOPT
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: MACF
Type: scalar
Name: ANGLE1
Type: scalar
Name: ANGLE2
Type: scalar
Name: ANGLE3
Type: scalar
Name: ANGLE4
Type: scalar
Name: ANGLE5
Type: scalar
Name: ANGLE6
Type: scalar
Name: ANGLE7
Type: scalar
Name: ANGLE8
Type: scalar
Name: IMATT
Type: scalar
Name: IFIBT
Type: scalar
Name: ILOCT
Type: scalar
Name: IDELT
Type: scalar
Name: SMATT
Type: scalar
Name: SFIBT
Type: scalar
Name: SLOCT
Type: scalar
Name: SDELT
Type: scalar
Name: IMATC
Type: scalar
Name: IFIBC
Type: scalar
Name: ILOCC
Type: scalar
Name: IDELC
Type: scalar
Name: SMATC
Type: scalar
Name: SFIBC
Type: scalar
Name: SLOCC
Type: scalar
Name: SDELC
Type: scalar
Name: ERODE
Type: scalar
Name: ERPAR1
Type: scalar
Name: ERPAR2
Type: scalar
Name: RESIDS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RIGID_DISCRETE¶

Description: Array

Syntax: dynamanual_mat_rigid_discrete(MID,R0,E,PR)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ORTHOTROPIC_SIMPLIFIED_DAMAGE¶

Description: Array

Syntax: dynamanual_mat_orthotropic_simplified_damage(MID,RO,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,,AOPT,MACF,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,NERODE,NDAM,EPS1TF,EPS2TF,EPS3TF,EPS1CF,EPS3CF,EPS12F,EPS23F,EPS13F,EPSD1T,EPSC1T,CDAM1T,EPSD2T,EPSC2T,CDAM2T,EPSD3T,EPSC3T,CDAM3T,EPSD1C,EPSC1C,CDAM1C,EPSD2C,EPSC2C,CDAM2C,EPSD3C,EPSC3C,CDAM3C,EPSD12,EPSC12,CDAM12,EPSD23,EPSC23,CDAM23,EPSD31,EPSC31,CDAM31)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name:
Type:
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: NERODE
Type: scalar
Name: NDAM
Type: scalar
Name: EPS1TF
Type: scalar
Name: EPS2TF
Type: scalar
Name: EPS3TF
Type: scalar
Name: EPS1CF
Type: scalar
Name: EPS3CF
Type: scalar
Name: EPS12F
Type: scalar
Name: EPS23F
Type: scalar
Name: EPS13F
Type: scalar
Name: EPSD1T
Type: scalar
Name: EPSC1T
Type: scalar
Name: CDAM1T
Type: scalar
Name: EPSD2T
Type: scalar
Name: EPSC2T
Type: scalar
Name: CDAM2T
Type: scalar
Name: EPSD3T
Type: scalar
Name: EPSC3T
Type: scalar
Name: CDAM3T
Type: scalar
Name: EPSD1C
Type: scalar
Name: EPSC1C
Type: scalar
Name: CDAM1C
Type: scalar
Name: EPSD2C
Type: scalar
Name: EPSC2C
Type: scalar
Name: CDAM2C
Type: scalar
Name: EPSD3C
Type: scalar
Name: EPSC3C
Type: scalar
Name: CDAM3C
Type: scalar
Name: EPSD12
Type: scalar
Name: EPSC12
Type: scalar
Name: CDAM12
Type: scalar
Name: EPSD23
Type: scalar
Name: EPSC23
Type: scalar
Name: CDAM23
Type: scalar
Name: EPSD31
Type: scalar
Name: EPSC31
Type: scalar
Name: CDAM31
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TABULATED_JOHNSON_COOK¶

Description: Array

Syntax: dynamanual_mat_tabulated_johnson_cook(MID,R0,E,PR,CP,TR,BETA,NUMINT,LCK1,LCKT,LCF,LCG,LCH,LCI,FAILOPT,NUMAVG,NCYFAIL,ERODE,LCPS)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: CP
Type: scalar
Name: TR
Type: scalar
Name: BETA
Type: scalar
Name: NUMINT
Type: scalar
Name: LCK1
Type: scalar
Name: LCKT
Type: scalar
Name: LCF
Type: scalar
Name: LCG
Type: scalar
Name: LCH
Type: scalar
Name: LCI
Type: scalar
Name: FAILOPT
Type: scalar
Name: NUMAVG
Type: scalar
Name: NCYFAIL
Type: scalar
Name: ERODE
Type: scalar
Name: LCPS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TABULATED_JOHNSON_COOK_GYS¶

Description: Array

Syntax: dynamanual_mat_tabulated_johnson_cook_gys(MID,R0,E,PR,CP,TR,BETA,NUMINT,LCK1,LCKT,LCF,LCG,LCH,LCI,LCCR,LCCT,LCSR,LCST,IFLAG,SFIEPM,NITER)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: CP
Type: scalar
Name: TR
Type: scalar
Name: BETA
Type: scalar
Name: NUMINT
Type: scalar
Name: LCK1
Type: scalar
Name: LCKT
Type: scalar
Name: LCF
Type: scalar
Name: LCG
Type: scalar
Name: LCH
Type: scalar
Name: LCI
Type: scalar
Name: LCCR
Type: scalar
Name: LCCT
Type: scalar
Name: LCSR
Type: scalar
Name: LCST
Type: scalar
Name: IFLAG
Type: scalar
Name: SFIEPM
Type: scalar
Name: NITER
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOPLASTIC_MIXED_HARDENING¶

Description: Array

Syntax: dynamanual_mat_viscoplastic_mixed_hardening(MID,R0,E,PR,LCSS,BETA,FAIL)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: LCSS
Type: vector
Name: BETA
Type: scalar
Name: FAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_KINEMATIC_HARDENING_BARLAT89¶

Description: Array

Syntax: dynamanual_mat_kinematic_hardening_barlat89(MID,RO,E,PR,M,R00,R45,R90,CB,Y,SC,K,RSAT,SB,H,HLCID,AOPT,IOPT,C1,C2,IFLD,XP,A1,V1,D1,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: M
Type: scalar
Name: R00
Type: scalar
Name: R45
Type: scalar
Name: R90
Type: scalar
Name: CB
Type: scalar
Name: Y
Type: scalar
Name: SC
Type: scalar
Name: K
Type: scalar
Name: RSAT
Type: scalar
Name: SB
Type: scalar
Name: H
Type: scalar
Name: HLCID
Type: scalar
Name: AOPT
Type: scalar
Name: IOPT
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: IFLD
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PML_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_pml_elastic(MID,R0,E,PR)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PML_ELASTIC_FLUID¶

Description: Array

Syntax: dynamanual_mat_pml_elastic_fluid(MID,R0,K,VC)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: K
Type: scalar
Name: VC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PML_ACOUSTIC¶

Description: Array

Syntax: dynamanual_mat_pml_acoustic(MID,R0,C)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: C
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BIOT_HYSTERETIC¶

Description: Array

Syntax: dynamanual_mat_biot_hysteretic(MID,R0,E,PR,ZT,FD)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: ZT
Type: scalar
Name: FD
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CAZACU_BARLAT¶

Description: Array

Syntax: dynamanual_mat_cazacu_barlat(MID,RO,E,PR,HR,P1,P2,ITER,A,C11,C22,C33,LCID,E0,K,P3,AOPT,,,,C12,C13,C23,C44,,V1,D1,BETA,BETA,FIT,LC1ID,LC2ID,NUMINT,LCCID,ICFLAG,IDFLAG,LC3ID,EPSFG)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: HR
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: ITER
Type: scalar
Name: A
Type: scalar
Name: C11
Type: scalar
Name: C22
Type: scalar
Name: C33
Type: scalar
Name: LCID
Type: scalar
Name: E0
Type: scalar
Name: K
Type: scalar
Name: P3
Type: scalar
Name: AOPT
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: C12
Type: scalar
Name: C13
Type: scalar
Name: C23
Type: scalar
Name: C44
Type: scalar
Name:
Type:
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar
Name: BETA
Type: scalar
Name: FIT
Type: scalar
Name: LC1ID
Type: scalar
Name: LC2ID
Type: scalar
Name: NUMINT
Type: scalar
Name: LCCID
Type: scalar
Name: ICFLAG
Type: scalar
Name: IDFLAG
Type: scalar
Name: LC3ID
Type: scalar
Name: EPSFG
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_VISCOELASTIC_LOOSE_FABRIC¶

Description: Array

Syntax: dynamanual_mat_viscoelastic_loose_fabric(MID,RO,E1,E2,G12,EU,THL,THI,TA,W,S,T,H,S,EKA,EUA,VMB,C,G23,EKB,AOPT,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar
Name: G12
Type: scalar
Name: EU
Type: scalar
Name: THL
Type: scalar
Name: THI
Type: scalar
Name: TA
Type: scalar
Name: W
Type: scalar
Name: S
Type: scalar
Name: T
Type: scalar
Name: H
Type: scalar
Name: S
Type: scalar
Name: EKA
Type: scalar
Name: EUA
Type: scalar
Name: VMB
Type: scalar
Name: C
Type: scalar
Name: G23
Type: scalar
Name: EKB
Type: scalar
Name: AOPT
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MICROMECHANICS_DRY_FABRIC¶

Description: Array

Syntax: dynamanual_mat_micromechanics_dry_fabric(MID,RO,E1,E2,G12,G23,V12,V23,XT,THI,THL,BFI,BWI,DSCF,CNST,ATLR,VMB,VME,TRS,FFLG,AOPT,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar
Name: G12
Type: scalar
Name: G23
Type: scalar
Name: V12
Type: scalar
Name: V23
Type: scalar
Name: XT
Type: scalar
Name: THI
Type: scalar
Name: THL
Type: scalar
Name: BFI
Type: scalar
Name: BWI
Type: scalar
Name: DSCF
Type: scalar
Name: CNST
Type: scalar
Name: ATLR
Type: scalar
Name: VMB
Type: scalar
Name: VME
Type: scalar
Name: TRS
Type: scalar
Name: FFLG
Type: scalar
Name: AOPT
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SCC_ON_RCC¶

Description: Array

Syntax: dynamanual_mat_scc_on_rcc(MID,R0,E0,E1,E2,E3,E4,E5,PR,G,G_SCL,TSL,EPS_TAN)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E0
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar
Name: E3
Type: scalar
Name: E4
Type: scalar
Name: E5
Type: scalar
Name: PR
Type: scalar
Name: G
Type: scalar
Name: G_SCL
Type: scalar
Name: TSL
Type: scalar
Name: EPS_TAN
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PML_HYSTERETIC¶

Description: Array

Syntax: dynamanual_mat_pml_hysteretic(MID,R0,E,PR,ZT,FD)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: ZT
Type: scalar
Name: FD
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PERT_PIECEWISE_LINEAR_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_pert_piecewise_linear_plasticity()

Inputs:

Outputs:

*DYNAMANUAL_MAT_COHESIVE_MIXED_MODE_ELASTOPLASTIC_RATE¶

Description: Array

Syntax: dynamanual_mat_cohesive_mixed_mode_elastoplastic_rate(MID,RO,ROFLG,INTFAIL,EMOD,GMOD,THICK,G1C_0,G1C_INF,EDOT_G1,T0,T1,EDOT_T ,FG1,LCG1C,G2C_0,G2C_INF,EDOT_G2,S0,S1,EDOT_S ,FG2,LCG2C)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ROFLG
Type: scalar
Name: INTFAIL
Type: scalar
Name: EMOD
Type: scalar
Name: GMOD
Type: scalar
Name: THICK
Type: scalar
Name: G1C_0
Type: scalar
Name: G1C_INF
Type: scalar
Name: EDOT_G1
Type: scalar
Name: T0
Type: scalar
Name: T1
Type: scalar
Name: EDOT_T
Type: scalar
Name: FG1
Type: scalar
Name: LCG1C
Type: scalar
Name: G2C_0
Type: scalar
Name: G2C_INF
Type: scalar
Name: EDOT_G2
Type: scalar
Name: S0
Type: scalar
Name: S1
Type: scalar
Name: EDOT_S
Type: scalar
Name: FG2
Type: scalar
Name: LCG2C
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_JOHNSON_HOLMQUIST_JH1¶

Description: Array

Syntax: dynamanual_mat_johnson_holmquist_jh1(MID,RO,G,P1,S1,P2,S2,C,EPSI,T,,ALPHA,SFMAX,BETA,DP1,EPFMIN,EPFMAX,K1,K2,K3,FS)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: G
Type: scalar
Name: P1
Type: scalar
Name: S1
Type: scalar
Name: P2
Type: scalar
Name: S2
Type: scalar
Name: C
Type: scalar
Name: EPSI
Type: scalar
Name: T
Type: scalar
Name:
Type:
Name: ALPHA
Type: scalar
Name: SFMAX
Type: scalar
Name: BETA
Type: scalar
Name: DP1
Type: scalar
Name: EPFMIN
Type: scalar
Name: EPFMAX
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: K3
Type: scalar
Name: FS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_KINEMATIC_HARDENING_BARLAT2000¶

Description: Array

Syntax: dynamanual_mat_kinematic_hardening_barlat2000(MID,RO,E,PR,,,M,ALPHA1,ALPHA2,ALPHA3,ALPHA4,ALPHA5,ALPHA6,ALPHA7,ALPHA8,CB,Y,C,K,RSAT,SB,H,AOPT,,IOPT,C1,C2,XP,A1,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name:
Type:
Name:
Type:
Name: M
Type: scalar
Name: ALPHA1
Type: scalar
Name: ALPHA2
Type: scalar
Name: ALPHA3
Type: scalar
Name: ALPHA4
Type: scalar
Name: ALPHA5
Type: scalar
Name: ALPHA6
Type: scalar
Name: ALPHA7
Type: scalar
Name: ALPHA8
Type: scalar
Name: CB
Type: scalar
Name: Y
Type: scalar
Name: C
Type: scalar
Name: K
Type: scalar
Name: RSAT
Type: scalar
Name: SB
Type: scalar
Name: H
Type: scalar
Name: AOPT
Type: scalar
Name:
Type:
Name: IOPT
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_HILL_90¶

Description: Array

Syntax: dynamanual_mat_hill_90(MID,RO,E,PR,HR,P1,P2,ITER,M,R00/AH,R45/BH,R90,LCID,E0,SPI,P3,CRC1,CRA1,CRC2,CRA2,CRC3,CRA3,CRC4,CRA4,AOPT,C,P,VLCID,,FLAG,,,,A1,A2,A3,V1,V2,V3,D1,D2,D3,BETA,USRFAIL)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: HR
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: ITER
Type: scalar
Name: M
Type: scalar
Name: R00/AH
Type: scalar
Name: R45/BH
Type: scalar
Name: R90
Type: scalar
Name: LCID
Type: scalar
Name: E0
Type: scalar
Name: SPI
Type: scalar
Name: P3
Type: scalar
Name: CRC1
Type: scalar
Name: CRA1
Type: scalar
Name: CRC2
Type: scalar
Name: CRA2
Type: scalar
Name: CRC3
Type: scalar
Name: CRA3
Type: scalar
Name: CRC4
Type: scalar
Name: CRA4
Type: scalar
Name: AOPT
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: VLCID
Type: scalar
Name:
Type:
Name: FLAG
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: USRFAIL
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_UHS_STEEL¶

Description: Array

Syntax: dynamanual_mat_uhs_steel(MID,RO,E,PR,TUNIT,CRSH,PHASE,HEAT,LCY1,LCY2,LCY3,LCY4,LCY5,KFER,KPER,B,C,Co,Mo,Cr,Ni,Mn,Si,V,W,Cu,P,Al,As,Ti,CWM,LCTRE,THEXP1,THEXP5,LCTH1,LCTH5,TREF,LAT1,LAT5,TABTH,QR2,ALPHA,GRAIN,TOFFE,TOFPE,TOFBA,PLMEM2,PLMEM3,PLMEM4,PLMEM5,STRC,STRP,REACT,TEMPER,AUST,FERR,PEAR,BAIN,MART,GRK,GRQR,TAU1,FS,PS,BS,MS,MSIG,LCEPS23 ,LCEPS4,LCEPS5,LCH4,LCH5,DTCRIT,TSAMP,TASTART,TAEND ,TLSTART,TLEND ,EGHOST,PGHOST,AGHOST)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: TUNIT
Type: scalar
Name: CRSH
Type: scalar
Name: PHASE
Type: scalar
Name: HEAT
Type: scalar
Name: LCY1
Type: scalar
Name: LCY2
Type: scalar
Name: LCY3
Type: scalar
Name: LCY4
Type: scalar
Name: LCY5
Type: scalar
Name: KFER
Type: scalar
Name: KPER
Type: scalar
Name: B
Type: scalar
Name: C
Type: scalar
Name: Co
Type: scalar
Name: Mo
Type: scalar
Name: Cr
Type: scalar
Name: Ni
Type: scalar
Name: Mn
Type: scalar
Name: Si
Type: scalar
Name: V
Type: scalar
Name: W
Type: scalar
Name: Cu
Type: scalar
Name: P
Type: scalar
Name: Al
Type: scalar
Name: As
Type: scalar
Name: Ti
Type: scalar
Name: CWM
Type: scalar
Name: LCTRE
Type: scalar
Name: THEXP1
Type: scalar
Name: THEXP5
Type: scalar
Name: LCTH1
Type: scalar
Name: LCTH5
Type: scalar
Name: TREF
Type: scalar
Name: LAT1
Type: scalar
Name: LAT5
Type: scalar
Name: TABTH
Type: scalar
Name: QR2
Type: scalar
Name: ALPHA
Type: scalar
Name: GRAIN
Type: scalar
Name: TOFFE
Type: scalar
Name: TOFPE
Type: scalar
Name: TOFBA
Type: scalar
Name: PLMEM2
Type: scalar
Name: PLMEM3
Type: scalar
Name: PLMEM4
Type: scalar
Name: PLMEM5
Type: scalar
Name: STRC
Type: scalar
Name: STRP
Type: scalar
Name: REACT
Type: scalar
Name: TEMPER
Type: scalar
Name: AUST
Type: scalar
Name: FERR
Type: scalar
Name: PEAR
Type: scalar
Name: BAIN
Type: scalar
Name: MART
Type: scalar
Name: GRK
Type: scalar
Name: GRQR
Type: scalar
Name: TAU1
Type: scalar
Name: FS
Type: scalar
Name: PS
Type: scalar
Name: BS
Type: scalar
Name: MS
Type: scalar
Name: MSIG
Type: scalar
Name: LCEPS23
Type: scalar
Name: LCEPS4
Type: scalar
Name: LCEPS5
Type: scalar
Name: LCH4
Type: scalar
Name: LCH5
Type: scalar
Name: DTCRIT
Type: scalar
Name: TSAMP
Type: scalar
Name: TASTART
Type: scalar
Name: TAEND
Type: scalar
Name: TLSTART
Type: scalar
Name: TLEND
Type: scalar
Name: EGHOST
Type: scalar
Name: PGHOST
Type: scalar
Name: AGHOST
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PML_OPTIONTROPIC_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_pml_optiontropic_elastic(MID,R0,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT,G,SIGF,MID,R0,C11,C12,C22,C13,C23,C33,C14,C24,C34,C44,C15,C25,C35,C45,C55,C16,C26,C36,C46,C56,C66,AOPT,XP,YP,ZP,A1,A2,A3,MACF,IHIS,V1,V2,V3,D1,D2,D3,BETA,REF)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: scalar
Name: G
Type: scalar
Name: SIGF
Type: scalar
Name: MID
Type: scalar
Name: R0
Type: scalar
Name: C11
Type: scalar
Name: C12
Type: scalar
Name: C22
Type: scalar
Name: C13
Type: scalar
Name: C23
Type: scalar
Name: C33
Type: scalar
Name: C14
Type: scalar
Name: C24
Type: scalar
Name: C34
Type: scalar
Name: C44
Type: scalar
Name: C15
Type: scalar
Name: C25
Type: scalar
Name: C35
Type: scalar
Name: C45
Type: scalar
Name: C55
Type: scalar
Name: C16
Type: scalar
Name: C26
Type: scalar
Name: C36
Type: scalar
Name: C46
Type: scalar
Name: C56
Type: scalar
Name: C66
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: MACF
Type: scalar
Name: IHIS
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar
Name: REF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PML_NULL¶

Description: Array

Syntax: dynamanual_mat_pml_null(MID,RO,MU)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: MU
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PHS_BMW¶

Description: Array

Syntax: dynamanual_mat_phs_bmw(MID,RO,E,PR,TUNIT,TRIP,PHASE,HEAT,LCY1,LCY2,LCY3,LCY4,LCY5,C_F,C_P,C_B,C,Co,Mo,Cr,Ni,Mn,Si,V,W,Cu,P,Al,As,Ti,B,TABRHO,TREF,LAT1,LAT5,TABTH,QR2,ALPHA,GRAIN,TOFFE,TOFPE,TOFBA,PLMEM2,PLMEM3,PLMEM4,PLMEM5,STRC,STRP,FS,PS,BS,MS,MSIG,LCEPS23,LCEPS4,LCEPS5,LCH4,LCH5,DTCRIT,TSAMP,ISLC,IEXTRA,ALPH_M,N_M,PHI_M,PSI_M,OMG_F,PHI_F,PSI_F,CR_F,OMG_P,PHI_P,PSI_P,CR_P ,OMG_B ,PHI_B ,PSI_B ,CR_B ,AUST,FERR,PEAR,BAIN,MART,GRK,GRQR,TAU1 ,GRA,GRB,EXPA,EXPB,GRCC ,GRCM,HEATN,TAU2,FUNCA,FUNCB,FUNCM,TCVUP,TCVLO,CVCRIT,TCVSL,EPSP,EXPON)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: TUNIT
Type: scalar
Name: TRIP
Type: scalar
Name: PHASE
Type: scalar
Name: HEAT
Type: scalar
Name: LCY1
Type: scalar
Name: LCY2
Type: scalar
Name: LCY3
Type: scalar
Name: LCY4
Type: scalar
Name: LCY5
Type: scalar
Name: C_F
Type: scalar
Name: C_P
Type: scalar
Name: C_B
Type: scalar
Name: C
Type: scalar
Name: Co
Type: scalar
Name: Mo
Type: scalar
Name: Cr
Type: scalar
Name: Ni
Type: scalar
Name: Mn
Type: scalar
Name: Si
Type: scalar
Name: V
Type: scalar
Name: W
Type: scalar
Name: Cu
Type: scalar
Name: P
Type: scalar
Name: Al
Type: scalar
Name: As
Type: scalar
Name: Ti
Type: scalar
Name: B
Type: scalar
Name: TABRHO
Type: scalar
Name: TREF
Type: scalar
Name: LAT1
Type: scalar
Name: LAT5
Type: scalar
Name: TABTH
Type: scalar
Name: QR2
Type: scalar
Name: ALPHA
Type: scalar
Name: GRAIN
Type: scalar
Name: TOFFE
Type: scalar
Name: TOFPE
Type: scalar
Name: TOFBA
Type: scalar
Name: PLMEM2
Type: scalar
Name: PLMEM3
Type: scalar
Name: PLMEM4
Type: scalar
Name: PLMEM5
Type: scalar
Name: STRC
Type: scalar
Name: STRP
Type: scalar
Name: FS
Type: scalar
Name: PS
Type: scalar
Name: BS
Type: scalar
Name: MS
Type: scalar
Name: MSIG
Type: scalar
Name: LCEPS23
Type: scalar
Name: LCEPS4
Type: scalar
Name: LCEPS5
Type: scalar
Name: LCH4
Type: scalar
Name: LCH5
Type: scalar
Name: DTCRIT
Type: scalar
Name: TSAMP
Type: scalar
Name: ISLC
Type: scalar
Name: IEXTRA
Type: scalar
Name: ALPH_M
Type: scalar
Name: N_M
Type: scalar
Name: PHI_M
Type: scalar
Name: PSI_M
Type: scalar
Name: OMG_F
Type: scalar
Name: PHI_F
Type: scalar
Name: PSI_F
Type: scalar
Name: CR_F
Type: scalar
Name: OMG_P
Type: scalar
Name: PHI_P
Type: scalar
Name: PSI_P
Type: scalar
Name: CR_P
Type: scalar
Name: OMG_B
Type: scalar
Name: PHI_B
Type: scalar
Name: PSI_B
Type: scalar
Name: CR_B
Type: scalar
Name: AUST
Type: scalar
Name: FERR
Type: scalar
Name: PEAR
Type: scalar
Name: BAIN
Type: scalar
Name: MART
Type: scalar
Name: GRK
Type: scalar
Name: GRQR
Type: scalar
Name: TAU1
Type: scalar
Name: GRA
Type: scalar
Name: GRB
Type: scalar
Name: EXPA
Type: scalar
Name: EXPB
Type: scalar
Name: GRCC
Type: scalar
Name: GRCM
Type: scalar
Name: HEATN
Type: scalar
Name: TAU2
Type: scalar
Name: FUNCA
Type: scalar
Name: FUNCB
Type: scalar
Name: FUNCM
Type: scalar
Name: TCVUP
Type: scalar
Name: TCVLO
Type: scalar
Name: CVCRIT
Type: scalar
Name: TCVSL
Type: scalar
Name: EPSP
Type: scalar
Name: EXPON
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_REINFORCED_THERMOPLASTIC¶

Description: Array

Syntax: dynamanual_mat_reinforced_thermoplastic(MID,RO,EM,LCEM,PRM,LCPRM,LCSIGY,BETA,NFIB,AOPT,XP,A1,V1,D1,MANGL,THICK,IDF1,ALPH1,EF1,LCEF1,G23_1,G31_1,G12,LCG12,ALOC12,GLOC12,METH12,IDF2,ALPH2,EF2,LCEF2,G23_2,G31_2,G23,LCG23,ALOC23,GLOC23,METH23,IDF3,ALPH3,EF3,LCEF3,G23_3,G31_3,POSTV)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: EM
Type: scalar
Name: LCEM
Type: scalar
Name: PRM
Type: scalar
Name: LCPRM
Type: scalar
Name: LCSIGY
Type: scalar
Name: BETA
Type: scalar
Name: NFIB
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: MANGL
Type: scalar
Name: THICK
Type: scalar
Name: IDF1
Type: scalar
Name: ALPH1
Type: scalar
Name: EF1
Type: scalar
Name: LCEF1
Type: scalar
Name: G23_1
Type: scalar
Name: G31_1
Type: scalar
Name: G12
Type: scalar
Name: LCG12
Type: scalar
Name: ALOC12
Type: scalar
Name: GLOC12
Type: scalar
Name: METH12
Type: scalar
Name: IDF2
Type: scalar
Name: ALPH2
Type: scalar
Name: EF2
Type: scalar
Name: LCEF2
Type: scalar
Name: G23_2
Type: scalar
Name: G31_2
Type: scalar
Name: G23
Type: scalar
Name: LCG23
Type: scalar
Name: ALOC23
Type: scalar
Name: GLOC23
Type: scalar
Name: METH23
Type: scalar
Name: IDF3
Type: scalar
Name: ALPH3
Type: scalar
Name: EF3
Type: scalar
Name: LCEF3
Type: scalar
Name: G23_3
Type: scalar
Name: G31_3
Type: scalar
Name: POSTV
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_REINFORCED_THERMOPLASTIC_UDFIBER¶

Description: Array

Syntax: dynamanual_mat_reinforced_thermoplastic_udfiber(MID,RO,EM,PRM,G,EZDEF,NFIB,AOPT,XP,YP,ZP,A1,A2,A3,V1,V2,V3,D1,D2,D3,MANGL,IDF1,ALPH1,EF1,KAP1,IDF2,ALPH2,EF2,KAP2,IDF3,ALPH3,EF3,KAP3)

Inputs: - Name: MID - Type: A8

Name: RO
Type: scalar
Name: EM
Type: scalar
Name: PRM
Type: scalar
Name: G
Type: scalar
Name: EZDEF
Type: scalar
Name: NFIB
Type: A8
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: MANGL
Type: scalar
Name: IDF1
Type: scalar
Name: ALPH1
Type: scalar
Name: EF1
Type: scalar
Name: KAP1
Type: scalar
Name: IDF2
Type: scalar
Name: ALPH2
Type: scalar
Name: EF2
Type: scalar
Name: KAP2
Type: scalar
Name: IDF3
Type: scalar
Name: ALPH3
Type: scalar
Name: EF3
Type: scalar
Name: KAP3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TAILORED_PROPERTIES¶

Description: Array

Syntax: dynamanual_mat_tailored_properties(MID,RO,E,PR,,,FAIL,TDEL,,,LCSS,,VP,HISVN,PHASE,EPS1,ES1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name:
Type:
Name:
Type:
Name: FAIL
Type: scalar
Name: TDEL
Type: scalar
Name:
Type:
Name:
Type:
Name: LCSS
Type: vector
Name:
Type:
Name: VP
Type: scalar
Name: HISVN
Type: scalar
Name: PHASE
Type: scalar
Name: EPS1
Type: scalar
Name: ES1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TOUGHENED_ADHESIVE_POLYMER¶

Description: Array

Syntax: dynamanual_mat_toughened_adhesive_polymer(MID,RO,E,PR,FLG,JCFL,DOPT,LCSS,TAU0,Q,B,H,C,GAM0,GAMM,A10,A20,A1H,A2H,A2S,POW,,,D1,D2,D3,D4,D1C,D2C)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: FLG
Type: scalar
Name: JCFL
Type: scalar
Name: DOPT
Type: scalar
Name: LCSS
Type: vector
Name: TAU0
Type: scalar
Name: Q
Type: scalar
Name: B
Type: scalar
Name: H
Type: scalar
Name: C
Type: scalar
Name: GAM0
Type: scalar
Name: GAMM
Type: scalar
Name: A10
Type: scalar
Name: A20
Type: scalar
Name: A1H
Type: scalar
Name: A2H
Type: scalar
Name: A2S
Type: scalar
Name: POW
Type: scalar
Name:
Type:
Name:
Type:
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: D4
Type: scalar
Name: D1C
Type: scalar
Name: D2C
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GENERALIZED_PHASECHANGE¶

Description: Array

Syntax: dynamanual_mat_generalized_phasechange(MID,RO,N,YM,PR,MIX,MIXR,TASTRT,TAEND,CTE,,,,DTEMP,TIME,PTLAW,PTSTR,PTEND,PTX1,PTTAB1,PTEPS,PTRIP,,,,GRAI,SIGY1,SIGY2,SIGY3,SIGY4,SIGY5,SIGY6,SIGY7,SIGY8)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: N
Type: scalar
Name: YM
Type: scalar
Name: PR
Type: scalar
Name: MIX
Type: scalar
Name: MIXR
Type: scalar
Name: TASTRT
Type: scalar
Name: TAEND
Type: scalar
Name: CTE
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: DTEMP
Type: scalar
Name: TIME
Type: scalar
Name: PTLAW
Type: scalar
Name: PTSTR
Type: scalar
Name: PTEND
Type: scalar
Name: PTX1
Type: scalar
Name: PTTAB1
Type: scalar
Name: PTEPS
Type: scalar
Name: PTRIP
Type: scalar
Name:
Type:
Name:
Type:
Name:
Type:
Name: GRAI
Type: scalar
Name: SIGY1
Type: scalar
Name: SIGY2
Type: scalar
Name: SIGY3
Type: scalar
Name: SIGY4
Type: scalar
Name: SIGY5
Type: scalar
Name: SIGY6
Type: scalar
Name: SIGY7
Type: scalar
Name: SIGY8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PIECEWISE_LINEAR_PLASTIC_THERMAL¶

Description: Array

Syntax: dynamanual_mat_piecewise_linear_plastic_thermal(MID,RO,E,PR,C,P,FAIL,TDEL,TABIDC,TABIDT,LALPHA,,VP,ALPHA,TREF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: C
Type: scalar
Name: P
Type: scalar
Name: FAIL
Type: scalar
Name: TDEL
Type: scalar
Name: TABIDC
Type: scalar
Name: TABIDT
Type: scalar
Name: LALPHA
Type: scalar
Name:
Type:
Name: VP
Type: scalar
Name: ALPHA
Type: scalar
Name: TREF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_AMORPHOUS_SOLIDS_FINITE_STRAIN¶

Description: Array

Syntax: dynamanual_mat_amorphous_solids_finite_strain(MID,RO,K,G,MR,LL,NU0,M,ALPHA,H0,SCV,B,ECV,G0,S0,MID,RO,K,G,MR,LL,NU0,M ,ALPHA,H0,SCV,B,ECV,G0,S0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: G
Type: scalar
Name: MR
Type: scalar
Name: LL
Type: scalar
Name: NU0
Type: scalar
Name: M
Type: scalar
Name: ALPHA
Type: scalar
Name: H0
Type: scalar
Name: SCV
Type: scalar
Name: B
Type: scalar
Name: ECV
Type: scalar
Name: G0
Type: scalar
Name: S0
Type: scalar
Name: MID
Type:
Name: RO
Type:
Name: K
Type: 2.24GPa
Name: G
Type: 0.857GPa
Name: MR
Type: 11.0MPa
Name: LL
Type: 1.45
Name: NU0
Type: 0.0017s-1
Name: M
Type: 0.011
Name: ALPHA
Type: 0.08
Name: H0
Type: 2.75GPa
Name: SCV
Type: 24.0MPa
Name: B
Type: 825
Name: ECV
Type: 0.001
Name: G0
Type: 0.006
Name: S0
Type: 20.0MPa

Outputs: Name: Type: text

*DYNAMANUAL_MAT_STOUGHTON_NON_ASSOCIATED_FLOW¶

Description: Array

Syntax: dynamanual_mat_stoughton_non_associated_flow(MID,R0,E,PR,R00,SIG00,SIG45,SIG90,SIGB,LCIDS,LCIDV,SCALE,EF0,PLIM,Q,GAMA,M,AOPT,XP,A1,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: R00
Type: scalar
Name: SIG00
Type: scalar
Name: SIG45
Type: scalar
Name: SIG90
Type: scalar
Name: SIGB
Type: scalar
Name: LCIDS
Type: scalar
Name: LCIDV
Type: scalar
Name: SCALE
Type: scalar
Name: EF0
Type: scalar
Name: PLIM
Type: scalar
Name: Q
Type: scalar
Name: GAMA
Type: scalar
Name: M
Type: scalar
Name: AOPT
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_MOHR_NON_ASSOCIATED_FLOW¶

Description: Array

Syntax: dynamanual_mat_mohr_non_associated_flow(MID,R0,E,PR,P12,P22,P33,G12,G22,G33,LCIDS,LCIDV,LCIDT,LFLD,LFRAC,W0,A,SCALE,SIZE0,TREF,EF0,PLIM,Q,GAMA,M,AOPT,,A1,V1)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: P12
Type: scalar
Name: P22
Type: scalar
Name: P33
Type: scalar
Name: G12
Type: scalar
Name: G22
Type: scalar
Name: G33
Type: scalar
Name: LCIDS
Type: scalar
Name: LCIDV
Type: scalar
Name: LCIDT
Type: scalar
Name: LFLD
Type: scalar
Name: LFRAC
Type: scalar
Name: W0
Type: scalar
Name: A
Type: scalar
Name: SCALE
Type: scalar
Name: SIZE0
Type: scalar
Name: TREF
Type: scalar
Name: EF0
Type: scalar
Name: PLIM
Type: scalar
Name: Q
Type: scalar
Name: GAMA
Type: scalar
Name: M
Type: scalar
Name: AOPT
Type: scalar
Name:
Type:
Name: A1
Type: scalar
Name: V1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LAMINATED_FRACTURE_DAIMLER_PINHO¶

Description: Array

Syntax: dynamanual_mat_laminated_fracture_daimler_pinho(MID,R0,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT,DAF,DKF,DMF,EFS,XP,A1,V1,D1,MANGLE,ENKINK,ENA,ENB,ENT,ENL,XC,XT,YC,YT,SL,FI0,SIGY,ETAN,BETA,PFL,PUCK,SOFT,DT)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: scalar
Name: DAF
Type: scalar
Name: DKF
Type: scalar
Name: DMF
Type: scalar
Name: EFS
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: MANGLE
Type: scalar
Name: ENKINK
Type: scalar
Name: ENA
Type: scalar
Name: ENB
Type: scalar
Name: ENT
Type: scalar
Name: ENL
Type: scalar
Name: XC
Type: scalar
Name: XT
Type: scalar
Name: YC
Type: scalar
Name: YT
Type: scalar
Name: SL
Type: scalar
Name: FI0
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: BETA
Type: scalar
Name: PFL
Type: scalar
Name: PUCK
Type: scalar
Name: SOFT
Type: scalar
Name: DT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_LAMINATED_FRACTURE_DAIMLER_CAMANHO¶

Description: Array

Syntax: dynamanual_mat_laminated_fracture_daimler_camanho(MID,R0,EA,EB,EC,PRBA,PRCA,PRCB,GAB,GBC,GCA,AOPT,DAF,DKF,DMF,EFS,XP,A1,V1,D1,MANGLE,GXC,GXT,GYC,GYT,GSL,GXCO,GXTO,XC,XT,YC,YT,SL,XCO,XTO,FI0,SIGY,ETAN,BETA,PFL,PUCK,SOFT,DT)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: EA
Type: scalar
Name: EB
Type: scalar
Name: EC
Type: scalar
Name: PRBA
Type: scalar
Name: PRCA
Type: scalar
Name: PRCB
Type: scalar
Name: GAB
Type: scalar
Name: GBC
Type: scalar
Name: GCA
Type: scalar
Name: AOPT
Type: scalar
Name: DAF
Type: scalar
Name: DKF
Type: scalar
Name: DMF
Type: scalar
Name: EFS
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: MANGLE
Type: scalar
Name: GXC
Type: scalar
Name: GXT
Type: scalar
Name: GYC
Type: scalar
Name: GYT
Type: scalar
Name: GSL
Type: scalar
Name: GXCO
Type: scalar
Name: GXTO
Type: scalar
Name: XC
Type: scalar
Name: XT
Type: scalar
Name: YC
Type: scalar
Name: YT
Type: scalar
Name: SL
Type: scalar
Name: XCO
Type: scalar
Name: XTO
Type: scalar
Name: FI0
Type: scalar
Name: SIGY
Type: scalar
Name: ETAN
Type: scalar
Name: BETA
Type: scalar
Name: PFL
Type: scalar
Name: PUCK
Type: scalar
Name: SOFT
Type: scalar
Name: DT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TABULATED_JOHNSON_COOK_ORTHO_PLASTICITY¶

Description: Array

Syntax: dynamanual_mat_tabulated_johnson_cook_ortho_plasticity (MID,R0,E,PR,CP,TR,BETA,NUMINT,LCT00R,LCT00T,LCF,LCG,LCH,LCI,LCC00R,LCC00T,LCS45R,LCS45T,,SFIEPM,NITER,AOPT,LCT90R,LCT45R,LCTTHR,LCC90R,LCC45R,LCCTHR,LCT90T,LCT45T,LCTTHT,LCC90T,LCC45T,LCCTHT,XP,YP,ZP,A1,A2,A3,MACF,V1,V2,V3,D1,D2,D3,BETA)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: CP
Type: scalar
Name: TR
Type: scalar
Name: BETA
Type: scalar
Name: NUMINT
Type: scalar
Name: LCT00R
Type: scalar
Name: LCT00T
Type: scalar
Name: LCF
Type: scalar
Name: LCG
Type: scalar
Name: LCH
Type: scalar
Name: LCI
Type: scalar
Name: LCC00R
Type: scalar
Name: LCC00T
Type: scalar
Name: LCS45R
Type: scalar
Name: LCS45T
Type: scalar
Name:
Type: scalar
Name: SFIEPM
Type: scalar
Name: NITER
Type:
Name: AOPT
Type: scalar
Name: LCT90R
Type: scalar
Name: LCT45R
Type: scalar
Name: LCTTHR
Type: scalar
Name: LCC90R
Type: scalar
Name: LCC45R
Type: scalar
Name: LCCTHR
Type: scalar
Name: LCT90T
Type: scalar
Name: LCT45T
Type: scalar
Name: LCTTHT
Type: scalar
Name: LCC90T
Type: scalar
Name: LCC45T
Type: scalar
Name: LCCTHT
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: MACF
Type: scalar
Name: V1
Type: scalar
Name: V2
Type: scalar
Name: V3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_TISSUE_DISPERSED¶

Description: Array

Syntax: dynamanual_mat_tissue_dispersed(MID,RO,F,SIGMA,MU,KAPPA,ACT,INIT,FID,ORTH,C1,THETA,NHMOD,ACT1,ACT9,AOPT,BETA,XP,A1,V1,D1)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: F
Type: scalar
Name: SIGMA
Type: scalar
Name: MU
Type: scalar
Name: KAPPA
Type: scalar
Name: ACT
Type: scalar
Name: INIT
Type: scalar
Name: FID
Type: scalar
Name: ORTH
Type: scalar
Name: C1
Type: scalar
Name: THETA
Type: scalar
Name: NHMOD
Type: scalar
Name: ACT1
Type: scalar
Name: ACT9
Type: scalar
Name: AOPT
Type: scalar
Name: BETA
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_EIGHT_CHAIN_RUBBER¶

Description: Array

Syntax: dynamanual_mat_eight_chain_rubber(MID,RO,K,MU,N,MULL,VISPL,VISEL,YLD0,FP,PMU,M1,TIME,VCON,Q1,K1,AOPT,MACF,XP,A1,V1,D1,THETA,TAUi,BETAi)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: MU
Type: scalar
Name: N
Type: scalar
Name: MULL
Type: scalar
Name: VISPL
Type: scalar
Name: VISEL
Type: scalar
Name: YLD0
Type: scalar
Name: FP
Type: scalar
Name: PMU
Type: scalar
Name: M1
Type: scalar
Name: TIME
Type: scalar
Name: VCON
Type: scalar
Name: Q1
Type: scalar
Name: K1
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: THETA
Type: scalar
Name: TAUi
Type: scalar
Name: BETAi
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_BERGSTROM_BOYCE_RUBBER¶

Description: Array

Syntax: dynamanual_mat_bergstrom_boyce_rubber(MID,RO,K,G,GV,N,NV,C,M,GAM0,TAUH)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K
Type: scalar
Name: G
Type: scalar
Name: GV
Type: scalar
Name: N
Type: scalar
Name: NV
Type: scalar
Name: C
Type: scalar
Name: M
Type: scalar
Name: GAM0
Type: scalar
Name: TAUH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CWM¶

Description: Array

Syntax: dynamanual_mat_cwm(MID,RO,LCEM,LCPR,LCSY,LCHR,LCAT,BETA,TASTART,TAEND,TLSTART,TLEND,EGHOST,PGHOST,AGHOST,T2PHASE,T1PHASE)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: LCEM
Type: scalar
Name: LCPR
Type: scalar
Name: LCSY
Type: scalar
Name: LCHR
Type: scalar
Name: LCAT
Type: scalar
Name: BETA
Type: scalar
Name: TASTART
Type: scalar
Name: TAEND
Type: scalar
Name: TLSTART
Type: scalar
Name: TLEND
Type: scalar
Name: EGHOST
Type: scalar
Name: PGHOST
Type: scalar
Name: AGHOST
Type: scalar
Name: T2PHASE
Type: scalar
Name: T1PHASE
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_POWDER¶

Description: Array

Syntax: dynamanual_mat_powder(MID,RO,P11,E0,LCK,PR,LCX,LCY,LCC,L,R,CA,CD,CV,P,LCH,LCFY,SINT,TZRO,LCFK,LCFS2,DV1,DV2,DS1,DS2,OMEGA,RGAS,LCPR,LCFS3,LCTAU,ALPHA,LCFS1,GAMMA,L0,LCFKS)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: P11
Type: scalar
Name: E0
Type: scalar
Name: LCK
Type: scalar
Name: PR
Type: scalar
Name: LCX
Type: scalar
Name: LCY
Type: scalar
Name: LCC
Type: scalar
Name: L
Type: scalar
Name: R
Type: scalar
Name: CA
Type: scalar
Name: CD
Type: scalar
Name: CV
Type: scalar
Name: P
Type: scalar
Name: LCH
Type: scalar
Name: LCFY
Type: scalar
Name: SINT
Type: scalar
Name: TZRO
Type: scalar
Name: LCFK
Type: scalar
Name: LCFS2
Type: scalar
Name: DV1
Type: scalar
Name: DV2
Type: scalar
Name: DS1
Type: scalar
Name: DS2
Type: scalar
Name: OMEGA
Type: scalar
Name: RGAS
Type: scalar
Name: LCPR
Type: scalar
Name: LCFS3
Type: scalar
Name: LCTAU
Type: scalar
Name: ALPHA
Type: scalar
Name: LCFS1
Type: scalar
Name: GAMMA
Type: scalar
Name: L0
Type: scalar
Name: LCFKS
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_RHT¶

Description: Array

Syntax: dynamanual_mat_rht(MID,RO,SHEAR,ONEMPA,EPSF,B0,B1,T1,A,N,FC,FS*,FT*,Q0,B,T2,E0C,E0T,EC,ET,BETAC,BETAT,PTF,GC*,GT*,XI,D1,D2,EPM,AF,NF,GAMMA,A1,A2,A3,PEL,PC0,NP,ALPHA0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: SHEAR
Type: scalar
Name: ONEMPA
Type: scalar
Name: EPSF
Type: scalar
Name: B0
Type: scalar
Name: B1
Type: scalar
Name: T1
Type: scalar
Name: A
Type: scalar
Name: N
Type: scalar
Name: FC
Type: scalar
Name: FS*
Type: scalar
Name: FT*
Type: scalar
Name: Q0
Type: scalar
Name: B
Type: scalar
Name: T2
Type: scalar
Name: E0C
Type: scalar
Name: E0T
Type: scalar
Name: EC
Type: scalar
Name: ET
Type: scalar
Name: BETAC
Type: scalar
Name: BETAT
Type: scalar
Name: PTF
Type: scalar
Name: GC*
Type: scalar
Name: GT*
Type: scalar
Name: XI
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: EPM
Type: scalar
Name: AF
Type: scalar
Name: NF
Type: scalar
Name: GAMMA
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: PEL
Type: scalar
Name: PC0
Type: scalar
Name: NP
Type: scalar
Name: ALPHA0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CONCRETE_DAMAGE_PLASTIC_MODEL¶

Description: Array

Syntax: dynamanual_mat_concrete_damage_plastic_model(MID,RO,E,PR,ECC,QH0,FT,FC,HP,AH,BH,CH,DH,AS,DF,FC0,TYPE,BS,WF,WF1,FT1,STRFLG,FAILFLG,EFC)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: ECC
Type: scalar
Name: QH0
Type: scalar
Name: FT
Type: scalar
Name: FC
Type: scalar
Name: HP
Type: scalar
Name: AH
Type: scalar
Name: BH
Type: scalar
Name: CH
Type: scalar
Name: DH
Type: scalar
Name: AS
Type: scalar
Name: DF
Type: scalar
Name: FC0
Type: scalar
Name: TYPE
Type: scalar
Name: BS
Type: scalar
Name: WF
Type: scalar
Name: WF1
Type: scalar
Name: FT1
Type: scalar
Name: STRFLG
Type: scalar
Name: FAILFLG
Type: scalar
Name: EFC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_PAPER¶

Description: Array

Syntax: dynamanual_mat_paper(MID,RO,E1,PR21,G12,E3C,CC,TWOK,,R0T,S01,A01,B01,C01,S02,A02,B02,C02,S03,A03,B03,C03,S04,A04,B04,C04,S05,A05,B05,C05,PRP1,PRP2,PRP4,PRP5,ASIG,BSIG,CSIG,TAU0,ATAU,BTAU,AOPT,MACF,XP,A1,V1,D1,BETA)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E1
Type: scalar
Name: PR21
Type: scalar
Name: G12
Type: scalar
Name: E3C
Type: scalar
Name: CC
Type: scalar
Name: TWOK
Type: scalar
Name:
Type:
Name: R0T
Type: scalar
Name: S01
Type: scalar
Name: A01
Type: scalar
Name: B01
Type: scalar
Name: C01
Type: scalar
Name: S02
Type: scalar
Name: A02
Type: scalar
Name: B02
Type: scalar
Name: C02
Type: scalar
Name: S03
Type: scalar
Name: A03
Type: scalar
Name: B03
Type: scalar
Name: C03
Type: scalar
Name: S04
Type: scalar
Name: A04
Type: scalar
Name: B04
Type: scalar
Name: C04
Type: scalar
Name: S05
Type: scalar
Name: A05
Type: scalar
Name: B05
Type: scalar
Name: C05
Type: scalar
Name: PRP1
Type: scalar
Name: PRP2
Type: scalar
Name: PRP4
Type: scalar
Name: PRP5
Type: scalar
Name: ASIG
Type: scalar
Name: BSIG
Type: scalar
Name: CSIG
Type: scalar
Name: TAU0
Type: scalar
Name: ATAU
Type: scalar
Name: BTAU
Type: scalar
Name: AOPT
Type: scalar
Name: MACF
Type: scalar
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: V1
Type: scalar
Name: D1
Type: scalar
Name: BETA
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SMOOTH_VISCOELASTIC_VISCOPLASTIC¶

Description: Array

Syntax: dynamanual_mat_smooth_viscoelastic_viscoplastic(MID,RO,k,A0,B0,A1,B1,M,KAPAS,KAPA0,SHEAR)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: k
Type: scalar
Name: A0
Type: scalar
Name: B0
Type: scalar
Name: A1
Type: scalar
Name: B1
Type: scalar
Name: M
Type: scalar
Name: KAPAS
Type: scalar
Name: KAPA0
Type: scalar
Name: SHEAR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_CHRONOLOGICAL_VISCOELASTIC¶

Description: Array

Syntax: dynamanual_mat_chronological_viscoelastic(MID,RO,BULK,PCF,EF,TREF,A,B,LCID,NT,BSTART,TRAMP,LCIDK,NTK,BSTARTK,TRAMPK ,GI,BETAI,KI,BETAKI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: BULK
Type: scalar
Name: PCF
Type: scalar
Name: EF
Type: scalar
Name: TREF
Type: scalar
Name: A
Type: scalar
Name: B
Type: scalar
Name: LCID
Type: scalar
Name: NT
Type: scalar
Name: BSTART
Type: scalar
Name: TRAMP
Type: scalar
Name: LCIDK
Type: scalar
Name: NTK
Type: scalar
Name: BSTARTK
Type: scalar
Name: TRAMPK
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar
Name: KI
Type: scalar
Name: BETAKI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ADHESIVE_CURING_VISCOELASTIC¶

Description: Array

Syntax: dynamanual_mat_adhesive_curing_viscoelastic(MID,RO,K1,K2,C1,C2,M,N,CHEXP1 ,CHEXP2,CHEXP3,LCCHEXP,LCTHEXP,R,TREFEXP,DOCREFE XP,WLFTREF,WLFA,WLFB,LCG0,LCK0,IDOC,INCR,GI,BETAI,KI,BETAKI)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: M
Type: scalar
Name: N
Type: scalar
Name: CHEXP1
Type: scalar
Name: CHEXP2
Type: scalar
Name: CHEXP3
Type: scalar
Name: LCCHEXP
Type: scalar
Name: LCTHEXP
Type: scalar
Name: R
Type: scalar
Name: TREFEXP
Type: scalar
Name: DOCREFE XP
Type: scalar
Name: WLFTREF
Type: scalar
Name: WLFA
Type: scalar
Name: WLFB
Type: scalar
Name: LCG0
Type: scalar
Name: LCK0
Type: scalar
Name: IDOC
Type: scalar
Name: INCR
Type: scalar
Name: GI
Type: scalar
Name: BETAI
Type: scalar
Name: KI
Type: scalar
Name: BETAKI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_COHESIVE_PAPER¶

Description: Array

Syntax: dynamanual_mat_cohesive_paper(MID,RO,ROFLG,INTFAIL,EN0,ET0,EN1,ET1,T0N,DN,T1N,T0T,DT,T1T,E3C,CC,ASIG,BSIG,CSIG,FAILN,FAILT)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: ROFLG
Type: scalar
Name: INTFAIL
Type: scalar
Name: EN0
Type: scalar
Name: ET0
Type: scalar
Name: EN1
Type: scalar
Name: ET1
Type: scalar
Name: T0N
Type: scalar
Name: DN
Type: scalar
Name: T1N
Type: scalar
Name: T0T
Type: scalar
Name: DT
Type: scalar
Name: T1T
Type: scalar
Name: E3C
Type: scalar
Name: CC
Type: scalar
Name: ASIG
Type: scalar
Name: BSIG
Type: scalar
Name: CSIG
Type: scalar
Name: FAILN
Type: scalar
Name: FAILT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_GLASS¶

Description: Array

Syntax: dynamanual_mat_glass(MID,RO,E,PR,FMOD,FT,FC,SFSTI,SFSTR,CRIN,ECRCL,NCYCR,NIPF)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: E
Type: scalar
Name: PR
Type: scalar
Name: FMOD
Type: scalar
Name: FT
Type: scalar
Name: FC
Type: scalar
Name: SFSTI
Type: scalar
Name: SFSTR
Type: scalar
Name: CRIN
Type: scalar
Name: ECRCL
Type: scalar
Name: NCYCR
Type: scalar
Name: NIPF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ALE_VACUUM¶

Description:

Syntax: dynamanual_mat_ale_vacuum()

Inputs:

Outputs:

*DYNAMANUAL_MAT_SPRING_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_elastic(MID,K)

Inputs: - Name: MID - Type: scalar

Name: K
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DAMPER_VISCOUS¶

Description: Array

Syntax: dynamanual_mat_damper_viscous(MID,DC)

Inputs: - Name: MID - Type: scalar

Name: DC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_ELASTOPLASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_elastoplastic(MID,K,KT,FY)

Inputs: - Name: MID - Type: scalar

Name: K
Type: scalar
Name: KT
Type: scalar
Name: FY
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_NONLINEAR_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_nonlinear_elastic(MID,LCD,LCR)

Inputs: - Name: MID - Type: scalar

Name: LCD
Type: scalar
Name: LCR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DAMPER_NONLINEAR_VISCOUS¶

Description: Array

Syntax: dynamanual_mat_damper_nonlinear_viscous(MID,LCDR)

Inputs: - Name: MID - Type: scalar

Name: LCDR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_GENERAL_NONLINEAR¶

Description: Array

Syntax: dynamanual_mat_spring_general_nonlinear(MID,LCDL,LCDU,BETA,TYI,CYI)

Inputs: - Name: MID - Type: scalar

Name: LCDL
Type: scalar
Name: LCDU
Type: scalar
Name: BETA
Type: scalar
Name: TYI
Type: scalar
Name: CYI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_MAXWELL¶

Description: Array

Syntax: dynamanual_mat_spring_maxwell(MID,K0,KI,BETA,TC,FC,COPT)

Inputs: - Name: MID - Type: scalar

Name: K0
Type: scalar
Name: KI
Type: scalar
Name: BETA
Type: scalar
Name: TC
Type: scalar
Name: FC
Type: scalar
Name: COPT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_INELASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_inelastic(MID,LCFD,KU,CTF)

Inputs: - Name: MID - Type: scalar

Name: LCFD
Type: scalar
Name: KU
Type: scalar
Name: CTF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_TRILINEAR_DEGRADING¶

Description: Array

Syntax: dynamanual_mat_spring_trilinear_degrading(MID,DEFL1,F1,DEFL2,F2,DEFL3,F3,FFLAG)

Inputs: - Name: MID - Type: scalar

Name: DEFL1
Type: scalar
Name: F1
Type: scalar
Name: DEFL2
Type: scalar
Name: F2
Type: scalar
Name: DEFL3
Type: scalar
Name: F3
Type: scalar
Name: FFLAG
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_SQUAT_SHEARWALL¶

Description: Array

Syntax: dynamanual_mat_spring_squat_shearwall(MID,A14,B14,C14,D14,E14,LCID,FSD)

Inputs: - Name: MID - Type: scalar

Name: A14
Type: scalar
Name: B14
Type: scalar
Name: C14
Type: scalar
Name: D14
Type: scalar
Name: E14
Type: scalar
Name: LCID
Type: scalar
Name: FSD
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_MUSCLE¶

Description: Array

Syntax: dynamanual_mat_spring_muscle(MID,L0,VMAX,SV,A,FMAX,TL,TV,FPE,LMAX,KSH)

Inputs: - Name: MID - Type: scalar

Name: L0
Type: scalar
Name: VMAX
Type: scalar
Name: SV
Type: scalar
Name: A
Type: scalar
Name: FMAX
Type: scalar
Name: TL
Type: scalar
Name: TV
Type: scalar
Name: FPE
Type: scalar
Name: LMAX
Type: scalar
Name: KSH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ALE_VACUUM¶

Description:

Syntax: dynamanual_mat_ale_vacuum()

Inputs:

Outputs:

*DYNAMANUAL_MAT_ALE_GAS_MIXTURE¶

Description: Array

Syntax: dynamanual_mat_ale_gas_mixture(MID,IADIAB,RUNIV,CVmass1,CPmass1,MOLWT1,CPmole1,B1,C1)

Inputs: - Name: MID - Type: scalar

Name: IADIAB
Type: scalar
Name: RUNIV
Type: scalar
Name: CVmass1
Type: scalar
Name: CPmass1
Type: scalar
Name: MOLWT1
Type: scalar
Name: CPmole1
Type: scalar
Name: B1
Type: scalar
Name: C1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ALE_VISCOUS¶

Description: Array

Syntax: dynamanual_mat_ale_viscous(MID,RO,PC,MULO,MUHI,RK,RN)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PC
Type: scalar
Name: MULO
Type: scalar
Name: MUHI
Type: scalar
Name: RK
Type: scalar
Name: RN
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ALE_MIXING_LENGTH¶

Description: Array

Syntax: dynamanual_mat_ale_mixing_length(MID,RO,PC,MULO,MUHI,RK,RN,LC,C0-C6,LCX,LC,D0,D1,D2,E0,E1,E2)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PC
Type: scalar
Name: MULO
Type: scalar
Name: MUHI
Type: scalar
Name: RK
Type: scalar
Name: RN
Type: scalar
Name: LC
Type: scalar
Name: C0-C6
Type: scalar
Name: LCX
Type: scalar
Name: LC
Type: scalar
Name: D0
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: E0
Type: scalar
Name: E1
Type: scalar
Name: E2
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_ALE_INCOMPRESSIBLE¶

Description:

Syntax: dynamanual_mat_ale_incompressible()

Inputs:

Outputs:

*DYNAMANUAL_MAT_ALE_HERSCHEL¶

Description: Array

Syntax: dynamanual_mat_ale_herschel(MID,RO,PC,MULO,MUHI,RK,RN,GDOTC,TAO0)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PC
Type: scalar
Name: MULO
Type: scalar
Name: MUHI
Type: scalar
Name: RK
Type: scalar
Name: RN
Type: scalar
Name: GDOTC
Type: scalar
Name: TAO0
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPH_VISCOUS¶

Description: Array

Syntax: dynamanual_mat_sph_viscous(MID,RO,PC,MULO,MUHI,RK,RC,RN)

Inputs: - Name: MID - Type: scalar

Name: RO
Type: scalar
Name: PC
Type: scalar
Name: MULO
Type: scalar
Name: MUHI
Type: scalar
Name: RK
Type: scalar
Name: RC
Type: scalar
Name: RN
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_elastic(MID,DC)

Inputs: - Name: MID - Type: A8

Name: DC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_ELASTOPLASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_elastoplastic(MID,K,KT,FY)

Inputs: - Name: MID - Type: A8

Name: K
Type: scalar
Name: KT
Type: scalar
Name: FY
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_NONLINEAR_ELASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_nonlinear_elastic(MID,LCD ,LCR)

Inputs: - Name: MID - Type: A8

Name: LCD
Type: scalar
Name: LCR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_DAMPER_NONLINEAR_VISCOUS¶

Description: Array

Syntax: dynamanual_mat_damper_nonlinear_viscous(MID,LCDR)

Inputs: - Name: MID - Type: scalar

Name: LCDR
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_GENERAL_NONLINEAR¶

Description: Array

Syntax: dynamanual_mat_spring_general_nonlinear(MID,LCDL,LCDU,BETA,TYI,CYI)

Inputs: - Name: MID - Type: scalar

Name: LCDL
Type: scalar
Name: LCDU
Type: scalar
Name: BETA
Type: scalar
Name: TYI
Type: scalar
Name: CYI
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_MAXWELL¶

Description: Array

Syntax: dynamanual_mat_spring_maxwell(MID,K0,KI,BETA,TC,FC,COPT)

Inputs: - Name: MID - Type: scalar

Name: K0
Type: scalar
Name: KI
Type: scalar
Name: BETA
Type: scalar
Name: TC
Type: scalar
Name: FC
Type: scalar
Name: COPT
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_INELASTIC¶

Description: Array

Syntax: dynamanual_mat_spring_inelastic(MID,LCFD,KU,CTF)

Inputs: - Name: MID - Type: scalar

Name: LCFD
Type: scalar
Name: KU
Type: scalar
Name: CTF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_TRILINEAR_DEGRADING¶

Description: Array

Syntax: dynamanual_mat_spring_trilinear_degrading(MID,DEFL1,F1,DEFL2,F2,DEFL3,F3,FFLAG)

Inputs: - Name: MID - Type: scalar

Name: DEFL1
Type: scalar
Name: F1
Type: scalar
Name: DEFL2
Type: scalar
Name: F2
Type: scalar
Name: DEFL3
Type: scalar
Name: F3
Type: scalar
Name: FFLAG
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_SQUAT_SHEARWALL¶

Description: Array

Syntax: dynamanual_mat_spring_squat_shearwall(MID,A14,B14,C14,D14,E14,LCID,FSD)

Inputs: - Name: MID - Type: scalar

Name: A14
Type: scalar
Name: B14
Type: scalar
Name: C14
Type: scalar
Name: D14
Type: scalar
Name: E14
Type: scalar
Name: LCID
Type: scalar
Name: FSD
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SPRING_MUSCLE¶

Description: Array

Syntax: dynamanual_mat_spring_muscle(MID,L0,VMAX,SV,A,FMAX,TL,TV,FPE,LMAX,KSH)

Inputs: - Name: MID - Type: scalar

Name: L0
Type: scalar
Name: VMAX
Type: scalar
Name: SV
Type: scalar
Name: A
Type: scalar
Name: FMAX
Type: scalar
Name: TL
Type: scalar
Name: TV
Type: scalar
Name: FPE
Type: scalar
Name: LMAX
Type: scalar
Name: KSH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_SEATBELT¶

Description: Array

Syntax: dynamanual_mat_seatbelt(MID,MPUL,LLCID,ULCID,LMIN,CSE,DAMP,E,A,I,J,AS,F,M,R,P1DOFF)

Inputs: - Name: MID - Type: scalar

Name: MPUL
Type: scalar
Name: LLCID
Type: scalar
Name: ULCID
Type: scalar
Name: LMIN
Type: scalar
Name: CSE
Type: scalar
Name: DAMP
Type: scalar
Name: E
Type: scalar
Name: A
Type: scalar
Name: I
Type: scalar
Name: J
Type: scalar
Name: AS
Type: scalar
Name: F
Type: scalar
Name: M
Type: scalar
Name: R
Type: scalar
Name: P1DOFF
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_{OPTION}¶

Description: Array

Syntax: dynamanual_mat_thermal_{option}()

Inputs:

Outputs:

*DYNAMANUAL_MAT_THERMAL_ISOTROPIC¶

Description: Array

Syntax: dynamanual_mat_thermal_isotropic(TMID,TRO,TGRLC,TGMULT,TLAT,HLAT,HC,TC)

Inputs: - Name: TMID - Type: scalar

Name: TRO
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: TLAT
Type: scalar
Name: HLAT
Type: scalar
Name: HC
Type: scalar
Name: TC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_ORTHOTROPIC¶

Description: Array

Syntax: dynamanual_mat_thermal_orthotropic(TMID,TRO,TGRLC,TGMULT,AOPT,TLAT,HLAT,HC,K1,K2,K3,XP,A1,D1)

Inputs: - Name: TMID - Type: scalar

Name: TRO
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: AOPT
Type:
Name: TLAT
Type:
Name: HLAT
Type:
Name: HC
Type:
Name: K1
Type:
Name: K2
Type:
Name: K3
Type:
Name: XP
Type: scalar
Name: A1
Type: scalar
Name: D1
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_ORTHOTROPIC_TD¶

Description: Array

Syntax: dynamanual_mat_thermal_orthotropic_td(TMID,TRO,TGRLC,TGMULT,TLAT,HLAT,T1,T2,T3,T4,T5,T6,T7,T8,C1,C2,C3,C4,C5,C6,C7,C8,K1,K2,K3,K4,K5,K6,K7,K8)

Inputs: - Name: TMID - Type: scalar

Name: TRO
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: TLAT
Type: scalar
Name: HLAT
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: T3
Type: scalar
Name: T4
Type: scalar
Name: T5
Type: scalar
Name: T6
Type: scalar
Name: T7
Type: scalar
Name: T8
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: K3
Type: scalar
Name: K4
Type: scalar
Name: K5
Type: scalar
Name: K6
Type: scalar
Name: K7
Type: scalar
Name: K8
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_ORTHOTROPIC_TD¶

Description: Array

Syntax: dynamanual_mat_thermal_orthotropic_td(TMID,TRO,TGRLC,TGMULT,AOPT,TLAT,HLAT,T1,T2,T3,T4,T5,T6,T7,T8,C1,C2,C3,C4,C5,C6,C7,C8,(K2)1 ,(K2)2 ,(K2)3 ,(K2)4 ,(K2)5 ,(K2)6 ,(K2)7 ,(K2)8 ,(K3)1 ,(K3)2 ,(K3)3 ,(K3)4 ,(K3)5 ,(K3)6 ,(K3)7 ,(K3)8 ,XP ,YP ,ZP ,A1 ,A2 ,A3 ,D1 ,D2 ,D3 )

Inputs: - Name: TMID - Type: scalar

Name: TRO
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: AOPT
Type: scalar
Name: TLAT
Type: scalar
Name: HLAT
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: T3
Type: scalar
Name: T4
Type: scalar
Name: T5
Type: scalar
Name: T6
Type: scalar
Name: T7
Type: scalar
Name: T8
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: (K2)1
Type: scalar
Name: (K2)2
Type: scalar
Name: (K2)3
Type: scalar
Name: (K2)4
Type: scalar
Name: (K2)5
Type: scalar
Name: (K2)6
Type: scalar
Name: (K2)7
Type: scalar
Name: (K2)8
Type: scalar
Name: (K3)1
Type: scalar
Name: (K3)2
Type: scalar
Name: (K3)3
Type: scalar
Name: (K3)4
Type: scalar
Name: (K3)5
Type: scalar
Name: (K3)6
Type: scalar
Name: (K3)7
Type: scalar
Name: (K3)8
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_thermal_discrete_beam(TMID,TRO,HC,TC)

Inputs: - Name: TMID - Type: scalar

Name: TRO
Type: scalar
Name: HC
Type: scalar
Name: TC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_DISCRETE_BEAM¶

Description: Array

Syntax: dynamanual_mat_thermal_discrete_beam(TMID,TR0,HC,TC)

Inputs: - Name: TMID - Type: scalar

Name: TR0
Type: scalar
Name: HC
Type: scalar
Name: TC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_CHEMICAL_REACTION¶

Description: Array

Syntax: dynamanual_mat_thermal_chemical_reaction(TMID,NCHSP,NCHRX,ICEND,CEND,RBEGIN,GASC,RHOi,LCCPi,LCKi,N0i,MWi,RCi1,RXi1,Z1,E1,Q1)

Inputs: - Name: TMID - Type: scalar

Name: NCHSP
Type: scalar
Name: NCHRX
Type: scalar
Name: ICEND
Type: scalar
Name: CEND
Type:
Name: RBEGIN
Type:
Name: GASC
Type:
Name: RHOi
Type:
Name: LCCPi
Type: scalar
Name: LCKi
Type: scalar
Name: N0i
Type: scalar
Name: MWi
Type: select
Name: RCi1
Type:
Name: RXi1
Type:
Name: Z1
Type:
Name: E1
Type:
Name: Q1
Type:

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_CWM¶

Description: Array

Syntax: dynamanual_mat_thermal_cwm(TMID,TR0,TGRLC,TGMULT,HDEAD,TDEAD,TLAT,HLAT ,LCHC,LCTC,TLSTART,TLEND,TISTART,TIEND,HGHOST,TGHOST)

Inputs: - Name: TMID - Type: scalar

Name: TR0
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: HDEAD
Type: scalar
Name: TDEAD
Type: scalar
Name: TLAT
Type: scalar
Name: HLAT
Type: scalar
Name: LCHC
Type: scalar
Name: LCTC
Type: scalar
Name: TLSTART
Type: scalar
Name: TLEND
Type: scalar
Name: TISTART
Type: scalar
Name: TIEND
Type: scalar
Name: HGHOST
Type: scalar
Name: TGHOST
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_ORTHOTROPIC_TD_LC¶

Description: Array

Syntax: dynamanual_mat_thermal_orthotropic_td_lc(TMID,TR0,TGRLC,TGMULT,AOPT,TLAT,HLAT,LCC,LCK1,LCK2,LCK3,XP,YP,ZP,A1,A2,A3,D1,D2,D3)

Inputs: - Name: TMID - Type: scalar

Name: TR0
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: AOPT
Type: scalar
Name: TLAT
Type: scalar
Name: HLAT
Type: scalar
Name: LCC
Type: scalar
Name: LCK1
Type: scalar
Name: LCK2
Type: scalar
Name: LCK3
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_ISOTROPIC_PHASE_CHANGE¶

Description: Array

Syntax: dynamanual_mat_thermal_isotropic_phase_change(TMID,TR0,TGRLC,TGMULT,T1,T2,T3,T4,T5,T6,T7,T8,C1,C2,C3,C4,C5,C6,C7,C8,K1,K2,K3,K4,K5,K6,K7,K8,SOLT,LIQT,LH)

Inputs: - Name: TMID - Type: scalar

Name: TR0
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: T1
Type: scalar
Name: T2
Type: scalar
Name: T3
Type: scalar
Name: T4
Type: scalar
Name: T5
Type: scalar
Name: T6
Type: scalar
Name: T7
Type: scalar
Name: T8
Type: scalar
Name: C1
Type: scalar
Name: C2
Type: scalar
Name: C3
Type: scalar
Name: C4
Type: scalar
Name: C5
Type: scalar
Name: C6
Type: scalar
Name: C7
Type: scalar
Name: C8
Type: scalar
Name: K1
Type: scalar
Name: K2
Type: scalar
Name: K3
Type: scalar
Name: K4
Type: scalar
Name: K5
Type: scalar
Name: K6
Type: scalar
Name: K7
Type: scalar
Name: K8
Type: scalar
Name: SOLT
Type: scalar
Name: LIQT
Type: scalar
Name: LH
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_ISOTROPIC_TD_LC¶

Description: Array

Syntax: dynamanual_mat_thermal_isotropic_td_lc(TMID,TR0,TGRLC,TGMULT,HCLC,TCLC)

Inputs: - Name: TMID - Type: scalar

Name: TR0
Type: scalar
Name: TGRLC
Type: scalar
Name: TGMULT
Type: scalar
Name: HCLC
Type: scalar
Name: TCLC
Type: scalar

Outputs: Name: Type: text

*DYNAMANUAL_MAT_THERMAL_USER_DEFINED¶

Description: Array

Syntax: dynamanual_mat_thermal_user_defined(MID,R0,MT,LMC,NVH,AOPT,IORTHO,IHVE,XP,YP,ZP,A1,A2,A3,D1,D2,D3,P1,P2,P3,P4,P5,P6,P7,P8)

Inputs: - Name: MID - Type: scalar

Name: R0
Type: scalar
Name: MT
Type: scalar
Name: LMC
Type: scalar
Name: NVH
Type: scalar
Name: AOPT
Type: scalar
Name: IORTHO
Type: scalar
Name: IHVE
Type: scalar
Name: XP
Type: scalar
Name: YP
Type: scalar
Name: ZP
Type: scalar
Name: A1
Type: scalar
Name: A2
Type: scalar
Name: A3
Type: scalar
Name: D1
Type: scalar
Name: D2
Type: scalar
Name: D3
Type: scalar
Name: P1
Type: scalar
Name: P2
Type: scalar
Name: P3
Type: scalar
Name: P4
Type: scalar
Name: P5
Type: scalar
Name: P6
Type: scalar
Name: P7
Type: scalar
Name: P8
Type: scalar

Outputs: Name: Type: text