16. Workers¶

16.1. Math Workers¶

Following are the workers for this group of workers

*MATH_RANGE¶

MATH_RANGE worker is now available to compute a range of values between two numbers in Workflows.

*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

Added support for conditions and target value for MATH_SCALE worker in Workflows

*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_ROUND worker now removes spaces and returns just the number in the specified format in Workflows

*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_LANKFORD_COEFFICIENT¶

Description: Compute Lankford coefficient based on 0,45 and 90 deg strains

Syntax: math_lankford_coefficient(r0strain,r45strain,r90strain)

Inputs: - Name: r0strain - Type: scalar

Name: r45strain
Type: scalar
Name: r90strain
Type: scalar

Outputs: Name: math_lankford_coefficient_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

16.2. 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

16.3. 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

16.4. Curve Workers¶

Following are the workers for this group of workers

*CURVE_GET_PACK_POWER_PULSES¶

Added new option ‘Zero Ratio’ for CURVE_GET_PACK_POWER_PULSES to allow the range-scale-factor for using as closer to zero line.

*CURVE_MAKE_SYMMETRIC¶

Added CURVE_MAKE_SYMMETRIC worker to ensure the curve symmetric points around 0.0 in Workflows.

*CURVE_FFT¶

CURVE_FFT worker is available to compute frequency spectrum in workflows.

*CURVE_INTERPOLATE¶

Added new worker CURVE INTERPOLATE X Y to workflows.

*CURVE_TRIM_ZEROS¶

Added new worker CURVE TRIM ZEROS in Workflows

*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: Compute lankford coefficient

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,beta)

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
Name: beta
Type: scalar
Default: 0.05

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_REPLACE_X_VALUE¶

Description: Replace x-value

Syntax: curve_replace_x_value(curve,x-value,new_x-value)

Inputs: - Name: curve - Type: vector

Name: x-value
Type: scalar
Name: new_x-value
Type: scalar

Outputs: Name: curve_replace_x_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_GET_X_WHEN_Y_INCREASES worker now returns the correct X-Value in Workflows.

*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 failure by checking for a y-value between two ranges over a given duration

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
Default: 100
Name: c2
Type: float
Name: c3
Type: float

Outputs: Name: curve_interpolate_output_1 Type: vector

CURVE_INTERPOLATE worker is executed completely when Use Existing Points input is set to Yes in Workflows

CURVE_INTERPOLATION worker now uses a fast binary search to interpolate linear points.

*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_GET_OFFSET_BY_SLIP¶

Description: Get offset due to slip

Syntax: curve_get_offset_by_slip(curvetobeoffset,num_dig,segment_length_ratio,r2_limit,merge_ratio,return_type)

Inputs: - Name: curvetobeoffset - Type: vector

Name: num_dig
Type: integer
Default: 1000
Name: segment_length_ratio
Type: integer
Default: 0.1
Name: r2_limit
Type: integer
Default: 0.95
Name: merge_ratio
Type: integer
Default: 0.025
Name: return_type
Type: select
Default: offset

Outputs: Name: curve_get_offset_by_slip_output_1 Type: scalar

*CURVE_OFFSET_BY_SLIP¶

Description: Translate the curve to remove slip

Syntax: curve_offset_by_slip(curvetobeoffset,num_dig,segment_length_ratio,r2_limit,merge_ratio)

Inputs: - Name: curvetobeoffset - Type: vector

Name: num_dig
Type: integer
Default: 1000
Name: segment_length_ratio
Type: integer
Default: 0.1
Name: r2_limit
Type: integer
Default: 0.95
Name: merge_ratio
Type: integer
Default: 0.025

Outputs: Name: curve_offset_by_slip_output_1 Type: vector

*CURVE_GET_FIT_SLOPES¶

Description: Get fit slopes

Syntax: curve_get_fit_slopes(input_curve,num_dig,segment_length_ratio,r2_limit,merge_ratio)

Inputs: - Name: input_curve - Type: vector

Name: num_dig
Type: integer
Default: 1000
Name: segment_length_ratio
Type: integer
Default: 0.1
Name: r2_limit
Type: integer
Default: 0.95
Name: merge_ratio
Type: integer
Default: 0.025

Outputs: Name: curve_get_fit_slopes_output_1 Type: dataset

*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,smooth_derivative)

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
Name: smooth_derivative
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

Added worker CURVES_GET_SLOPE and CURVES_FIT_POLYNOMIAL in workflows. Added remove intercept option in CURVES_FIT_POLYNOMIAL and CURVE_FIT_POLYNOMIAL to ensure the regression line passes.

*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_GET_CONVERGED_X¶

Description:: Compute the x value when y stops changing

Syntax: curve_get_converged_x(curve1,tolerance)

Inputs: - Name: curve1 - Type: vector

Name: tolerance
Type: float
Default: 0.01

Outputs: Name: curve_get_converged_x_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_LOOKUP_BEST_FIT_INITIAL_SLOPE_AND_INTERCEPT¶

Description: Get best-fit initial slope and intercept

Syntax: curve_lookup_best_fit_initial_slope_and_intercept(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_and_intercept_output_1 Type: keyvalue

*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,true_intersection_type,treat_slip)

Inputs: - Name: eng_stress_strain_curve - Type: vector

Name: slope
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002
Name: true_intersection_type
Type: select
Default: xlast
Name: treat_slip
Type: select
Default: no

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,poissonsratio)

Inputs: - Name: engineeringstressstraincurve - Type: vector

Name: axis
Type: select
Default: both
Name: poissonsratio
Type: text

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: 210.0
Name: yield_type
Type: select
Default: none
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: 401
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 TRUE TO EFFECTIVE STRESS now uses default extrapolation after last point in Workflows.

CURVE_TRUETOEFFECTIVESTRESS worker now has a new post-necking treatment option “monotonic” to counter negative slope after necking in Workflows.

*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

Added new input options ‘Levels to generate’ and ‘Level Names’ for CURVE_ENGSTRESS_VARIANCE Workflow.

*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_COMPUTE_PARETO_FRONT_OPTIMAL¶

Description: Compute pareto front optimal for a two-dimensional point

Syntax: curve_compute_pareto_front_optimal(curve,criteria)

Inputs: - Name: curve - Type: vector

Name: criteria
Type: scalar
Default: min,min

Outputs: Name: curve_compute_pareto_front_optimal_output_1 Type: keyvalue

*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

16.5. Curves Workers¶

Following are the workers for this group of workers

*CURVES_LONGEST_COMMON_SEQUENCE¶

Added new worker CURVES_LONGEST_COMMON_SEQUENCE to measure the overlap distance between two curves in Workflows.

*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_INTERPOLATE¶

Description: Interpolate

Syntax: curves_interpolate(curves,interpolation_type,c1,c2,c3)

Inputs: - Name: curves - Type: vector

Name: interpolation_type
Type: select
Default: linear
Name: c1
Type: float
Default: 100
Name: c2
Type: float
Name: c3
Type: float

Outputs: Name: curves_interpolate_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_GET_OFFSET_BY_SLIP¶

Description: Get offset due to slip

Syntax: curves_get_offset_by_slip(curvestogettheslip-offset,num_dig,segment_length_ratio,r2_limit,merge_ratio,return_type,scale_factor)

Inputs: - Name: curvestogettheslip-offset - Type: vector

Name: num_dig
Type: integer
Default: 1000
Name: segment_length_ratio
Type: integer
Default: 0.1
Name: r2_limit
Type: integer
Default: 0.95
Name: merge_ratio
Type: integer
Default: 0.025
Name: return_type
Type: select
Default: offset
Name: scale_factor
Type: integer
Default: -1

Outputs: Name: curves_get_offset_by_slip_output_1 Type: keyvalue

*CURVES_APPLY_OFFSET_BY_SLIP¶

Description: Apply offset due to slip

Syntax: curves_apply_offset_by_slip(curvestogettheslip-offset,slip_values)

Inputs: - Name: curvestogettheslip-offset - Type: vector

Name: slip_values
Type: keyvalue

Outputs: Name: curves_apply_offset_by_slip_output_1 Type: vector

*CURVES_SYNC_UNITS¶

Description: Sync units if the curves are of different scale

Syntax: curves_sync_units(curvestobesyncedforunits,axis,location,scale_up_down,x_sf_up,x_sf_down,y_sf_up,y_sf_down)

Inputs: - Name: curvestobesyncedforunits - Type: vector

Name: axis
Type: select
Default: y
Name: location
Type: select
Default: mid
Name: scale_up_down
Type: select
Default: up
Name: x_sf_up
Type: integer
Default: 1
Name: x_sf_down
Type: integer
Default: 1
Name: y_sf_up
Type: integer
Default: 1
Name: y_sf_down
Type: integer
Default: 1

Outputs: Name: curves_sync_units_output_1 Type: vector

*CURVES_OFFSET_BY_SLIP¶

Description: Translate curves to remove list

Syntax: curves_offset_by_slip(curvestobeoffset,num_dig,segment_length_ratio,r2_limit,merge_ratio)

Inputs: - Name: curvestobeoffset - Type: vector

Name: num_dig
Type: integer
Default: 1000
Name: segment_length_ratio
Type: integer
Default: 0.1
Name: r2_limit
Type: integer
Default: 0.95
Name: merge_ratio
Type: integer
Default: 0.025

Outputs: Name: curves_offset_by_slip_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,smooth_derivative)

Inputs: - Name: curves_in - Type: vector

Name: percentageof_points
Type: select
Default: 5
Name: weight_type
Type: select
Default: linear
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: smooth_derivative
Type: select
Default: yes

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_RECONSTRUCT_FROM_PREDICTION¶

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_reconstruct_from_prediction(curvegroup,prediction_points)

Inputs: - Name: curvegroup - Type: vector

Name: prediction_points
Type: string

Outputs: Name: curves_reconstruct_from_prediction_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_GET_INCREMENTAL_MATCHES¶

Description: Compute incremental matches betweent current and previous curve

Syntax: curves_get_incremental_matches(curves,input_values,dig_points,match_type)

Inputs: - Name: curves - Type: vector

Name: input_values
Type: textarea
Name: dig_points
Type: scalar
Default: 10
Name: match_type
Type: select
Default: pdtw

Outputs: Name: curves_get_incremental_matches_output_1 Type: vector

*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: offset before merging
Type: select
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_ENGSTRESS_STATS¶

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

Syntax: curves_engstress_stats(eng_stress_strain_curves,slope,yield_offset,true_intersection_type,treat_slip)

Inputs: - Name: eng_stress_strain_curves - Type: vector

Name: slope
Type: scalar
Name: yield_offset
Type: scalar
Default: 0.002
Name: true_intersection_type
Type: select
Default: xlast
Name: treat_slip
Type: select
Default: no

Outputs: Name: curves_engstress_stats_output_1 Type: dataset

*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

*CURVES_MATCH¶

Description: New worker Curves Match added to workflows for DTW and PDTW curve comparison

Syntax: curves_match(curve baseline,curve cadidate,type,digitize,Normalize curves using MIN-MAX algorithm)

Inputs: - Name: curve baseline - Type: vector

Name: curve cadidate
Type: vector
Name: type
Type: select
Name: digitize
Type: select
Name: Normalize curves using MIN-MAX algorithm
Type: select
Name: Skip points before this X-value
Type: text
Name: Skip points after this X-value
Type: text
Name: Sync curves so all curves have identical x-values
Type: select
Name: Enforce Monotonicity
Type: select
Name: TRATIO
Type: text

Outputs: Name: curves_match_output_1 Type: vector

*CURVE_SMOOTH¶

Description: CURVE_SMOOTH worker has a new argument “Number of Iterations” to iteratively smooth the points in a curve output

Syntax: curve_smooth(curve in,smoothtype,num_points,xmin,xmax,type_limit,Square Tolerance,Number of Iterations)

Inputs: - Name: curve in - Type: vector

Name: smoothtype
Type: select
Name: num_points
Type: text
Name: xmax
Type: text
Name: xmin
Type: text
Name: type_limit
Type: select
Name: Square Tolerance
Type: text
Name: Number of Iterations
Type: text

Outputs: Name: curve_smooth_output_1 Type: vector

*CURVES_DIVIDE_PAIRS¶

Syntax: curves_divide_paris(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: curve1
Type: vector

Outputs: Name: curve_divide_paris_output_1 Type: vector

*CURVE_TRIM¶

Description: New worker CURVE_TRIM is added to the workflows to trim curves based on y values

Syntax: curve_trim(curve,minx,miny,maxy)

Inputs: - Name: curve - Type: vector

Name: minx
Type: scalar
default: 0
Name: miny
Type: scalar
default: 0
Name: maxy
Type: scalar
default: 0

Outputs: Name: curve_trim_output_1 Type: vector

*CURVE_GET_POWER_DRIVE_CYCLE¶

Syntax: curve_get_power_drive_cycle(choosecurve,minchargeduration,postchargeduration,pulsepeaktolerance,ignorefirstandlastchargeevents,minpulsepeak)

Inputs: - Name: choosecurve - Type: vector

Name: minchargeduration
Type: text
Name: postchargeduration
Type: text
Name: pulsepeaktolerance
Type: text
Name: ignorefirstandlastchargeevents
Type: select
Name: minpulsepeak
Type: text

Outputs: Name: curve_get_power_drive_cycle_output_1 Type: vector

*CURVE_GET_SLOPE¶

Syntax: curve_get_slope(curve,minx,miny,maxy)

Inputs: - Name: curve - Type: vector

Name: minx
Type: scalar
Name: miny
Type: scalar
Name: maxy
Type: scalar

Outputs: Name: curve_trim_output_1 Type: vector

*CURVES_FIT_POLYNOMIAL¶

Syntax: curves_fit_polynimial(curve,order,dig_points,minx,miny,maxy)

Inputs: - Name: curve - Type: vector

Name: minx
Type: scalar
Name: miny
Type: scalar
Name: maxy
Type: scalar

Outputs: Name: curve_trim_output_1 Type: vector

*CURVE_SIMULATED_ANNEALING_OPTIMIZER¶

Syntax: curve_simulated_annealing_optimizer(curve,numberofiteration,stepsize,initialtemperature)

Inputs: - Name: curve - Type: vector

Name: numberofiteration
Type: text
Name: stepsize
Type: text
Name: initialtemperature
Type: text

Outputs: Name: curve_simulated_annealing_optimizeroutput_1 Type: scalar

16.6. Iteration Worker¶

Added iterator support to stop iteration loop for conditions/objectives.

Now we are able to resume worker inside iteration and the execution of the following workers are continued after iteration end.

Iterator Start has a new option in the context menu called Reset Iterator which will allow resetting of values and state all at once in workflows.

Now we can add iteration to any number of workers by selecting the workers in Workflow.

Iterator Start worker will now show only the basic options to Clone and Change Type in settings

16.7. Finder Workers¶

Following are the workers for this group of workers

*Simulation_Finder¶

Description: New worker Simulation Finder is added to workflows where we can search the simulations with different filters

Syntax: Simulation_Finder(filters)

Inputs: - Name: filters - Type: bulk

Outputs: Name: simulations Type: dataset

*Physicaltest_Finder¶

Description: New worker Simulation Finder is added to workflows where we can search the simulations with different filtersNew worker Physical test Finder is added to workflows where we can search the Physical tests with different filters

Syntax: Physicaltest_Finder(filters)

Inputs: - Name: filters - Type: bulk

Outputs: Name: physicaltests Type: dataset

*File_Finder¶

Description: New worker File Finder is added to workflows where we can search different files with different filters

Syntax: file_Finder(filters)

Inputs: - Name: filters - Type: bulk

Outputs: Name: files Type: dataset

*Response_Finder¶

Description: New worker Response Finder is added to workflows where we can search for different responses with different filters

Syntax: Response_Finder(filters)

Inputs: - Name: filters - Type: bulk

Outputs: Name: responses Type: dataset

16.8. Visualization Workers¶

Visualization workers are now available in viz tab inside workflows page. We should be able to execute the Visualization workers and see same output as in Simlytiks visualizations.

VISUALIZATION worker has a new input ‘Overlay Curves’, where multiple curves can be added to overlay with existing Newton curve.

16.9. 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

*CURVES_GET_ERSATZ_HARDENING_FROM_DATASET¶

Syntax: curves_get_ersatz_hardning_from_dataset(dataset,Eng Yield Stress Column,Eng Ultimate Stress Column,Necking Strain Column)

Inputs: - Name: dataset - Type: dataset

Name: Eng Yield Stress Column
Type: text
Name: Eng Ultimate Stress Column
Type: text
Name: Necking Strain Column
Type: text

Outputs: Name: curves_get_ersatz_hardning_from_dataset_output1 Type: vector

16.10. 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

*CURVE_FUNCTION¶

Description: uses expression to find the new y value.

Syntax: CURVE_FUNCTION (curve1,function)

Inputs: - Name: curve1 - Type: vector

Name: function
Type: scalar

Outputs: Name:Curve_function_1 Type: vector

*CURVE_SQRT¶

Description: computes the square-root of the y-values

Syntax: CURVE_SQRT(curve1)

Inputs: - Name: curve1 - Type: vector

Outputs: Name:Curve_sqrt_output1_1 Type: vector

*CURVES_SQRT¶

Description: computes the square-root of the y-values

Syntax: CURVES_SQRT(curve)

Inputs: - Name: curve - Type: vector

Outputs: Name:Curves_sqrt_output1_1 Type: vector

*CURVE_POWER¶

Description: Power of the curve is calculated

Syntax: CURVE_POWER(curve1,curve2)

Inputs: - Name: curve1 - Type: vector

Name: powerexponent
Type: scalar

Outputs: Name:Curve_sqrt_output1_1 Type: vector

*CURVES_POWER¶

Description: Power of the curves is calculated

Syntax: CURVES_POWER(curve1,powerexponent)

Inputs: - Name: curve - Type: vector

Name: powerexponent
Type: scalar

Outputs: Name:Curves_power_output1_1 Type: vector

16.11. 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

16.12. SSH Workers¶

Following are the workers for this group of workers

*SSH_VERIFY_CONNECTION¶

Description: Added SSH_VERIFY_CONNECTION worker to check SSH connection between d3VIEW server and a host for a given user. The default is localhost and d3view is the username

16.13. OPENSSL WORKERS¶

Added OPENSSL_ENCRYPT and OPENSSL_DECRYPT workers in Workflows

16.14. WORKFLOW PROVIDER¶

The Workflow Provider worker has a new input called Autoplay that can be set to yes/no.This Workflow Provider can now access and play remote workflows which can be auto-played (i.e. which have at least 1 user inspection or GUI selection available). To enable this, the input “Autoplay” must be set to “Yes”.

A Mapper button is added below the workflow input in Workflow provider which allows mapping of 1. Map the current workflow’s inputs to remote workflow’s inputs 2. Map the remote workflow’s outputs to current workflow’s inputs and 3. Reporters mapping between workflows.

Workflow Mapper in Workflow Provider allows user to choose the left form to be filled by any worker inputs rather than just START worker in Workflows

Workflow Provider Mapper has new UI update and Mapper options in Workflows.

16.15. 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 Parameterize worker with multiple instance of anchor will extract parameters from all the instances.

In Text Parameterize worker, we are able to extract old parameters with <<name>> and <%name>> formats and edit them properly.

In Text Parameterize worker, now we have Parameter alignment and Parameterize all identical values in the same line options.

Text parameterize editor modal now changes row color when VALUETYPE column values are changed.

*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

16.16. 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

16.17. 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

16.18. 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

16.19. Dataset Workers¶

Following are the workers for this group of workers

*DATASET_REMOVE_OUTLIERS¶

Added DATASET_REMOVE_OUTLIERS worker to Workflows.

*DATASET_FILTER_COLUMNS_BY_CORRELATION¶

Added DATASET_FILTER_COLUMNS_BY_CORRELATION worker to Workflows.

*DATASET_COMPUTE_STAR_RATING¶

Added DATASET_COMPUTE_STAR_RATING worker to compute the star rating for a given dataset.

*DATASET_JOIN_ROW¶

Added DATASET_JOIN_ROW worker to add the first row from the source dataset to all rows of the destination dataset

*DATASET_FILTER_BY_COLUMN_DIFF¶

DATASET_FILTER_BY_COLUMN_DIFF worker is now available to sort and return the rows beyond a threshold value in Workflows

*DATASET_SET_CONSTANT_VALUE_BY_COLUMN¶

In DATASET_SET_CONSTANT_VALUE_BY_COLUMN worker, now column name input allows multiple selection

*DATASET_TRIM_COLUMN_NAMES_AND_VALUES¶

Added new worker DATASET_TRIM_COLUMN_NAMES_AND_VALUES to trim dataset column names and values.

*DATASET_REMOVE_UNIQUE_COLUMNS¶

Added new worker DATASET_REMOVE_UNIQUE_COLUMNS that can help in removing the column values in Workflows.

*DATASET_ENCODER¶

Added new worker DATASET_ENCODER that can help in encoding categorical values in Workflows.

*DATASET_REPLACE_COLUMN_VALUE¶

DATASET_REPLACE_COLUMN_VALUE worker can now support multiple lines with duplicate ids in Workflows

*DATASET_SUBTRACT¶

Syntax: dataset_subtract(dataset1,dataset2,typeofdifference)

Inputs: - Name: dataset1 - Type: dataset

Name: dataset2
Type: dataset
Name: typeofdifference
Type: text

Outputs: Name: dataset_subtract_output_1 Type: dataset

*DATASET_SORT_BY_KEYVALUE¶

Syntax: dataset_sort_by_keyvalue(choosedataset,keyvalue,primarykey,chooseabsvalue,chooseorder,limit)

Inputs: - Name: choosedataset - Type: dataset

Name: keyvalue
Type: dataset
Name: primarykey
Type: text
Name: chooseabsvalue
Type: select
Name: chooseorder
Type: select
Name: limit
Type: text

Outputs: Name: dataset_sort_by_keyvalue_output_1 Type: dataset

*DATASET_SIMULATED_ANNEALING_OPTIMIZER¶

Syntax: dataset_simulated_annealing_optimizer(dataset,xcolumn,ycolumn,numberofiteration,stepsize,initialtemperature)

Inputs: - Name: dataset - Type: dataset

Name: newcolumnname
Type: select
Name: chooseoperation
Type: select
Name: modeltype
Type: select

Outputs: Name: dataset_simulated_annealing_optimizer_output_1 Type: text

Return type is added to the DATASET_SIMULATED_ANNEALING worker which performs SA optimization. Return type by default is Optimum and when Shrink Factor is enabled it returns the Reduced domain of parameters.

Polymer Regression option is working as expected in Simulated annealing worker and output is generated.

Added new option ‘Nearest N’ for DATASET_SIMULATED_ANNEALING_OPTIMIZER worker in Workflows.

*DATASET_ADD_COLUMN_TRANSFORMING¶

Syntax: dataset_add_column_transforming(dataset,newcolumnname,chooseoperation)

Inputs: - Name: dataset - Type: dataset

Name: newcolumnname
Type: select
Name: chooseoperation
Type: select

Outputs: Name: dataset_add_column_transformingoutput_1 Type: dataset

*DATASET_TO_DOE_PARAMETERS¶

Syntax: dataset_to_doe_parameters(dataset,choosecolumns)

Inputs: - Name: dataset - Type: dataset

Name: choosecolumns
Type: select

Outputs: Name: dataset_to_doe_parameters_output_1 Type: dataset

*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_ROWS_BY_CONDITION¶

Description: dataset_get_rows_by_condition

Syntax: dataset_get_rows_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_rows_by_condition_output_1 Type: dataset

*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_GET_CURVE_BY_COLUMN¶

Description: This worker is available in workflows to extract a set of curves by column name

Syntax: dataset_get_curve_by_column(dataset,choosecolumn)

Inputs: - Name: dataset - Type: dataset

Name: choose curve column
Type: vector

Outputs: Name: dataset_get_curve_by_column_output_1 Type: vector

*DATASET_DROP_COLUMNS¶

Description: This worker is available in workflows to drop columns from a dataset.

Syntax: dataset_drop_columns(dataset,regex expression)

Inputs: - Name: dataset - Type: dataset

Name: regex expression
Type: text

Outputs: Name: dataset_drop_columns_output_1 Type: vector

*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_MERGE no longer requires the second dataset to be provided. If the second dataset is empty, it returns the first 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

*DATASET_COMPUTE_PARETO_FRONT_OPTIMAL¶

Description: Compute pareto front optimal

Syntax: dataset_compute_pareto_front_optimal(nameofthedataset,columns,criteria)

Inputs: - Name: nameofthedataset - Type: dataset

Name: columns
Type: scalar
Name: criteria
Type: scalar

Outputs: Name: dataset_compute_pareto_front_optimal_output_1 Type: dataset

*DATASET_GET_SCHEMA¶

Description: Get dataset schema in worker

Syntax: dataset_get_schema(dataset)

Inputs: - Name: nameofthedataset - Type: dataset

Outputs: Name: dataset_get_schema_output1 Type: dataset

*DATASET_GET_VALUES_BY_COLUMN¶

Description: DATASET_GET_VALUES_BY_COLUMN worker is executed completely and now gets Sum and average outputs

Syntax: dataset_get_values_by_column(dataset,columnames,col_delimiter,row_delimiter,return_all_values)

Inputs: - Name: dataset - Type: dataset

Name: columnames
Type: select
Name: col_delimiter
Type: textcr
Name: row_delimiter
Type: text
Name:return_all_values
Type: select

Outputs: Name: dataset_get_values_by_column_output1 Type: Dataset

16.20. Keyvalue Workers¶

Following are the workers for this group of workers

*KEYVALUE_GET_NAMES¶

Description: Added new worker KEYVALUE GET NAMES in workflows to return the names of the items

Syntax: keyvalue_get_names(response,delimiter)

Inputs: - Name: response - Type: keyvalue

Name: delimiter
Type: text

Outputs: Name: keyvalue_get_names_output_1 Type: dataset

*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 worker can now extract non-numeric data from key value input. For example, you can use PHYSICALTEST_GET_META_DATA and extract the test description in Workflows.

*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
Name: limit
Type: text

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

16.21. 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

16.22. 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

Added E8_SHELL_REGULAR specimens for 1mm, 2mm, 4mm, 8mm.

*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_CONE_PUSH¶

Description: Material specimen generator for cone-push

Syntax: material_specimen_generator_cone_push(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,cone_head_diameter,cone_tail_diameter,specimen_inner_diameter,specimen_outer_diameter)

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

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: cone_head_diameter
Type: scalar
Default: 100.0
Name: cone_tail_diameter
Type: scalar
Default: 37.0
Name: specimen_inner_diameter
Type: scalar
Default: 40.0
Name: specimen_outer_diameter
Type: scalar
Default: 160.0

Outputs: Name: material_specimen_generator_cone_push_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,process_media,uniaxial_test_pattern,shear_test_pattern,punch_test_pattern,notch_test_pattern,regular_test_pattern,r45_test_pattern,r90_test_pattern)

Inputs: - Name: excel_file - Type: file

Name: format
Type: select
Default: auto
Name: test_type
Type: select
Default: auto
Name: create_pt
Type: select
Default: no
Name: process_media
Type: select
Default: no
Name: uniaxial_test_pattern
Type: scalar
Default: uniaxial
Name: shear_test_pattern
Type: scalar
Default: shear
Name: punch_test_pattern
Type: scalar
Default: punch
Name: notch_test_pattern
Type: scalar
Default: notch
Name: regular_test_pattern
Type: scalar
Default: regular
Name: r45_test_pattern
Type: scalar
Default: 45
Name: r90_test_pattern
Type: scalar
Default: 90

Outputs: Name: All Extracted Tests Type: dataset Name: Uni-axial tests Type: dataset Name: Shear tests Type: dataset Name: Notch Tests Type: dataset Name: Punch tests Type: dataset Name: Regularization tests Type: dataset Name: R45 tests Type: dataset Name: R90 tests Type: dataset

MATERIAL_EXCEL_PARSER worker now includes TEST-ID and Strain-rate number in the extracted output dataset

Material Excel parser worker will now provide Material Type as a parameter in the extracted dataset output.

Material excel parser worker is executed with zip file which includes uniaxial ,sheer ,punch and compression tests and data is extracted

Material excel parser worker is now executed with Henkel excel file format and Physical tests are also extracted.

Added DIC components for Uniaxial, Shear and Punch responses in MATERIAL_EXCEL_PARSER worker.

16.23. 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

16.24. 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

16.25. 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

16.26. Filter workers¶

Following are the workers for this group of workers

*DATASET_FILTER¶

Description: This worker helps us to filter datasets in workflows

Syntax: dataset_filter(choosedataset,choosefilter)

Inputs: - Name: choose dataset - Type: dataset

Name: choose filter
Type: filter

Outputs: Name: dataset_filter_output_1 Type: text]

*DATASET_GET_ROW_NEAR_ORIGIN¶

Description: This worker helps us to work with unsorted dataset in workflows

Syntax: dataset_get_row_near_origin(dataset,columnname,num_of_rows_to_return)

Inputs: - Name: dataset - Type: dataset

Name: dataset column
Type: filter
Name: num_of_rows_to_return
Type: number

Outputs: Name: dataset_get_row_near_origin_output_1 Type: text] | |

*DATASET_SQL_QUERY¶

Description: This new worker added use SQL-like query to find records from a dataset

Syntax: dataset_sql_query(dataset,sqlquery)

Inputs: - Name: dataset - Type: dataset

Name: sql query
Type: text

Outputs: Name: dataset_sql_query_output_1 Type: text]

New option ‘Primary key’ is now available in DATASET_SQL_QUERY worker

16.27. Newton Visualization worker¶

*Newton_Visualizer¶

Description: Newton Visualizer shows us the threshold tables for Curves. In newton we can resize the threshold table container,Thresholds in curve visualizer, Newton, can be toggled as needed.

^{Resize Threshold table}

^{Hide/show Threshold Table}

Now in thresholds for Newton we can differentiate between positive and negative signals for Pack Power using the highlight area.

Newton Visualizer worker now has support for Datum lines Dataset input which adds datum lines to the Curve output at given position and value.

Newton visualizer worker now has support for Datum Areas dataset which can have labels, descriptions. The descriptions are shown at the top of the datum region which can be right clicked and Edited or removed in Workflows

Newton visualizer worker now has support for Annotations dataset which can have value, color and position columns. We can see the Annotations based on the position in the Output curve

CURVE GET VIOLATIONS FROM THRESHOLDS worker now supports SOC Curve in Workflows.

16.28. 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

16.29. 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

16.30. Dynakeyword Workers¶

Following are the workers for this group of workers

*DYNAKEYWORD_MAT187_WITH_STRAIN_RATES¶

Added new worker *DYNAKEYWORD_MAT187_WITH_STRAIN_RATES to generate MAT_SAMP keyword in Workflows.

DYNAKEYWORD_MAT187_WITH_STRAIN_RATES worker now correctly includes the curve ids and table ids in output.

*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
Default: 7.890000000000001E-6
Name: elastic_modulus
Type: scalar
Default: 210
Name: poissons_ratio
Type: scalar
Default: 0.3
Name: hardening_curve
Type: vector
Name: failure_strain
Type: scalar
Name: numberof_dig_points
Type: scalar
Default: 201

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_MAT36¶

Description: Create a MAT_36

Syntax: dynakeyword_mat36(material_name,material_i_d,density,elastic_modulus,poissons_ratio,h_r,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: h_r
Type: select
Default: 1
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_mat36_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

16.31. 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

16.32. 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

16.33. Simulation Workers¶

Following are the workers for this group of workers

*SIMULATION_PARAMETEREIZE_INPUT_BY_DATASET¶

Added new worker SIMULATION_PARAMETEREIZE_INPUT_BY_DATASET. This will replace all files with the new parameters as founded in the file.

*SIMULATION_SET_MAIN_INPUT_FILE¶

Added new worker SIMULATION_SET_MAIN_INPUT_FILE worker to set one of the existing files as the main input file.

*SIMULATION_PARAMETERIZE_FILE¶

Added new worker SIMULATION_PARAMETERIZE_FILE in Workflows

*SIMULATION_ADD_FILE_TEXT¶

Added new worker SIMULATION_ADD_FILE_TEXT in Workflows

*SIMULATION_RENAME_FILE¶

Added new worker SIMULATION_RENAME_FILE in Workflows which allows us to rename input file

*SIMULATION_GET_MAIN_INPUT_FILE¶

Added new worker SIMULATION_GET_MAIN_INPUT_FILE. This will help retrieve the main input file of the simulation

*SIMULATION_RESPONSE_EXTRACTOR¶

Added new worker SIMULATION_RESPONSE_EXTRACTOR in workflows. Where we extract responses from the simulations and save to workflows.

*SIMULATION_CREATE_FROM_ARCHIVE_FILE¶

Description:: We can add and include a file in simulation using this worker.

Syntax: simulation_create_from_archive_file(Archive_file,solvertype,maininputfiletokens)

Inputs: - Name: Archive_file - Type: file

Name: solvertype
Type: text
Name: maininputfiletokens
Type: text

Outputs: Name: simulations Type: link

Now Simulations can be created from an Archive file using a worker SIMULATIONS CREATE FROM ARCHIVE FILE.

SIMULATION_CREATE_FROM_ARCHIVE worker now supports 7z files both in Linux and Mac.

New option Directory tokens added to SIMULATIONS_CREATE_FROM_ARCHIVE_FILE worker in Workflows.

History data is now correctly imported in SIMULATIONS_CREATE_FROM_ARCHIVE_FILE worker.

The default value for ‘Input file tokens’ now has X Point which will allow LS-OPT input variables to be included in SIMULATIONS_CREATE_FROM_ARCHIVE_FILE worker.

^{Input File Tokens}

New option ‘Simulation name prefix’ is now added to the SIMULATIONS_CREATE_FROM_ARCHIVE_FILE worker.

*SIMULATION_FILE_EDITOR¶

In worker inputs, when Remote lookup Type is chosen as attachments and an attachment is chosen, check to see if any file input is dependent on this attachment.

*SIMULATION_ADD_INCLUDE_FILE¶

Description:: We can add and include a file in simulation using this worker.

Syntax: simulation_add_include_file(add_file)

Inputs: - Name: simulation id - Type: text

Name: include file
Type: file select
Name: offset number
Type: text
Name: mass scale factor
Type: text

Outputs: Name: simulation id Type: link

16.34. 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:: Extracts D3HSP Responses for simulation in workflow

Syntax: d3hsp_extract(typeof_extraction)

Inputs: - Name: typeof_extraction - Type: select - Default: summary

Outputs: Name: extracted responses Type: bulk

New option Material curves used by pid is available in D3HSP_EXTRACTOR worker for D3HSP Extraction.

*D3HSP_EXTRACTOR¶

Description:

Syntax: d3hsp_extractor(filter)

Inputs: - Name: filter - Type: string

Outputs: Name: results Type: string

16.35. 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:

16.36. 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:

16.37. 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

16.38. 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

16.39. 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

16.40. 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

16.41. Image Workers¶

Following are the workers for this group of workers

*IMAGE_TO_TEXT¶

Added new worker IMAGE_TO_TEXT which converts Image to Text and the output can be viewed in the text viewer.

*IMAGE_CLASSIFIER¶

In Image Classifier, uploaded Image supports various context menu options.

Image Classifier worker now allows to select multiple images input to annotate in the workflow

*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:

16.42. 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

16.43. 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_BY_CONFIG worker now has Verify , Preview and Stop options while executing worker

Preview button for Job_Submit worker now supports vector, scalar, dataset, image, movie, set, key value, bulk types of responses.

*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

16.44. 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

In workflow, SIMULATON_CREATE_FROM_FILE worker supports adding multiple files for input.

*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:

16.45. Physicaltest Workers¶

Following are the workers for this group of workers

*PHYSICALTEST_MERGE_RESPONSES¶

PHYSICALTEST_MERGE_RESPONSES worker now can report the offsets (Merge Information) which can later be used in Workflows.

*PHYSICALTEST_GET_META_DATA¶

PHYSICALTEST_GET_META_DATA worker is added to get meta-data for a test in Workflows.

*PHYSICALTEST_NHTSA_DATA_IMPORTER¶

PHYSICALTEST_NHTSA_DATA_IMPORTER directly imports the NHTSA test data and imports multiple tests when the test-id is separated by commas.

PHYSICALTEST_NHTSA_DATA_IMPORTER worker now has logs to support in case of errors while executing Worker.

Added new worker PHYSICALTEST_SYNC_TIMEHISTORIES in Workflows

*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_HAS_RESPONSE_BY_NAME worker now supports all search locations in Workflows.

*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 MAP RESPONSES worker is executed completely when the delimiter :: is used in the input.

PHYSICALTEST MAP RESPONSES has scaling factor for Y- values based on unit system and PHYSICALTEST WORKER has unit conversion to replace old constant X and Y translations.

*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,name_from,name_mapper,name_overwrite_attr)

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
Name: name_from
Type: text
Name: name_mapper
Type: mapper
Name: name_overwrite_attr
Type: text

Outputs: Name: Physical test Type: integer Name: Number of Responses Type: integer Name: Type: dataset Name: Type: responsetemplate Name: Type: dataset

X_SF and Y_SF is now supported while importing MME data in PHYSICALTEST_MME_DATA worker.

In ISO_MME worker zip file, now we are able to extract all responses from .veh and .occ files.

*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

16.46. 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