*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

ID	Name	Type	Default	Remarks
1	Type	select		Select Specimen from the list
2	Thickness	scalar		Shell Thickness
3	Elform	scalar		Element Formulation
4	NIP	scalar		Number of Integration Points
5	Mass-Scaled Time Step	scalar		Mass scaling time step
6	Membrane Thinning	scalar		*CONTROL_SHELL ISTUPD parameter
7	V-A-D	select		VAD Load Curve Type
8	Loading Input	select		Load Curve is constant or varying based on Curve
9	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
10	Duration	scalar		CONTROL_TERMINATION
11	Binary Output Frequency	scalar
12	ASCII Output Frequency	scalar
13	Material ID	scalar
14	Material Data	textarea		Material Card
15	IMFLAG	select
16	IMASS	select
17	DT0	scalar
18	ILIMIT	scalar
19	MAXREF	scalar
20	IACC	select
21	Grip Size 0-Default	scalar		Grip to grip distance
22	Additional Keywords	textarea		Add additional keywords (Optional)
23	Gage Width	scalar		Gage width

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_notch_output_1	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

ID	Name	Type	Default	Remarks
1	Type	select		Select Specimen from the list
2	Elform	scalar		Element Formulation
3	Mass-Scaled Time Step	scalar		Mass scaling time step
4	V-A-D	select		VAD Load Curve Type
5	Loading Input	select		Load Curve is constant or varying based on Curve
6	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
7	Duration	scalar		CONTROL_TERMINATION
8	Binary Output Frequency	scalar
9	ASCII Output Frequency	scalar
10	Material ID	scalar
11	Material Data	textarea		Material Card
12	IRATE	select
13	IMFLAG	select
14	IMASS	select
15	DT0	scalar
16	ILIMIT	scalar
17	MAXREF	scalar
18	IACC	select
19	Additional Keywords	textarea		Add additional keywords (Optional)

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_single_solid_element_output_1	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,grip_size0-default,additionalkeywords,gagewidth,gagelength,lcint)

Inputs

ID	Name	Type	Default	Remarks
1	Specimen Type	select		Select Specimen from the list
2	Specimen Thickness	scalar		Shell Thickness
3	Element Formulation Type	scalar		Element Formulation
4	NIP	scalar		Number of Integration Points
5	DT2MS	scalar		Mass scaling time step
6	Membrane Thinning	scalar		*CONTROL_SHELL ISTUPD parameter
7	Velocity - Acceleration - Displacement	select		VAD Load Curve Type
8	Loading Input	select		Load Curve is constant or varying based on Curve
9	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
10	Duration	scalar		CONTROL_TERMINATION
11	Binary Output Frequency	scalar
12	ASCII Output Frequency	scalar
13	Material ID	scalar
14	Material Data	textarea		Material Card
15	IRATE	select
16	IMFLAG	select
17	IMASS	select
18	DT0	scalar
19	ILIMIT	scalar
20	MAXREF	scalar
21	IACC	select
22	Grip Size 0-Default	scalar		Grip to grip distance
23	Additional Keywords	textarea		Add additional keywords (Optional)
24	Gage Width	scalar
25	Gage Length	scalar
26	LCINT	scalar

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_shear_output_1	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

ID	Name	Type	Default	Remarks
1	Type	select		Select Specimen from the list
2	Type	select		Select Specimen from the list
3	Elform	scalar		Element Formulation
4	Mass-Scaled Time Step	scalar		Mass scaling time step
5	V-A-D	select		VAD Load Curve Type
6	Loading Input	select		Load Curve is constant or varying based on Curve
7	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
8	Duration	scalar		CONTROL_TERMINATION
9	Binary Output Frequency	scalar
10	ASCII Output Frequency	scalar
11	Material ID	scalar
12	Material Data	textarea		Material Card
13	IRATE	select
14	IMFLAG	select
15	IMASS	select
16	DT0	scalar
17	ILIMIT	scalar
18	MAXREF	scalar
19	IACC	select
20	Additional Keywords	textarea		Add additional keywords (Optional)
21	Element Type	select		Type of element used for discretization

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_cube_solid_output_1	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

ID	Name	Type	Default	Remarks
1	Elform	scalar		Element Formulation
2	Mass-Scaled Time Step	scalar		Mass scaling time step
3	V-A-D	select		VAD Load Curve Type
4	Loading Input	select		Load Curve is constant or varying based on Curve
5	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
6	Duration	scalar		CONTROL_TERMINATION
7	Binary Output Frequency	scalar
8	ASCII Output Frequency	scalar
9	Material ID	scalar
10	Material Data	textarea		Material Card
11	IRATE	select
12	IMFLAG	select
13	IMASS	select
14	DT0	scalar
15	ILIMIT	scalar
16	MAXREF	scalar
17	IACC	select
18	Additional Keywords	textarea		Add additional keywords (Optional)
19	Element Length	select

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_ball_impact_output_1	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

ID	Name	Type	Default	Remarks
1	Type	select		Select Specimen from the list
2	Sheet Metal-1 Thickness	scalar
3	Sheet Metal-2 Thickness	scalar		Sheet metal-1 Thickness
4	Sheet Metal Elform	scalar		Sheet metal Element Formulation
5	Sheet-metal 1 MID	scalar		Sheet-metal 1 HAZ Material ID
6	S1HM	scalar		Sheet-metal 1 HAZ Material ID
7	S2MI	scalar		Sheet-metal 2 Material ID
8	S2HMI	scalar		Sheet-metal 2 HAZ Material ID
9	Spotweld Material MID	scalar
10	Loading Direction	select
11	Loading Displacement	scalar
12	End Time	scalar		CONTROL_TERMINATION
13	Binary Output Frequency	scalar
14	ASCII Output Frequency	scalar
15	Material Data	textarea		Material Card
16	Additional Keywords	textarea		Addition Keywords (Optional)

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_ksii_output_1	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,lcint)

Inputs

ID	Name	Type	Default	Remarks
1	Specimen Type	select		Select Specimen from the list
2	Specimen Thickness	scalar		Shell Thickness
3	Elform	scalar		Element Formulation
4	NIP	scalar		Number of Integration Points
5	Mass-Scaled Time Step	scalar		Mass scaling time step
6	Membrane Thinning	scalar		*CONTROL_SHELL ISTUPD parameter
7	V-A-D	select		VAD Load Curve Type
8	Loading Input	select		Load Curve is constant or varying based on Curve
9	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
10	Duration	scalar		CONTROL_TERMINATION
11	Binary Output Frequency	scalar
12	ASCII Output Frequency	scalar
13	Material ID	scalar
14	Material Data	textarea		Material Card
15	IMFLAG	select
16	IMASS	select
17	DT0	scalar
18	ILIMIT	scalar
19	MAXREF	scalar
20	IACC	select
21	FS	scalar		Static Friction
22	FD	scalar		Dynamic Friction
23	Additional Keywords	textarea		Addition Keywords (Optional)
24	Punch Diameter	scalar		Punch diameter
25	Specimen Diameter	scalar		Specimen diameter
26	LCINT	scalar		Number of points to discretize the curves in *CONTROL_OUTPUT

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_punch_output_1	text

*MATERIAL_SPECIMEN_GENERATOR_JOINING_ADHESIVE

Description: Material specimen generator. Only add material information. MID=4

Syntax: material_specimen_generator_joining_adhesive(additionalkeywords)

Inputs

ID	Name	Type	Default	Remarks
1	Additional Keywords	textarea

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_joining_adhesive_output_1	text

*MATERIAL_SPECIMEN_GENERATOR_CONE_PUSH

Description: Cone-push specimen generator

Syntax: material_specimen_generator_cone_push(type,specimen_thickness,cone_thickness,elform,ni_p,membrane_thinning,duration,mass-scaled_time_step,velocity-acceleration-displacement,loading_input_type,displacementor_velocityor_acceleration_value,dtbi_n,ascii_output_frequency,specimen_mid,material_data,specimen_nofail_mid,spec_nofail_material_data,imfla_g,imas_s,d_t0,ilimi_t,maxre_f,iac_c,hxsf,odxsf,additionalkeywords)

Inputs

ID	Name	Type	Default	Remarks
1	Choose Specimen Type	select		Select Specimen from the list
2	Specimen Thickness	scalar		Sheetmetal thickness as used in the test
3	Cone Thickness	scalar		Cone thickness as used in the test
4	Specimen Elform	scalar		Element Formulation
5	Specimen NIP	scalar		Number of Integration Points through the thickness
6	Membrane Thinning	scalar		*CONTROL_SHELL ISTUPD parameter
7	Duration	scalar		End time of the solution that is specified in *CONTROL_TERMINATION
8	Mass-Scaled Time Step	scalar		Mass scaling time step
9	V-A-D	select		VAD Load Curve Type
10	Loading Input	select		Load Curve is constant or varying based on Curve
11	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
12	Binary Output Frequency	scalar		D3PLOT frequency
13	ASCII Output Frequency	scalar
14	Specimen Material ID	scalar		Material ID that matches with the material data specified in the next field
15	Material Data	textarea		Material Card
16	Specimen Nofail Mid	scalar		The constrained material with different properties can be specified here
17	Spec Nofail Material Data	textarea		No failure material card can be specified
18	IMFLAG	select
19	IMASS	select
20	DT0	scalar		DTO
21	ILIMIT	scalar
22	MAXREF	scalar
23	IACC	select
24	Hxsf	scalar		Default hole size is 20mm. You can scale this using this scale factor. Please note the mesh length will change so this factor is assumed to be small to match the tolerances in the test
25	Odxsf	scalar		Default Outer diameter size is 90mm. You can scale this using this scale factor. Please note the mesh length will change so this factor is assumed to be small to match the tolerances in the test
26	Additional Keywords	textarea		Add additional keywords (Optional)

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_uniaxial_output_1	text

*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,extensometerlength,lcint,custom)

Inputs

ID	Name	Type	Default	Remarks
1	Choose Specimen Type	select		Select Specimen from the list
2	Thickness	scalar		Shell Thickness
3	Elform	scalar		Element Formulation
4	NIP	scalar		Number of Integration Points
5	Mass-Scaled Time Step	scalar		Mass scaling time step
6	Membrane Thinning	scalar		*CONTROL_SHELL ISTUPD parameter
7	V-A-D	select		VAD Load Curve Type
8	Loading Input	select		Load Curve is constant or varying based on Curve
9	Displacement Or Velocity Or Acceleration Value	scalar		Loading input based on type
10	Duration	scalar		CONTROL_TERMINATION
11	Binary Output Frequency	scalar
12	ASCII Output Frequency	scalar
13	Material ID	scalar
14	Material Data	textarea		Material Card
15	IMFLAG	select
16	IMASS	select
17	DT0	scalar		DTO
18	ILIMIT	scalar
19	MAXREF	scalar
20	IACC	select
21	GS0TE	scalar		Grip to grip distance
22	Additional Keywords	textarea		Add additional keywords (Optional)
23	Gage Width	scalar		If zero, default will be used based on the specimen type
24	Gage Length	scalar		If zero, default will be used based on the specimen type
25	Extensometer Length	scalar		If Zero, default value will be used based on the specimen type
26	Lcint	scalar		Number of points to use for curve digitization
27	Custom Specimen	textarea		Custom specimen using a PHP-Smarty Template

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_uniaxial_output_1	text

*MATERIAL_SPECIMEN_GENERATOR_DROP_TOWER

Description: Drop tower specimen generator

Syntax: material_specimen_generator_drop_tower(type,specimen_thickness,drop_specimen_thickness,elform,ni_p,membrane_thinning,duration,mass-scaled_time_step,dtbi_n,ascii_output_frequency,specimen_mid,material_data,nf_specimen_mid,nf_specimen_material_data,ssf,dsf,additionalkeywords)

Inputs

ID	Name	Type	Default	Remarks
1	Choose Specimen Type	select		Select Specimen from the list
2	Specimen Thickness	scalar		Sheetmetal thickness as used in the test
3	Drop Thickness	scalar		Drop Specimen thickness as used in the test
4	Specimen Elform	scalar		Element Formulation
5	Specimen NIP	scalar		Number of Integration Points through the thickness
6	Membrane Thinning	scalar		*CONTROL_SHELL ISTUPD parameter
7	Duration	scalar		End time of the solution that is specified in *CONTROL_TERMINATION
8	Mass-Scaled Time Step	scalar		Mass scaling time step
9	Binary Output Frequency	scalar		D3PLOT frequency
10	ASCII Output Frequency	scalar
11	Specimen Material ID	scalar		Material ID that matches with the material data specified in the next field
12	Material Data	textarea		Material Card
13	Nf Specimen Mid	scalar		Material ID that matches with the material data specified in the next field
14	No-failure Material Data	textarea		No-failure Material Card
15	Ssf	scalar		Default hole size is 37.5 mm. You can scale this using this scale factor. Please note the mesh length will change so this factor is assumed to be small to match the tolerances in the test
16	Dsf	scalar		Default diameter size is 12.6 mm. You can scale this using this scale factor. Please note the mesh length will change so this factor is assumed to be small to match the tolerances in the test
17	Additional Keywords	textarea		Add additional keywords (Optional)

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_uniaxial_output_1	text

*MATERIAL_SPECIMEN_GENERATOR_PLATE_JOINING_SHEAR

Description: Material specimen generator for plate joining shear

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

Inputs

ID	Name	Type	Default	Remarks
1	Joining Width	scalar
2	Joining With	scalar
3	SMT1	scalar		Sheet metal thickness 1
4	SMT2	scalar		Sheet metal thickness 2
5	Joining Material ID	scalar
6	Max Displacement	scalar
7	Termination Time	scalar
8	Time-history Interval	scalar
9	Binary Output Interval	scalar
10	Joining Material Keyword Data	textarea		Joining material keyword data
11	Additional Data	textarea

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_plate_joining_shear_output_1	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

ID	Name	Type	Default	Remarks
1	Spot-weld Diameter	select
2	Sheet-metal Width	select
3	Sheet-metal Elform	scalar
4	Spot-weld Elform	scalar
5	NIP	scalar
6	P1 Thickness	scalar
7	P2 Thickness	scalar
8	P1 Haz Thickness	scalar
9	P2 Haz Thickness	scalar
10	P1 MID	scalar
11	P2 MID	scalar
12	P1 HAZ MID	scalar
13	P2 HAZ MID	scalar
14	Spot-weld MID	scalar
15	P1 Material Data	textarea
16	P2 Material Data	textarea
17	P1 HAZ Material Data	textarea
18	P2 HAZ Material Data	textarea
19	Spotweld Material Data	textarea
20	Mass-Scaled Time Step	scalar
21	Membrane Thinning	scalar
22	V-A-D	select		Velocity - Acceleration - Displacement
23	Loading Input	select
24	Displacement Or Velocity Or Acceleration Value	scalar		Displacement or Velocity or Acceleration Value
25	Duration	scalar
26	Binary Output Frequency	scalar
27	ASCII Output Frequency	scalar
28	IMFLAG	select
29	IMASS	select
30	DT0	scalar
31	ILIMIT	scalar
32	MAXREF	scalar
33	IACC	select
34	Additional Keywords	textarea

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_joining_spotweld_output_1	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

ID	Name	Type	Default	Remarks
1	Joining Width	scalar
2	Joining With	scalar
3	SMT1	scalar		Sheet metal thickness 1
4	SMT2	scalar		Sheet metal thickness 2
5	Max Displacement	scalar
6	Termination Time	scalar
7	Time-history Output Interval	scalar
8	Binary Output Interval	scalar
9	Joining Material Keyword Data	textarea		Joining material keyword data
10	Additional Data	textarea

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_plate_joining_peel_output_1	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

ID	Name	Type	Default	Remarks
1	Type	select		Cylindrical Specimen Type
2	Elform	scalar		Element Formulation
3	Mass-Scaled Time Step	scalar		Mass scaling time step
4	V-A-D	select		VAD Load Curve Type
5	Loading Input	select		Load Curve is constant or varying based on Curve
6	Displacement Or Velocity Or Acceleration Value	scalar		Displacement Final value
7	Duration	scalar		CONTROL_TERMINATION
8	Binary Output Frequency	scalar
9	ASCII Output Frequency	scalar
10	Material Data	textarea		Material Card
11	IMFLAG	select
12	IMASS	select
13	DT0	scalar
14	ILIMIT	scalar
15	MAXREF	scalar
16	IACC	select
17	Additional Keywords	textarea		Add additional keywords (Optional)

Outputs

ID	Name	Type	Remarks
1	material_specimen_generator_cylinder_output_1	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,drop_test_pattern,linear_compression_pattern,biaxial_compression_pattern,rules_file,test_prefix,dic_uniaxial_comp,dic_shear_comp,dic_punch_comps,test_type_pattern_source,test_type_pattern_location,cone_push_pattern,strain_rate_pattern,dic_notch_comp,dic_ua_eyy_comp)

Inputs

ID	Name	Type	Default	Remarks
1	Excel File	file
2	Format	select
3	Test Type	select
4	Create Physicaltest	select
5	Import Media Files	select
6	Uniaxial Test Identifier	scalar
7	Shear Test Identifier	scalar
8	Punch Test Identifier	scalar
9	Notch Test Identifier	scalar
10	Regularization Test Identifier	scalar
11	R45 Test Identifier	scalar
12	R90 Test Identifier	scalar
13	Drop Test Pattern	scalar
14	Linear Compression Pattern	scalar
15	Bi-axial Compression Pattern	scalar
16	Rules File	file		Excel or CSV file that contains rules
17	Test Prefix	scalar
18	DIC Uniaxial Component	text
19	DIC Shear Component	text
20	DIC Punch Components	text
21	Test Type Pattern Source	select
22	Test Type Pattern Location	select
23	Cone Push Pattern	scalar
24	Strain Rate Pattern	scalar
25	Notch DIC Component	text
26	UDEC	text		Uniaxial DIC EYY Component

Outputs

ID	Name	Type	Remarks
1		dataset
2		dataset
3		dataset
4		dataset
5		dataset
6		dataset
7		dataset
8		dataset
9		dataset
10		dataset
11		dataset
12		dataset