#ifndef PROMATERIAL_H
#define PROMATERIAL_H
#include <ProToolkit.h>
#include <ProObjects.h>
#include <ProParamval.h>
#include <ProMdlUnits.h>
typedef struct pro_material
{
ProName matl_name;
ProSolid part;
} ProMaterial;
typedef struct pro_material_props
{
double young_modulus;
double poisson_ratio;
double shear_modulus;
double mass_density;
double therm_exp_coef;
double therm_exp_ref_temp;
double struct_damp_coef;
double stress_lim_tension;
double stress_lim_compress;
double stress_lim_shear;
double therm_conductivity;
double emissivity;
double specific_heat;
double hardness;
ProName condition;
double init_bend_y_factor;
ProName bend_table;
} ProMaterialProps, ProMaterialdata;
typedef enum
{
PRO_MATPROP_TYPE = 0, /*Enumeration, see ProMtrlType */
PRO_MATPROP_MATERIAL_DESCRIPTION, /*String*/
PRO_MATPROP_FAILURE_CRITERION_TYPE, /*String*/
PRO_MATPROP_FATIGUE_TYPE, /*String*/
PRO_MATPROP_FATIGUE_MATERIAL_TYPE, /*String*/
PRO_MATPROP_FATIGUE_MATERIAL_FINISH, /*String*/
PRO_MATPROP_FATIGUE_STRENGTH_REDUCTION_FACTOR, /*Double*/
PRO_MATPROP_TSAI_WU_INTERACTION_TERM_F12, /*Double*/
PRO_MATPROP_TENSILE_YIELD_STRESS, /*Double*/
PRO_MATPROP_TENSILE_ULTIMATE_STRESS_ST1, /*Double*/
PRO_MATPROP_TENSILE_ULTIMATE_STRESS_ST2, /*Double*/
PRO_MATPROP_COMPRESSION_ULTIMATE_STRESS_SC1, /*Double*/
PRO_MATPROP_COMPRESSION_ULTIMATE_STRESS_SC2, /*Double*/
PRO_MATPROP_POISSON_RATIO_NU21, /*Double*/
PRO_MATPROP_POISSON_RATIO_NU31, /*Double*/
PRO_MATPROP_POISSON_RATIO_NU32, /*Double*/
PRO_MATPROP_YOUNG_MODULUS_E1, /*Double*/
PRO_MATPROP_YOUNG_MODULUS_E2, /*Double*/
PRO_MATPROP_YOUNG_MODULUS_E3, /*Double*/
PRO_MATPROP_SHEAR_MODULUS_G12, /*Double*/
PRO_MATPROP_SHEAR_MODULUS_G13, /*Double*/
PRO_MATPROP_SHEAR_MODULUS_G23, /*Double*/
PRO_MATPROP_THERMAL_EXPANSION_COEFFICIENT_A1, /*Double*/
PRO_MATPROP_THERMAL_EXPANSION_COEFFICIENT_A2, /*Double*/
PRO_MATPROP_THERMAL_EXPANSION_COEFFICIENT_A3, /*Double*/
PRO_MATPROP_THERMAL_CONDUCTIVITY_K1, /*Double*/
PRO_MATPROP_THERMAL_CONDUCTIVITY_K2, /*Double*/
PRO_MATPROP_THERMAL_CONDUCTIVITY_K3, /*Double*/
PRO_MATPROP_HARDNESS_TYPE, /*String*/
PRO_MATPROP_XHATCH_FILE, /*String*/
PRO_MATPROP_STRESS_LIMIT_FOR_FATIGUE, /*Double*/
PRO_MATPROP_TEMPERATURE, /*Double*/
PRO_MATPROP_YOUNG_MODULUS, /*Double*/
PRO_MATPROP_POISSON_RATIO, /*Double*/
PRO_MATPROP_MASS_DENSITY, /*Double*/
PRO_MATPROP_THERMAL_EXPANSION_COEFFICIENT, /*Double*/
PRO_MATPROP_TENSILE_ULTIMATE_STRESS, /*Double*/
PRO_MATPROP_COMPRESSION_ULTIMATE_STRESS, /*Double*/
PRO_MATPROP_SHEAR_ULTIMATE_STRESS, /*Double*/
PRO_MATPROP_THERMAL_CONDUCTIVITY, /*Double*/
PRO_MATPROP_SPECIFIC_HEAT, /*Double*/
PRO_MATPROP_HARDNESS, /*Double*/
PRO_MATPROP_CONDITION, /*String*/
PRO_MATPROP_INITIAL_BEND_Y_FACTOR, /*Double*/
PRO_MATPROP_BEND_TABLE, /*String*/
PRO_MATPROP_SHEAR_MODULUS, /*Double*/
PRO_MATPROP_THERM_EXPANSION_REF_TEMPERATURE, /*Double*/
PRO_MATPROP_STRUCTURAL_DAMPING_COEFFICIENT, /*Double*/
PRO_MATPROP_EMISSIVITY, /*Double*/
PRO_MATPROP_COST_TYPE, /*double*/
PRO_MATPROP_FATIGUE_CUT_OFF_CYCLES, /*Double*/
PRO_MATPROP_STRESS_LIMIT_FOR_TENSION, /*Double*/
PRO_MATPROP_STRESS_LIMIT_FOR_COMPRESSION, /*Double*/
PRO_MATPROP_STRESS_LIMIT_FOR_SHEAR, /*Double*/
PRO_MATPROP_MODEL, /*String*/
PRO_MATPROP_SUB_TYPE, /*String*/
PRO_MATPROP_MODEL_DEF_BY_TESTS, /*Boolean*/
PRO_MATPROP_MODEL_COEF_MU, /*Double*/
PRO_MATPROP_MODEL_COEF_LM, /*Double*/
PRO_MATPROP_MODEL_COEF_C01, /*Double*/
PRO_MATPROP_MODEL_COEF_C02, /*Double*/
PRO_MATPROP_MODEL_COEF_C10, /*Double*/
PRO_MATPROP_MODEL_COEF_C11, /*Double*/
PRO_MATPROP_MODEL_COEF_C20, /*Double*/
PRO_MATPROP_MODEL_COEF_C30, /*Double*/
PRO_MATPROP_MODEL_COEF_D, /*Double*/
PRO_MATPROP_MODEL_COEF_D1, /*Double*/
PRO_MATPROP_MODEL_COEF_D2, /*Double*/
PRO_MATPROP_MODEL_COEF_D3, /*Double*/
PRO_MATPROP_HARDENING, /*Double*/
PRO_MATPROP_HARDENING_DEF_BY_TESTS, /*Boolean*/
PRO_MATPROP_TANGENT_MODULUS, /*Double*/
PRO_MATPROP_MODIFIED_MODULUS, /*Double*/
PRO_MATPROP_POWER_LAW_EXPONENT, /*Double*/
PRO_MATPROP_EXP_LAW_EXPONENT, /*Double*/
PRO_MATPROP_HARDENING_LIMIT, /*Double*/
PRO_MATPROP_THERMAL_SOFTENING_COEF, /*Double*/
PRO_MATPROP_MECHANISMS_DAMPING, /*Double*/
PRO_MATPROP_FLUID_VISCOSITY, /*Double*/
PRO_MATPROP_SPECIFICATION, /*String*/
PRO_MATPROP_FABRIC_ARCHITECTURE, /*String*/
PRO_MATPROP_CONSTIT_FIBER_ANGLES, /*List*/
PRO_MATPROP_CURED_THICKNESS, /*Double*/
PRO_MATPROP_UNCURED_THICKNESS, /*Double*/
PRO_MATPROP_ROLL_WIDTH, /*Double*/
PRO_MATPROP_WARN_ANGLE, /*Double*/
PRO_MATPROP_LIMIT_ANGLE, /*Double*/
PRO_MATPROP_AREAL_MASS, /*Double*/
PRO_MATPROP_AREAL_COST, /*Double*/
PRO_MATPROP_MAX_TYPE
} ProMaterialPropertyType;
typedef enum
{
PRO_MATERIAL_TYPE_UNKNOWN = 0,
PRO_MATERIAL_TYPE_STRUCTURAL_ISOTROPIC = (1 << 0),
PRO_MATERIAL_TYPE_STRUCTURAL_ORTHOTROPIC = (1 << 1),
PRO_MATERIAL_TYPE_STRUCTURAL_TRANS_ISOTROPIC = (1 << 2),
PRO_MATERIAL_TYPE_THERMAL_ISOTROPIC = (1 << 3),
PRO_MATERIAL_TYPE_THERMAL_ORTHOTROPIC = (1 << 4),
PRO_MATERIAL_TYPE_THERMAL_TRANS_ISOTROPIC = (1 << 5),
PRO_MATERIAL_TYPE_FLUID = (1 << 7)
} ProMtrlType;
/* values for failure and fatigue properties */
#define PRO_MATERIAL_FAILURE_NONE L"NONE"
#define PRO_MATERIAL_FAILURE_DISTORTION_ENERGY L"DISTORTION ENERGY (VON MISES)"
#define PRO_MATERIAL_FAILURE_MAX_SHEAR_STRESS L"MAXIMUM SHEAR STRESS (TRESCA)"
#define PRO_MATERIAL_FAILURE_MODIFIED_MOHR L"MODIFIED MOHR"
#define PRO_MATERIAL_FAILURE_MAX_STRAIN L"MAXIMUM STRAIN"
#define PRO_MATERIAL_FAILURE_MAX_STRESS L"MAXIMUM STRESS"
#define PRO_MATERIAL_FAILURE_TSAI_WU L"TSAI-WU"
#define PRO_MATERIAL_FATIGUE_TYPE_NONE L"NONE"
#define PRO_MATERIAL_FATIGUE_TYPE_UML L"UNIFIED MATERIAL LAW (UML)"
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_UNKNOWN L"UNKNOWN"
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_TITANIUM_ALLOYS L"TITANIUM"
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_ALUMINIUM_ALLOYS L"ALUMINIUM"
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_FERROUS L"FERROUS"
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_OTHER L"OTHER"
/* Following two fatigue material types are no longer supported.*/
/* Use PRO_MATERIAL_FATIGUE_MAT_TYPE_FERROUS instead */
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_UNALLOYED_STEELS L"UNALLOYED STEELS"
#define PRO_MATERIAL_FATIGUE_MAT_TYPE_LOW_ALLOY_STEELS L"LOW ALLOY STEELS"
#define PRO_MATERIAL_FATIGUE_FINISH_POLISHED L"POLISHED"
#define PRO_MATERIAL_FATIGUE_FINISH_GROUND L"GROUND"
#define PRO_MATERIAL_FATIGUE_FINISH_GOOD_MACHINED L"GOOD MACHINED"
#define PRO_MATERIAL_FATIGUE_FINISH_AVERAGE_MACHINED L"AVERAGE MACHINED"
#define PRO_MATERIAL_FATIGUE_FINISH_POOR_MACHINED L"POOR MACHINED"
#define PRO_MATERIAL_FATIGUE_FINISH_HOT_ROLLED L"HOT ROLLED"
#define PRO_MATERIAL_FATIGUE_FINISH_CAST L"CAST"
#define PRO_MATERIAL_FATIGUE_FINISH_COLD_ROLLED L"COLD ROLLED"
/* Following five fatigue material types are no longer supported */
#define PRO_MATERIAL_FATIGUE_FINISH_FORGED L"FORGED"
#define PRO_MATERIAL_FATIGUE_FINISH_WATER_CORRODED L"WATER CORRODED"
#define PRO_MATERIAL_FATIGUE_FINISH_SEA_WATER_CORRODED L"SEA WATER CORRODED"
#define PRO_MATERIAL_FATIGUE_FINISH_NITIRIDED L"NITRIDED"
#define PRO_MATERIAL_FATIGUE_FINISH_SHOT_PEENED L"SHOT PEENED"
#define PRO_MATERIAL_MODEL_ARRUDA_BOYCE L"ARRUDA-BOYCE"
#define PRO_MATERIAL_MODEL_MOONEY_RIVLIN L"MOONEY-RIVLIN"
#define PRO_MATERIAL_MODEL_NEO_HOOKEAN L"NEO-HOOKEAN"
#define PRO_MATERIAL_MODEL_POLYNOMIAL L"POLYNOMIAL ORDER 2"
#define PRO_MATERIAL_MODEL_REDUCED_POLYNOMIAL L"REDUCED POLY. ORDER 2"
#define PRO_MATERIAL_MODEL_YEOH L"YEOH"
#define PRO_MATERIAL_HARDENING_PERFECT_PLASTICITY L"PERFECT PLASTICITY"
#define PRO_MATERIAL_HARDENING_LINEAR_HARDENING L"LINEAR HARDENING"
#define PRO_MATERIAL_HARDENING_POWER_LAW L"POWER LAW"
#define PRO_MATERIAL_HARDENING_EXPONENTIAL_LAW L"EXPONENTIAL LAW"
#define PRO_MATERIAL_SUB_TYPE_LINEAR L"LINEAR"
#define PRO_MATERIAL_SUB_TYPE_HYPERELASTIC L"HYPERELASTIC"
#define PRO_MATERIAL_SUB_TYPE_ELASTOPLASTIC L"ELASTOPLASTIC"
#define PRO_MATERIAL_ARCHITECTURE_UNIDIRECTIONAL L"UNIDIRECTIONAL"
#define PRO_MATERIAL_ARCHITECTURE_STITCHED L"STITCHED"
#define PRO_MATERIAL_ARCHITECTURE_WOVEN L"WOVEN"
#define PRO_MATERIAL_ARCHITECTURE_CORE L"CORE"
PRO_BEGIN_C_DECLS
extern ProError ProPartMaterialsGet (ProSolid part,
ProName **p_matl_names_arr);
/*
Purpose: Gets the array of material names existing in the part.
Input Arguments:
part - The part.
Output Arguments:
p_matl_names_arr - The material names array. You must preallocate this
array using the function <b>ProArrayAlloc()</b>.
Return Values:
PRO_TK_NO_ERROR - The function successfully returned the material
names.
PRO_TK_BAD_INPUTS - The input argument is invalid.
See Also:
ProArrayAlloc()
*/
extern ProError ProMaterialCreate (ProSolid part,
ProName matl_name,
ProMaterialdata *p_matl_data,
ProMaterial *p_material);
/*
Purpose: Creates a material of the specified name in the part.
Input Arguments:
part - The part
matl_name - The material name
p_matl_data - The material properties to set. This argument is
deprecated. Pass NULL to create an empty material item
whose properties can be set by ProMaterialPropertySet.
Output Arguments:
p_material - The resultant material handle
Return Values:
PRO_TK_NO_ERROR - The function successfully created the material in the
part.
PRO_TK_E_FOUND - The material name already exists.
PRO_TK_BAD_INPUTS - One or more of the input arguments are invalid.
See Also:
ProModelitemByNameInit()
ProMaterialPropertySet()
*/
extern ProError ProMaterialDataSet (ProMaterial *p_material,
ProMaterialdata *p_matl_data);
/*
Purpose: This function is deprecated. Use ProMaterialPropertySet() for the
individual material properties that should be defined in this
material.
<P><B> Note:</B></P> If the material's type is not entirely
isotropic, this function will create only those properties which
are not dependent on type. It will not change the type of the
material.
<P>Sets the material properties.
Input Arguments:
p_material - The material handle
p_matl_data - The material properties to set. Note: the material values
must all fall within the correct ranges. The values are
assumed to be in the units of the owner model for the
material, regardless of the units used by the property
within this material.
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully set the values.
PRO_TK_BAD_INPUTS - One or more of the arguments are invalid.
*/
extern ProError ProMaterialDataGet (ProMaterial *p_material,
ProMaterialdata *p_matl_data);
/*
Purpose: This function is deprecated. Use ProMaterialPropertyGet() for the
individual material properties that should be defined in this
material.
<P> Gets the material properties for the specified material in the
part.
Input Arguments:
p_material - The handle to the part material.
Output Arguments:
p_matl_data - The material properties. Note: the values returned are in
the units of the owner model for the material, regardless
of the units used by the property within this material.
Return Values:
PRO_TK_NO_ERROR - The function successfully retrieved the information.
PRO_TK_INVALID_TYPE - The model handle you passed to the function is
not a part.
PRO_TK_BAD_INPUTS - Either the part or material properties is NULL.
PRO_TK_INVALID_NAME - The material name you specified is invalid (for
example, if you passed NULL).
PRO_TK_E_NOT_FOUND - The specified material name was not found in the
part.
*/
extern ProError ProMaterialCurrentSet (ProMaterial *p_material);
/*
Purpose: Sets the specified material to be current. This material will be
used to analyze calculations of the part.
<p><b>Note: </b>By default, while assigning a material to a
sheetmetal part, the function ProMaterialCurrentSet() modifies the
values of the sheetmetal properties such as Y factor and/or bend
table as per the material file definition. This triggers a
regeneration and a modification of the developed length
calculations of the sheetmetal part. However, you can avoid this
behavior by setting the value of the config option
"material_update_smt_bend_table" to "never_replace".
Input Arguments:
p_material - The material handle
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully set the specified material
as current.
PRO_TK_BAD_INPUTS - The argument is invalid.
*/
extern ProError ProMaterialCurrentGet (ProSolid part,
ProMaterial *p_material);
/*
Purpose: Gets the current material setting for the part.
Input Arguments:
part - The part
Output Arguments:
p_material - The handle to the current material
Return Values:
PRO_TK_NO_ERROR - The function successfully retrieved the information.
PRO_TK_BAD_INPUTS - The input argument is invalid.
PRO_TK_E_NOT_FOUND - No material was set.
*/
extern ProError ProMaterialDelete (ProMaterial *p_material);
/*
Purpose: Deletes the specified material from the part's database.
Input Arguments:
p_material - The material to delete
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully deleted the material.
PRO_TK_BAD_INPUTS - You specified an invalid material handle.
*/
extern ProError ProMaterialfileRead (ProSolid part,
ProName matl_name);
/*
Purpose: Reads the named material properties from file and adds (or
updates) the specified material name to the part's database.
Input Arguments:
part - The part
matl_name - The name of the material properties (without the
extension). The function will look for 'matl_name'.mtl (a
modern material file) first, and then 'matl_name'.mat.
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully read the material to the
part.
PRO_TK_INVALID_TYPE - The model handle you passed to the function is
not a part.
PRO_TK_GENERAL_ERROR - There is an error in the material properties
file.
PRO_TK_E_NOT_FOUND - The specifed file was not found on the drive.
*/
extern ProError ProMaterialfileWrite (ProMaterial *p_material,
ProFileName out_matl_file);
/*
Purpose: Writes the specified part material to a file.
Input Arguments:
p_material - The material handle
out_matl_file - The output material file name
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully wrote out a material file
for the specified material.
PRO_TK_BAD_INPUTS - One or more of the arguments are invalid.
PRO_TK_BAD_CONTEXT - The function is not available in Design Test Mode.
*/
extern ProError ProMaterialDescriptionSet (ProMaterialItem *p_material,
wchar_t *description);
/*
Purpose: Set the material description
Input Arguments:
p_material - The material
description - The new material description. Maximum acceptable
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function succeded.
PRO_TK_BAD_INPUTS - One or more arguments is invalid.
PRO_TK_LINE_TOO_LONG - The length of the description is more than
PRO_LINE_SIZE - 1.
PRO_TK_GENERAL_ERROR - An error occurred during setting of description
*/
extern ProError ProMaterialDescriptionGet (ProMaterialItem *p_material,
wchar_t **p_description);
/*
Purpose: Get the material description
Input Arguments:
p_material - The material
Output Arguments:
p_description - The material description. Free this using
ProWstringFree().
Return Values:
PRO_TK_NO_ERROR - The function succeeded.
PRO_TK_BAD_INPUTS - One or more arguments is invalid.
PRO_TK_GENERAL_ERROR - An error occurred during obtaining of
description
*/
extern ProError ProMaterialPropertySet (ProMaterialItem *p_material,
ProMaterialPropertyType prop_type,
ProParamvalue *p_value,
ProUnititem *p_units);
/*
Purpose: Create or set a material property value.
<P>The following combinations of arguments are permitted for
p_value and p_units:<table border=1 cellpadding=0>
<tr> <td><p align=center><b>p_value</b></p></td> <td><p
align=center><b>p_units</b></p></td> <td><p align=center><b>Is the
property created in the material already?</b></p></td> <td><p
align=center><b>Result</b></p></td></tr>
<tr> <td><p align=center>Any value</p></td> <td><p
align=center>Appropriate units for this property, or NULL, if the
property is unitless</p></td> <td><p align=center>NO</p></td>
<td><p align=center>Property is created with the given units and
value.</p></td> </tr>
<tr> <td><p align=center>Any value</p></td> <td><p
align=center>NULL</p></td> <td><p align=center>NO</p></td> <td><p
align=center>Property is created with the given value using the
appropriate units from the owner model.</p></td> </tr>
<tr> <td><p align=center>Any value</p></td> <td><p
align=center>Current units for this property, or NULL, if the
property is unitless</p></td> <td><p align=center>YES</p></td>
<td><p align=center>Property value is changed to the new
value.</p></td> </tr>
<tr> <td><p align=center>Any value</p></td> <td><p
align=center>NULL</p></td> <td><p align=center>YES</p></td> <td><p
align=center>Property value is changed to the new value (which is
interpreted as being in the units from the owner model)</p></td>
</tr>
<tr> <td><p align=center>The current value</p></td> <td><p
align=center >New appropriate units</p></td> <td><p align=center
>YES</p></td> <td><p align=center >Property units are changed but
the value is interpreted as being for the new units.</p></td>
</tr>
<tr> <td><p align=center >NULL</p></td> <td><p align=center >New
appropriate units</p></td> <td><p align=center >YES</p></td>
<td><p align=center >Property units are changed and the current
value is converted to the new units.</p></td> </tr></table>
Input Arguments:
p_material - The material.
prop_type - The material property type.
p_value - The material property value. Can be NULL, see the table
above.
p_units - The material property units. Can be NULL, see the table
above.
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function succeeded.
PRO_TK_BAD_INPUTS - One or more arguments is invalid.
PRO_TK_BAD_CONTEXT - This property cannot be created on the material
(because other properties assigned to the material
already do not permit it).
PRO_TK_NOT_VALID - The new value for the property lies outside the
permitted ranges for the property.
PRO_TK_INVALID_TYPE - The new units for the property are not correct
for this property type.
PRO_TK_CANT_MODIFY - Cannot change the value of the property because it
is driven by a parameter, relation or function.
PRO_TK_GENERAL_ERROR - The value type is incorrect for the property.
*/
extern ProError ProMaterialPropertyDelete (ProMaterialItem *p_material,
ProMaterialPropertyType prop_type);
/*
Purpose: Remove a material property.
Input Arguments:
p_material - The material.
prop_type - The material property type.
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function succeeded.
PRO_TK_BAD_INPUTS - One or more arguments is invalid.
PRO_TK_E_NOT_FOUND - This property does not exist on the material.
PRO_TK_BAD_CONTEXT - This property cannot be deleted on the material
(because other properties assigned to the material
already do not permit it).
*/
extern ProError ProMaterialPropertyGet (ProMaterialItem *p_material,
ProMaterialPropertyType prop_type,
ProParamvalue *p_value,
ProUnititem *p_units);
/*
Purpose: Get the value and units for the material property
Input Arguments:
p_material - The material.
prop_type - The material property type.
Output Arguments:
p_value - The material property value.
p_units - The units for the value returned.
Return Values:
PRO_TK_NO_ERROR - The function succeeded.
PRO_TK_BAD_INPUTS - One or more arguments is invalid.
PRO_TK_E_NOT_FOUND - The material does not have this property assigned.
PRO_TK_GENERAL_ERROR - An error occurred during obtaining of the
property.
*/
extern ProError ProSolidBodyMaterialSet(ProSolidBody *body, ProMaterial *mtl);
/*
Purpose: Assigns material to body
Input Arguments:
body - body
mtl - material
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR- Function is successful. PRO_TK_BAD_INPUTS- invalid
inputs.
PRO_TK_E_NOT_FOUND - Material is not found in solid.
*/
extern ProError ProSolidBodyMaterialGet(ProSolidBody *body, ProMaterial *mtl);
/*
Purpose: Get material of body
Input Arguments:
body - body
Output Arguments:
mtl - material
Return Values:
PRO_TK_NO_ERROR - Function is successful. PRO_TK_BAD_INPUTS- invalid
inputs.
*/
PRO_END_C_DECLS
#endif