CIP JAVA documentation for class "com.ptc.pfc.pfcPart.MaterialPropertyType"

Class MaterialPropertyType

package com.ptc.pfc.pfcPart; public class MaterialPropertyType implements jxenum

Description

This enumerated type contains the possible types of a material. A material can have independent structural and thermal types.

Field Summary
`static final int`	`_MTL_PROP_FATIGUE_STRENGTH_REDUCTION_FACTOR` Integer value of enum value "MTL_PROP_FATIGUE_STRENGTH_REDUCTION_FACTOR" The fatigue strength reduction factor.
`static final MaterialPropertyType`	`MTL_PROP_FATIGUE_STRENGTH_REDUCTION_FACTOR` Object value of enum value "MTL_PROP_FATIGUE_STRENGTH_REDUCTION_FACTOR" The fatigue strength reduction factor.
`static final int`	`_MTL_PROP_TSAI_WU_INTERACTION_TERM_F12` Integer value of enum value "MTL_PROP_TSAI_WU_INTERACTION_TERM_F12" The Tsai-wu interaction term for failure.
`static final MaterialPropertyType`	`MTL_PROP_TSAI_WU_INTERACTION_TERM_F12` Object value of enum value "MTL_PROP_TSAI_WU_INTERACTION_TERM_F12" The Tsai-wu interaction term for failure.
`static final int`	`_MTL_PROP_TENSILE_YIELD_STRESS` Integer value of enum value "MTL_PROP_TENSILE_YIELD_STRESS" The tensile yield stress.
`static final MaterialPropertyType`	`MTL_PROP_TENSILE_YIELD_STRESS` Object value of enum value "MTL_PROP_TENSILE_YIELD_STRESS" The tensile yield stress.
`static final int`	`_MTL_PROP_TENSILE_ULTIMATE_STRESS_ST1` Integer value of enum value "MTL_PROP_TENSILE_ULTIMATE_STRESS_ST1" The ST1 term of the tensile ultimate stress.
`static final MaterialPropertyType`	`MTL_PROP_TENSILE_ULTIMATE_STRESS_ST1` Object value of enum value "MTL_PROP_TENSILE_ULTIMATE_STRESS_ST1" The ST1 term of the tensile ultimate stress.
`static final int`	`_MTL_PROP_TENSILE_ULTIMATE_STRESS_ST2` Integer value of enum value "MTL_PROP_TENSILE_ULTIMATE_STRESS_ST2" The ST2 term of the tensile ultimate stress.
`static final MaterialPropertyType`	`MTL_PROP_TENSILE_ULTIMATE_STRESS_ST2` Object value of enum value "MTL_PROP_TENSILE_ULTIMATE_STRESS_ST2" The ST2 term of the tensile ultimate stress.
`static final int`	`_MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC1` Integer value of enum value "MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC1" The SC1 term of the compression ultimate stress. Compressive stress values must be negative.
`static final MaterialPropertyType`	`MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC1` Object value of enum value "MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC1" The SC1 term of the compression ultimate stress. Compressive stress values must be negative.
`static final int`	`_MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC2` Integer value of enum value "MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC2" The SC2 term of the compression ultimate stress. Compressive stress values must be negative.
`static final MaterialPropertyType`	`MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC2` Object value of enum value "MTL_PROP_COMPRESSION_ULTIMATE_STRESS_SC2" The SC2 term of the compression ultimate stress. Compressive stress values must be negative.
`static final int`	`_MTL_PROP_POISSON_RATIO_NU21` Integer value of enum value "MTL_PROP_POISSON_RATIO_NU21" The Nu21 term of the Poisson's ratio.
`static final MaterialPropertyType`	`MTL_PROP_POISSON_RATIO_NU21` Object value of enum value "MTL_PROP_POISSON_RATIO_NU21" The Nu21 term of the Poisson's ratio.
`static final int`	`_MTL_PROP_POISSON_RATIO_NU31` Integer value of enum value "MTL_PROP_POISSON_RATIO_NU31" The Nu31 term of the Poisson's ratio.
`static final MaterialPropertyType`	`MTL_PROP_POISSON_RATIO_NU31` Object value of enum value "MTL_PROP_POISSON_RATIO_NU31" The Nu31 term of the Poisson's ratio.
`static final int`	`_MTL_PROP_POISSON_RATIO_NU32` Integer value of enum value "MTL_PROP_POISSON_RATIO_NU32" The Nu32 term of the Poisson's ratio.
`static final MaterialPropertyType`	`MTL_PROP_POISSON_RATIO_NU32` Object value of enum value "MTL_PROP_POISSON_RATIO_NU32" The Nu32 term of the Poisson's ratio.
`static final int`	`_MTL_PROP_YOUNG_MODULUS_E1` Integer value of enum value "MTL_PROP_YOUNG_MODULUS_E1" The E1 term of the Young's modulus.
`static final MaterialPropertyType`	`MTL_PROP_YOUNG_MODULUS_E1` Object value of enum value "MTL_PROP_YOUNG_MODULUS_E1" The E1 term of the Young's modulus.
`static final int`	`_MTL_PROP_YOUNG_MODULUS_E2` Integer value of enum value "MTL_PROP_YOUNG_MODULUS_E2" The E2 term of the Young's modulus.
`static final MaterialPropertyType`	`MTL_PROP_YOUNG_MODULUS_E2` Object value of enum value "MTL_PROP_YOUNG_MODULUS_E2" The E2 term of the Young's modulus.
`static final int`	`_MTL_PROP_YOUNG_MODULUS_E3` Integer value of enum value "MTL_PROP_YOUNG_MODULUS_E3" The E3 term of the Young's modulus.
`static final MaterialPropertyType`	`MTL_PROP_YOUNG_MODULUS_E3` Object value of enum value "MTL_PROP_YOUNG_MODULUS_E3" The E3 term of the Young's modulus.
`static final int`	`_MTL_PROP_SHEAR_MODULUS_G12` Integer value of enum value "MTL_PROP_SHEAR_MODULUS_G12" The G12 term of the shear modulus.
`static final MaterialPropertyType`	`MTL_PROP_SHEAR_MODULUS_G12` Object value of enum value "MTL_PROP_SHEAR_MODULUS_G12" The G12 term of the shear modulus.
`static final int`	`_MTL_PROP_SHEAR_MODULUS_G13` Integer value of enum value "MTL_PROP_SHEAR_MODULUS_G13" The G13 term of the shear modulus.
`static final MaterialPropertyType`	`MTL_PROP_SHEAR_MODULUS_G13` Object value of enum value "MTL_PROP_SHEAR_MODULUS_G13" The G13 term of the shear modulus.
`static final int`	`_MTL_PROP_SHEAR_MODULUS_G23` Integer value of enum value "MTL_PROP_SHEAR_MODULUS_G23" The G23 term of the shear modulus.
`static final MaterialPropertyType`	`MTL_PROP_SHEAR_MODULUS_G23` Object value of enum value "MTL_PROP_SHEAR_MODULUS_G23" The G23 term of the shear modulus.
`static final int`	`_MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A1` Integer value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A1" The A1 term of the thermal expansion coefficient.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A1` Object value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A1" The A1 term of the thermal expansion coefficient.
`static final int`	`_MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A2` Integer value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A2" The A2 term of the thermal expansion coefficient.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A2` Object value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A2" The A2 term of the thermal expansion coefficient.
`static final int`	`_MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A3` Integer value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A3" The A3 term of the thermal expansion coefficient.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A3` Object value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT_A3" The A3 term of the thermal expansion coefficient.
`static final int`	`_MTL_PROP_THERMAL_CONDUCTIVITY_K1` Integer value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY_K1" The K1 term of the thermal conductivity.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_CONDUCTIVITY_K1` Object value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY_K1" The K1 term of the thermal conductivity.
`static final int`	`_MTL_PROP_THERMAL_CONDUCTIVITY_K2` Integer value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY_K2" The K2 term of the thermal conductivity.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_CONDUCTIVITY_K2` Object value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY_K2" The K2 term of the thermal conductivity.
`static final int`	`_MTL_PROP_THERMAL_CONDUCTIVITY_K3` Integer value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY_K3" The K3 term of the thermal conductivity.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_CONDUCTIVITY_K3` Object value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY_K3" The K3 term of the thermal conductivity.
`static final int`	`_MTL_PROP_STRESS_LIMIT_FOR_FATIGUE` Integer value of enum value "MTL_PROP_STRESS_LIMIT_FOR_FATIGUE" The stress limit for fatigue.
`static final MaterialPropertyType`	`MTL_PROP_STRESS_LIMIT_FOR_FATIGUE` Object value of enum value "MTL_PROP_STRESS_LIMIT_FOR_FATIGUE" The stress limit for fatigue.
`static final int`	`_MTL_PROP_TEMPERATURE` Integer value of enum value "MTL_PROP_TEMPERATURE" The reference temperature.
`static final MaterialPropertyType`	`MTL_PROP_TEMPERATURE` Object value of enum value "MTL_PROP_TEMPERATURE" The reference temperature.
`static final int`	`_MTL_PROP_YOUNG_MODULUS` Integer value of enum value "MTL_PROP_YOUNG_MODULUS" The isotropic Young's modulus.
`static final MaterialPropertyType`	`MTL_PROP_YOUNG_MODULUS` Object value of enum value "MTL_PROP_YOUNG_MODULUS" The isotropic Young's modulus.
`static final int`	`_MTL_PROP_POISSON_RATIO` Integer value of enum value "MTL_PROP_POISSON_RATIO" The isotropic Poisson's ratio.
`static final MaterialPropertyType`	`MTL_PROP_POISSON_RATIO` Object value of enum value "MTL_PROP_POISSON_RATIO" The isotropic Poisson's ratio.
`static final int`	`_MTL_PROP_MASS_DENSITY` Integer value of enum value "MTL_PROP_MASS_DENSITY" The material density.
`static final MaterialPropertyType`	`MTL_PROP_MASS_DENSITY` Object value of enum value "MTL_PROP_MASS_DENSITY" The material density.
`static final int`	`_MTL_PROP_THERMAL_EXPANSION_COEFFICIENT` Integer value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT" The isotropic thermal expansion coefficient.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_EXPANSION_COEFFICIENT` Object value of enum value "MTL_PROP_THERMAL_EXPANSION_COEFFICIENT" The isotropic thermal expansion coefficient.
`static final int`	`_MTL_PROP_TENSILE_ULTIMATE_STRESS` Integer value of enum value "MTL_PROP_TENSILE_ULTIMATE_STRESS" The isotropic tensile ultimate stress.
`static final MaterialPropertyType`	`MTL_PROP_TENSILE_ULTIMATE_STRESS` Object value of enum value "MTL_PROP_TENSILE_ULTIMATE_STRESS" The isotropic tensile ultimate stress.
`static final int`	`_MTL_PROP_COMPRESSION_ULTIMATE_STRESS` Integer value of enum value "MTL_PROP_COMPRESSION_ULTIMATE_STRESS" The isotropic compression ultimate stress. Compressive stress values must be negative.
`static final MaterialPropertyType`	`MTL_PROP_COMPRESSION_ULTIMATE_STRESS` Object value of enum value "MTL_PROP_COMPRESSION_ULTIMATE_STRESS" The isotropic compression ultimate stress. Compressive stress values must be negative.
`static final int`	`_MTL_PROP_SHEAR_ULTIMATE_STRESS` Integer value of enum value "MTL_PROP_SHEAR_ULTIMATE_STRESS" The shear ultimate stress.
`static final MaterialPropertyType`	`MTL_PROP_SHEAR_ULTIMATE_STRESS` Object value of enum value "MTL_PROP_SHEAR_ULTIMATE_STRESS" The shear ultimate stress.
`static final int`	`_MTL_PROP_THERMAL_CONDUCTIVITY` Integer value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY" The isotropic thermal conductivity.
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_CONDUCTIVITY` Object value of enum value "MTL_PROP_THERMAL_CONDUCTIVITY" The isotropic thermal conductivity.
`static final int`	`_MTL_PROP_SPECIFIC_HEAT` Integer value of enum value "MTL_PROP_SPECIFIC_HEAT" The specific heat.
`static final MaterialPropertyType`	`MTL_PROP_SPECIFIC_HEAT` Object value of enum value "MTL_PROP_SPECIFIC_HEAT" The specific heat.
`static final int`	`_MTL_PROP_HARDNESS` Integer value of enum value "MTL_PROP_HARDNESS" The hardness value.
`static final MaterialPropertyType`	`MTL_PROP_HARDNESS` Object value of enum value "MTL_PROP_HARDNESS" The hardness value.
`static final int`	`_MTL_PROP_INITIAL_BEND_Y_FACTOR` Integer value of enum value "MTL_PROP_INITIAL_BEND_Y_FACTOR" The value of the initial bend Y-factor for sheetmetal.
`static final MaterialPropertyType`	`MTL_PROP_INITIAL_BEND_Y_FACTOR` Object value of enum value "MTL_PROP_INITIAL_BEND_Y_FACTOR" The value of the initial bend Y-factor for sheetmetal.
`static final int`	`_MTL_PROP_SHEAR_MODULUS` Integer value of enum value "MTL_PROP_SHEAR_MODULUS" The isotropic shear modulus.
`static final MaterialPropertyType`	`MTL_PROP_SHEAR_MODULUS` Object value of enum value "MTL_PROP_SHEAR_MODULUS" The isotropic shear modulus.
`static final int`	`_MTL_PROP_THERM_EXPANSION_REF_TEMPERATURE` Integer value of enum value "MTL_PROP_THERM_EXPANSION_REF_TEMPERATURE" The thermal expansion reference temperature.
`static final MaterialPropertyType`	`MTL_PROP_THERM_EXPANSION_REF_TEMPERATURE` Object value of enum value "MTL_PROP_THERM_EXPANSION_REF_TEMPERATURE" The thermal expansion reference temperature.
`static final int`	`_MTL_PROP_STRUCTURAL_DAMPING_COEFFICIENT` Integer value of enum value "MTL_PROP_STRUCTURAL_DAMPING_COEFFICIENT" The structural damping coefficient (not a standard material property).
`static final MaterialPropertyType`	`MTL_PROP_STRUCTURAL_DAMPING_COEFFICIENT` Object value of enum value "MTL_PROP_STRUCTURAL_DAMPING_COEFFICIENT" The structural damping coefficient (not a standard material property).
`static final int`	`_MTL_PROP_EMISSIVITY` Integer value of enum value "MTL_PROP_EMISSIVITY" The emissivity value (not a standard material property).
`static final MaterialPropertyType`	`MTL_PROP_EMISSIVITY` Object value of enum value "MTL_PROP_EMISSIVITY" The emissivity value (not a standard material property).
`static final int`	`_MTL_PROP_MODEL_COEF_MU` Integer value of enum value "MTL_PROP_MODEL_COEF_MU" The coefficient 'mu' for Arruda-Boyce material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_MU` Object value of enum value "MTL_PROP_MODEL_COEF_MU" The coefficient 'mu' for Arruda-Boyce material model.
`static final int`	`_MTL_PROP_MODEL_COEF_LM` Integer value of enum value "MTL_PROP_MODEL_COEF_LM" The coefficient 'lambda_m' for Arruda-Boyce material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_LM` Object value of enum value "MTL_PROP_MODEL_COEF_LM" The coefficient 'lambda_m' for Arruda-Boyce material model.
`static final int`	`_MTL_PROP_MODEL_COEF_C01` Integer value of enum value "MTL_PROP_MODEL_COEF_C01" The coefficient C01 for Mooney-Rivlin or Polynomial material models.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_C01` Object value of enum value "MTL_PROP_MODEL_COEF_C01" The coefficient C01 for Mooney-Rivlin or Polynomial material models.
`static final int`	`_MTL_PROP_MODEL_COEF_C02` Integer value of enum value "MTL_PROP_MODEL_COEF_C02" The coefficient C02 for Polynomial material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_C02` Object value of enum value "MTL_PROP_MODEL_COEF_C02" The coefficient C02 for Polynomial material model.
`static final int`	`_MTL_PROP_MODEL_COEF_C10` Integer value of enum value "MTL_PROP_MODEL_COEF_C10" The coefficient C10 for Mooney-Rivlin, Neo-Hookean, Polynomial, Reduced Polynomial or Yeoh material models.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_C10` Object value of enum value "MTL_PROP_MODEL_COEF_C10" The coefficient C10 for Mooney-Rivlin, Neo-Hookean, Polynomial, Reduced Polynomial or Yeoh material models.
`static final int`	`_MTL_PROP_MODEL_COEF_C11` Integer value of enum value "MTL_PROP_MODEL_COEF_C11" The coefficient C11 for Polynomial material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_C11` Object value of enum value "MTL_PROP_MODEL_COEF_C11" The coefficient C11 for Polynomial material model.
`static final int`	`_MTL_PROP_MODEL_COEF_C20` Integer value of enum value "MTL_PROP_MODEL_COEF_C20" The coefficient C20 for Polynomial, Reduced Polynomial or Yeoh material models.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_C20` Object value of enum value "MTL_PROP_MODEL_COEF_C20" The coefficient C20 for Polynomial, Reduced Polynomial or Yeoh material models.
`static final int`	`_MTL_PROP_MODEL_COEF_C30` Integer value of enum value "MTL_PROP_MODEL_COEF_C30" The coefficient C30 for Yeoh material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_C30` Object value of enum value "MTL_PROP_MODEL_COEF_C30" The coefficient C30 for Yeoh material model.
`static final int`	`_MTL_PROP_MODEL_COEF_D` Integer value of enum value "MTL_PROP_MODEL_COEF_D" The coefficient D for Arruda-Boyce material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_D` Object value of enum value "MTL_PROP_MODEL_COEF_D" The coefficient D for Arruda-Boyce material model.
`static final int`	`_MTL_PROP_MODEL_COEF_D1` Integer value of enum value "MTL_PROP_MODEL_COEF_D1" The coefficient D1 for Mooney-Rivlin, Neo-Hookean, Polynomial, Reduced Polynomial or Yeoh material models.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_D1` Object value of enum value "MTL_PROP_MODEL_COEF_D1" The coefficient D1 for Mooney-Rivlin, Neo-Hookean, Polynomial, Reduced Polynomial or Yeoh material models.
`static final int`	`_MTL_PROP_MODEL_COEF_D2` Integer value of enum value "MTL_PROP_MODEL_COEF_D2" The coefficient D2 for Polynomial, Reduced Polynomial or Yeoh material models.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_D2` Object value of enum value "MTL_PROP_MODEL_COEF_D2" The coefficient D2 for Polynomial, Reduced Polynomial or Yeoh material models.
`static final int`	`_MTL_PROP_MODEL_COEF_D3` Integer value of enum value "MTL_PROP_MODEL_COEF_D3" The coefficient D3 for Yeoh material model.
`static final MaterialPropertyType`	`MTL_PROP_MODEL_COEF_D3` Object value of enum value "MTL_PROP_MODEL_COEF_D3" The coefficient D3 for Yeoh material model.
`static final int`	`_MTL_PROP_COST_TYPE` Integer value of enum value "MTL_PROP_COST_TYPE"
`static final MaterialPropertyType`	`MTL_PROP_COST_TYPE` Object value of enum value "MTL_PROP_COST_TYPE"
`static final int`	`_MTL_PROP_FATIGUE_CUT_OFF_CYCLES` Integer value of enum value "MTL_PROP_FATIGUE_CUT_OFF_CYCLES"
`static final MaterialPropertyType`	`MTL_PROP_FATIGUE_CUT_OFF_CYCLES` Object value of enum value "MTL_PROP_FATIGUE_CUT_OFF_CYCLES"
`static final int`	`_MTL_PROP_STRESS_LIMIT_FOR_TENSION` Integer value of enum value "MTL_PROP_STRESS_LIMIT_FOR_TENSION"
`static final MaterialPropertyType`	`MTL_PROP_STRESS_LIMIT_FOR_TENSION` Object value of enum value "MTL_PROP_STRESS_LIMIT_FOR_TENSION"
`static final int`	`_MTL_PROP_STRESS_LIMIT_FOR_COMPRESSION` Integer value of enum value "MTL_PROP_STRESS_LIMIT_FOR_COMPRESSION"
`static final MaterialPropertyType`	`MTL_PROP_STRESS_LIMIT_FOR_COMPRESSION` Object value of enum value "MTL_PROP_STRESS_LIMIT_FOR_COMPRESSION"
`static final int`	`_MTL_PROP_STRESS_LIMIT_FOR_SHEAR` Integer value of enum value "MTL_PROP_STRESS_LIMIT_FOR_SHEAR"
`static final MaterialPropertyType`	`MTL_PROP_STRESS_LIMIT_FOR_SHEAR` Object value of enum value "MTL_PROP_STRESS_LIMIT_FOR_SHEAR"
`static final int`	`_MTL_PROP_HARDENING` Integer value of enum value "MTL_PROP_HARDENING"
`static final MaterialPropertyType`	`MTL_PROP_HARDENING` Object value of enum value "MTL_PROP_HARDENING"
`static final int`	`_MTL_PROP_TANGENT_MODULUS` Integer value of enum value "MTL_PROP_TANGENT_MODULUS"
`static final MaterialPropertyType`	`MTL_PROP_TANGENT_MODULUS` Object value of enum value "MTL_PROP_TANGENT_MODULUS"
`static final int`	`_MTL_PROP_MODIFIED_MODULUS` Integer value of enum value "MTL_PROP_MODIFIED_MODULUS"
`static final MaterialPropertyType`	`MTL_PROP_MODIFIED_MODULUS` Object value of enum value "MTL_PROP_MODIFIED_MODULUS"
`static final int`	`_MTL_PROP_POWER_LAW_EXPONENT` Integer value of enum value "MTL_PROP_POWER_LAW_EXPONENT"
`static final MaterialPropertyType`	`MTL_PROP_POWER_LAW_EXPONENT` Object value of enum value "MTL_PROP_POWER_LAW_EXPONENT"
`static final int`	`_MTL_PROP_EXP_LAW_EXPONENT` Integer value of enum value "MTL_PROP_EXP_LAW_EXPONENT"
`static final MaterialPropertyType`	`MTL_PROP_EXP_LAW_EXPONENT` Object value of enum value "MTL_PROP_EXP_LAW_EXPONENT"
`static final int`	`_MTL_PROP_HARDENING_LIMIT` Integer value of enum value "MTL_PROP_HARDENING_LIMIT"
`static final MaterialPropertyType`	`MTL_PROP_HARDENING_LIMIT` Object value of enum value "MTL_PROP_HARDENING_LIMIT"
`static final int`	`_MTL_PROP_THERMAL_SOFTENING_COEF` Integer value of enum value "MTL_PROP_THERMAL_SOFTENING_COEF"
`static final MaterialPropertyType`	`MTL_PROP_THERMAL_SOFTENING_COEF` Object value of enum value "MTL_PROP_THERMAL_SOFTENING_COEF"
`static final int`	`_MTL_PROP_MECHANISMS_DAMPING` Integer value of enum value "MTL_PROP_MECHANISMS_DAMPING"
`static final MaterialPropertyType`	`MTL_PROP_MECHANISMS_DAMPING` Object value of enum value "MTL_PROP_MECHANISMS_DAMPING"
`static final int`	`_MaterialPropertyType_null` Enum null value.

Method Summary
`static MaterialPropertyType`	`FromInt (int value)` Creates enum object from an integer.
`static MaterialPropertyType`	`FromInt (Integer value)` Creates enum object from an integer object.
`int`	`getValue ()` Returns enum object value as an integer.

Method Detail

getValue

int getValue ()

Returns enum object value as an integer.

Returns:: Integer enum value.

FromInt

static MaterialPropertyType FromInt (int value)

Creates enum object from an integer.

Parameters:

value: Input integer value.

Returns:: Enum value object.

FromInt

static MaterialPropertyType FromInt (Integer value)

Creates enum object from an integer object.

Parameters:

value: Input integer object.

Returns:: Enum value object.