rs2.interpreter.InterpreterEnums module

class rs2.interpreter.InterpreterEnums.ExportResultType(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

SOLID_TOTAL_STRESS_SIGMA_ONE = 'INTERPRET_SIGMA_ONE'

SOLID_TOTAL_STRESS_SIGMA_THREE = 'INTERPRET_SIGMA_THREE'

SOLID_TOTAL_STRESS_SIGMA_Z = 'INTERPRET_SIGMA_ZED'

STRENGTH_FACTOR = 'INTERPRET_STRENGTH_FACTORS'

SOLID_DISPLACEMENT_HORIZONTAL_DISPLACEMENT_ABS = 'INTERPRET_X_DISP_ABS'

SOLID_DISPLACEMENT_VERTICAL_DISPLACMENT_ABS = 'INTERPRET_Y_DISP_ABS'

SOLID_DISPLACEMENT_TOTAL_DISPLACEMENT = 'INTERPRET_TOTAL_DISPLACE'

STRENGTH_FACTOR_WITH_UBIQUITOUS_JOINTS = 'INTERPRET_UBIQUITOUS'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_SIGMA_ONE = 'INTERPRET_SIGMA_ONE_EFF'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_SIGMA_THREE = 'INTERPRET_SIGMA_THREE_EFF'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_SIGMA_Z = 'INTERPRET_SIGMA_Z_EFF'

SEEPAGE_PORE_PRESSURE = 'INTERPRET_PORE_PRESSURE'

SEEPAGE_EXCESS_PORE_PRESSURE = 'INTERPRET_EXCESS_PWP'

SEEPAGE_DEGREE_OF_SATURATION = 'INTERPRET_DEGREE_SATURATION'

SEEPAGE_PRESSURE_HEAD = 'INTERPRET_PRESSUREHEAD'

SEEPAGE_TOTAL_HEAD = 'INTERPRET_TOTAL_HEAD'

SEEPAGE_HORIZONTAL_DISCHARGE_VELOCITY = 'INTERPRET_X_FLUX_SIGNED'

SEEPAGE_VERTICAL_DISCHARGE_VELOCITY = 'INTERPRET_Y_FLUX_SIGNED'

SEEPAGE_HORIZONTAL_DISCHARGE_VELOCITY_ABS = 'INTERPRET_X_FLUX_ABS'

SEEPAGE_VERTICAL_DISCHARGE_VELOCITY_ABS = 'INTERPRET_Y_FLUX_ABS'

SEEPAGE_TOTAL_DISCHARGE_VELOCITY = 'INTERPRET_TOTAL_FLUX'

SEEPAGE_HORIZONTAL_HYDRAULIC_GRADIENT_ABS = 'INTERPRET_HYD_GRAD_X_ABS'

SEEPAGE_VERTICAL_HYDARULIC_GRADIENT_ABS = 'INTERPRET_HYD_GRAD_Y_ABS'

SEEPAGE_HORIZONTAL_HYDRAULIC_GRADIENT = 'INTERPRET_HYD_GRAD_X_SIGNED'

SEEPAGE_VERTICAL_HYDARULIC_GRADIENT = 'INTERPRET_HYD_GRAD_Y_SIGNED'

SEEPAGE_TOTAL_HYDRAULIC_GRADIENT = 'INTERPRET_HYD_GRAD_TOTAL'

SEEPAGE_HORIZONTAL_PERMEABILITY = 'INTERPRET_PERMEABILITY_X'

SEEPAGE_VERTICAL_PERMEABILITY = 'INTERPRET_PERMEABILITY_Y'

SEEPAGE_SPATIAL_PERM = 'INTERPRET_SPATIAL_PERM'

SEEPAGE_SPATIAL_WC = 'INTERPRET_SPATIAL_WC'

SEEPAGE_SPATIAL_WC_RES = 'INTERPRET_SPATIAL_WC_R'

SEEPAGE_SPATIAL_CONDY = 'INTERPRET_SPATIAL_CONDY'

SEEPAGE_SPATIAL_ANGLE = 'INTERPRET_SPATIAL_ANGLE'

SEEPAGE_YIELDED_ELEMENTS = 'INTERPRET_YIELDED_ELEMENTS'

SOLID_STRAIN_VOLUMETRIC_STRAIN = 'INTERPRET_STRAIN_VOLUMETRIC'

SOLID_STRAIN_MAX_SHEAR_STRAIN = 'INTERPRET_STRAIN_MAX_SHEAR'

SOLID_DISPLACEMENT_HORIZONTAL_DISPLACEMENT = 'INTERPRET_X_DISP_SIGNED'

SOLID_DISPLACEMENT_VERTICAL_DISPLACEMENT = 'INTERPRET_Y_DISP_SIGNED'

SOLID_TOTAL_STRESS_MEAN_STRESS = 'INTERPRET_STRESS_P'

SOLID_TOTAL_STRESS_VON_MISES_STRESS = 'INTERPRET_STRESS_Q'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_MEAN_STRESS = 'INTERPRET_STRESS_P_EFF'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_VON_MISES_STRESS = 'INTERPRET_STRESS_Q_EFF'

SOLID_TOTAL_STRESS_SIGMA_XX = 'INTERPRET_SIGMA_XX'

SOLID_TOTAL_STRESS_SIGMA_YY = 'INTERPRET_SIGMA_YY'

SOLID_TOTAL_STRESS_SIGMA_XY = 'INTERPRET_SIGMA_XY'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_SIGMA_XX = 'INTERPRET_SIGMA_XX_EFF'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_SIGMA_YY = 'INTERPRET_SIGMA_YY_EFF'

SOLID_EFFECTIVE_STRESS_EFFECTIVE_SIGMA_XY = 'INTERPRET_SIGMA_XY_EFF'

SOLID_TOTAL_STRESS_DIFFERENTIAL_STRESS = 'INTERPRET_STRESS_DIFFERENTIAL'

SOLID_STRAIN_STRAIN_XX = 'INTERPRET_STRAIN_XX'

SOLID_STRAIN_STRAIN_YY = 'INTERPRET_STRAIN_YY'

SOLID_STRAIN_STRAIN_ZZ = 'INTERPRET_STRAIN_ZZ'

SOLID_STRAIN_STRAIN_XY = 'INTERPRET_STRAIN_XY'

SOLID_STRAIN_MAJOR_PRINCIPAL_STRAIN = 'INTERPRET_STRAIN_P_MAJOR'

SOLID_STRAIN_MEAN_PRINCIPAL_STRAIN = 'INTERPRET_STRAIN_P_MEAN'

SOLID_STRAIN_MINOR_PRINCIPAL_STRAIN = 'INTERPRET_STRAIN_P_MINOR'

PLASTIC_STRAIN_XX = 'INTERPRET_PLASTIC_STRAIN_XX'

PLASTIC_STRAIN_YY = 'INTERPRET_PLASTIC_STRAIN_YY'

PLASTIC_STRAIN_ZZ = 'INTERPRET_PLASTIC_STRAIN_ZZ'

PLASTIC_STRAIN_XY = 'INTERPRET_PLASTIC_STRAIN_XY'

PLASTIC_STRAIN_MAJOR_PRICIPAL_PLASTIC_STRAIN = 'INTERPRET_PLASTIC_STRAIN_P_MAJOR'

PLASTIC_STRAIN_MEAN_PRINCIPAL_PLASTIC_STRAIN = 'INTERPRET_PLASTIC_STRAIN_P_MEAN'

PLASTIC_STRAIN_MINOR_PRINCIPAL_PLASTIC_STRAIN = 'INTERPRET_PLASTIC_STRAIN_P_MINOR'

PLASTIC_STRAIN_VOLUMETRIC_PLASTIC_STRAIN = 'INTERPRET_PLASTIC_STRAIN_VOLUMETRIC'

PLASTIC_STRAIN_MAX_SHEAR_PLASTIC_STRAIN = 'INTERPRET_PLASTIC_STRAIN_MAX_SHEAR'

THERMAL_TEMPERATURE = 'INTERPRET_TEMPERATURE'

THERMAL_HORIZONTAL_FLUX = 'INTERPRET_THERMO_X_FLUX_SIGNED'

THERMAL_VERTICAL_FLUX = 'INTERPRET_THERMO_Y_FLUX_SIGNED'

THERMAL_TOTAL_FLUX = 'INTERPRET_THERMO_TOTAL_FLUX'

THERMAL_HORIZONTAL_GRADIENT = 'INTERPRET_THERMO_GRAD_X_SIGNED'

THERMAL_VERTICAL_GRADIENT = 'INTERPRET_THERMO_GRAD_Y_SIGNED'

THERMAL_TOTAL_GRADIENT = 'INTERPRET_THERMO_GRAD_TOTAL'

THERMAL_HORIZONTAL_CONDUCTIVITY = 'INTERPRET_THERMO_CONDUCTIVITY_X_SIGNED'

THERMAL_VERTICAL_CONDUCTIVITY = 'INTERPRET_THERMO_CONDUCTIVITY_Y_SIGNED'

THERMAL_TOTAL_CONDUCTIVITY = 'INTERPRET_THERMO_CONDUCTIVITY_TOTAL'

THERMAL_SPECIFIC_HEAT = 'INTERPRET_SPECIFIC_HEAT'

THERMAL_UNFROZEN_WATER_CONTENT = 'INTERPRET_UNFROZEN_WATER_CONTENT'

DYNAMIC_MINIMUM_X_DISPLACEMENT = 'INTERPRET_DYN_MIN_DISPLACEMENT_X'

DYNAMIC_MAXIMUM_X_DISPLACEMENT = 'INTERPRET_DYN_MAX_DISPLACEMENT_X'

DYNAMIC_MINIMUM_Y_DISPLACEMENT = 'INTERPRET_DYN_MIN_DISPLACEMENT_Y'

DYNAMIC_MAXIMUM_Y_DISPLACEMENT = 'INTERPRET_DYN_MAX_DISPLACEMENT_Y'

DYNAMIC_MINIMUM_X_VELOCITY = 'INTERPRET_DYN_MIN_VELOCITY_X'

DYNAMIC_MAXIMUM_X_VELOCITY = 'INTERPRET_DYN_MAX_VELOCITY_X'

DYNAMIC_MINIMUM_Y_VELOCITY = 'INTERPRET_DYN_MIN_VELOCITY_Y'

DYNAMIC_MAXIMUM_Y_VELOCITY = 'INTERPRET_DYN_MAX_VELOCITY_Y'

DYNAMIC_MINIMUM_X_ACCELERATION = 'INTERPRET_DYN_MIN_ACCELERATION_X'

DYNAMIC_MAXIMUM_X_ACCELERATION = 'INTERPRET_DYN_MAX_ACCELERATION_X'

DYNAMIC_MINIMUM_Y_ACCELERATION = 'INTERPRET_DYN_MIN_ACCELERATION_Y'

DYNAMIC_MAXIMUM_Y_ACCELERATION = 'INTERPRET_DYN_MAX_ACCELERATION_Y'