ComputedDoubleValues¶

class pylimer_tools_cpp.ComputedDoubleValues(self: pylimer_tools_cpp.ComputedDoubleValues, value: int)¶

Bases: pybind11_object

Floating point output quantities

Members:

TIMESTEP : Results in the output column “TimeStep”.

TIME : Results in the output column “Time”.

VOLUME : Results in the output column “Volume”.

PRESSURE : Results in the output column “Pressure”.

TEMPERATURE : Results in the output column “Temperature”.

STRESS_XX : Results in the output column “Stress[0,0]”.

STRESS_YY : Results in the output column “Stress[1,1]”.

STRESS_ZZ : Results in the output column “Stress[2,2]”.

STRESS_XY : Results in the output column “Stress[0,1]”.

STRESS_YZ : Results in the output column “Stress[1,2]”.

STRESS_XZ : Results in the output column “Stress[0,2]”.

STRESS_NXY : Results in the output column “Stress[0,0]-Stress[1,1]”.

STRESS_NYZ : Results in the output column “Stress[1,1]-Stress[2,2]”.

STRESS_NXZ : Results in the output column “Stress[0,0]-Stress[2,2]”.

GAMMA : Results in the output column “Gamma”.

RESIDUAL : Results in the output column “Residual”.

MEAN_B : Results in the output column “<b>”.

MAX_B : Results in the output column “max(b)”.

MSD : Results in the output column “MSD”.

Attributes Summary

`GAMMA`
`MAX_B`
`MEAN_B`
`MSD`
`PRESSURE`
`RESIDUAL`
`STRESS_NXY`
`STRESS_NXZ`
`STRESS_NYZ`
`STRESS_XX`
`STRESS_XY`
`STRESS_XZ`
`STRESS_YY`
`STRESS_YZ`
`STRESS_ZZ`
`TEMPERATURE`
`TIME`
`TIMESTEP`
`VOLUME`
`name`
`value`

Attributes Documentation

GAMMA = <ComputedDoubleValues.GAMMA: 14>¶

MAX_B = <ComputedDoubleValues.MAX_B: 17>¶

MEAN_B = <ComputedDoubleValues.MEAN_B: 16>¶

MSD = <ComputedDoubleValues.MSD: 18>¶

PRESSURE = <ComputedDoubleValues.PRESSURE: 3>¶

RESIDUAL = <ComputedDoubleValues.RESIDUAL: 15>¶

STRESS_NXY = <ComputedDoubleValues.STRESS_NXY: 11>¶

STRESS_NXZ = <ComputedDoubleValues.STRESS_NXZ: 13>¶

STRESS_NYZ = <ComputedDoubleValues.STRESS_NYZ: 12>¶

STRESS_XX = <ComputedDoubleValues.STRESS_XX: 5>¶

STRESS_XY = <ComputedDoubleValues.STRESS_XY: 8>¶

STRESS_XZ = <ComputedDoubleValues.STRESS_XZ: 10>¶

STRESS_YY = <ComputedDoubleValues.STRESS_YY: 6>¶

STRESS_YZ = <ComputedDoubleValues.STRESS_YZ: 9>¶

STRESS_ZZ = <ComputedDoubleValues.STRESS_ZZ: 7>¶

TEMPERATURE = <ComputedDoubleValues.TEMPERATURE: 4>¶

TIME = <ComputedDoubleValues.TIME: 1>¶

TIMESTEP = <ComputedDoubleValues.TIMESTEP: 0>¶

VOLUME = <ComputedDoubleValues.VOLUME: 2>¶

name¶

value¶