12.7. Compute Feature Face Misorientation (Face)

Group (Subgroup)

Processing (Crystallography)

Description

This Filter generates a 3 component vector for each Triangle in a Triangle Geometry that is the axis-angle of the misorientation associated with the Features that lie on either side of the Triangle. The axis is normalized, so if the magnitude of the vector is viewed, it will be the misorientation angle in degrees. This filter works on all valid crystal-structures/laue classes.

If you want to get the “raw” (un-normalized) axis-angle of the misorientation, enable “Store Full Axis Angle” and then (optionally) modify the “Axis Angle Array Name” parameter. The actual axis-angle is stored in a 4 component DataArray with the format as follows:

{{x_axis, y_axis, z_axis, angle}, ...}

Input Triangle Face Data

Parameter Name

Parameter Type

Parameter Notes

Description

Face Labels

Array Selection

Allowed Types: int32 Comp. Shape: 2

Specifies which Features are on either side of each Face

Input Feature Data

Parameter Name

Parameter Type

Parameter Notes

Description

Average Quaternions

Array Selection

Allowed Types: float32 Comp. Shape: 4

Specifies the average orientation of each Feature in quaternion representation

Phases

Array Selection

Allowed Types: int32 Comp. Shape: 1

Specifies to which phase each Feature belongs

Input Ensemble Data

Parameter Name

Parameter Type

Parameter Notes

Description

Crystal Structures

Array Selection

Allowed Types: uint32 Comp. Shape: 1

Enumeration representing the crystal structure for each Ensemble

Output Face Data

Parameter Name

Parameter Type

Parameter Notes

Description

Misorientation

DataObjectName

The name of the array containing the misorientation angle (in degrees) between the 2 features.

Example Pipelines

  • (07) Small IN100 Mesh Statistics

DREAM3D-NX Help

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