compute the average tensor for an EBSD data set
Syntax
% applies a tensor on a given phase
[TVoigt, TReuss, THill] = calcTensor(ebsd('phase2'),T_phase2)% applies each tensor given in order of input to each phase
[TVoigt, TReuss, THill] = calcTensor(ebsd,T_phase1,T_phase2,...)% returns the specified tensor
THill = calcTensor(ebsd,T_phase1,T_phase2,'Hill')% geometric mean instead of arithmetic one
TGeom = calcTensor(ebsd,T_phase1,T_phase2,'geometric')Input
| ebsd | EBSD |
| T_phaseN | tensor for the N-th phase |
Output
| T | tensor |
Options
| Voigt | Voigt mean |
| Reuss | Reuss mean |
| Hill | Hill mean |
| geometric | geometric mean |