phi2 sections for ODF and orientation plotting
Sections of constant Bunge Euler angle phi2, with Phi and phi1 as the polar and azimuthal coordinate within a section. The classical way of presenting a rolling texture.
Syntax
oS = phi2Sections(cs1,cs2)
oS = phi2Sections(cs1,cs2,'sections',5)
oS = phi2Sections(cs1,cs2,'phi2',(0:15:90)*degree)Input
| cs1, cs2 | crystalSymmetry, specimenSymmetry |
Options
| sections | number of sections |
| phi2 | explicit section values |
| secResolution | spacing between the sections |
| maxPhi | restrict the Phi range |
| maxphi1 | restrict the phi1 range |
Class Properties
| phi2 | the value of each section |
| maxphi2 | the phi2 period of the symmetry pair |
| sR | sphericalRegion each section is plotted on |
Example
mtexdata dubna
odf = calcODF(pf,'silent');
plotSection(odf,'phi2')pf = PoleFigure (y↓→x)
crystal symmetry : Quartz (321, X||a*, Y||b, Z||c)
h = (022̅1), r = 72 x 19 points
h = (101̅0), r = 72 x 19 points
h = (101̅1)(011̅1), r = 72 x 19 points
h = (101̅2), r = 72 x 19 points
h = (112̅0), r = 72 x 19 points
h = (112̅1), r = 72 x 19 points
h = (112̅2), r = 72 x 19 points