%SECTION0% patchFromReconstructedBoundaries
#TableOfContents
%TOC%

---
---++ Purpose
Produce image, spectral geometry description, and (auto) Mentat procedure from TSL/OIM reconstructed boundary file

%UPTOC%
---++ Usage
<pre>
&gt; patchFromReconstructedBoundaries options options] datafile[s 
</pre>

%UPTOC%
---++ Options
   $=-o= / =--output= ( _rcb_, _image_, _mentat_, _procedure_, _spectral_ ): 
   types of output
   $=-p= / =--port= [ *40007* ]: 
   Mentat connection port
   $=-2= / =--twodimensional=: 
   use 2D model
   $=-s= / =--patchsize= [ *1.0* ]: 
   height of patch
   $=-e= / =--strain= [ *0.2* ]: 
   final strain to reach in simulation
   $=--rate= [ *0.001* ]: 
   engineering strain rate to simulate
   $=-N= / =--increments= [ *200* ]: 
   number of increments to take
   $=-t= / =--tolerance= [ *0.001* ]: 
   relative tolerance of pixel positions to be swept
   $=-m= / =--mesh= [ *dt_planar_trimesh* ] ( _dt_planar_trimesh_, _af_planar_trimesh_, _af_planar_quadmesh_ ): 
   algorithm and element type for automeshing
   $=-x= / =--xmargin= [ *0.0* ]: 
   margin in x in units of patch size
   $=-y= / =--ymargin= [ *0.0* ]: 
   margin in y in units of patch size
   $=-g= / =--grid= [ *64* ]: 
   number of Fourier points/Finite Elements across patch size + x_margin
   $=-z= / =--extrusion= [ *2* ]: 
   number of repetitions in z-direction
   $=-i= / =--imagesize= [ *512* ]: 
   size of PNG image
   $=-M= / =--coordtransformation=[ *0.0* *1.0* *1.0* *0.0* ]: 
   2x2 transformation from rcb to Euler coords
   $=--scatter= [ *0.0* ]: 
   orientation scatter
   $=--segment= [ *9* ]: 
   column holding the first entry for the segment end points in the rcb file
   $=--id= [ *13* ]: 
   column holding the right hand grain ID in the rcb file