Code for reduction of Near-Field and Far-Field High Energy Diffraction Microscopy (HEDM) data.
Neldermead is taken from http://people.sc.fsu.edu/~jburkardt/cpp_src/asa047/asa047.html and modified to include constraints and use as CUDA kernels.
SGInfo library used to calculate HKLs.
Some misorientation functions are taken from the ODFPF package from Cornell (https://anisotropy.mae.cornell.edu/onr/Matlab/matlab-functions.html).
Downloads swift binary, NLOPT, LIBTIFF, NETCDF (curl, hdf5, zlib) for compilation of N(F)F-HEDM codes.
Go to each sub-folder: NF_HEDM / FF_HEDM and type "make MACHINE_NAME". This will install shortcuts in ${HOME}/.MIDAS directory.
MACHINE_NAMEs supported for compiling:
- local
- orthros
- lcrc_cloud
- biocluster
- nersc
- purdue
- lanl
- lcrc
- stampede
- notchpeak
MACHINE_NAMEs supported during run:
- local
- orthrosall
- orthrosregular
- orthrosextra
- orthrosnew
- lcrc_cloud
- edison_debug
- edison_realtime
- cori_realtime
- biocluster
- conte
- rice
- halstead
- darwin
- blues_batch
- blues_haswell
- bebop
- stamped_normal
- stampede_largemem
- notchpeak
If using local run give nCPUs to use during run.