&EBSDmastervars

! smallest d-spacing to take into account [nm]

dmin = 0.05,

! number of pixels along x-direction of the square master pattern (2*npx+1 = total number)

npx = 500,

! BetheParameters file name

BetheParametersFile = 'BetheParameters.nml',

! name of the energy statistics file produced by EMMCOpenCL program; relative to EMdatapathname

! this file will also contain the output data of the master program

energyfile = 'MCoutput.h5',

! name of EMMCOpenCL output file to be used to copy the MC data from for this master pattern run;

! This can be used to perform multiple master pattern runs starting from the same MC data set without

! having to rerun the MC computation. Leave this variable set to 'undefined' if not needed.

copyfromenergyfile = 'undefined',

! if copyfromenergyfile is not 'undefined', then:

! - for EMsoft developers who have the EMsoft_SDK installed, the following parameter will be ignored;

! - all other users will need to provide the full path to the h5copy program here

h5copypath = 'undefined',

! GPU platform ID selector

platid = 1,

! GPU device ID selector

devid = 1,

! number of work items (depends on GPU card; leave unchanged)

globalworkgrpsz = 150,

! block size ... k-vector space is sampled in blocks of size blocksize x blocksize

! must be a power of 2

blocksize = 32,

! restart computation ?

restart = .FALSE.,

! create output file with uniform master patterns set to 1.0 (used to study background only)

uniform = .FALSE.,

! number of OpenMP threads; this number must be a multiple of 4 + 3, i.e., 4N+3

! the program uses 3 threads to set up nested OpenMP sections, one for pre-processing, one

! for the GPU, and one to do the post-processing; the pre-processing section is allocated 3N

! threads, the post-processing section has N threads. Hence this program requires a minimum of

! 7 threads.

nthreads = 7,

/