EMEBSD, version:-5.0.20200909.-Win64, The simulated patterns vary largely with experimental patterns

I want to perform CCEBSD with the simulated patterns via openXY. But the simulated patterns are very different from the experimental patterns. Are these differences caused by deformation tensor?

Actually, I don't know the exact CCD pixel size. I use a default value 60.

The pattern center optimized by Aztec is : Pcx = 0.48, Pcy=0.548, z = 0.508
The ctf and cpr files have also been included in the file named 'attachment.zip'
[attachment.zip](https://github.com/EMsoft-org/EMsoft/files/5485675/attachment.zip)

Experimental:
Simulation:

&EBSDdata
! template file for the EMEBSD program
!
! distance between scintillator and illumination point [microns]
L = 15384.96,
! tilt angle of the camera (positive below horizontal, [degrees])
thetac = 10.0,
! CCD pixel size on the scintillator surface [microns]
delta = 60.0,
! number of CCD pixels along x and y
numsx = 622,
numsy = 512,
! pattern center coordinates in units of pixels
xpc = -12.44,
ypc = 24.576,
! angle between normal of sample and detector
omega = 0.0,
! transfer lens barrel distortion parameter
alphaBD = 0.0,
! energy range in the intensity summation [keV]
energymin = 10.0,
energymax = 20.0,
! include a realistic intensity background or not ...
includebackground = 'n',
! name of angle file (euler angles or quaternions); path relative to EMdatapathname
anglefile = 'euler.txt',
! does this file have only orientations ('orientations') or does it also have pattern center and deformation tensor ('orpcdef')
! if anglefiletype = 'orpcdef' then each line in the euler input file should look like this: (i.e., 15 floats)
! 55.551210 58.856774 325.551210 0.0 0.0 15000.0 1.00 0.00 0.00 0.00 1.00 0.00 0.00 0.00 1.00
! <- Euler angles (degrees) -> <- pat. ctr. -> <- deformation tensor in column-major form->
!
anglefiletype = 'orientations',
! 'tsl' or 'hkl' Euler angle convention parameter
eulerconvention = 'hkl',
! name of EBSD master output file; path relative to EMdatapathname
masterfile = 'Al_master_20kV.h5',
energyfile = 'Al_master_20kV.h5',
! name of output file; path relative to EMdatapathname
datafile = '11-04-2.h5',
! bitdepth '8bit' for [0..255] bytes; 'float' for 32-bit reals; '##int' for 32-bit integers with ##-bit dynamic range
! e.g., '9int' will get you 32-bit integers with intensities scaled to the range [ 0 .. 2^(9)-1 ];
! '17int' results in the intensity range [ 0 .. 2^(17)-1 ]
bitdepth = '8bit',
! incident beam current [nA]
beamcurrent = 150.0,
! beam dwell time [micro s]
dwelltime = 100.0,
! include Poisson noise ? (y/n) (noise will be applied *before* binning and intensity scaling)
poisson = 'n',
! binning mode (1, 2, 4, or 8)
binning = 1,
! should we perform an approximate computation that includes a lattice distortion? ('y' or 'n')
! This uses a polar decomposition of the deformation tensor Fmatrix which results in
! an approcimation of the pattern for the distorted lattice; the bands will be very close
! to the correct position in each pattern, but the band widths will likely be incorrect.
applyDeformation = 'n'
! if applyDeformation='y' then enter the 3x3 deformation tensor in column-major form
! the default is the identity tensor, i.e., no deformation
Ftensor = 1.D0, 0.D0, 0.D0, 0.D0, 1.D0, 0.D0, 0.D0, 0.D0, 1.D0,
! intensity scaling mode 'not' = no scaling, 'lin' = linear, 'gam' = gamma correction
scalingmode = 'gam',
! gamma correction factor
gammavalue = 2.5,
!=======================
! if the 'makedictionary' parameter is 'n', then we have the normal execution of the program
! if set to 'y', then all patterns are pre-processed using the other parameters below, so that
! the resulting dictionary can be used for static indexing in the EMEBSDDI program...
! these parameters must be taken identical to the ones in the EMEBSDDI.nml input file to have
! optimal indexing...
makedictionary = 'n',
! should a circular mask be applied to the data? 'y', 'n'
maskpattern = 'n',
! mask radius (in pixels, AFTER application of the binning operation)
maskradius = 240,
! hi pass filter w parameter; 0.05 is a reasonable value
hipassw = 0.05,
! number of regions for adaptive histogram equalization
nregions = 10,
!=======================
! number of threads (default = 1)
nthreads = 10,
/