OSMAPOSLParameters :=
output filename prefix := out_file
output file format type := Interfile
interfile output file format parameters :=
byte order := LITTLEENDIAN
number format := float
number of bytes per pixel := 4
scale to write data := 0
end interfile output file format parameters := 

post-filter type := None
disable output := 0
verbosity := -1
objective function type := PoissonLogLikelihoodWithLinearModelForMeanAndProjData
poissonloglikelihoodwithlinearmodelformeanandprojdata parameters :=
prior type := None
sensitivity filename := sens.hv
subset sensitivity filenames := 
recompute sensitivity := 0
use subset sensitivities := 0
use time-of-flight sensitivities := 0
input file := MySTIR_Simulation_f1g1d0b0.hs
maximum absolute segment number to process := 4
zero end planes of segment 0 := 1
zoom := 1
z zoom := 1 
xy output image size (in pixels) := -1
z output image size (in pixels) := -1
z offset (in mm) := 0
projector pair type := Separate Projectors
projector pair using separate projectors parameters :=
forward projector type := Matrix
forward projector using matrix parameters :=
forward projector parameters :=
matrix type := Ray Tracing
ray tracing matrix parameters :=
disable caching := 1
store only basic bins in cache := 1
restrict to cylindrical fov := 0
number of rays in tangential direction to trace for each bin := 5
use actual detector boundaries := 0
do symmetry 90degrees min phi := 0
do symmetry 180degrees min phi := 0
do symmetry swap segment := 0
do symmetry swap s := 0
do symmetry shift z := 0
end ray tracing matrix parameters := 

pre data processor := Separable Gaussian
  separable gaussian filter parameters :=
	x-dir filter fwhm (in mm) := 0.5
	y-dir filter fwhm (in mm) := 0.5
	z-dir filter fwhm (in mm) := 0.5

	x-dir maximum kernel size := 3
	y-dir maximum kernel size := 3
	z-dir maximum kernel size := 3
	Normalise filter to 1 := 1
  end separable gaussian filter parameters :=

end forward projector using matrix parameters := 
;end forward projector parameters := 

back projector type := Matrix
back projector using matrix parameters :=
back projector parameters :=
matrix type := Ray Tracing
ray tracing matrix parameters :=
disable caching := 1
store only basic bins in cache := 1
restrict to cylindrical fov := 0
number of rays in tangential direction to trace for each bin := 5
use actual detector boundaries := 0
do symmetry 90degrees min phi := 0
do symmetry 180degrees min phi := 0
do symmetry swap segment := 0
do symmetry swap s := 0
do symmetry shift z := 0
end ray tracing matrix parameters := 

post data processor := Separable Gaussian
  separable gaussian filter parameters :=
	x-dir filter fwhm (in mm) := 0.5
	y-dir filter fwhm (in mm) := 0.5
	z-dir filter fwhm (in mm) := 0.5

	x-dir maximum kernel size := 3
	y-dir maximum kernel size := 3
	z-dir maximum kernel size := 3
	Normalise filter to 1 := 1
  end separable gaussian filter parameters :=
end back projector using matrix parameters := 
;end back projector parameters := 

end projector pair using separate projectors parameters := 

additive sinogram := 0
time frame definition filename := 
time frame number := 1
;bin normalisation type := None

end poissonloglikelihoodwithlinearmodelformeanandprojdata parameters := 

number of subiterations := 40
start at subiteration number := 1
save estimates at subiteration intervals := 1
initial estimate := 1
number of subsets := 4
start at subset := 0
uniformly randomise subset order := 0
inter-iteration filter subiteration interval := 0
inter-iteration filter type := None
report objective function values interval := 0
enforce initial positivity condition := 1
inter-update filter subiteration interval := 0
inter-update filter type := None
map model := additive
maximum relative change := 3.40282e+38
minimum relative change := 0
write update image := 0
end :=