d:/data/	//location of input projection data
d:/images/	//location of reconstructed slices
200		//Source to Origin Distance [mm]
90		//Origin to Detector Distance [mm]
195		//Scan Angle [degrees]
300		//Number of projections acquired
276		//Number of projections to be used to reconstruct
1024		//DetSizeX
1024		//DetSizeY
0		//DetOffsetX
0		//DetOffsetY
0.050		//Detector Pitch [mm]
512		//CubeSizeX
512		//CubeSizeY
512		//CubeSizeZ
0.025 		//X-coord pitch [mm]
0.025 		//Y-coord pitch [mm]
0.025 		//Z-coord pitch [mm]
0		//X-coord of reconstruction center
0		//Y-coord of reconstruction center
0		//Z-coord of reconstruction center
1000.0		//log scale
65536		//gain
400		//offset
1		//Limit BP to a cylinder.
0		//Enable step size
d:/StepSize 	//if step size enabled ->filename that specifies which views should be processed. Otherwise this line is ignored
0		//Enable interpolation
0		//Mapping for XT0 on first MPB8 (set to -1 to disable XT)
1		//Mapping for XT1 on first MPB8 (set to -1 to disable XT)
2		//Mapping for XT2 on first MPB8 (set to -1 to disable XT)
3		//Mapping for XT3 on first MPB8 (set to -1 to disable XT)
4		//Mapping for XT4 on first MPB8 (set to -1 to disable XT)
5		//Mapping for XT5 on first MPB8 (set to -1 to disable XT)
6		//Mapping for XT6 on first MPB8 (set to -1 to disable XT)
7		//Mapping for XT7 on first MPB8 (set to -1 to disable XT)
0		//Mapping for XT0 on second MPB8 (set to -1 to disable XT)
1		//Mapping for XT1 on second MPB8 (set to -1 to disable XT)
2		//Mapping for XT2 on second MPB8 (set to -1 to disable XT)
3		//Mapping for XT3 on second MPB8 (set to -1 to disable XT)
4		//Mapping for XT4 on second MPB8 (set to -1 to disable XT)
5		//Mapping for XT5 on second MPB8 (set to -1 to disable XT)
6		//Mapping for XT6 on second MPB8 (set to -1 to disable XT)
7		//Mapping for XT7 on second MPB8 (set to -1 to disable XT)

Assumption: Reconstruction area is a cylinder whose axis is the axis of rotation. In that case
			the radius of the cylinder for a given voxel size is:
			r = DetectorSizeX/2*DetectorPitch*SrcObjDistance/SrcDetDistance/CubePitchX
			If the cylinder fits exactly in a reconstructed slice of size CubeSizeX x CubeSizeY
			then the cube pitch has to be:
			CubePitch = DetectorSizeX*DetectorPitch*SrcObjDistance/SrcDetDistance/CubeSizeX