~$ castor-recon -df CASToR/input_files/CT_PHANTOM.cdh -dout CASToR/output_files -vb 5 -dim 240,180,0 -vox 0.22,0.22,1 -fov 52.8,39.6,0
----- Singletons initializations ... -----
sOutputManager::CheckConfigDir() -> Directory selected from environment variable as '/home/maggie/CASToR/castor_v3.1.1/config'
+++++ sOutputManager::InitOutputDirectory() -> Enter
sOutputManager::InitOutputDirectory() -> Output path is 'CASToR/output_files'
  --> Output files will be written inside directory 'CASToR/output_files/'
castor-recon() -> Launch reconstruction from CASToR version 3.1.1.
sOutputManager::LogCommandLine() -> Write command line into the log file
----- Geometry Initialization ... -----
+++++ int sScannerManager::FindScannerSystem(std::string) -> Entering this function
sScannerManager::FindScannerSystem() -> Search for scanner CT_PHANTOM in the configuration directory
+++++ int sScannerManager::GetAvailableScanners(std::vector<std::__cxx11::basic_string<char> >*) -> Entering this function
sScannerManager::GetAvailableScanners() -> Scan the scanner configuration directory
  --> Matched generic file for the scanner system: CT_PHANTOM.geom
+++++ int sScannerManager::BuildScannerObject() -> Entering this function
sScannerManager::BuildScannerObject() -> Start building
+++++ int sScannerManager::InstantiateScanner() -> Entering this function
sScannerManager::InstantiateScanner() -> Instantiate the scanner geometry structure
+++++ virtual int iScannerCT::Instantiate(bool) -> Entering this function
iScannerCT::Instantiate() -> Create scanner structure and read parameters from configuration file
+++++ int sScannerManager::GetGeometricInfoFromDataFile(std::string) -> Entering this function
sScannerManager::GetGeometricInfoFromDataFile() -> Look for acquisition specific settings into datafile header
+++++ virtual int iScannerCT::GetGeometricInfoFromDataFile(std::string) -> Entering this function
iScannerCT::GetGeometricInfoFromDataFile() -> Specific to CT
+++++ int sScannerManager::BuildLUT() -> Entering this function
sScannerManager::BuildLUT() -> Generate the geometric Look-Up Table
+++++ virtual int iScannerCT::BuildLUT(bool) -> Entering this function
iScannerCT::BuildLUT -> Build LUT for scanner elements coordinates and orientations
+++++ virtual int iScannerCT::ComputeLUT() -> Entering this function
iScannerCT::ComputeLUT() -> Start LUT generation
  --> Generate positions for each projection angle
  --> LUT generation completed
+++++ int sScannerManager::CheckParameters() -> Entering this function
+++++ virtual int iScannerCT::CheckParameters() -> Entering this function
+++++ int sScannerManager::Initialize() -> Entering this function
sScannerManager::Initialize() -> From scanner CT_PHANTOM
+++++ virtual int iScannerCT::Initialize() -> Entering this function
iScannerCT::Initialize() -> Initialize remaining stuff for scanner to be ready
----- Geometry Initialization  OK -----
----- Image dimensions initialization ... -----
oImageDimensionsAndQuantification::Initialize() -> Initialize image dimensions, basis functions and quantification
  --> Image dimensions: [180;180;240] voxels of [2.2000000e-01;2.2000000e-01;1.0000000e+00] mm3
  --> FOV size: [3.9599998e+01;3.9599998e+01;2.4000000e+02] mm3
----- Image dimensions initialization OK -----
----- Random number generator initialization ... -----
sRandomNumberGenerator::Initialize ...
sRandomNumberGenerator::Initialize() -> Seed for thread 0 : 2001715216
----- Random number generator initialization OK -----
----- DataFile initialization ... -----
+++++ int vDataFile::ReadInfoInHeader(bool) -> Entering this function
vDataFile::ReadInfoInHeader() -> Read datafile header from 'CASToR/input_files/CT_PHANTOM.cdh ...'
oImageDimensionsAndQuantification::SetAcquisitionTime() -> Static single bed acquisition with duration [ 0.0000000e+00 : 1.0000000e+00 ] seconds
  --> Correct for frame duration
+++++ virtual int iDataFileCT::ReadSpecificInfoInHeader(bool) -> Entering this function
iDataFileCT::ReadSpecificInfoInHeader() -> Read information specific to CT
+++++ int sScannerManager::GetCTSpecificParameters(uint16_t*, float*&, int*) -> Entering this function
sScannerManager::GetCTSpecificParameters() -> Get acquisition dependent parameters
+++++ virtual int iScannerCT::GetCTSpecificParameters(uint16_t*, float*&, int*) -> Entering this function
iScannerCT::GetCTSpecificParameters() -> Copy pointers inside scanner to the datafile to get information
                                         depending on the datafile inside the scanner
oImageDimensionsAndQuantification::SetCalibrationFactor() -> Correct for following calibration factor: 1.0000000e+00
+++++ int vDataFile::CheckParameters() -> Entering this function
vDataFile::CheckParameters() -> Check mandatory parameters
+++++ virtual int iDataFileCT::CheckSpecificParameters() -> Entering this function
+++++ virtual int iDataFileCT::ComputeSizeEvent() -> Entering this function
iDataFileCT::ComputeSizeEvent() -> In bytes
***** iDataFileCT::ComputeSizeEvent() -> Unknown event mode !
***** castor-recon() -> A problem occurred in datafile initialization ! Abort.
***** Exit function called. Abort with code 1.