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upet2mnc(1) [debian man page]

upet2mnc(1)															       upet2mnc(1)

NAME
upet2mnc - convert a Concorde microPET format file to a MINC format file. SYNOPSIS
upet2mnc [<options>] <infile> <outfile.mnc> upet2mnc -help DESCRIPTION
The upet2mnc command is used to convert Concorde microPET format files to MINC format. The microPET format consists of two files, a binary image and a text header. The header file generally has the same name as the image with the suffix ".hdr" appended. Normally you can specify the name of either the binary image or the text header file on the command line. However, both of the files should be in the same directory for the converter to locate both files correctly. OPTIONS
Note that options can be specified in abbreviated form (as long as they are unique) and can be given anywhere on the command line. -head Orient the image according to typical neurological conventions, with the Y axis oriented from the posterior to anterior, the Z axis oriented from inferior to superior, and X oriented from patient left to patient right. -body Orient the image such that the Y axis is oriented from superior to inferior, the Z axis is oriented from posterior to anterior, and X from patient left to patient right. -quiet Quiet operation - do not print progress or debugging information. Generic options for all commands -help Print summary of command-line options and abort -version Print the program and library versions and abort AUTHOR
Robert Vincent (bert@bic.mni.mcgill.ca) COPYRIGHTS
Copyrights 2005 by Robert Vincent for the Montreal Neurological Institute. $Revision: 1.3 $ May 03 2005 upet2mnc(1)

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nii2mnc(1)																nii2mnc(1)

NAME
nii2mnc - convert a NIfTI-1 or Analyze 7.5 format file to a MINC format file. SYNOPSIS
nii2mnc [<options>] <infile> <outfile.mnc> nii2mnc -help DESCRIPTION
The nii2mnc command is used to convert "NIfTI-1" format files to MINC format. The NIfTI-1 format was developed by the members of the Neu- roinformatics Technology Initiative's Data Format Working Group (DFWG). The NIfTI-1 format is based upon the Mayo Clinic's Analyze 7.5 format. The name of the program is derived from the common filename suffixes used for NIfTI-1 and MINC files. NIfTI-1 defines two possible for- mats, a "header plus raw image" 2-file format, and a single-file format that includes both header information and the image data. As with Analyze 7.5, the 2-file format consists of one file with the suffix ".hdr" and another file with the extension ".img". In NIfTI-1 single- file format, the two files may be combined into a single file with a ".nii" filename suffix. OPTIONS
Note that options can be specified in abbreviated form (as long as they are unique) and can be given anywhere on the command line. Output voxel format -float Save voxels in 32-bit floating point format -double Save voxels in 64-bit floating point format -byte Save voxels in 8-bit integer format -short Save voxels in 16-bit integer format -int Save voxels in 32-bit integer format -signed Save voxels in signed (2's complement) integer format -unsigned Save voxels in unsigned integer format Analyze 7.5 specific options -transverse Assume data is in ZYX dimension order. -sagittal Assume data is in XZY dimension order. -coronal Assume data is in YZX dimension order. -xyz Assume data is in XYZ dimension order. -zxy Assume data is in ZXY dimension order. -yxz Assume data is in YXZ dimension order. -flipx, -flipy, -flipz Invert the samples along the given axis. Other options -noscanrange Don't scan data to determine valid range. -quiet Quiet operation - do not print progress or debugging information. Generic options for all commands -help Print summary of command-line options and abort -version Print the program and library versions and abort KNOWN BUGS
Current handling of NIfTI-1 qform and sform coordinate transforms should probably be revised as the NIfTI group clarifies the correct usage of these fields. SEE ALSO
mnc2nii AUTHOR
Robert Vincent (bert@bic.mni.mcgill.ca) with assistance from the NIfTI-1 library authored by Robert Cox et al. COPYRIGHTS
Copyrights 2005 by Robert Vincent for the Montreal Neurological Institute. $Revision: 1.4 $ Apr 22 2005 nii2mnc(1)
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