ANTODC(1)

NAME
antodc - ACR/NEMA DICOM PS3 ... DICOM PS3 - Convert ACR-NEMA to DICOM

SYNOPSIS

antodc [ -v|verbose ]

DESCRIPTION

antodc reads the named acr-nema input file and copies the information and pixel data to a new dicom file, converting as many attributes as possible to make valid dicom information objects.

The input encoding of the file will be automatically determined, or can be explicitly specified in pathological cases using the input options described in dcintro(1).

The encoding of the file will be changed to the default or explicitly requested transfer syntax, as described in dcintro(1) under output options. This provides a means of converting between different transfer syntaxes, and adding or removing Part 10 style meta-information headers to or from "true" DICOM files, DICOM messages captured from network exchanges such as with the Mallinckrodt or Oldenburg central test node software, or converting old ACR/NEMA or SPI files.

During the translation, specific attributes may be deleted, added or replaced, class and instance unique identifiers generated or removed, group lengths added, or private attributes removed, as specified by the replacement options described in dcintro(1). This allows pre-DICOM ACR-NEMA or SPI files to be converted to DICOM files containing conforming instances of SOP classes in a semi-automated manner. If the SOP Class can be automatically determined, such as for CT or MR images, specific SOP Class instances will be created, otherwise SC will be used. Unique study, series and instance identifiers will be generated from a time stamp, but can be overridden by command line options to allow for shared identifiers between files of a series.

A special effort is made to find a useful value for Instance Number (formerly Image Number), by looking for private attributes (e.g. Philips MR). Similarly, if Series Number is absent, then StudyID is copied to it (Siemens MR), and the same for other series level attributes.

OPTIONS
The verbose output goes to standard error.

The basic input switches are described in dcintro(1). Options specific to this program are:

-verbose
    Display byte offset from file start and message start, in hexadecimal, and dump contents while reading, once read, during replacement, and before writing.

ENVIRONMENT

EXAMPLES

FILES

SEE ALSO
dcintro(1), dccp(1)

AUTHOR
Copyright (c) 1993-2015, David A. Clunie DBA PixelMed Publishing. All rights reserved.

BUGS

If there are no gantry relative image orientation and position values in the input, antodc will try to use patient orientation and slice location to guess suitable values ... this works OK for orientation but very likely the direction of the position value will have the wrong sign.

Invalid enumerated values for scanning sequence may be created or left alone.