+[ LEADTOOLS_FLOWERS-8-MONO2-JpegLossy.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "MONOCHROME2 " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.4.50" # Transfer Syntax: jpeg Baseline,
+ # ... Process 1
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-8-PAL-RLE.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "PALETTE COLOR " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0028|0006 "2" # Planar Configuration
+ 0002|0010 "1.2.840.10008.1.2.5" # Transfer Syntax: RLE Lossless
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-8-MONO2-RLE.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "MONOCHROME2 " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.5" # Transfer Syntax: RLE Lossless
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-8-PAL-Uncompressed.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "PALETTE COLOR " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.1" # Transfer Syntax: Explicit VR -
+ # Little Endian
+ 7fe0|0010 "gdcm::NotLoaded Ad.:3538 x(dd2) Lgt:428000 x(687e0)"
+]
+
+[ LEADTOOLS_FLOWERS-8-MONO2-Uncompressed.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "MONOCHROME2 " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.1" # Transfer Syntax: Explicit VR -
+ # Little Endian
+ 7fe0|0010 "gdcm::NotLoaded Ad.:1942 x(796) Lgt:428000 x(687e0)"
+]
+
+[ LEADTOOLS_FLOWERS-16-MONO2-JpegLossless.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "16" # Bits Stored
+ 0028|0004 "MONOCHROME2 " # Photometric Interpretation
+ 0028|0100 "16" # Bits Allocated
+ 0028|0102 "15" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.4.70" # Transfer Syntax: jpeg Lossless,
+ # ... Process 14 [Selection Value 1]
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-16-MONO2-RLE.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "16" # Bits Stored
+ 0028|0004 "MONOCHROME2 " # Photometric Interpretation
+ 0028|0100 "16" # Bits Allocated
+ 0028|0102 "15" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.5" # Transfer Syntax: RLE Lossless
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-16-MONO2-Uncompressed.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "16" # Bits Stored
+ 0028|0004 "MONOCHROME2 " # Photometric Interpretation
+ 0028|0100 "16" # Bits Allocated
+ 0028|0102 "15" # High Bit
+ 0002|0010 "1.2.840.10008.1.2.1" # Explicit VR - Little Endian
+ 7fe0|0010 "gdcm::NotLoaded Ad.:1942 x(796) Lgt:856000 x(d0fc0)"
+]
+
+[ LEADTOOLS_FLOWERS-24-RGB-JpegLossless.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "RGB " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0028|0002 "3" # Samples per Pixel
+ 0002|0010 "1.2.840.10008.1.2.4.70" # Transfer Syntax: jpeg Lossless,
+ # ... Process 14 [Selection Value 1]
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-24-RGB-JpegLossy.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "RGB " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0028|0002 "3" # Samples per Pixel
+ 0002|0010 "1.2.840.10008.1.2.4.50" # Transfer Syntax: jpeg Baseline,
+ # ... Process 1
+ # No "7fe0|0010"
+]
+
+[ LEADTOOLS_FLOWERS-24-RGB-Uncompressed.dcm
+ # - Particularities:
+ 0002|0016 "LEADTOOLS " # Source Application Entity Title
+ 0028|0101 "8" # Bits Stored
+ 0028|0004 "RGB " # Photometric Interpretation
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0028|0002 "3" # Samples per Pixel
+ 0002|0010 "1.2.840.10008.1.2.1" # Explicit VR - Little Endian
+ 7fe0|0010 "gdcm::NotLoaded Ad.:1934 x(78e) Lgt:1284000 x(1397a0)"
+]
+
+###########################################################################
+### LIBIDO format images
+### The libido format is an "extension" of the old ACRNEMA version 1.1
+### format. It was "designed" to embed images of float or double type
+### (in the sense of the C language) within the ACRNEMA format.
+### LIBIDO images are typically used as a temporary container for
+### observing the internal stages of a computation image pipeline
+### (i.e. some kind of file watch point), with a shallow compatibility
+### with the ACRNEMA format. By shallow compatibility we mean that
+### a classical DICOM viewer has no knowledge of the LIBIDO format
+### and hence cannot display it (how to display a "double" image anyhow).
+### Very few tags are available (e.g. no "Manufacturer" related
+### info, no medical information).
+### LIBIDO images can be recognized by their "Recognition Code"
+###########################################################################
+[ LIBIDO-16-ACR_NEMA-Volume.dcm
+ # - Particularities:
+ # * this file represents a "volume" i.e. it has a "Number of Planes",
+ # (but no "Number of Frames")
+ 0008|0010 "ACRNEMA_LIBIDO_1.1" # Recognition Code (RET)
+ 0028|0005 "3" # Image Dimensions (RET)
+ 0028|0010 "50" # Rows
+ 0028|0011 "50" # Columns
+ 0028|0012 "262" # Planes
+ 0028|0101 "16" # Bits Stored
+ 0028|0100 "16" # Bits Allocated
+ 0028|0102 "15" # High Bit
+ 0028|0103 "0" # Pixel Representation
+ 7fe0|0010 "gdcm::NotLoaded Ad.:210 x(d2) Lgt:1310000 x(13fd30)"
+]
+
+[ LIBIDO-24-ACR_NEMA-Rectangle.dcm
+ # FIXME TODO \todo
+ # The Rows and Columns presence breaks this test !!!
+ #
+ # - Particularities:
+ # * RGB encoding (24 bits).
+ # * Rectangle image : 100x400
+ 0008|0010 "ACRNEMA_LIBIDO_1.1" # Recognition Code (RET)
+ 0028|0005 "2" # Image Dimensions (RET)
+ #0028|0010 "100" # Rows
+ #0028|0011 "400" # Columns
+ 0028|0101 "24" # Bits Stored
+ 0028|0100 "24" # Bits Allocated
+ 0028|0102 "23" # High Bit
+ 0028|0103 "0" # Pixel Representation
+ 7fe0|0010 "gdcm::NotLoaded Ad.:182 x(b6) Lgt:120000 x(1d4c0)"
+]
+
+[ LIBIDO-8-ACR_NEMA-Lena_128_128.acr
+ # FIXME TODO \todo
+ # The Rows and Columns presence breaks this test !!!
+ #
+ # - Particularities:
+ # * the classical lena image (with size 128x128), recoded as LIBIDO image
+ 0008|0010 "ACRNEMA_LIBIDO_1.1" # Recognition Code (RET)
+ 0028|0005 "2" # Image Dimensions (RET)
+ #0028|0010 "128" # Rows
+ #0028|0011 "128" # Columns
+ 0028|0101 "8" # Bits Stored
+ 0028|0100 "8" # Bits Allocated
+ 0028|0102 "7" # High Bit
+ 0028|0103 "0" # Pixel Representation
+ 7fe0|0010 "gdcm::NotLoaded Ad.:182 x(b6) Lgt:16384 x(4000)"
+]
+
+###########################################################################
+### A Philips Intera (NTSCAN) image. It has a private dicom sequence where the
+### field is being flip to BigEndian for no reason.
+### Thanks to Peter Cech for providing images and patch !
+###########################################################################
+[ PHILIPS_Intera-16-MONO2-Uncompress.dcm
+ # - Particularities:
+ # Sequence difficult to read since we need to flip reading to BigEndian
+ # Only during the reading of the private sequence.
+ 0008|0070 "Philips Medical Systems " # Manufacturer
+ 0008|1090 "Intera" # Manufacturer's Model Name
+ 0008|1010 "NTSCAN" # Station Name
+ 0028|0010 "1024" # Rows
+ 0028|0011 "1024" # Columns
+ 0028|2110 "00" # Lossy Image Compression
+ 0018|1250 "SENSE-head" # Receive Coil Name
+ # 0029|2021/0#0029|246a "DICOM " # not accessible for the current
+ # state of the API since this tag
+ # lives within a sequence
+ 2005|e027 "MAXIMUM " # unkn
+ 7fe0|0010 "gdcm::NotLoaded Ad.:9276 x(243c) Lgt:2097152 x(200000)"
+]
+
+###########################################################################
+### A GE LOGIQBook 8Bits RGB with huge preview and a small preview
+###########################################################################
+[ GE_LOGIQBook-8-RGB-HugePreview.dcm
+ # - Particularities:
+ # A Huge Preview and a small preview
+ 0008|0070 "GE Medical Systems" # Manufacturer
+ 0008|1090 "LOGIQBook " # Manufacturer's Model Name
+ 0008|1010 "LOGIQBOOK " # Station Name
+ 0028|0010 "480" # Rows
+ 0028|0011 "640" # Columns
+ 6003|0010 "GEMS_Ultrasound_ImageGroup_001" # unkn
+ 7fe0|0010 "gdcm::NotLoaded Ad.:935608 x(e46b8) Lgt:921600 x(e1000)"
+ # Just for fun:
+ #7fe1|0010 "GEMS_Ultrasound_MovieGroup_001" # unkn
+]
+
+###########################################################################
+### A GE DLX image with a private transfer syntax: 1.2.840.113619.5.2
+### This is Implicit VR Big Endian (GE Private). Basically the header
+### is in little endian, while image is in big endian
+###########################################################################
+[ GE_DLX-8-MONO2-PrivateSyntax.dcm
+ # - Particularities:
+ # Private syntax: Implicit VR Big Endian (GE Private)
+ 0002|0010 "1.2.840.113619.5.2" # Transfer Syntax UID
+ 0008|0070 "GE MEDICAL SYSTEMS" # Manufacturer
+ 0008|1090 "DLX " # Manufacturer's Model Name
+ 0018|1510 "-8" # Positioner Primary Angle
+ 0018|1700 "CIRCULAR" # Collimator Shape
+ 0018|1710 "256\256 " # Center of Circular Collimator
+ 0028|0010 "512" # Rows
+ 0028|0011 "512" # Columns
+ #0028|6100 "" # Mask Subtraction Sequence
+ # Testing Public Sequence:
+ #0028|6101 "AVG_SUB " # Mask Operation
+ 7fe0|0010 "gdcm::NotLoaded Ad.:2920 x(b68) Lgt:14155776 x(d80000)"
+]