itkGEAdwImageIO.h

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/*=========================================================================
 *
 *  Copyright Insight Software Consortium
 *
 *  Licensed under the Apache License, Version 2.0 (the "License");
 *  you may not use this file except in compliance with the License.
 *  You may obtain a copy of the License at
 *
 *         http://www.apache.org/licenses/LICENSE-2.0.txt
 *
 *  Unless required by applicable law or agreed to in writing, software
 *  distributed under the License is distributed on an "AS IS" BASIS,
 *  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 *  See the License for the specific language governing permissions and
 *  limitations under the License.
 *
 *=========================================================================*/
#ifndef __itkGEAdwImageIO_h
#define __itkGEAdwImageIO_h
#include "ITKIOGEExport.h"


#include "itkIPLCommonImageIO.h"

namespace itk
{
class ITKIOGE_EXPORT GEAdwImageIO:public IPLCommonImageIO
{
public:
  typedef GEAdwImageIO         Self;
  typedef IPLCommonImageIO     Superclass;
  typedef SmartPointer< Self > Pointer;

  itkNewMacro(Self);

  itkTypeMacro(GEAdwImageIO, Superclass);

  /*-------- This part of the interfaces deals with reading data. ----- */

  virtual bool CanReadFile(const char *FileNameToRead) ITK_OVERRIDE;

  /* * Set the spacing and dimension information for the set filename. */
  // Implemented in superclass
  //      virtual void ReadImageInformation();

  /* * Get the type of the pixel.  */
  // Implemented in superclass
  //      virtual const std::type_info& GetPixelType() const;

  /* * Reads the data from disk into the memory buffer provided. */
  // Implemented in superclass
  //      virtual void Read(void* buffer);

  /* * Compute the size (in bytes) of the components of a pixel. For
       * example, and RGB pixel of unsigned char would have a
       * component size of 1 byte. */
  // Implemented in superclass
  //      virtual unsigned int GetComponentSize() const;

  /*-------- This part of the interfaces deals with writing data. ----- */

  /* * Determine if the file can be written with this ImageIO implementation.
       * \param FileNameToWrite The name of the file to test for writing.
       * \author Hans J. Johnson
       * \post Sets classes ImageIOBase::m_FileName variable to be FileNameToWrite
       * \return Returns true if this ImageIO can write the file specified.
       */
  // Implemented in superclass
  //      virtual bool CanWriteFile(const char * FileNameToWrite);

  /* * Set the spacing and dimension information for the set filename. */
  // Implemented in superclass
  //      virtual void WriteImageInformation();

  /* * Writes the data to disk from the memory buffer provided. Make sure
       * that the IORegions has been set properly. */
  // Implemented in superclass
  //      virtual void Write(const void* buffer);

protected:
  GEAdwImageIO();
  ~GEAdwImageIO();
  // Implemented in superclass
  //      void PrintSelf(std::ostream& os, Indent indent) const;
  virtual GEImageHeader * ReadHeader(const char *FileNameToRead) ITK_OVERRIDE;

private:
  GEAdwImageIO(const Self &);   //purposely not implemented
  void operator=(const Self &); //purposely not implemented

  enum GE_ADW_DEFINES {
    GE_ADW_SU_ID_LEN = 4,

    GE_ADW_SU_PRODID_LEN = 13,

    GE_ADW_EX_SUID_LEN = 4,

    GE_ADW_EX_NO_LEN = 2,

    GE_ADW_EX_HOSPNAME_LEN = 33,

    GE_ADW_EX_MAGSTRENGTH_LEN = 4,

    GE_ADW_EX_PATID_LEN = 13,

    GE_ADW_EX_PATNAME_LEN = 25,

    GE_ADW_EX_PATAGE_LEN = 2,

    GE_ADW_EX_PATIAN_LEN = 2,

    GE_ADW_EX_PATSEX_LEN = 2,

    GE_ADW_EX_PATWEIGHT_LEN = 4,

    GE_ADW_EX_HIST_LEN = 61,

    GE_ADW_EX_DATETIME_LEN = 4,

    GE_ADW_EX_REFPHY_LEN = 33,

    GE_ADW_EX_DIAGRAD_LEN = 33,

    GE_ADW_EX_OP_LEN = 4,

    GE_ADW_EX_DESC_LEN = 23,

    GE_ADW_EX_TYP_LEN = 3,

    GE_ADW_EX_FORMAT_LEN = 2,

    GE_ADW_EX_SYSID_LEN = 9,

    GE_ADW_SE_SUID_LEN = 4,

    GE_ADW_SE_UNIQ_LEN = 2,

    GE_ADW_SE_EXNO_LEN = 2,

    GE_ADW_SE_NO_LEN = 2,

    GE_ADW_SE_DATETIME_LEN = 4,

    GE_ADW_SE_DESC_LEN = 30,

    GE_ADW_SE_TYP_LEN = 2,

    GE_ADW_SE_PLANE_LEN = 2,

    GE_ADW_SE_POSITION_LEN = 4,

    GE_ADW_SE_ENTRY_LEN = 4,

    GE_ADW_SE_ANREF_LEN = 3,

    GE_ADW_SE_CONTRAST_LEN = 2,

    GE_ADW_SE_START_RAS_LEN = 1,

    GE_ADW_SE_START_LOC_LEN = 4,

    GE_ADW_SE_END_RAS_LEN = 1,

    GE_ADW_SE_END_LOC_LEN = 4,

    GE_ADW_SE_NUMIMAGES_LEN = 4,

    GE_ADW_IM_SUID_LEN = 4,

    GE_ADW_IM_UNIQ_LEN = 2,

    GE_ADW_IM_EXNO_LEN = 2,

    GE_ADW_IM_SENO_LEN = 2,

    GE_ADW_IM_NO_LEN = 2,

    GE_ADW_IM_DATETIME_LEN = 4,

    GE_ADW_IM_ACTUAL_DT_LEN = 4,

    GE_ADW_IM_SCTIME_LEN = 4,

    GE_ADW_IM_SLTHICK_LEN = 4,

    GE_ADW_IM_IMATRIX_X_LEN = 2,

    GE_ADW_IM_IMATRIX_Y_LEN = 2,

    GE_ADW_IM_DFOV_LEN = 4,

    GE_ADW_IM_DFOV_RECT_LEN = 4,

    GE_ADW_IM_DIM_X_LEN = 4,

    GE_ADW_IM_DIM_Y_LEN = 4,

    GE_ADW_IM_PIXSIZE_X_LEN = 4,

    GE_ADW_IM_PIXSIZE_Y_LEN = 4,

    GE_ADW_IM_CONTMODE_LEN = 2,

    GE_ADW_IM_PLANE_LEN = 2,

    GE_ADW_IM_SCANSPACING_LEN = 4,

    GE_ADW_IM_LOC_RAS_LEN = 1,

    GE_ADW_IM_LOC_LEN = 4,

    GE_ADW_IM_ULHC_R_LEN = 4,

    GE_ADW_IM_ULHC_A_LEN = 4,

    GE_ADW_IM_ULHC_S_LEN = 4,

    GE_ADW_IM_URHC_R_LEN = 4,

    GE_ADW_IM_URHC_A_LEN = 4,

    GE_ADW_IM_URHC_S_LEN = 4,

    GE_ADW_IM_BRHC_R_LEN = 4,

    GE_ADW_IM_BRHC_A_LEN = 4,

    GE_ADW_IM_BRHC_S_LEN = 4,

    GE_ADW_IM_TR_LEN = 4,

    GE_ADW_IM_TI_LEN = 4,

    GE_ADW_IM_TE_LEN = 4,

    GE_ADW_IM_NUMECHO_LEN = 2,

    GE_ADW_IM_ECHONUM_LEN = 2,

    GE_ADW_IM_NEX_LEN = 4,

    GE_ADW_IM_CONTIG_LEN = 2,

    GE_ADW_IM_HRTRATE_LEN = 2,

    GE_ADW_IM_TDEL_LEN = 4,

    GE_ADW_IM_XMTGAIN_LEN = 2,

    GE_ADW_IM_MR_FLIP_LEN = 2,

    GE_ADW_IM_CPHASE_LEN = 2,

    GE_ADW_IM_SWAPPF_LEN = 2,

    GE_ADW_IM_OBPLANE_LEN = 4,

    GE_ADW_IM_XMTFREQ_LEN = 4,

    GE_ADW_IM_PRESCAN_R1_LEN = 2,

    GE_ADW_IM_PRESCAN_R2_LEN = 2,

    GE_ADW_IM_IMODE_LEN = 2,

    GE_ADW_IM_IOPT_LEN = 4,

    GE_ADW_IM_PSEQ_LEN = 2,

    GE_ADW_IM_PSDNAME_LEN = 33,

    GE_ADW_IM_CTYP_LEN = 2,

    GE_ADW_IM_CNAME_LEN = 17,

    GE_ADW_IM_SUPP_TECH_LEN = 2,

    GE_ADW_IM_VBW_LEN = 4,

    GE_ADW_IM_SLQUANT_LEN = 2,

    GE_ADW_IM_USER0_LEN = 4,

    GE_ADW_IM_USER1_LEN = 4,

    GE_ADW_IM_USER2_LEN = 4,

    GE_ADW_IM_USER3_LEN = 4,

    GE_ADW_IM_USER4_LEN = 4,

    GE_ADW_IM_USER5_LEN = 4,

    GE_ADW_IM_USER6_LEN = 4,

    GE_ADW_IM_USER7_LEN = 4,

    GE_ADW_IM_USER8_LEN = 4,

    GE_ADW_IM_USER9_LEN = 4,

    GE_ADW_IM_USER10_LEN = 4,

    GE_ADW_IM_USER11_LEN = 4,

    GE_ADW_IM_USER12_LEN = 4,

    GE_ADW_IM_USER13_LEN = 4,

    GE_ADW_IM_USER14_LEN = 4,

    GE_ADW_IM_USER15_LEN = 4,

    GE_ADW_IM_USER16_LEN = 4,

    GE_ADW_IM_USER17_LEN = 4,

    GE_ADW_IM_USER18_LEN = 4,

    GE_ADW_IM_USER19_LEN = 4,

    GE_ADW_IM_USER20_LEN = 4,

    GE_ADW_IM_USER21_LEN = 4,

    GE_ADW_IM_USER22_LEN = 4,

    GE_ADW_IM_USER23_LEN = 4,

    GE_ADW_IM_USER24_LEN = 4,

    GE_ADW_IM_SATBITS_LEN = 2,

    GE_ADW_IM_SCIC_LEN = 2,

    GE_ADW_IM_FLAX_LEN = 2,

    GE_ADW_IM_VENC_LEN = 2,

    GE_ADW_IM_THK_DISCLMR_LEN = 2,

    GE_ADW_IM_VAS_COLLAPSE_LEN = 2,

    GE_ADW_IM_X_AXIS_ROT_LEN = 4,

    GE_ADW_IM_Y_AXIS_ROT_LEN = 4,

    GE_ADW_IM_Z_AXIS_ROT_LEN = 4,

    GE_ADW_IM_ECHO_TRN_LEN = 2,

    GE_ADW_IM_FRAC_ECHO_LEN = 2,

    GE_ADW_IM_PREP_PULSE_LEN = 2,

    GE_ADW_IM_CPHASENUM_LEN = 2,

    GE_ADW_IM_VAR_ECHO_LEN = 2,

    GE_ADW_IM_FREQ_DIR_LEN = 2,

    GE_ADW_IM_VMODE_LEN = 2,

    GE_ADW_VARIABLE_HDR_LENGTH_LEN = 4,

    };
};
} // end namespace itk

#endif // __itkAnalyzeImageIO_h