/* amitk_data_set_variable_type.h - used to generate the different amitk_data_set_*.h files
 *
 * Part of amide - Amide's a Medical Image Data Examiner
 * Copyright (C) 2001-2017 Andy Loening
 *
 * Author: Andy Loening <loening@alum.mit.edu>
 */

/*
  This program is free software; you can redistribute it and/or modify
  it under the terms of the GNU General Public License as published by
  the Free Software Foundation; either version 2, or (at your option)
  any later version.
 
  This program is distributed in the hope that it will be useful,
  but WITHOUT ANY WARRANTY; without even the implied warranty of
  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  GNU General Public License for more details.
 
  You should have received a copy of the GNU General Public License
  along with this program; if not, write to the Free Software
  Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
  02111-1307, USA.
*/


#ifndef __AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'__
#define __AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'__

/* header files that are always needed with this file */
#include "amitk_data_set.h"


/* defines */

/* translates to the contents of the voxel specified by voxelpoint i */
#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_CONTENT(data_set,i) \
 (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->current_scaling_factor, (i))) * \
  ((amide_data_t) (*(AMITK_RAW_DATA_`'m4_Variable_Type`'_POINTER((data_set)->raw_data,(i))))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_CONTENT(data_set,i) \
    (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->current_scaling_factor, (i))) * \
     ((amide_data_t) (*(AMITK_RAW_DATA_`'m4_Variable_Type`'_POINTER((data_set)->raw_data,(i)))) + \
      (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_intercept, (i))))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERNAL_CONTENT(data_set,i) \
 (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_factor, (i))) * \
  ((amide_data_t) (*(AMITK_RAW_DATA_`'m4_Variable_Type`'_POINTER((data_set)->raw_data,(i))))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_INTERNAL_CONTENT(data_set,i) \
    (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_factor, (i))) * \
     ((amide_data_t) (*(AMITK_RAW_DATA_`'m4_Variable_Type`'_POINTER((data_set)->raw_data,(i)))) + \
      (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_intercept, (i))))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_SET_CONTENT(data_set,i,value) \
 (AMITK_RAW_DATA_`'m4_Variable_Type`'_SET_CONTENT((data_set)->raw_data, (i)) = value/ \
  (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->current_scaling_factor, (i)))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_SET_CONTENT(data_set,i,value) \
    (AMITK_RAW_DATA_`'m4_Variable_Type`'_SET_CONTENT((data_set)->raw_data, (i)) = value/ \
     (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->current_scaling_factor, (i)))) \
     - (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_intercept, (i)))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_SET_INTERNAL_CONTENT(data_set,i,value) \
 (AMITK_RAW_DATA_`'m4_Variable_Type`'_SET_CONTENT((data_set)->raw_data, (i)) = value/ \
  (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_factor, (i)))))

#define AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_SET_INTERNAL_CONTENT(data_set,i,value) \
    (AMITK_RAW_DATA_`'m4_Variable_Type`'_SET_CONTENT((data_set)->raw_data, (i)) = value/ \
     (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_factor, (i)))) \
     - (*(AMITK_RAW_DATA_DOUBLE_`'m4_Scale_Dim`'_POINTER((data_set)->internal_scaling_intercept, (i)))))

/* function declarations */
void amitk_data_set_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_calc_slice_min_max(AmitkDataSet * data_set,
									     const amide_intpoint_t frame,
									     const amide_intpoint_t gate,
									     const amide_intpoint_t z,
									     amitk_format_DOUBLE_t * pmin,
									     amitk_format_DOUBLE_t * pmax);
void amitk_data_set_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_calc_slice_min_max(AmitkDataSet * data_set,
										       const amide_intpoint_t frame,
										       const amide_intpoint_t gate,
										       const amide_intpoint_t z,
										       amitk_format_DOUBLE_t * pmin,
										       amitk_format_DOUBLE_t * pmax);
void amitk_data_set_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_calc_distribution(AmitkDataSet * data_set,
									     AmitkUpdateFunc update_func,
									    gpointer update_data);
void amitk_data_set_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_calc_distribution(AmitkDataSet * data_set,
										      AmitkUpdateFunc update_func,
										      gpointer update_data);
AmitkDataSet * amitk_data_set_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_get_slice(AmitkDataSet * data_set,
									      const amide_time_t start_time,
									      const amide_time_t duration,
									      const amide_intpoint_t gate,
									      const AmitkCanvasPoint pixel_size,
									      const AmitkVolume * slice_volume);
AmitkDataSet * amitk_data_set_`'m4_Variable_Type`'_`'m4_Scale_Dim`'_INTERCEPT_get_slice(AmitkDataSet * data_set,
											const amide_time_t start_time,
											const amide_time_t duration,
											const amide_intpoint_t gate,
											const AmitkCanvasPoint pixel_size,
											const AmitkVolume * slice_volume);



#endif /* __AMITK_DATA_SET_`'m4_Variable_Type`'_`'m4_Scale_Dim`'__ */







