Types.h

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/*
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   The MIT License

   Copyright (c) 2009 Scientific Computing and Imaging Institute,
   University of Utah.

   
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/// @todo Documentation Core/Datatypes/Legacy/Base/Types.h

#ifndef CORE_DATATYPES_LEGACY_TYPES_H
#define CORE_DATATYPES_LEGACY_TYPES_H 1

namespace SCIRun {

// Depending on whether SCIRun is 64bits, the indices into the fields are
// altered to make sure we can address really large memory chunks.

typedef long long       index_type;
typedef long long       size_type;

// Mask type ensures the user that the bits mean something
// The numeric value should not be used

typedef unsigned int    mask_type;

// Mesh information types, that work with FieldInformation and 
// CreateMesh/CreateField

enum mesh_info_type { 
      POINTCLOUDMESH_E = 1,
      CURVEMESH_E,
      TRISURFMESH_E,
      QUADSURFMESH_E,
      TETVOLMESH_E,
      PRISMVOLMESH_E,
      HEXVOLMESH_E,
      SCANLINEMESH_E,
      IMAGEMESH_E,
      LATVOLMESH_E,
      STRUCTCURVEMESH_E,
      STRUCTQUADSURFMESH_E,
      STRUCTHEXVOLMESH_E };
       
// How the data is interpolated over the elements       
       
enum databasis_info_type { 
      NODATA_E =  -1,
      CONSTANTDATA_E = 0,
      LINEARDATA_E = 1,
      QUADRATICDATA_E = 2,
      CUBICDATA_E = 3 };

// The order of the underlying elements

enum meshbasis_info_type { 
      LINEARMESH_E = 1,
      QUADRATICMESH_E = 2,
      CUBICMESH_E = 3 };  

// The type of data stored in the field

enum data_info_type {
      NONE_E = 0,
      CHAR_E,
      UNSIGNED_CHAR_E,
      SHORT_E,
      UNSIGNED_SHORT_E,
      INT_E,
      UNSIGNED_INT_E,
      LONGLONG_E,
      UNSIGNED_LONGLONG_E,
      FLOAT_E,
      DOUBLE_E,
      VECTOR_E,
      TENSOR_E } ;

}


#endif