src2/creaImageIOTreeDescriptor.cpp

   1 #include <creaImageIOTreeDescriptor.h>
   2
   3
   4 namespace creaImageIO
   5 {
   6
   7   namespace tree
   8   {
   9
  10     //==================================================================
  11     /// The attribute is hidden (not visible to user)
  12     const unsigned int AttributeDescriptor::HIDDEN = 1;
  13     /// The attribute enters in unique identifier constitution (KEY)
  14     const unsigned int AttributeDescriptor::KEY = 2;
  15     const unsigned int AttributeDescriptor::LABEL = 4;
  16     //==================================================================
  17
  18     //==================================================================
  19     Descriptor::Descriptor()
  20     {
  21       CreateLevel0Descriptor();
  22     }
  23     //==================================================================
  24
  25    //==================================================================
  26     Descriptor::~Descriptor()
  27     {
  28     }
  29     //==================================================================
  30
  31     //==================================================================
  32     void Descriptor::CreateLevel0Descriptor()
  33     {
  34       GetLevelDescriptorList().push_back(LevelDescriptor("Root"));
  35     }
  36     //==================================================================
  37
  38     //==================================================================
  39     /// Creates the default descriptor
  40     void Descriptor::CreateDefault()
  41     {
  42       // clears the existing one
  43       GetLevelDescriptorList().clear();
  44
  45       // Creates the level 0 descriptor
  46       CreateLevel0Descriptor();
  47       // Creates the attribute "Name"
  48       GetAttributeDescriptorList(0).push_back(AttributeDescriptor("Name"));
  49
  50       // Patient level
  51       GetLevelDescriptorList().push_back(LevelDescriptor("Patient"));
  52       GetAttributeDescriptorList(1).push_back(AttributeDescriptor("0010|0010",   // Patient name
  53                                                                    AttributeDescriptor::LABEL));
  54       GetAttributeDescriptorList(1).push_back(AttributeDescriptor("0010|0040")); // Patient sex
  55       GetAttributeDescriptorList(1).push_back(AttributeDescriptor("0010|0030")); // Patient birthday
  56       GetAttributeDescriptorList(1).push_back(AttributeDescriptor("0010|0020",   // Patient ID
  57                                                                   AttributeDescriptor::KEY));
  58
  59       // Study-series level
  60       GetLevelDescriptorList().push_back(LevelDescriptor("Series"));
  61       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0060",    // Modality
  62                                                                   AttributeDescriptor::LABEL));
  63       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|1030")); // Study Description
  64       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|103E")); // Description
  65       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0080")); // Institution Name
  66       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0081")); // Institution Adress
  67       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|1010")); // Station Name
  68       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|1048")); // Physician of Record
  69       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|1050")); // Performing Physician's Name
  70       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0018|1030")); // Protocol Name
  71
  72       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0020|0010")); // Study ID
  73       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0020")); // Study Date
  74       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0030")); // Study Time
  75       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0050")); // Study Accession Number
  76       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0005")); // Specific character set
  77       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0021")); // Series Date
  78       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0008|0031")); // Series time
  79
  80       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0020|000D",   // Study Instance UID
  81                                                                   AttributeDescriptor::KEY));
  82       GetAttributeDescriptorList(2).push_back(AttributeDescriptor("0020|000E",   // Series Instance UID
  83                                                                   AttributeDescriptor::KEY |
  84                                                                   AttributeDescriptor::LABEL));
  85
  86
  87       // Image level
  88       GetLevelDescriptorList().push_back(LevelDescriptor("Image"));
  89
  90       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0020|0013")); // Image Number
  91
  92       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0010")); // Rows
  93       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0011")); // Columns
  94       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0012")); // Planes
  95       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0002")); // Sample per pixels
  96       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0008")); // Number of Frames
  97       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0004")); // Photometric Interpretation
  98       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0103")); // Pixel Representation
  99
 100       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0020|0032")); // Image Position Patient
 101       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0020|0037")); // Image Orientation Patient
 102       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0020|1041")); // Slice Location
 103       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0006")); // Planar Configuration
 104
 105       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0030")); // Pixel Spacing
 106       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0100")); // AlocatedBits
 107       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0028|0101")); // StoredBits
 108
 109       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0008|0008")); // Image Type
 110       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0008|0023")); // Content Date
 111       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0008|0033")); // Content Time
 112
 113       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0020|4000")); // Image Comments
 114
 115       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0004|1500",   // File Name
 116                                                                   AttributeDescriptor::LABEL));
 117       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0004|1052")); // Rescale Intercept
 118       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0004|1053")); // Rescale Slope
 119
 120       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0050|0004")); // Calibration Image
 121
 122       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0020|0052",   // Frame Reference UID
 123                                                                   AttributeDescriptor::KEY));
 124       GetAttributeDescriptorList(3).push_back(AttributeDescriptor("0008|0016")); // SOP Class UID
 125
 126
 127     }
 128     //==================================================================
 129
 130     //==================================================================
 131     /// Builds the key to value map of all the attributes of the tree
 132     void Descriptor::BuildAttributeMap( std::map<std::string,std::string>& map ) const
 133     {
 134       map.clear();
 135       LevelDescriptorListType::const_iterator l;
 136       for (l = GetLevelDescriptorList().begin();
 137            l!= GetLevelDescriptorList().end();
 138            ++l)
 139         {
 140           LevelDescriptor::AttributeDescriptorListType::const_iterator a;
 141           for (a = l->GetAttributeDescriptorList().begin();
 142                a!= l->GetAttributeDescriptorList().end();
 143                ++a)
 144             {
 145               map[a->GetName()]="";
 146             }
 147         }
 148     }
 149     //==================================================================
 150
 151   }
 152 }