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Classes |
struct | gdcm::UI |
class | gdcm::VR |
| VR class This is adapted from DICOM standard The biggest difference is the INVALID VR and the composite one that differ from standard (more like an addition) This allow us to represent all the possible case express in the DICOMV3 dict. More...
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Namespaces |
namespace | gdcm |
Defines |
#define | TYPETOENCODING(type, rep, rtype) |
#define | VRTypeTemplateCase(type) |
Typedefs |
typedef String<'\\', 16 > | gdcm::AEComp |
typedef String<'\\', 64 > | gdcm::ASComp |
typedef String<'\\', 16 > | gdcm::CSComp |
typedef String<'\\', 64 > | gdcm::DAComp |
typedef String<'\\', 64 > | gdcm::DTComp |
typedef String<'\\', 64 > | gdcm::LOComp |
typedef String<'\\', 64 > | gdcm::LTComp |
typedef String<'\\', 64 > | gdcm::PNComp |
typedef String<'\\', 64 > | gdcm::SHComp |
typedef String<'\\', 64 > | gdcm::STComp |
typedef String<'\\', 64 > | gdcm::TMComp |
typedef String<'\\', 64, 0 > | gdcm::UIComp |
typedef String<'\\', 64 > | gdcm::UTComp |
Functions |
std::ostream & | gdcm::operator<< (std::ostream &_os, const VR &val) |
std::ostream & | gdcm::operator<< (std::ostream &_os, const UI &_val) |
| gdcm::TYPETOENCODING (SQ, VRBINARY, unsigned char) TYPETOENCODING(UN |
Variables |
| gdcm::VRBINARY |
Define Documentation
#define TYPETOENCODING |
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type, |
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rep, |
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rtype |
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Value:template<> struct VRToEncoding<VR::type> \
{ enum { Mode = VR::rep }; }; \
template<> struct VRToType<VR::type> \
{ typedef rtype Type; };
#define VRTypeTemplateCase |
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type ) |
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Value:case VR::type: \
return sizeof ( VRToType<VR::type>::Type );
Referenced by gdcm::VR::GetSize().