图像医疗库itk-4.12+vs2015编译.zip

// GENERATED FILE DO NOT EDIT // $ xsltproc TagToType.xsl Part6.xml > gdcmTagToType.h /*========================================================================= Program: GDCM (Grassroots DICOM). A DICOM library Copyright (c) 2006-2011 Mathieu Malaterre All rights reserved. See Copyright.txt or http://gdcm.sourceforge.net/Copyright.html for details. This software is distributed WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the above copyright notice for more information. =========================================================================*/ #ifndef GDCMTAGTOTYPE_H #define GDCMTAGTOTYPE_H #include "gdcmVR.h" #include "gdcmVM.h" #include "gdcmStaticAssert.h" namespace gdcm { // default template: the compiler should only pick it up when the element is private: template <uint16_t group,uint16_t element> struct TagToType { //GDCM_STATIC_ASSERT( group % 2 ); enum { VRType = VR::VRALL }; enum { VMType = VM::VM1_n }; }; // template for group length: template <uint16_t group> struct TagToType<group,0x0000> { static const char* GetVRString() { return "UL"; } typedef VRToType<VR::UL>::Type Type; enum { VRType = VR::UL }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0000> { static const char* GetVRString() { return "UL"; } typedef VRToType<VR::UL>::Type Type; enum { VRType = VR::UL }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0001> { static const char* GetVRString() { return "UL"; } typedef VRToType<VR::UL>::Type Type; enum { VRType = VR::UL }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0002> { static const char* GetVRString() { return "UI"; } typedef VRToType<VR::UI>::Type Type; enum { VRType = VR::UI }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0003> { static const char* GetVRString() { return "UI"; } typedef VRToType<VR::UI>::Type Type; enum { VRType = VR::UI }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0010> { static const char* GetVRString() { return "SH"; } typedef VRToType<VR::SH>::Type Type; enum { VRType = VR::SH }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0100> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0110> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0120> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0200> { static const char* GetVRString() { return "AE"; } typedef VRToType<VR::AE>::Type Type; enum { VRType = VR::AE }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0300> { static const char* GetVRString() { return "AE"; } typedef VRToType<VR::AE>::Type Type; enum { VRType = VR::AE }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0400> { static const char* GetVRString() { return "AE"; } typedef VRToType<VR::AE>::Type Type; enum { VRType = VR::AE }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0600> { static const char* GetVRString() { return "AE"; } typedef VRToType<VR::AE>::Type Type; enum { VRType = VR::AE }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0700> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0800> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0850> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0860> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0900> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0901> { static const char* GetVRString() { return "AT"; } typedef VRToType<VR::AT>::Type Type; enum { VRType = VR::AT }; enum { VMType = VM::VM1_n }; static const char* GetVMString() { return "1-n"; } }; template <> struct TagToType<0x0000,0x0902> { static const char* GetVRString() { return "LO"; } typedef VRToType<VR::LO>::Type Type; enum { VRType = VR::LO }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x0903> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x1000> { static const char* GetVRString() { return "UI"; } typedef VRToType<VR::UI>::Type Type; enum { VRType = VR::UI }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x1001> { static const char* GetVRString() { return "UI"; } typedef VRToType<VR::UI>::Type Type; enum { VRType = VR::UI }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x1002> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x1005> { static const char* GetVRString() { return "AT"; } typedef VRToType<VR::AT>::Type Type; enum { VRType = VR::AT }; enum { VMType = VM::VM1_n }; static const char* GetVMString() { return "1-n"; } }; template <> struct TagToType<0x0000,0x1008> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x1020> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagToType<0x0000,0x1021> { static const char* GetVRString() { return "US"; } typedef VRToType<VR::US>::Type Type; enum { VRType = VR::US }; enum { VMType = VM::VM1 }; static const char* GetVMString() { return "1"; } }; template <> struct TagT