casa: code/oldalma/implement/Enumtcl/CalDataOrigin.h Source File

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00001 /*
00002  *
00003  * /////////////////////////////////////////////////////////////////
00004  * // WARNING!  DO NOT MODIFY THIS FILE!                          //
00005  * //  ---------------------------------------------------------  //
00006  * // | This is generated code using a C++ template function!   | //
00007  * // ! Do not modify this file.                                | //
00008  * // | Any changes will be lost when the file is re-generated. | //
00009  * //  ---------------------------------------------------------  //
00010  * /////////////////////////////////////////////////////////////////
00011  *
00012  */
00013 
00014 
00015 #if     !defined(_CALDATAORIGIN_H)
00016 
00017 #include <CCalDataOrigin.h>
00018 #define _CALDATAORIGIN_H
00019 #endif 
00020 
00021 #if     !defined(_CALDATAORIGIN_HH)
00022 
00023 #include "Enum.hpp"
00024 
00025 using namespace CalDataOriginMod;
00026 
00027 template<>
00028  struct enum_set_traits<CalDataOrigin> : public enum_set_traiter<CalDataOrigin,8,CalDataOriginMod::HOLOGRAPHY> {};
00029 
00030 template<>
00031 class enum_map_traits<CalDataOrigin,void> : public enum_map_traiter<CalDataOrigin,void> {
00032 public:
00033   static bool   init_;
00034   static string typeName_;
00035   static string enumerationDesc_;
00036   static string order_;
00037   static string xsdBaseType_;
00038   static bool   init(){
00039     EnumPar<void> ep;
00040     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00041      (CalDataOriginMod::TOTAL_POWER,ep((int)CalDataOriginMod::TOTAL_POWER,"TOTAL_POWER","Total Power data (from detectors)")));
00042     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00043      (CalDataOriginMod::WVR,ep((int)CalDataOriginMod::WVR,"WVR","Water vapour radiometrers")));
00044     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00045      (CalDataOriginMod::CHANNEL_AVERAGE_AUTO,ep((int)CalDataOriginMod::CHANNEL_AVERAGE_AUTO,"CHANNEL_AVERAGE_AUTO","Autocorrelations from channel average data")));
00046     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00047      (CalDataOriginMod::CHANNEL_AVERAGE_CROSS,ep((int)CalDataOriginMod::CHANNEL_AVERAGE_CROSS,"CHANNEL_AVERAGE_CROSS","Crosscorrelations from channel average data")));
00048     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00049      (CalDataOriginMod::FULL_RESOLUTION_AUTO,ep((int)CalDataOriginMod::FULL_RESOLUTION_AUTO,"FULL_RESOLUTION_AUTO","Autocorrelations from full-resolution data")));
00050     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00051      (CalDataOriginMod::FULL_RESOLUTION_CROSS,ep((int)CalDataOriginMod::FULL_RESOLUTION_CROSS,"FULL_RESOLUTION_CROSS","Cross correlations from full-resolution data")));
00052     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00053      (CalDataOriginMod::OPTICAL_POINTING,ep((int)CalDataOriginMod::OPTICAL_POINTING,"OPTICAL_POINTING","Optical pointing data")));
00054     m_.insert(pair<CalDataOrigin,EnumPar<void> >
00055      (CalDataOriginMod::HOLOGRAPHY,ep((int)CalDataOriginMod::HOLOGRAPHY,"HOLOGRAPHY","data from holography receivers")));
00056     return true;
00057   }
00058   static map<CalDataOrigin,EnumPar<void> > m_;
00059 };
00060 #define _CALDATAORIGIN_HH
00061 #endif