OpenGM  2.3.x
Discrete Graphical Model Library
Macros
macros.hxx File Reference
#include <string>
#include "opengm/opengm.hxx"
+ Include dependency graph for macros.hxx:

Go to the source code of this file.

Macros

#define OPENGM_MACROS
 
#define STRING_TO_ENUM_1(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENUM_OUT)
 
#define STRING_TO_ENUM_2(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENUM_OUT)
 
#define STRING_TO_ENUM_3(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENUM_OUT)
 
#define STRING_TO_ENUM_4(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENUM_OUT)
 
#define STRING_TO_ENUM_5(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENTYR_5, ENUM_OUT)
 
#define STRING_TO_ENUM_6(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENTYR_5, ENTYR_6, ENUM_OUT)
 
#define STRING_TO_ENUM_7(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENTYR_5, ENTYR_6, ENTYR_7, ENUM_OUT)
 
#define STRING_TO_ENUM_8(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENTYR_5, ENTYR_6, ENTYR_7, ENTYR_8, ENUM_OUT)
 
#define STRING_TO_ENUM_9(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENTYR_5, ENTYR_6, ENTYR_7, ENTYR_8, ENTYR_9, ENUM_OUT)
 
#define STRING_TO_ENUM_10(CLASS_OF_ENUM, NAME_STRING, PARAM_NAME, ENTRY_1, ENTYR_2, ENTYR_3, ENTYR_4, ENTYR_5, ENTYR_6, ENTYR_7, ENTYR_8, ENTYR_9, ENTYR_10, ENUM_OUT)
 

Macro Definition Documentation

#define OPENGM_MACROS

Definition at line 3 of file macros.hxx.

#define STRING_TO_ENUM_1 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) ENUM_OUT=CLASS_OF_ENUM::ENTRY_1 \
else (throw RuntimeError(std::string("Wrong value for parameter")+std::string(#PARAM_NAME)))

Definition at line 9 of file macros.hxx.

#define STRING_TO_ENUM_10 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENTYR_5,
  ENTYR_6,
  ENTYR_7,
  ENTYR_8,
  ENTYR_9,
  ENTYR_10,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else if (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
else if (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
else if (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
else if (NAME_STRING==std::string( #ENTRY_8)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_8;} \
else if (NAME_STRING==std::string( #ENTRY_9)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_9;} \
else if (NAME_STRING==std::string( #ENTRY_10)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_10;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 81 of file macros.hxx.

#define STRING_TO_ENUM_2 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) ENUM_OUT=CLASS_OF_ENUM::ENTRY_1 \
else if (NAME_STRING==std::string( #ENTRY_2)) ENUM_OUT=CLASS_OF_ENUM::ENTRY_2 \
else (throw RuntimeError(std::string("Wrong value for parameter")+std::string(#PARAM_NAME)))

Definition at line 13 of file macros.hxx.

#define STRING_TO_ENUM_3 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 18 of file macros.hxx.

#define STRING_TO_ENUM_4 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 24 of file macros.hxx.

#define STRING_TO_ENUM_5 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENTYR_5,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else if (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 31 of file macros.hxx.

#define STRING_TO_ENUM_6 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENTYR_5,
  ENTYR_6,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else if (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
else if (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 39 of file macros.hxx.

#define STRING_TO_ENUM_7 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENTYR_5,
  ENTYR_6,
  ENTYR_7,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else if (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
else if (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
else if (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 48 of file macros.hxx.

#define STRING_TO_ENUM_8 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENTYR_5,
  ENTYR_6,
  ENTYR_7,
  ENTYR_8,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else if (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
else if (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
else if (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
else if (NAME_STRING==std::string( #ENTRY_8)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_8;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 58 of file macros.hxx.

#define STRING_TO_ENUM_9 (   CLASS_OF_ENUM,
  NAME_STRING,
  PARAM_NAME,
  ENTRY_1,
  ENTYR_2,
  ENTYR_3,
  ENTYR_4,
  ENTYR_5,
  ENTYR_6,
  ENTYR_7,
  ENTYR_8,
  ENTYR_9,
  ENUM_OUT 
)
Value:
if (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
else if (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
else if (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
else if (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
else if (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
else if (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
else if (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
else if (NAME_STRING==std::string( #ENTRY_8)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_8;} \
else if (NAME_STRING==std::string( #ENTRY_9)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_9;} \
else {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}

Definition at line 69 of file macros.hxx.

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