#ifndef MARS_MMatrix #define MARS_MMatrix #ifndef MARS_MParContainer #include "MParContainer.h" #endif #include // std::cout #if defined(R__DICTIONARY_FILENAME) && defined(__clang__) #undef private #endif #include #include // std::ifstream #include #include #include #include #include "MLog.h" #include "MLogManip.h" class MMatrix : public MParContainer { public: MMatrix(const char *name, const char *title); ~MMatrix(); Int_t ReadEnv(const TEnv &env, TString prefix, Bool_t print=kFALSE); void print()const; // The floating point data stored in this object has an arbitrary number of // rows and each row can have a unique number of floating numbers. // M[row i][column j] std::vector< std::vector< double > > fM; private: // The deilimiter symbol which seperates the data chunks in the file to be // parsed. char fDelimiter; // The data text file to be parsed may have comment lines which are // indicated with the comment character. // Leading whitespaces in front of the comment symbol are fine/ are ignored. char fComment; // The fFileName can only be set using ReadFile( filename ). This is to make // sure that the fFileName is always the one of the actual file parsed in. TString fFileName; // the line number worked on is stored here by the ReadFile( fileneam ) // function so that other functions as the pedantic_strtod() can provide // an additional information in case they have to throw exceptions. unsigned int fLineNumber; void initialize(); // a more pedantic version of std::strtod() double pedantic_strtod(std::string text)const; // deleting all information stored in the Matrix fM void clear(); // the text file parser void ReadFile(const TString path_to_text_file ); // text parsing helpers bool is_empty_or_has_only_white_spaces(std::string line)const; bool is_comment(std::string line)const; std::string remove_leading_white_spaces(std::string &s)const; std::string remove_tailing_white_spaces(std::string &s)const; ClassDef(MMatrix, 1) // generic parameter container with text file parser }; #endif //MMatrix