class emcTracedValue

Base class for storing the data on a single tracing line.

Public Methods
emcTracedValue(Float_t* bp=0): Ctor
emcTracedValue(int thetime, float constant, float slope)
emcTracedValue(const emcTracedValue&): Copy ctor
~emcTracedValue(): Dtor
int GetTime(void) const: Get starting time for this line.
float GetConstant(void) const: Get the value of the constant of the line (intercept).
float GetSlope(void) const: Get the value of the slope of the line.
inline Float_t getValue(void): Applicable if stored value was computed using EmcTraceAverage (constant within the period of validity).
Float_t getValue(Float_t _time): Applicable if stored value was computed using EmcTraceLine (linear function with validity period).
inline Float_t getValue(Int_t _time): Same as above but for integer time (which is the real type of this time).
void writeData(FILE *): Write single line into output stream
void readData(FILE *): Read single line from input stream
Bool_t operator== (const Int_t & time)
Bool_t operator> (const Int_t & time)
Bool_t operator< (const Int_t & time)
Bool_t operator== (const emcTracedValue & GL)
Bool_t operator> (const emcTracedValue & GL)
Bool_t operator< (const emcTracedValue & GL)

Protected Fields
Float_t GLine[3]: {StartTime(integer in fact),constant,slope}.

Protected Methods
friend ostream& operator << (ostream&, const emcTracedValue&)

Documentation

Base class for storing the data on a single tracing line.
As per STL conventions - it has unary operators overloaded to use while searching if stored in ordered lists or vectors. The decision is made to store lines without upper bounds for validity periods (valid to infinity unless further lines exist).