class PathTimeSeries : public TimeSeries

Inheritance:

Public Methods

PathTimeSeries(const Vector &thePath, const Vector &theTime, double cfactor = 1.0)

PathTimeSeries(char *fileNamePath, char *fileNameTime, double cfactor = 1.0)

PathTimeSeries()

~PathTimeSeries()

double getFactor(double pseudoTime)

double getDuration()

double getPeakFactor()

double getTimeIncr(double pseudoTime)

int sendSelf(int commitTag, Channel &theChannel)

int recvSelf(int commitTag, Channel &theChannel, FEM_ObjectBroker &theBroker)

void Print(ostream &s, int flag =0)

Inherited from TimeSeries:

Inherited from MovableObject:

Public Methods

int getClassTag(void) const

int getDbTag(void) const

void setDbTag(int dbTag)

PathTimeSeries(const Vector &thePath, const Vector &theTime, double cfactor = 1.0)

Used to construct a PathTimeSeries when the data points and time values are specified in a Vectors. The tag TSERIES_TAG_PathTimeSeries is passed to the TimeSeries constructor. Sets the constant factor used in the relation to cFactor. Constructs two new Vectors equal to thePath and time. Prints a warning message if no space is available for the Vectors or if the two Vectors are not of the same size.

PathTimeSeries(char *fileNamePath, char *fileNameTime, double cfactor = 1.0)

Used to construct a PathTimeSeries when the data points and time values are specified in files. The tag TSERIES_TAG_PathTimeSeries is passed to the TimeSeries constructor. Sets the constant factor used in the relation to cFactor. Opens the two files and counts the number of entries in each, if different prints a warning message and returns. Constructs the two vectors for the data and reads the data from the files into the two vectors. Prints a warning message if no space is available for the Vectors.

PathTimeSeries()

~PathTimeSeries()

Invokes the destructor on the two Vectors created to hold the data

double getFactor(double pseudoTime)

Determines the load factor based on the pseudoTime and the data points. Returns 0.0 if pseudoTime is greater than time of last data point, otherwise returns a linear interpolation of the data points times the factor cFactor.

double getDuration()

Creates a vector of size 4 into which it places cFactor, the size of thePath and two database tag for thaPath and time Vectors. Invokes sendVector() on the Channel with this newly created Vector object, and then again with the time and thePath Vectors.

double getPeakFactor()

Does the mirror image of sendSelf()

double getTimeIncr(double pseudoTime)

Prints the string 'PathTimeSeries', the factorcFactor, and the time increment dT. If flag is equal to 1.0 thePath and time Vector are also printed

int sendSelf(int commitTag, Channel &theChannel)

int recvSelf(int commitTag, Channel &theChannel, FEM_ObjectBroker &theBroker)

void Print(ostream &s, int flag =0)

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