Class HarmonicData#

Defined in File HarmonicData.hh

Inheritance Relationships#

Base Type#

public OrbitUtils::CppPyWrapper (Class CppPyWrapper)

Class Documentation#

class HarmonicData : public OrbitUtils::CppPyWrapper #

Public Functions

HarmonicData(int order_in, Function *inFunc)#: Constructor of HarmonicData with order and Function with data.

HarmonicData(HarmonicData *harmonicData)#: Copy Constructor of HarmonicData.

virtual ~HarmonicData()#: Destructor of HarmonicData.

void setOrder(int order_in)#: Sets order of the harmonic fit A0,A1,A2,..,An where order = 2*n+1.

int getOrder()#: Returns order of the harmonic fit A0,A1,A2,..,An where order = 2*n+1.

void setDataFunction(Function *inFunc)#: Sets the new initial data for fiiting as new Function.

void setParam(int index, double val)#: Sets A or phase parameter in param_arr = [A0,A1,phase1,A2,phase2, …].

double getParam(int index)#: Returns A or phase parameter from param_arr = [A0,A1,phase1,A2,phase2, …].

int dataSize()#: Returns the number of points in the Y(x) input scan data.

double valueY(int indexX)#: Returns the Y value for data point with the indexX in the input scan data.

double valueErr(int indexX)#: Returns the error of Y value for data point with the indexX in the input scan data.

double valueX(int indexX)#: Returns the X value for data point with the indexX in the input scan data.

double fitValueY(double x)#: Returns the Y value of the harmonic fit.

void clean()#: Sets all parameter in param_arr = [A0,A1,phase1,A2,phase2, …] to zero.

double sumDiff2()#: Returns the sum of square of difference between data and fit.

Function *getDataFunction()#: Returns the Function with initial data points.