Class TImpedance#

Defined in File TImpedance.hh

Inheritance Relationships#

Base Type#

public OrbitUtils::CppPyWrapper (Class CppPyWrapper)

Class Documentation#

class TImpedance : public OrbitUtils::CppPyWrapper #

Public Functions

TImpedance(double length, int nMacrosMin, int nBins, int useX, int useY)#: Constructor

virtual ~TImpedance()#: Destructor

void assignLatFuncs(double qX, double alphaX, double betaX, double qY, double alphaY, double betaY)#: Assigns the needed lattice functions

void assignImpedanceX(int n, double realp, double imagp, double realm, double imagm)#: Assigns the real and imaginary parts of the horizontal impedance for index n

void assignImpedanceY(int n, double realp, double imagp, double realm, double imagm)#: Assigns the real and imaginary parts of the vertical impedance for index n

void trackBunch(Bunch *bunch)#: Calculates the transverse kick to the macro-particles in the bunch

void _prepareToKick()#: Does FFTs in preparation for kick

double _kick(double macrophase)#: Routine for calculating the transverse kick to the particle

Public Members

double _length#

int _nMacrosMin#

int _nBins#

int _useX#

int _useY#

double _qX#

double _alphaX#

double _betaX#

double _qY#

double _alphaY#

double _betaY#

double _charge2TKick#

int _Turns#

Grid1D *zGrid#

OrbitUtils::BunchExtremaCalculator *bunchExtremaCalc#

double *_xCentroid#

double *_xpCentroid#

double *_yCentroid#

double *_ypCentroid#

double *_phiCount#

std::complex<double> *_zXImped_nplus#

std::complex<double> *_zXImped_nminus#

std::complex<double> *_zYImped_nplus#

std::complex<double> *_zYImped_nminus#

std::complex<double> *_FFTResult1#

std::complex<double> *_FFTResult2#

double _q#

double _alpha#

double _beta#

double *_Centroid#

double *_pCentroid#

std::complex<double> *_zImped_nplus#

std::complex<double> *_zImped_nminus#

fftw_complex *_in#

fftw_complex *_out#

fftw_plan _plan#