Class Grid1D#

Defined in File Grid1D.hh

Inheritance Relationships#

Base Type#

public OrbitUtils::CppPyWrapper (Class CppPyWrapper)

Class Documentation#

class Grid1D : public OrbitUtils::CppPyWrapper #

Public Functions

Grid1D(int zSize)#: Constructor with grid size only

Grid1D(int zSize, double length)#

Constructor with lattice length

Constructor with grid size and grid physical length

Grid1D(int zSize, double zMin, double zMax)#: Constructor with grid size and spatial limits

virtual ~Grid1D()#: Destructor

void setGridZ(double zMin, double zMax)#: Sets z-grid

double *getArr()#: Returns the reference to the 1D array

double getMinZ()#: Returns the min z grid point value

double getMaxZ()#: Returns the max z grid point value

int getSizeZ()#: Returns the number of grid points

double getSum()#

Returns the sum of all grid points

Returns the sum of all grid point values

double getStepZ()#: Returns the grid step size

double getGridZ(int index)#: Returns the grid point for index

int isInside(double z)#: Returns 1 if (z) is inside the grid region, and 0 otherwise

void setZero()#: Sets arr_ at all grid points to zero

void multiply(double coeff)#

Multiply all elements of Grid1D by constant coefficient

Multiply all elements of Grid3D by constant coefficient

void setValue(double value, int iZ)#: Sets value of arr_ at one point on the grid

double getValueOnGrid(int iZ)#: Returns value of arr_ at one point on the grid

double getValue(double z)#: Returns interpolated value of arr_

double getValueSmoothed(double z)#: Returns smoothed interpolated value of arr_

void binBunch(Bunch *bunch)#

Bins the Bunch to the grid incorporating macrosize

Bins the Bunch along the longitudinal coordinate using macro-size for each particle.

void binBunch(Bunch *bunch, int axis_ind)#

Bins the Bunch to the grid along any axis

Bins the Bunch along any coordinate using macro-size for each particle.

void binBunchSmoothed(Bunch *bunch)#

Bins the Bunch to the grid using a smoothing algorithm and incorporating macrosize

Bins the Bunch along the longitudinal coordinate using a smoothing algorithm and macro-size for each particle.

void binBunchSmoothed(Bunch *bunch, int axis_ind)#

Bins the Bunch to the grid along any axis using a smoothing algorithm and incorporating macrosize

Bins the Bunch along any coordinate using a smoothing algorithm and macro-size for each particle.

void binBunchByParticle(Bunch *bunch)#

Bins the Bunch to the grid giving each macroparticle unit weight

Bins the Bunch along the longitudinal coordinate giving each macroparticle an unit weight

void binBunchByParticle(Bunch *bunch, int axis_ind)#

Bins the Bunch along the particular coordinate to the grid giving each macro-particle unit weight

Bins the Bunch along the particular coordinate giving each macroparticle an unit weight

void binBunchSmoothedByParticle(Bunch *bunch)#

Bins the Bunch to the grid using a smoothing algorithm and giving each macroparticle unit weight

Bins the Bunch along the longitudinal coordinate using a smoothing algorithm and giving each macroparticle unit weight

void binBunchSmoothedByParticle(Bunch *bunch, int axis_ind)#

Bins the Bunch along the particular coordinate to the grid using a smoothing algorithm and giving each macroparticle unit weight

Bins the Bunch along the particular coordinate using a smoothing algorithm and giving each macroparticle unit weight

void binBunchMoment(int propindex, Bunch *bunch, double *Moment)#

Bins moment of the Bunch to the grid giving each macroparticle unit weight

Bins property of the Bunch to the grid giving each macroparticle unit weight

void binBunchSmoothedMoment(int propindex, Bunch *bunch, double *Moment)#: Bins moment of the Bunch to the grid using a smoothing algorithm and giving each macroparticle unit weight

void binValue(double value, double z)#: Bins a value to the grid

void binValueSmoothed(double value, double z)#: Bins a value to the grid with smoothing

void binMoment(double value, double z, double *Moment)#: Bins a moment to the grid

void binMomentSmoothed(double value, double z, double *Moment)#: Bins a moment to the grid with smoothing

void calcGradient(double z, double &ez)#: Calculates gradient at a position (z)

void calcGradientSmoothed(double z, double &ez)#: Calculates smoothed gradient at a position (z)

void synchronizeMPI(pyORBIT_MPI_Comm *comm)#: synchronizeMPI

Protected Attributes

double *arr_#

int zSize_#: Grid size

double dz_#: Grid steps

double zMin_#: grid limits

double zMax_#