Class BaseBoundary2D#

Defined in File BaseBoundary2D.hh

Inheritance Relationships#

Base Type#

public OrbitUtils::CppPyWrapper (Class CppPyWrapper)

Derived Type#

public ShapedBoundary2D (Class ShapedBoundary2D)

Class Documentation#

class BaseBoundary2D : public OrbitUtils::CppPyWrapper #

The BaseBoundary2D class defines a boundary geometry and calculates the potential created by charges on the boundary surface.

Subclassed by ShapedBoundary2D

Public Functions

BaseBoundary2D(int nPoints, int nModes)#

Constructor

The BaseBoundary2D class defines a boundary geometry and calculates the potential created by charges on the boundary surface.

virtual ~BaseBoundary2D()#: Destructor

double getMaxX()#: Returns the maximal value of the grid in x-axis

double getMinX()#: Returns the minimal value of the grid in x-axis

double getMaxY()#: Returns the maximal value of the grid in y-axis

double getMinY()#: Returns the minimal value of the grid in y-axis

virtual void addBoundaryPotential(Grid2D *rhoGrid, Grid2D *phiGrid)#: Adds potential from the boundary to the external grid

int getNumberOfPoints()#: Returns the number of boundary points

int getNumberOfModes()#: Returns the number of modes in the free-space field

int isInitialized()#: Returns 0 if the boundary is not initialized

double getBoundaryPointX(int i)#: Returns the x-coordinate of the boundary point with an index i

double getBoundaryPointY(int i)#: Returns the y-coordinate of the boundary point with an index i

void setBoundaryPoint(int index, double x, double y)#: Sets the boundary point with index to (x,y)

void initializeBPs()#: Initializes all arrays related to boundary points

string getShapeName()#: Returns the name of the shape

int getShapeType()#: Returns the shape index

virtual int isInside(double x, double y)#: Returns IS_INSIDE or IS_OUTSIDE depending on the particle’s position

Public Members

string NO_SHAPE#

public static members

NOSHAPE String constant

Public Static Attributes

static const int IS_INSIDE = 1#

static const int IS_OUTSIDE = -1#

static const int TO_BE_KILLED = 0#

static const double PI = OrbitConst::PI #

Protected Functions

void _gaussjinv(double **a, int n)#: Calculates an inverse matrix

void lsq_fuctions(double x, double y)#: Calculates all of the LSQM functions at one point

Protected Attributes

string shape_#

int shape_type_#

int no_shape_key_#

double xDim_#

double yDim_#

int initialized_#

double xMin_#

double xMax_#

double yMin_#

double yMax_#

int nPoints_#

double *bArrX_#

double *bArrY_#

int nModes_#

double BPrnorm_#

double *bnd_phi_arr_#

double *lsq_func_vctr_#

double *lsq_coef_vctr_#

int *ipiv_tmp#

int *indxr_tmp#

int *indxc_tmp#

double **LSQ_matrix_#

double **tmp_matrix_#