Class ForceSolver2D#
Defined in File ForceSolver2D.hh
Inheritance Relationships#
Base Type#
public OrbitUtils::CppPyWrapper(Class CppPyWrapper)
Derived Type#
public ForceSolverFFT2D(Class ForceSolverFFT2D)
Class Documentation#
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class ForceSolver2D : public OrbitUtils::CppPyWrapper#
The ForceSolver2D class calculates 2D forces along X and Y axes created by a 2D charge distribution.
Subclassed by ForceSolverFFT2D
Public Functions
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ForceSolver2D(int xSize, int ySize)#
Constructor
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virtual ~ForceSolver2D()#
Destructor
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int getSizeX()#
Returns the grid size in x-direction
Returns the number of points in x direction
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int getSizeY()#
Returns the grid size in y-direction
Returns the number of points in y direction
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double getMaxX()#
Returns the maximal value of the grid in x-axis
Returns the max x in the grid points
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double getMinX()#
Returns the minimal value of the grid in x-axis
Returns the min x in the grid points
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double getMaxY()#
Returns the maximal value of the grid in y-axis
Returns the max y in the grid points
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double getMinY()#
Returns the minimal value of the grid in y-axis
Returns the min y in the grid points
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double getStepX()#
Returns the grid step along x-axis
Returns the mesh step in x direction
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double getStepY()#
Returns the grid step along y-axis
Returns the mesh step in y direction
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virtual void setGridX(double xMin, double xMax) = 0#
Sets x-grid. This method is virtual, because the setting of limits may involve some subclass specific actions.
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virtual void setGridY(double yMin, double yMax) = 0#
Sets y-grid. This method is virtual, because the setting of limits may involve some subclass specific actions.
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ForceSolver2D(int xSize, int ySize)#