/**
* Constructs a new hex grid with a shape determined by the IsInsider shape.
*
* \param width
* The with of the hex rectangle that will contain the grid.
*
* \param height
* The height of the hex rectangle that will contain the grid.
*
* \param isInsideTest
* A function that tests whether a given point is inside
* the grid. This function should not rely on the points given to it to be limited
* in any way by the specified with and height.
*
* \param gridPointTransform
* Points returned by tis grid are transformed first with this delagate.
*
* \param inverseGridPointTransform
* This must be the inverse of the gridPointTransform function.
* Together, these functions make it possible to do things such as flip axes.
*
*/
protected AbstractUniformGrid(int width, int height, Func <TPoint, bool> isInsideTest,
Func <TPoint, TPoint> gridPointTransform,
Func <TPoint, TPoint> inverseGridPointTransform,
IEnumerable <TPoint> neighborDirections)
{
#if Trial
DLLUtil.CheckTrial();
#elif EXPERIMENTAL
ExperimentalUtil.CreateGUI();
#endif
this.width = width;
this.height = height;
cells = new TCell[width, height];
contains = isInsideTest;
SetGridPointTransforms(gridPointTransform, inverseGridPointTransform);
//Copy the neighbors to prevent external and unexpected manipulation
NeighborDirections = neighborDirections;
//TODO: replace; this is just for now
//InitNeighbors();
}
protected AbstractSplicedGrid(int width, int height, int cellDivisionCount, Func <TPoint, bool> isInsideTest, Func <TPoint, TPoint> gridPointTransform, Func <TPoint, TPoint> inverseGridPointTransform)
{
#if Trial
DLLUtil.CheckTrial();
#endif
InitFields(width, height, cellDivisionCount);
InitNeighbors();
contains = isInsideTest;
SetGridPointTransforms(gridPointTransform, inverseGridPointTransform);
}
/**
* Constructs a new hex grid with a shape determined by the IsInsider shape.
*
* \param width
* The with of the hex rectangle that will contain the grid.
*
* \param height
* The height of the hex rectangle that will contain the grid.
*
* \param isInsideTest
* A function that tests whether a given point is inside
* the grid. This function should not rely on the points given to it to be limited
* in any way by the specified with and height.
*
* \param gridPointTransform
* Points returned by tis grid are transformed first with this delagate.
*
* \param inverseGridPointTransform
* This must be the inverse of the gridPointTransform function.
* Together, these functions make it possible to do things such as flip axes.
*
*/
protected AbstractUniformGrid(int width, int height, Func <TPoint, bool> isInsideTest,
Func <TPoint, TPoint> gridPointTransform,
Func <TPoint, TPoint> inverseGridPointTransform)
{
#if Trial
DLLUtil.CheckTrial();
#elif EXPERIMENTAL
ExperimentalUtil.CreateGUI();
#endif
this.width = width;
this.height = height;
cells = new TCell[width, height];
contains = isInsideTest;
SetGridPointTransforms(gridPointTransform, inverseGridPointTransform);
//TODO: replace; this is just for now
InitNeighbors();
}
