public void Cycle_3BlueCyclicRGBCells_AllCellsEventuallyBecomeBlue()
{
var grid = new RGBGrid(10, true);
GridTestHelper.make3CellColumn(grid, State.BLUE, new Point {
X = 5, Y = 5
});
GridTestHelper.PerformGridCycles(grid, 100);
var blueCells = GridTestHelper.GetStateCount(grid, State.BLUE);
Assert.AreEqual(blueCells, grid.Data.Length);
}
public void Cycle_3GreenRGBCells_AllCellsEventuallyBecomeGreen()
{
var grid = new RGBGrid(10, false);
GridTestHelper.make3CellColumn(grid, State.GREEN, new Point {
X = 5, Y = 5
});
GridTestHelper.PerformGridCycles(grid, 100);
var greenCells = GridTestHelper.GetStateCount(grid, State.GREEN);
Assert.AreEqual(greenCells, grid.Data.Length);
}
public void Cycle_3Red3GreenCyclicRGBCells_AllCellsEventuallyBecomeRed()
{
var grid = new RGBGrid(10, true);
GridTestHelper.make3CellColumn(grid, State.RED, new Point {
X = 5, Y = 5
});
GridTestHelper.make3CellColumn(grid, State.GREEN, new Point {
X = 6, Y = 5
});
GridTestHelper.PerformGridCycles(grid, 100);
var redCells = GridTestHelper.GetStateCount(grid, State.RED);
Assert.AreEqual(redCells, grid.Data.Length);
}
public void Cycle_3Red3Green3BlueCyclicRGBCells_AllCellsEventuallyBecomeRed()
{
var grid = new RGBGrid(10, true);
GridTestHelper.make3CellColumn(grid, State.RED, new Point {
X = 0, Y = 5
}); // left edge
GridTestHelper.make3CellColumn(grid, State.GREEN, new Point {
X = 5, Y = 5
}); // central
GridTestHelper.make3CellColumn(grid, State.BLUE, new Point {
X = 9, Y = 5
}); // right edge
GridTestHelper.PerformGridCycles(grid, 100);
/* Since Red eats Green eats Blue, Red should finally dominate:
* - Green eats 'rightwards', and eats all the Blue
* - Red eats 'rightwards' at the same rate, finally eating all the Green. */
var redCells = GridTestHelper.GetStateCount(grid, State.RED);
Assert.AreEqual(redCells, grid.Data.Length);
}