public void CheckForCollisionsTest_Floating_Piece()
{
// Piece is not touching anything
Block anchor = new Block(3, 3);
BlockGrid grid = new BlockGrid(6, 6);
SquareShape shape = new SquareShape(anchor, defaultOri);
List <Block> blocks = shape.blocks;
Assert.AreEqual(false, MovementManager.CheckForCollisions(grid, blocks, shape));
}
public void CheckForCollisionsTest_Bottom()
{
// block has reached the bottom
Block anchor = new Block(3, -1);
BlockGrid grid = new BlockGrid(5, 5);
SquareShape shape = new SquareShape(anchor, defaultOri);
List <Block> blocks = shape.blocks;
Assert.AreEqual(true, MovementManager.CheckForCollisions(grid, blocks, shape));
}
public void CheckForCollisionsTest_Right_Bound()
{
// block that we are about to add exceeds max width
Block anchor = new Block(6, 3);
BlockGrid grid = new BlockGrid(5, 5);
SquareShape shape = new SquareShape(anchor, defaultOri);
List <Block> blocks = shape.blocks;
Assert.AreEqual(true, MovementManager.CheckForCollisions(grid, blocks, shape));
}
public void CheckForCollisionsTest_Left_Bound()
{
// block that we are about to add crosses the left bound
Block anchor = new Block(-1, 4);
BlockGrid grid = new BlockGrid(5, 5);
SquareShape shape = new SquareShape(anchor, defaultOri);
List <Block> blocks = shape.blocks;
Assert.AreEqual(true, MovementManager.CheckForCollisions(grid, blocks, shape));
}
public void CheckForCollisionsTest_Pieces_Touching()
{
Block anchor = new Block(3, 3);
BlockGrid grid = new BlockGrid(5, 5);
GameShape existingShape = new SquareShape(anchor, defaultOri);
// put an exisiting shape at the coordinate where we are placing a block
grid.PlaceShape(existingShape);
List <Block> blocks = existingShape.blocks;
SquareShape shape = new SquareShape(anchor, defaultOri);
Assert.AreEqual(true, MovementManager.CheckForCollisions(grid, blocks, shape));
}
