public void ShouldOutputBestLocationToGetScore()
{
IGridSimulator gridSimulator;
blockPattern = Substitute.For <IBlockPattern>();
blockTypeMock = new BlockType[]
{
BlockType.Seven,
BlockType.Seven,
BlockType.Six,
BlockType.Five,
};
blockPattern.Types.Returns(blockTypeMock);
group = groupFactory.Create(setting, blockPattern, groupPattern);
AddBlockMock(5, 0, 7);
var smartCPU = new SmartCPUBehaviour(grid, setting, CPUMode.Kusotuyo);
grid.AddGroup(group);
var groupLocation = group.Location;
smartCPU.ProcessMovement();
groupLocation += Direction.Right.ToCoord();
Assert.AreEqual(groupLocation, group.Location);
smartCPU.ProcessMovement();
groupLocation += Direction.Right.ToCoord();
Assert.AreEqual(groupLocation, group.Location);
smartCPU.ProcessMovement();
groupLocation += Direction.Down.ToCoord();
Assert.AreEqual(groupLocation, group.Location);
}
public void ShouldOutputBestLocationToGetScore()
{
IGridSimulator gridSimulator;
blockPattern = Substitute.For<IBlockPattern>();
blockTypeMock = new BlockType[]
{
BlockType.Seven,
BlockType.Seven,
BlockType.Six,
BlockType.Five,
};
blockPattern.Types.Returns(blockTypeMock);
group = groupFactory.Create(setting, blockPattern, groupPattern);
AddBlockMock(5, 0, 7);
var smartCPU = new SmartCPUBehaviour(grid, setting, CPUMode.Kusotuyo);
grid.AddGroup(group);
var groupLocation = group.Location;
smartCPU.ProcessMovement();
groupLocation += Direction.Right.ToCoord();
Assert.AreEqual(groupLocation, group.Location);
smartCPU.ProcessMovement();
groupLocation += Direction.Right.ToCoord();
Assert.AreEqual(groupLocation, group.Location);
smartCPU.ProcessMovement();
groupLocation += Direction.Down.ToCoord();
Assert.AreEqual(groupLocation, group.Location);
}
