public void TestAdjacentChange()
{
var s = new VoxelChangeListener();
var world = TestWorldBuilder.createTestWorld(10, 10);
var target = world.GetVoxel(new Point2(5, 5));
var count = 0;
s.RegisterAdjacentChange(target, _ => count++);
world.GetVoxel(new Point2(4, 5)).Data.Type = new GameVoxelType("Type1");
world.GetVoxel(new Point2(5, 4)).Data.Type = new GameVoxelType("Type3");
world.GetVoxel(new Point2(5, 7)).Data.Type = new GameVoxelType("Type2");
s.ProcessChanges(world);
world.ClearChangedFlags();
Assert.AreEqual(2, count);
s.UnRegisterAdjacentChange(target);
world.GetVoxel(new Point2(4, 5)).Data.Type = new GameVoxelType("Type1");
world.GetVoxel(new Point2(5, 4)).Data.Type = new GameVoxelType("Type3");
world.GetVoxel(new Point2(5, 7)).Data.Type = new GameVoxelType("Type2");
s.ProcessChanges(world);
world.ClearChangedFlags();
Assert.AreEqual(2, count);
}
public void TestRegisterAnyChange()
{
var s = new VoxelChangeListener();
var world = TestWorldBuilder.createTestWorld(10, 10);
var count = 0;
var d = s.ChangedVoxels.Subscribe(_ => count++);
world.GetVoxel(new Point2(4, 5)).Data.Type = new GameVoxelType("Type1");
world.GetVoxel(new Point2(5, 4)).Data.Type = new GameVoxelType("Type3");
world.GetVoxel(new Point2(5, 7)).Data.Type = new GameVoxelType("Type2");
s.ProcessChanges(world);
world.ClearChangedFlags();
Assert.AreEqual(3, count);
d.Dispose();
world.GetVoxel(new Point2(4, 5)).Data.Type = new GameVoxelType("Type1");
world.GetVoxel(new Point2(5, 4)).Data.Type = new GameVoxelType("Type3");
world.GetVoxel(new Point2(5, 7)).Data.Type = new GameVoxelType("Type2");
s.ProcessChanges(world);
world.ClearChangedFlags();
Assert.AreEqual(3, count);
}
/// <summary>
/// 空の世界を作成
/// </summary>
/// <param name="sz">世界の大きさ (H,V,D)</param>
/// <param name="tempolary"></param>
/// <param name="waterLevel"></param>
private WorldDefinition(Distance sz, int waterLevel, bool tempolary)
{
this.name = "Terra Incognita";
//! this.name = "ななしさん";
this.size = sz;
this.waterLevel = (byte)waterLevel;
voxels = new SparseVoxelArray(sz.x, sz.y, sz.z);
groundLevels = new byte[sz.x, sz.y];
for (int y = 0; y < sz.y; y++)
{
for (int x = 0; x < sz.x; x++)
{
groundLevels[x, y] = (byte)waterLevel;
}
}
if (tempolary)
{
onVoxelChanged += new VoxelChangeListener(EmptyHandler);
}
else
{
// add system-defined controllers to the list
// trainControllers.add( DelegationTrainControllerImpl.theInstance );
trainControllers.add(SimpleTrainControllerImpl.theInstance);
developmentAlgorithm = new DevelopmentAlgorithm();
clock.registerRepeated(new ClockHandler(developmentAlgorithm.handleClock),
TimeLength.fromHours(1));
// for test
new Train(rootTrainGroup, "3-Car High-Speed Train", 3,
//! new Train( rootTrainGroup, "３両高速編成",3,
(TrainContribution)PluginManager.GetContribution("{3983B298-ADB1-4905-94E5-03B7AAE5A221}"),
SimpleTrainControllerImpl.theInstance);
new Train(rootTrainGroup, "5-Car Medium-Speed Train", 5,
//! new Train( rootTrainGroup, "５両中速編成",5,
(TrainContribution)PluginManager.GetContribution("{2C6F6C72-FA4B-4941-84C1-57553C8A5C2A}"),
SimpleTrainControllerImpl.theInstance);
new Train(rootTrainGroup, "7-Car Low-Speed Train", 7,
//! new Train( rootTrainGroup, "７両低速編成",7,
(TrainContribution)PluginManager.GetContribution("{F7134C8E-6B63-4780-AF16-90D33131CD07}"),
SimpleTrainControllerImpl.theInstance);
// when a voxel is changed, it should be notified to OutlookListeners automatically
onVoxelChanged += new VoxelChangeListener(OnVoxelUpdated);
landValue = new Development.LandValue(this);
}
}
