/// <summary>
/// Called when the loc has reached the given to-block of the current route.
/// </summary>
public void BlockReached(ILocState loc, IBlockState block)
{
if (block == targetBlock)
{
TargetReached(loc);
}
}
public void Execute(InputState state, IBlockState BlockState, Vector2 BlockLocation)
{
if (BlockState != null)
{
/*
* switch (state)
* {
* case InputState.ChangeToUsed:
* BlockState.ChangeToUsedBlock();
* break;
* case InputState.BumpUp:
* BlockState.BlockBumpUp(BlockLocation);
* break;
* case InputState.ChangeToVisible:
* BlockState.ChangeToBrickBlock();
* break;
* case InputState.BreakBrick:
* BlockState.BreakBrickBlock();
* break;
* default:
* break;
* }
*/
}
}
public void Explode()
{
state = new ExplodingBlockState();
isExploding = true;
Game1.GetInstance().gameHUD.Score += ValueHolder.brickBreakPoints;
SoundManager.brickBreak.Play();
}
/// <summary>
/// Choose an available route from the given block.
/// </summary>
/// <param name="loc">The loc a route should be choosen for</param>
/// <param name="fromBlock">The starting block of the route</param>
/// <param name="locDirection">The direction the loc is facing in the <see cref="fromBlock"/>.</param>
/// <param name="avoidDirectionChanges">If true, routes requiring a direction change will not be considered, unless there is no alternative.</param>
/// <returns>Null if not route is available.</returns>
private IRouteState ChooseRoute(ILocState loc, IBlockState fromBlock, BlockSide locDirection, bool avoidDirectionChanges, int generationDelta)
{
// Gather possible routes.
var routeFromFromBlock = railwayState.GetAllPossibleNonClosedRoutesFromBlock(fromBlock).ToList();
var routeOptions = routeFromFromBlock.Select(x => routeAvailabilityTester.IsAvailableFor(x, loc, locDirection, avoidDirectionChanges, generationDelta)).ToList();
var possibleRoutes = routeOptions.Where(x => x.IsPossible).Select(x => x.Route).ToList();
loc.LastRouteOptions.Actual = routeOptions.ToArray();
if (possibleRoutes.Any())
{
// Use the route selector to choose a next route
var selector = loc.RouteSelector;
var selected = selector.SelectRoute(possibleRoutes, loc, fromBlock, locDirection);
if (selected == null)
{
log.Info("No route selected for {0} [from {1} {2}]. Available routes: {3}", loc, fromBlock, locDirection, string.Join(", ", possibleRoutes.Select(x => x.ToString()).ToArray()));
}
else
{
log.Info("Selected route {0} for {1} [from {2} {3}]", selected, loc, fromBlock, locDirection);
}
return(selected);
}
log.Info("No possible routes for {0} [from {1} {2}]", loc, fromBlock, locDirection);
// No available routes
return(null);
}
public MoveableBlock(IDictionary <string, IDoor> doors)
{
this.doors = doors;
sprite = RoomSpriteFactory.Instance.CreateBlock();
State = new MoveableBlockState(this, doors);
Hitbox = new Rectangle(0, 0, RoomParser.TILE_SIZE, RoomParser.TILE_SIZE);
}
public bool TryResolve(BlockState source, string property, string value, bool prioritize, out IBlockState result, params string[] requiredMatches)
{
var copiedProperties = source.ToDictionary();
copiedProperties[property] = value.ToString();
int highestMatch = 0;
IBlockState highest = null;
foreach (var variant in Variants.ToArray().Where(x => (x.TryGetValue(property, out string xVal) && xVal.Equals(value, StringComparison.InvariantCultureIgnoreCase))))
{
bool valid = true;
foreach (var requiredMatch in requiredMatches)
{
if (!(copiedProperties.TryGetValue(requiredMatch, out string copyValue) && variant.TryGetValue(requiredMatch, out string variantValue) && copyValue == variantValue))
{
valid = false;
break;
}
}
if (!valid)
{
continue;
}
int matches = 0;
foreach (var copy in copiedProperties.Where(x => x.Key != property))
{
//Check if variant value matches copy value.
if (variant.TryGetValue(copy.Key, out string val) && copy.Value.Equals(val, StringComparison.InvariantCultureIgnoreCase))
{
matches++;
}
}
foreach (var variantProp in variant.ToDictionary())
{
if (!copiedProperties.ContainsKey(variantProp.Key))
{
matches--;
}
}
if (matches > highestMatch)
{
highestMatch = matches;
highest = variant;
}
}
if (highest != null)
{
result = highest;
return(true);
}
result = null;
return(false);
}
public static BlockStateModel[] GetModels(IBlockState blockState, BlockStateResource resource)
{
List <BlockStateModel> resultingModels = new List <BlockStateModel>(resource.Parts.Length);
foreach (var s in resource.Parts)
{
if (s.When == null)
{
resultingModels.AddRange(s.Apply);
}
else if (s.When.Length > 0)
{
bool passes = true;
foreach (var rule in s.When)
{
if (!PassesMultiPartRule(rule, blockState))
{
passes = false;
break;
}
}
if (passes)
{
resultingModels.AddRange(s.Apply);
}
}
}
return(resultingModels.ToArray());
}
public byte GetMetaFromState(IBlockState state)
{
byte i = 0;
if (state.GetTypedValue(UPPER))
{
i = (byte) (i | 8);
if (state.GetTypedValue(RIGHTHINCHED))
{
i |= 1;
}
if (state.GetTypedValue(POWERED))
{
i |= 2;
}
}
else
{
var facingValue = Correct(state.GetTypedValue(FACING));
i = (byte) ((i & 245) + facingValue);
if (state.GetTypedValue(OPEN))
{
i |= 4;
}
}
return i;
}
public IChunkColumn GenerateChunkColumn(ChunkCoordinates chunkCoordinates)
{
int cc = 0;
ChunkColumn chunk = new ChunkColumn();
chunk.X = chunkCoordinates.X;
chunk.Z = chunkCoordinates.Z;
for (int x = 0; x < 16; ++x)
{
for (int z = 0; z < 16; ++z)
{
int rx = chunkCoordinates.X * 16 + x;
int rz = chunkCoordinates.Z * 16 + z;
IBlockState iblockstate = GetBlockStateFor(rx, rz);
if (iblockstate != null)
{
chunk.SetBlockState(x, 70, z, iblockstate);
chunk.Height[((z << 4) + (x))] = 70;
}
chunk.SetSkyLight(x, 70, z, 15);
chunk.SetSkyLight(x, 71, z, 15);
chunk.SetSkyLight(x, 69, z, 15);
}
}
chunk.CalculateHeight();
return(chunk);
}
/// <summary>
/// Is there are traffic in the opposite direction of the given to-block of a route?
/// </summary>
protected override bool HasTrafficInOppositeDirection(IBlockState toBlock, BlockSide toBlockSide, ILocState currentLoc)
{
var loc = GetLockedBy(toBlock);
if ((loc != null) && (loc != currentLoc))
{
// Check direction
var locEnterSide = GetCurrentBlockEnterSide(loc);
if (locEnterSide != toBlockSide)
{
// loc is in opposing direction
if (!loc.CanChangeDirectionIn(toBlock))
{
// The loc cannot change direction in to block, so there is absolutely opposite traffic.
return(true);
}
}
else
{
// Loc is in same direction, we're ok
return(false);
}
}
return(false);
}
private static List <IBlockState> ReadBlockState(NbtCompound tag)
{
//Log.Debug($"Palette nbt:\n{tag}");
var states = new List <IBlockState>();
var nbtStates = (NbtCompound)tag["states"];
foreach (NbtTag stateTag in nbtStates)
{
IBlockState state = stateTag.TagType switch
{
NbtTagType.Byte => (IBlockState) new BlockStateByte()
{
Name = stateTag.Name,
Value = stateTag.ByteValue
},
NbtTagType.Int => new BlockStateInt()
{
Name = stateTag.Name,
Value = stateTag.IntValue
},
NbtTagType.String => new BlockStateString()
{
Name = stateTag.Name,
Value = stateTag.StringValue
},
_ => throw new ArgumentOutOfRangeException()
};
states.Add(state);
}
return(states);
}
private IBlockState FixFacingTrapdoor(IBlockState state, int meta)
{
switch (meta)
{
case 4:
case 0:
state = state.WithProperty(facing, "east");
break;
case 5:
case 1:
state = state.WithProperty(facing, "west");
break;
case 6:
case 2:
state = state.WithProperty(facing, "south");
break;
case 7:
case 3:
state = state.WithProperty(facing, "north");
break;
}
return(state);
}
public BrickBlock(Vector2 position)
{
State = new BrickShowedState();
Location = position;
BlockPhysics = new BlocksPhysicalProperty(this);
HaveCollision = true;
}
public Block(Vector2 location, ICollectable prize, IBlockState state, Game1 game)
{
this.game = game;
this.prize = prize;
this.state = state;
position = location;
}
public BlockType FindType(IBlockState bState)
{
BlockType type = BlockType.used;
if (bState is BrickBlockState || bState is BrickBlockBumpState)
{
type = BlockType.brick;
}
else if (bState is ExplodingBlockState)
{
type = BlockType.exploded;
}
else if (bState is HiddenBlockState)
{
type = BlockType.hidden;
}
else if (bState is QuestionBlockState || bState is QuestionBlockBumpState)
{
type = BlockType.question;
}
else if (bState is PipeBlockState)
{
type = BlockType.pipe;
}
else if (bState is BridgeBlockState)
{
type = BlockType.bridge;
}
return(type);
}
/// <summary>
/// Default ctor
/// </summary>
public BlockItem(IBlock entity, IBlockState state, ItemContext context)
: base(entity, false, context)
{
this.state = state;
DragDropHandler = new SetLocTargetDragDropHandler(this, DragDropHandler);
MouseHandler = new SelectLocHandler(this, MouseHandler);
}
public QuestionBlock(Vector2 position)
{
State = new QuestionBlockStates();
Location = position;
hasBeUsed = false;
BlockPhysics = new BlocksPhysicalProperty(this);
}
public async Task <INode?> MoveAsync(IBlock block, IBlockState blockState, INavigationContext context, bool forward)
{
context.State.CurrentBlockId = block.Id;
for (; ;)
{
if (forward)
{
var node = await MoveNextAsync(block, context, blockState.GetCurrentIteration());
if (node is not null || block.While is null || !block.While.Evaluate(context.Variables))
{
return(node);
}
blockState.MoveToNextIteration();
}
else
{
var node = await MovePreviousAsync(block, context, blockState.GetCurrentIteration());
if (node is not null || block.While is null || !blockState.MoveToPreviousIteration())
{
return(node);
}
}
}
}
public StoryboardParserTests()
{
blockFactory = new FakeBlockFactory();
dismissNodes = new();
parsingContext = A.Fake<IParsingContext>(i => i.Strict());
A.CallTo(() => parsingContext.RegisterDismissNode(A<INode>.Ignored))
.Invokes(i => dismissNodes.Add(i.Arguments.Get<INode>(0)));
A.CallTo(() => parsingContext.BlockFactory).Returns(blockFactory);
rootBlockParser = A.Fake<IRootBlockParser>(i => i.Strict());
sceneNavigator = A.Fake<ISceneNavigator>(i => i.Strict());
eventManager = A.Fake<IEventManager>(i => i.Strict());
randomizer = A.Fake<IRandomizer>(i => i.Strict());
navigationState = A.Fake<INavigationState>(i => i.Strict());
variableDictionary = A.Fake<IVariableDictionary>(i => i.Strict());
blockState = A.Fake<IBlockState>(i => i.Strict());
var serviceProvider = A.Fake<IServiceProvider>(i => i.Strict());
A.CallTo(() => serviceProvider.GetService(typeof(IParsingContext))).Returns(parsingContext);
A.CallTo(() => serviceProvider.GetService(typeof(IRootBlockParser))).Returns(rootBlockParser);
A.CallTo(() => serviceProvider.GetService(typeof(ISceneNavigator))).Returns(sceneNavigator);
A.CallTo(() => serviceProvider.GetService(typeof(IEventManager))).Returns(eventManager);
A.CallTo(() => serviceProvider.GetService(typeof(IRandomizer))).Returns(randomizer);
A.CallTo(() => serviceProvider.GetService(typeof(INavigationState))).Returns(navigationState);
A.CallTo(() => serviceProvider.GetService(typeof(IVariableDictionary))).Returns(variableDictionary);
A.CallTo(() => serviceProvider.GetService(typeof(IBlockState))).Returns(blockState);
sut = new StoryboardParser(serviceProvider);
}
/// <summary>
/// Save the open/closed state of the given block.
/// </summary>
public void SetBlockState(IRailwayState railwayState, IBlockState block, bool closed)
{
// Write assignment
using (var key = Registry.CurrentUser.CreateSubKey(GetBlockStateKey(block)))
{
key.SetValue(ClosedKey, closed ? 1 : 0);
}
}
public static void SetBlockAtPos(BlockPos pos, IBlockState state)
{
Chunk chunk = Chunks[GetChunkIndex(Mathf.FloorToInt((float)pos.x / ChunkX), Mathf.FloorToInt((float)pos.z / ChunkZ))];
chunk.Blocks[(pos.x + ChunkX) % ChunkX, pos.y, (pos.z + ChunkZ) % ChunkZ] = state;
GameObject.Find($"Chunk {chunk.ChunkPos.Item1} {chunk.ChunkPos.Item2}").GetComponent <ChunkScript>().UpdateMesh();
Debug.Log($"Chunk {chunk.ChunkPos.Item1} {chunk.ChunkPos.Item2} At {(pos.x + ChunkX) % ChunkX} {pos.y} {(pos.z + ChunkZ) % ChunkZ}");
}
protected static string GetShape(IBlockState state)
{
if (state.TryGetValue("shape", out string facingValue))
{
return(facingValue);
}
return(string.Empty);
}
public Block(Vector2 location, IBlockState initState)
{
Location = location;
State = initState;
State.SetBlock(this);
setSpriteFromState();
Physics = new BlockPhysics(this);
BeRemoved = false;
}
public static BlockState GetState(BlockState type, IBlockState state)
{
if (state is BlockBreakingState)
{
type = (BlockState)((int)type | (int)BlockState.Breaking);
}
return type;
}
protected static string GetHalf(IBlockState state)
{
if (state.TryGetValue("half", out string facingValue))
{
return(facingValue);
}
return(string.Empty);
}
////=============================================================================
//// コンストラクタ
////
////=============================================================================
/// <summary>
/// 基本的なコンストラクタ
/// </summary>
/// <param name="state">初期ステート</param>
/// <param name="parentLayer">親レイヤーへの参照</param>
/// <param name="x">ブロックのX座標</param>
/// <param name="y">ブロックのY座標</param>
/// <param name="blockSize">ブロックのサイズ</param>
/// <param name="aroundMineNum">周りの地雷の数</param>
/// <param name="hasMine">地雷を保持すべきかどうか</param>
public BlockBase(IBlockState state, int x, int y, int blockSize, int aroundMineNum, bool hasMine = false)
{
XPosition = x;
YPosition = y;
BlockSize = blockSize;
HasMine = hasMine;
AroundMinesNum = aroundMineNum;
ChangeState(state);
}
/// <summary>
/// Find all route sequences that lead from the given side of the given "from" block to the given "to" block.
/// </summary>
public static IEnumerable <IRouteSequence> FindRouteSequences(IBlockState fromBlock, BlockSide fromBlockEnterSide, IBlockState toBlock)
{
var railway = fromBlock.RailwayState;
var fromBlockLeaveSide = fromBlockEnterSide.Invert();
var startRoutes = railway.RouteStates.Where(x => (x.From == fromBlock) && (x.FromBlockSide == fromBlockLeaveSide)).ToList();
var initialSequences = startRoutes.Select(x => new RouteSequence(x));
return(FindRouteSequences(initialSequences, railway, toBlock, railway.RouteStates.Count));
}
private void SetInitialState(Type blockType, bool isUnderground)
{
switch (blockType)
{
case Type.BrickBlock:
blockState = new BrickBlockState(this, isUnderground);
break;
case Type.HiddenBlock:
blockState = new HiddenBlockState(this);
break;
case Type.QuestionBlock:
blockState = new QuestionBlockState(this);
break;
case Type.SolidBlock:
blockState = new SolidBlockState(this);
break;
case Type.BreakingBlock:
blockState = new BreakingBlockState(this, isUnderground);
break;
case Type.NullBlock:
blockState = new NullBlockState(this);
break;
case Type.EnemyUpBlock:
blockState = new DirectEnemyUpBlockState(this);
break;
case Type.EnemyDownBlock:
blockState = new DirectEnemyDownBlockState(this);
break;
case Type.EnemyRightBlock:
blockState = new DirectEnemyRightBlockState(this);
break;
case Type.EnemyLeftBlock:
blockState = new DirectEnemyLeftBlockState(this);
break;
case Type.TeleportBlock:
blockState = new TeleportBlockState(this);
break;
case Type.VerticalBlockWall:
blockState = new VerticalBlockWallState(this);
break;
case Type.HorizontalBlockWall:
blockState = new HorizontalBlockWallState(this);
break;
}
}
protected static BlockFace GetFacing(IBlockState state)
{
if (state.TryGetValue("facing", out string facingValue) &&
Enum.TryParse <BlockFace>(facingValue, true, out BlockFace face))
{
return(face);
}
return(BlockFace.None);
}
public void SetBlock(int x, int y, int z, IBlockState blockState)
{
var index = SectionIndex(y);
var section = CreateSection(index);
var blockStorage = section.BlockStorage;
blockStorage.SetBlock(
x, y % Minecraft.Units.Chunk.SectionHeight, z, blockState
);
}
/// <summary>
/// Save the current block state of the given loc.
/// </summary>
public void SetLocState(IRailwayState railwayState, ILocState loc, IBlockState currentBlock, BlockSide currentBlockEnterSide, LocDirection currentDirection)
{
// Write assignment
using (var key = Registry.CurrentUser.CreateSubKey(GetKey(loc)))
{
key.SetValue(CurrentBlock, (currentBlock != null) ? currentBlock.EntityId : string.Empty);
key.SetValue(CurrentBlockEnterSide, (currentBlockEnterSide == BlockSide.Back) ? 0 : 1);
key.SetValue(CurrentDirection, (currentDirection == LocDirection.Forward) ? 0 : 1);
}
}
public Block(Vector2 position, BlockState initialType, Megaman megaman, ContentManager content)
{
spriteFactory = new BlockSpriteFactory(content);
stateMachine = new BlockStateMachine(this, megaman);
currentState = stateMachine.GetState(BlockState.Normal);
currentType = initialType;
currentSprite = spriteFactory.GetSprite(BlockStateHelper.GetState(currentType, currentState));
currentSprite.Position = position;
initialPosition = position;
this.initialType = initialType;
}
private void SetInitialState(Type blockType, bool isUnderground)
{
switch (blockType)
{
case Type.BrickBlock:
blockState = new BrickBlockState(this, isUnderground);
break;
case Type.HiddenBlock:
blockState = new HiddenBlockState(this);
break;
case Type.QuestionBlock:
blockState = new QuestionBlockState(this);
break;
case Type.SolidBlock:
blockState = new SolidBlockState(this);
break;
case Type.BreakingBlock:
blockState = new BreakingBlockState(this, isUnderground);
break;
case Type.NullBlock:
blockState = new NullBlockState(this);
break;
case Type.EnemyUpBlock:
blockState = new DirectEnemyUpBlockState(this);
break;
case Type.EnemyDownBlock:
blockState = new DirectEnemyDownBlockState(this);
break;
case Type.EnemyRightBlock:
blockState = new DirectEnemyRightBlockState(this);
break;
case Type.EnemyLeftBlock:
blockState = new DirectEnemyLeftBlockState(this);
break;
case Type.TeleportBlock:
blockState = new TeleportBlockState(this);
break;
case Type.VerticalBlockWall:
blockState = new VerticalBlockWallState(this);
break;
case Type.HorizontalBlockWall:
blockState = new HorizontalBlockWallState(this);
break;
}
}
public void Reset()
{
currentState = stateMachine.GetState(BlockState.Normal);
currentType = initialType;
StateChanged();
currentSprite.Position = initialPosition;
itemIndex = 0;
}
