public MarioClearPipe(EntityData data, Vector2 offset) : base(data.Position + offset)
{
Depth = -5;
nodes = data.NodesWithPosition(offset);
removeRedundantNodes();
texturePath = data.Attr("texture", "glass");
surfaceSound = data.Int("surfaceSound", -1);
HasPipeSolids = data.Bool("hasPipeSolids", true);
TransportSpeed = data.Float("transportSpeed", 175f);
pipeWidth = data.Int("pipeWidth", 32);
pipeColliderWidth = pipeWidth - pipeWidthColliderValue;
startDirection = GetPipeExitDirection(nodes[0], nodes[1]);
endDirection = GetPipeExitDirection(nodes[nodes.Length - 1], nodes[nodes.Length - 2]);
startDirectionVector = GetPipeExitDirectionVector(nodes[0], nodes[1]);
endDirectionVector = GetPipeExitDirectionVector(nodes[nodes.Length - 1], nodes[nodes.Length - 2]);
startCollider = getPipeCollider(Vector2.Zero, startDirection, pipeWidth, pipeColliderWidth, pipeColliderDepth);
endCollider = getPipeCollider(new Vector2(nodes.Last().X - nodes.First().X, nodes.Last().Y - nodes.First().Y), endDirection, pipeWidth, pipeColliderWidth, pipeColliderDepth);
Collider = new ColliderList(startCollider, endCollider);
pipeSolids = new List <MarioClearPipeSolid>();
}
public static ColliderList GenerateSemiEfficientColliderGrid(VirtualMap <char> tileMap, int cellWidth, int cellHeight)
{
ColliderList colliders = new ColliderList();
for (int x = 0; x < tileMap.Columns; x++)
{
for (int y = 0; y < tileMap.Rows; y++)
{
if (tileMap.AnyInSegmentAtTile(x, y) && tileMap[x, y] != '0')
{
int width = 1;
int height = 1;
Hitbox h = new Hitbox(cellWidth, cellHeight, x, y);
while (tileMap.AnyInSegmentAtTile(x, y) && tileMap[x, y] != '0')
{
width++;
height++;
x++;
y++;
}
h.Width *= width;
h.Height *= height;
colliders.Add(h);
}
}
}
return(colliders.colliders.Length > 0 ? colliders : null);
}
public void Remove(Collider collider)
{
if (!ColliderList.Contains(collider))
{
return;
}
/*
* foreach (Cell cell in GetCells(collider.WorldTransform))
* {
* if (cell.Colliders.Contains(collider))
* {
* cell.Colliders.Remove(collider);
* }
* }
*/
// OR
ForEach((cell) => { if (cell.Colliders.Contains(collider))
{
cell.Colliders.Remove(collider);
}
});
ComputedCollision.Remove(collider);
ColliderList.Remove(collider);
}
public override void start(BehaviourContext context)
{
base.start(context);
Debug.Log(FindColliderWithLayer(context._settings._hideLayer));
_colliders = FindColliderWithLayer(context._settings._hideLayer);
}
public static void AddLightOcclude(Entity entity, ColliderList colliders, float alpha = 1f)
{
foreach (Hitbox hitbox in colliders.colliders)
{
entity.Add(new LightOcclude(new Rectangle((int)hitbox.Position.X, (int)hitbox.Position.Y, (int)hitbox.Width, (int)hitbox.Height), alpha));
}
}
public RetractSpinner(EntityData data, Vector2 offset) : base(data.Position + offset)
{
// pulled straight from vanilla spinners.
this.offset = Calc.Random.NextFloat();
Tag = Tags.TransitionUpdate;
Collider = new ColliderList(new Circle(6f), new Hitbox(16f, 4f, -8f, -3f));
Visible = false;
Add(new PlayerCollider(OnPlayer));
Add(new HoldableCollider(OnHoldable));
Add(new LedgeBlocker());
Depth = 1; // just below Madeline, since the default state is retracted
if (data.Bool("attachToSolid"))
{
Add(new StaticMover {
OnShake = OnShake,
SolidChecker = IsRiding,
OnDestroy = RemoveSelf
});
}
int randomSeed = Calc.Random.Next();
// load the retracted and expanded sprites.
Calc.PushRandom(randomSeed);
List <MTexture> expandedVariations = GFX.Game.GetAtlasSubtextures("danger/SpringCollab2020/retractspinner/urchin_harm");
List <MTexture> retractedVariations = GFX.Game.GetAtlasSubtextures("danger/SpringCollab2020/retractspinner/urchin_safe");
MTexture expandedTexture = Calc.Random.Choose(expandedVariations);
MTexture retractedTexture = Calc.Random.Choose(retractedVariations);
expandedSprite = new Image(expandedTexture).SetOrigin(12f, 12f);
retractedSprite = new Image(retractedTexture).SetOrigin(12f, 12f);
Calc.PopRandom();
// the default state is "retracted". add the matching sprite
Add(retractedSprite);
}
public FancyFallingBlock(EntityData data, Vector2 offset)
: base(data.Position + offset, '3', data.Width, data.Height, data.Bool("finalBoss", false), data.Bool("behind", false), data.Bool("climbFall", true))
{
baseData = new DynData <FallingBlock>(this);
Remove(baseData.Get <TileGrid>("tiles"));
Remove(Get <TileInterceptor>());
badLightOcclude = Get <LightOcclude>();
int newSeed = Calc.Random.Next();
Calc.PushRandom(newSeed);
tileMap = GenerateTileMap(data.Attr("tileData", ""));
Autotiler.Generated generated = GFX.FGAutotiler.GenerateMap(tileMap, default(Autotiler.Behaviour));
baseData["tiles"] = generated.TileGrid;
Add(baseData.Get <TileGrid>("tiles"));
Add(animatedTiles = generated.SpriteOverlay);
Calc.PopRandom();
if (data.Bool("finalBoss", false))
{
VirtualMap <char> tileMapHighlighted = GenerateTileMap(data.Attr("tileDataHighlight", ""));
Calc.PushRandom(newSeed);
TileGrid highlight = GFX.FGAutotiler.GenerateMap(tileMapHighlighted, default(Autotiler.Behaviour)).TileGrid;
highlight.Alpha = 0f;
baseData["highlight"] = highlight;
Add(baseData.Get <TileGrid>("highlight"));
Calc.PopRandom();
}
ColliderList colliders = GenerateBetterColliderGrid(tileMap, 8, 8);
AddLightOcclude(this, colliders);
Collider = colliders;
Add(new TileInterceptor(baseData.Get <TileGrid>("tiles"), false));
}
public FancyFinalBossMovingBlock(EntityData data, Vector2 offset)
: base(data.NodesWithPosition(offset), data.Width, data.Height, data.Int("nodeIndex", 0))
{
baseData = new DynData <FinalBossMovingBlock>(this);
Remove(baseData.Get <TileGrid>("sprite"));
Remove(baseData.Get <TileGrid>("highlight"));
Remove(Get <TileInterceptor>());
badLightOcclude = Get <LightOcclude>();
tileMap = GenerateTileMap(data.Attr("tileData", ""));
tileMapHighlighted = GenerateTileMap(data.Attr("tileDataHighlight", ""));
int newSeed = Calc.Random.Next();
Calc.PushRandom(newSeed);
baseData["sprite"] = GFX.FGAutotiler.GenerateMap(tileMap, default(Autotiler.Behaviour)).TileGrid;
Add(baseData.Get <TileGrid>("sprite"));
Calc.PopRandom();
Calc.PushRandom(newSeed);
TileGrid highlight = GFX.FGAutotiler.GenerateMap(tileMapHighlighted, default(Autotiler.Behaviour)).TileGrid;
highlight.Alpha = 0f;
baseData["highlight"] = highlight;
Add(baseData.Get <TileGrid>("highlight"));
Calc.PopRandom();
Add(new TileInterceptor(baseData.Get <TileGrid>("sprite"), false));
highlightCollider = GenerateBetterColliderGrid(tileMapHighlighted, 8, 8);
collider = GenerateBetterColliderGrid(tileMap, 8, 8);
AddLightOcclude(this, collider);
Collider = collider;
}
public static ColliderList GenerateBetterColliderGrid(VirtualMap <char> tileMap, int cellWidth, int cellHeight)
{
ColliderList colliders = new ColliderList();
List <Hitbox> prevCollidersOnX = new List <Hitbox>();
Hitbox prevCollider = null;
void ExtendOrAdd()
{
bool extendedOnX = false;
foreach (Hitbox hitbox in prevCollidersOnX)
{
if (hitbox.Position.X + hitbox.Width == prevCollider.Position.X &&
hitbox.Position.Y == prevCollider.Position.Y &&
hitbox.Height == prevCollider.Height)
{
// Weird check, but hey.
extendedOnX = true;
hitbox.Width += cellWidth;
prevCollider = null;
break;
}
}
if (!extendedOnX)
{
colliders.Add(prevCollider);
prevCollidersOnX.Add(prevCollider);
prevCollider = null;
}
}
for (int x = 0; x < tileMap.Columns; x++)
{
for (int y = 0; y < tileMap.Rows; y++)
{
if (tileMap.AnyInSegmentAtTile(x, y) && tileMap[x, y] != '0')
{
if (prevCollider == null)
{
prevCollider = new Hitbox(cellWidth, cellHeight, x * cellWidth, y * cellHeight);
}
else
{
prevCollider.Height += cellHeight;
}
}
else if (prevCollider != null)
{
ExtendOrAdd();
}
}
if (prevCollider != null)
{
ExtendOrAdd();
}
}
return(colliders.colliders.Length > 0 ? colliders : null);
}
public void Reset()
{
ForEach((cell) => cell.Colliders.Clear());
ComputedCollision.Clear();
ColliderList.Clear();
}
public override void Awake(Scene scene)
{
List <SolidExtension> extensions = new List <SolidExtension>();
FindExtensions(extensions);
GroupOffset = new Vector2(GroupBoundsMin.X, GroupBoundsMin.Y) - Position;
Colliders = new Hitbox[extensions.Count(ext => ext.HasHitbox) + 1];
AllColliders = new Hitbox[extensions.Count + 1];
int j = 0;
for (int i = 0; i < extensions.Count; i++)
{
SolidExtension e = extensions[i];
Vector2 offset = e.Position - Position;
Hitbox hitbox = new Hitbox(e.Width, e.Height, offset.X, offset.Y);
if (e.HasHitbox)
{
Colliders[j] = hitbox;
j++;
}
AllColliders[i] = hitbox;
e.RemoveSelf();
// You don't want disabled Solids hanging around in the level, so you remove them.
}
int tWidth = (int)((GroupBoundsMax.X - GroupBoundsMin.X) / 8);
int tHeight = (int)((GroupBoundsMax.Y - GroupBoundsMin.Y) / 8);
GroupTiles = new bool[tWidth + 2, tHeight + 2];
AllGroupTiles = new bool[tWidth + 2, tHeight + 2];
Colliders[Colliders.Length - 1] = (Hitbox)Collider;
AllColliders[AllColliders.Length - 1] = (Hitbox)Collider;
Collider = new ColliderList(AllColliders);
for (int x = 0; x < tWidth + 2; x++)
{
for (int y = 0; y < tHeight + 2; y++)
{
AllGroupTiles[x, y] = TileCollideWithGroup(x - 1, y - 1);
}
}
Collider = new ColliderList(Colliders);
for (int x = 0; x < tWidth + 2; x++)
{
for (int y = 0; y < tHeight + 2; y++)
{
GroupTiles[x, y] = TileCollideWithGroup(x - 1, y - 1);
}
}
scene.Add(BGRenderer = new BGTilesRenderer(this));
base.Awake(scene);
}
public FancyCrumbleWallOnRumble(EntityData data, Vector2 offset, EntityID id)
: base(data.Position + offset, data.Char("tiletype", 'm'), data.Width, data.Height, data.Bool("blendin", false), data.Bool("persistent", false), id)
{
tileMap = GenerateTileMap(data.Attr("tileData", ""));
ColliderList colliders = GenerateBetterColliderGrid(tileMap, 8, 8);
AddLightOcclude(this, colliders);
Collider = colliders;
}
public FancyFloatySpaceBlock(EntityData data, Vector2 offset)
: base(data.Position + offset, data.Width, data.Height, data.Char("connectsTo", '3'), data.Bool("disableSpawnOffset", false))
{
badLightOcclude = Get <LightOcclude>();
tileMap = GenerateTileMap(data.Attr("tileData", ""));
ColliderList colliders = GenerateBetterColliderGrid(tileMap, 8, 8);
Collider = colliders;
AddLightOcclude(this, colliders);
}
public void PickUpFellow()
{
FellowRobot.transform.parent = transform;
FellowRobot.transform.localPosition = new Vector3(0, 1.25f, 0);
FellowRobot.transform.localRotation = Quaternion.identity;
FellowRobot.PickedUp = true;
PickedUpObject = FellowRobot;
ColliderList.Remove(FellowRobot.gameObject);
}
public static void SetLaserLength(Scene scene, Laserbeam beam)
{
Level level = scene as Level;
beam.Length = MaxBeamLength(level, beam);
float shortestWidth = MaxBeamLength(level, beam);
foreach (Solid s in scene.Tracker.GetEntities <Solid>())
{
if (beam.CollideCheck(s))
{
if (s.Collider is Grid)
{
shortestWidth = Math.Min(shortestWidth, GetLaserLengthDACOnGrid(beam, s.Collider as Grid, shortestWidth));
}
else
{
shortestWidth = Math.Min(shortestWidth, LengthCalculatingFunctions[beam.Direction](beam, s.Collider));
}
}
}
foreach (LaserDetectorActor entity in scene.Tracker.GetEntities <LaserDetectorActor>())
{
Collider origCollider = entity.Collider;
Collider collider = entity.GetLaserBlockingCollider(beam);
ColliderList colliderList = collider as ColliderList;
if (colliderList == null)
{
entity.Collider = collider;
if (beam.CollideCheck(entity))
{
shortestWidth = Math.Min(shortestWidth, LengthCalculatingFunctions[beam.Direction](beam, collider));
}
}
else
{
foreach (Collider c in colliderList.colliders)
{
entity.Collider = c;
if (beam.CollideCheck(entity))
{
shortestWidth = Math.Min(shortestWidth, LengthCalculatingFunctions[beam.Direction](beam, c));
}
}
}
entity.Collider = origCollider;
}
beam.Length = shortestWidth;
}
public void PickUpHeavyTrash()
{
Debug.Log(name + ": PickUpHeavyTrash");
formation = new FormationBehaviour(CurrentTrash, this);
CurrentTrash.PickedUp = true;
PickedUpObject = CurrentTrash;
ColliderList.Remove(CurrentTrash.gameObject);
}
public OutroCar(EntityData data, Vector2 offset) : base(data, offset)
{
origData = new DynData <IntroCar>(this);
Image bodySprite = origData.Get <Image>("bodySprite");
bodySprite.FlipX = true;
Hitbox hitbox = new Hitbox(25f, 4f, -7f, -17f);
Hitbox hitbox2 = new Hitbox(19f, 4f, -24f, -11f);
Collider = new ColliderList(hitbox, hitbox2);
}
// pickable-up objects stuff
public void PickUpLightTrash()
{
Debug.Log(name + ": PickUpLightTrash");
CurrentTrash.transform.parent = transform;
CurrentTrash.transform.localPosition = new Vector3(0, 1.25f, 0);
CurrentTrash.transform.localRotation = Quaternion.identity;
CurrentTrash.PickedUp = true;
PickedUpObject = CurrentTrash;
ColliderList.Remove(CurrentTrash.gameObject);
}
public void Add(Collider collider)
{
if (ColliderList.Contains(collider))
{
return;
}
foreach (Cell cell in GetCells(collider.WorldTransform))
{
cell.Colliders.Add(collider);
}
ComputedCollision[collider] = new HashSet <Collider>();
ColliderList.Add(collider);
}
public static ColliderList GenerateInefficientColliderGrid(VirtualMap <char> tileMap, int cellWidth, int cellHeight)
{
ColliderList colliders = new ColliderList();
for (int x = 0; x < tileMap.Columns; x++)
{
for (int y = 0; y < tileMap.Rows; y++)
{
if (tileMap.AnyInSegmentAtTile(x, y) && tileMap[x, y] != '0')
{
colliders.Add(new Hitbox(cellWidth, cellHeight, x * cellWidth, y * cellHeight));
}
}
}
return(colliders.colliders.Length > 0 ? colliders : null);
}
public KillerDebris(Vector2 position, bool attachToSolid, string color)
: base(position)
{
Enum.TryParse(color, out _color);
Tag = Tags.TransitionUpdate;
Collider = new ColliderList(new Circle(6f), new Hitbox(16f, 4f, -8f, -3f));
Visible = false;
Add(new PlayerCollider(OnPlayer));
Add(new HoldableCollider(OnHoldable));
Add(new LedgeBlocker());
Depth = -8500;
AttachToSolid = attachToSolid;
if (attachToSolid)
{
Add(new StaticMover
{
OnShake = OnShake,
SolidChecker = IsRiding,
OnDestroy = RemoveSelf
});
}
_randomSeed = Calc.Random.Next();
}
public CustomSandwichLava(EntityData data, Vector2 offset)
{
startX = data.Position.X + offset.X;
Direction = data.Enum("direction", DirectionMode.CoreModeBased);
Speed = data.Float("speed", 20f);
// vanilla is 160. so, setting sandwichGap to 120 requires each side to be shifted by 20 pixels towards the other ((160 - 120) / 2).
sandwichDisplacement = (160f - data.Float("sandwichGap", 160f)) / 2;
Depth = -1000000;
Collider = new ColliderList(new Hitbox(340f, 120f, 0f, -sandwichDisplacement), new Hitbox(340f, 120f, 0f, -280f + sandwichDisplacement));
Visible = false;
Add(loopSfx = new SoundSource());
Add(new PlayerCollider(OnPlayer));
Add(new CoreModeListener(OnChangeMode));
Add(bottomRect = new LavaRect(400f, 200f, 4));
bottomRect.Position = new Vector2(-40f, 0f);
bottomRect.OnlyMode = LavaRect.OnlyModes.OnlyTop;
bottomRect.SmallWaveAmplitude = 2f;
Add(topRect = new LavaRect(400f, 200f, 4));
topRect.Position = new Vector2(-40f, -360f);
topRect.OnlyMode = LavaRect.OnlyModes.OnlyBottom;
topRect.SmallWaveAmplitude = 2f;
topRect.BigWaveAmplitude = (bottomRect.BigWaveAmplitude = 2f);
topRect.CurveAmplitude = (bottomRect.CurveAmplitude = 4f);
Add(new TransitionListener {
OnOutBegin = () => {
// save the Y positions
transitionStartY = Y;
transitionStartTopRectY = topRect.Position.Y;
transitionStartBottomRectY = bottomRect.Position.Y;
if (persistent && Scene != null && Scene.Entities.FindAll <CustomSandwichLava>().Count <= 1)
{
// no lava in the next room: leave
Leave();
}
else
{
// look up for all lava blocker triggers in the next room.
lavaBlockerTriggers = Scene.Entities.OfType <LavaBlockerTrigger>().ToList();
}
},
OnOut = progress => {
if (Scene != null)
{
X = (Scene as Level).Camera.X;
if (!leaving)
{
// make the lava elements transition smoothly to their expected positions.
Y = MathHelper.Lerp(transitionStartY, centerY, progress);
topRect.Position.Y = MathHelper.Lerp(transitionStartTopRectY, TopOffset - topRect.Height + sandwichDisplacement, progress);
bottomRect.Position.Y = MathHelper.Lerp(transitionStartBottomRectY, -sandwichDisplacement, progress);
}
}
if ((progress > 0.95f) && leaving)
{
// lava is leaving, transition is over soon => remove it
RemoveSelf();
}
},
OnInEnd = () => {
if (entering)
{
// transition is over. grab the camera position now since it's done moving.
Y = centerY;
entering = false;
}
}
});
}
/**
* @brief 衝突（すり抜けあり）を検出する
* @param other 衝突したオブジェクト
*/
void OnTriggerStay(Collider other)
{
// 衝突リストがnullでないとき
if (colliders != null)
{
// 4方向の壁に衝突したとき
if (other.gameObject.CompareTag("Wall_Left") ||
other.gameObject.CompareTag("Wall_Foreground") ||
other.gameObject.CompareTag("Wall_Right") ||
other.gameObject.CompareTag("Wall_Back"))
{
ColliderList list = new ColliderList();
list.colliderObj = other;
list.direct = inputDirect;
list.priority = 1; // 優先度中に設定
list.rotated = false; // 4方向の壁は回転後でもステージ内に移動したいのでfalseとする
foreach (ColliderList colliderList in colliders)
{
if (colliderList.colliderObj)
{
// 同じ方向の壁と衝突済みの時
if (list.colliderObj.gameObject.CompareTag(colliderList.colliderObj.gameObject.tag))
{
return;// 衝突リストに追加しない
}
// 同じ方向の入力でブロックに衝突済みの時
else if (colliderList.colliderObj.gameObject.CompareTag("Block") &&
colliderList.direct == list.direct)
{
return;// 衝突リストに追加しない
}
}
}
colliders.Add(list); // 新しい衝突として検出する
isCollide = true; // 衝突した状態にする
}
// ステージの床に衝突したとき
else if (other.gameObject.CompareTag("Stage"))
{
ColliderList list = new ColliderList();
list.colliderObj = other;
list.direct = InputDirection.no; // 床と衝突するので入力なしを格納
list.priority = 0; // 優先度低に設定
list.rotated = false; // 床は回転後でもステージ内に移動したいのでfalseとする
foreach (ColliderList colliderList in colliders)
{
if (colliderList.colliderObj != null)
{
// ステージの床と衝突済みの時
if (colliderList.colliderObj.gameObject.CompareTag("Stage"))
{
return;// 衝突リストに追加しない
}
// 入力なしでブロックと衝突済みの時
else if (colliderList.colliderObj.gameObject.CompareTag("Block") &&
colliderList.direct == InputDirection.no)
{
return;// 衝突リストに追加しない
}
}
}
colliders.Add(list); // 新しい衝突として検出する
isCollide = true; // 衝突した状態にする
}
// ブロックと衝突したとき
else if (other.gameObject.CompareTag("Block"))
{
ColliderList list = new ColliderList();
list.colliderObj = other;
list.direct = inputDirect;
list.rotated = false;
// 回転をして衝突したとき
if (!beforeQuaternion.Equals(blockQuaternion))
{
canRotate = false; // 回転不可能にする
list.rotated = true; // 衝突リストに回転して衝突
list.priority = 2; // 優先度高に設定
}
// 入力なしでブロックと衝突したとき
else if (list.direct == InputDirection.no)
{
list.priority = 0;// 優先度低に設定
}
// 入力ありでブロックと衝突したとき
else
{
list.priority = 1;// 優先度中に設定
}
// 同じものと衝突していないかのチェック
foreach (ColliderList colliderList in colliders)
{
if (colliderList.colliderObj != null)
{
// ステージの床と衝突済みのとき
if (colliderList.colliderObj.gameObject.CompareTag("Stage") &&
colliderList.direct == list.direct)
{
return;// 衝突リストに追加しない
}
// 左側の壁と衝突済みのとき
else if (colliderList.colliderObj.gameObject.CompareTag("Wall_Left") &&
colliderList.direct == list.direct)
{
return;// 衝突リストに追加しない
}
// 手前側の壁と衝突済みのとき
else if (colliderList.colliderObj.gameObject.CompareTag("Wall_Foreground") &&
colliderList.direct == list.direct)
{
return;// 衝突リストに追加しない
}
// 右側の壁と衝突済みのとき
else if (colliderList.colliderObj.gameObject.CompareTag("Wall_Right") &&
colliderList.direct == list.direct)
{
return;// 衝突リストに追加しない
}
// 奥側の壁と衝突済みのとき
else if (colliderList.colliderObj.gameObject.CompareTag("Wall_Back") &&
colliderList.direct == list.direct)
{
return;// 衝突リストに追加しない
}
// ブロックと衝突済みのとき
else
{
// 回転して衝突したとき
if (list.rotated)
{
// 別のブロックと回転して衝突済みのとき
if (colliderList.rotated == list.rotated)
{
return;// 衝突リストに追加しない
}
// 別のブロックと回転なし(落下して)衝突済みのとき
else if (colliderList.direct == InputDirection.no)
{
return;// 衝突リストに追加しない
}
}
// 回転なしで同じ入力方向でブロックと衝突済みのとき
else if (colliderList.direct == list.direct)
{
// 入力なしで衝突したとき
if (list.direct == InputDirection.no)
{
// 回転して衝突済みのとき
if (colliderList.rotated)
{
return;// 衝突リストに追加しない
}
}
// 入力ありで衝突したとき
else
{
return;// 衝突リストに追加しない
}
}
else if (colliderList.colliderObj.gameObject.transform.parent != null)
{
// 同じブロックと落下して衝突済みのとき
if (!list.rotated && list.colliderObj.gameObject.transform.parent.name.Equals(colliderList.colliderObj.gameObject.transform.parent.name))
{
return;// 衝突リストに追加しない
}
}
}
}
}
colliders.Add(list); // 新しい衝突として検出する
isCollide = true; // 衝突した状態にする
canSet = false; // 設置未完了
}
}
}
public CustomSpinner(EntityData data, Vector2 position, bool attachToSolid, string directory, string destroyColor, bool isCore, string tint) : base(data.Position + position)
{
ID = data.ID;
DashThrough = data.Bool("dashThrough", false);
this.tint = tint;
Tint = ColorHelper.GetColor(tint);
this.directory = directory;
// for VivHelper compatibility
SpritePathSuffix = data.Attr("spritePathSuffix", "");
UpdateDirectoryFields(false);
moveWithWind = data.Bool("moveWithWind", false);
// funny story time: this used to exist in older versions of Frost Helper as a leftover.
// I tried removing it in 1.20.3, but this broke some TASes due to spinner cycles.
// So now this needs to stay here forever D:
// List<MTexture> atlasSubtextures = GFX.Game.GetAtlasSubtextures(this.bgDirectory);
// MTexture mtexture = Calc.Random.Choose(atlasSubtextures);
// Actually, just calling Random.Next() is enough, so that's nice
Calc.Random.Next();
coldDirectory = directory;
this.destroyColor = destroyColor;
this.isCore = isCore;
offset = Calc.Random.NextFloat();
Tag = Tags.TransitionUpdate;
Collider = new ColliderList(new Collider[]
{
new Circle(6f, 0f, 0f),
new Hitbox(16f, 4f, -8f, -3f)
});
Visible = false;
Add(new PlayerCollider(new Action <Player>(OnPlayer), null, null));
Add(new HoldableCollider(new Action <Holdable>(OnHoldable), null));
Add(new LedgeBlocker(null));
Depth = -8500;
AttachToSolid = attachToSolid;
if (AttachToSolid)
{
Add(new StaticMover
{
OnShake = new Action <Vector2>(OnShake),
SolidChecker = new Func <Solid, bool>(IsRiding),
OnDestroy = new Action(RemoveSelf)
});
}
randomSeed = Calc.Random.Next();
if (isCore)
{
Add(new CoreModeListener(new Action <Session.CoreModes>(OnChangeMode)));
}
float bloomAlpha = data.Float("bloomAlpha", 0.0f);
if (bloomAlpha != 0.0f)
{
Add(new BloomPoint(Collider.Center, bloomAlpha, data.Float("bloomRadius", 0f)));
}
}
public ComponentCollision() : base("collision")
{
_boundingBox = new RectangleF(0.0f, 0.0f, 0.0f, 0.0f);
ColliderList.Add(this);
}
public SidewaysLava(EntityData data, Vector2 offset)
{
intro = data.Bool("intro", false);
lavaMode = data.Enum("lavaMode", LavaMode.LeftToRight);
speedMultiplier = data.Float("speedMultiplier", 1f);
Depth = -1000000;
if (lavaMode == LavaMode.LeftToRight)
{
// one hitbox on the left.
Collider = new Hitbox(340f, 200f, -340f);
}
else if (lavaMode == LavaMode.RightToLeft)
{
// one hitbox on the right.
Collider = new Hitbox(340f, 200f, 320f);
}
else
{
// hitboxes on both sides, 280px apart.
Collider = new ColliderList(new Hitbox(340f, 200f, -340f), new Hitbox(340f, 200f, 280f));
}
Visible = false;
Add(new PlayerCollider(OnPlayer));
Add(new CoreModeListener(OnChangeMode));
Add(loopSfx = new SoundSource());
if (lavaMode != LavaMode.RightToLeft)
{
// add the left lava rect, just off-screen (it is 340px wide)
Add(leftRect = new SidewaysLavaRect(340f, 200f, 4, SidewaysLavaRect.OnlyModes.OnlyLeft));
leftRect.Position = new Vector2(-340f, 0f);
leftRect.SmallWaveAmplitude = 2f;
}
if (lavaMode != LavaMode.LeftToRight)
{
// add the right lava rect, just off-screen (the screen is 320px wide)
Add(rightRect = new SidewaysLavaRect(340f, 200f, 4, SidewaysLavaRect.OnlyModes.OnlyRight));
rightRect.Position = new Vector2(lavaMode == LavaMode.Sandwich ? 280f : 320f, 0f);
rightRect.SmallWaveAmplitude = 2f;
}
if (lavaMode == LavaMode.Sandwich)
{
// listen to transitions since we need the sandwich lava to deal smoothly with them.
Add(new TransitionListener {
OnOutBegin = () => {
sandwichTransitionStartX = X;
if (!sandwichTransferred)
{
// the next screen has no sideways sandwich lava. so, just leave.
AddTag(Tags.TransitionUpdate);
sandwichLeaving = true;
Collidable = false;
Alarm.Set(this, 2f, () => RemoveSelf());
}
else
{
sandwichTransferred = false;
// look up for all lava blocker triggers in the next room.
lavaBlockerTriggers = Scene.Entities.OfType <LavaBlockerTrigger>().ToList();
}
},
OnOut = progress => {
if (Scene != null)
{
Level level = Scene as Level;
// make sure the sandwich lava is following the transition.
Y = level.Camera.Y - 10f;
if (!sandwichLeaving)
{
// make the lava smoothly go back to 20px on each side.
X = MathHelper.Lerp(sandwichTransitionStartX, level.Camera.Left + 20f, progress);
}
}
if (progress > 0.95f && sandwichLeaving)
{
// destroy the lava, since transition is almost done.
RemoveSelf();
}
}
});
}
}