private TileAnimationData containsAnimatedTile(int tile, SonicLevel sonLevel)
{
foreach (var an in sonLevel.TileAnimations)
{
var anin = an.AnimationTileIndex;
var num = an.NumberOfTiles;
if (tile >= anin && tile < anin + num)
return an;
}
return null;
}
/*
obtainedRing = [];
*/
public Sonic()
{
Watcher = new Watcher();
physicsVariables = SonicConstants.Sonic();
var sonicManager = SonicManager.Instance;
sonicLevel = sonicManager.SonicLevel;
X = sonicLevel.StartPositions[0].X;
Y = sonicLevel.StartPositions[0].Y;
SensorManager = new SensorManager();
HaltSmoke = new List<Point>();
Rings = 7;
SensorManager.CreateVerticalSensor("a", -9, 0, 36, "#F202F2");
SensorManager.CreateVerticalSensor("b", 9, 0, 36, "#02C2F2");
SensorManager.CreateVerticalSensor("c", -9, 0, -20, "#2D2C21");
SensorManager.CreateVerticalSensor("d", 9, 0, -20, "#C24222");
SensorManager.CreateHorizontalSensor("m1", 4, 0, -12, "#212C2E");
SensorManager.CreateHorizontalSensor("m2", 4, 0, 13, "#22Ffc1");
SpriteState = "normal";
myRec = new Rectangle(0, 0, 0, 0);
sonicLastHitTick = int.MinValue;
}
public void Load(SLData sonicLevel)
{
Loading = true;
Status = "Decoding";
Status = "Determining Level Information";
SonicLevel = new SonicLevel();
for (var n = 0; n < sonicLevel.Rings.Length; n++)
{
SonicLevel.Rings[n] = new Ring(true);
SonicLevel.Rings[n].X = sonicLevel.Rings[n].X;
SonicLevel.Rings[n].Y = sonicLevel.Rings[n].Y;
}
SonicLevel.LevelWidth = sonicLevel.ForegroundWidth;
SonicLevel.LevelHeight = sonicLevel.ForegroundHeight;
SonicLevel.ChunkMap = sonicLevel.Foreground;
SonicLevel.BGChunkMap = sonicLevel.Background;
for (int l = 0; l < sonicLevel.Objects.Length; l++)
{
SonicLevel.Objects[l] = new LevelObjectInfo(sonicLevel.Objects[l]);
SonicLevel.Objects[l].Index = l;
}
var objectKeys = new List<string>();
foreach (LevelObjectInfo t in SonicLevel.Objects)
{
var o = t.Key;
if (objectKeys.All(p => p != o)) objectKeys.Add(o);
}
loadObjects(objectKeys);
for (int j = 0; j < sonicLevel.Tiles.Length; j++)
{
var fc = sonicLevel.Tiles[j];
var tiles = fc;
List<int> mj = new List<int>();
for (int i = 0; i < tiles.Length; i++)
{
var value = sonicLevel.Tiles[j][i];
mj.Add((value >> 4));
mj.Add((value & 0xF));
}
var mfc = new int[8][];
for (int o = 0; o < 8; o++)
{
mfc[o] = new int[8];
}
for (int n = 0; n < mj.Count; n++)
{
mfc[n % 8][n / 8] = mj[n];
}
SonicLevel.Tiles[j] = new Tile(mfc);
SonicLevel.Tiles[j].Index = j;
}
var acs = SonicLevel.AnimatedChunks = new List<TileChunk>();
if (sonicLevel.AnimatedFiles.Truthy())
{
SonicLevel.AnimatedTileFiles = new Tile[sonicLevel.AnimatedFiles.Length][];
for (var animatedFileIndex = 0; animatedFileIndex < sonicLevel.AnimatedFiles.Length; animatedFileIndex++)
{
var animatedFile = sonicLevel.AnimatedFiles[animatedFileIndex];
SonicLevel.AnimatedTileFiles[animatedFileIndex] = new Tile[animatedFile.Length];
for (int filePiece = 0; filePiece < animatedFile.Length; filePiece++)
{
var c = animatedFile[filePiece];
var tiles = c;
List<int> mjc = new List<int>();
for (int l = 0; l < tiles.Length; l++)
{
var value = animatedFile[filePiece][l];
mjc.Add((value >> 4));
mjc.Add((value & 0xF));
}
var mfc = new int[8][];
for (int o = 0; o < 8; o++)
{
mfc[o] = new int[8];
}
for (int n = 0; n < mjc.Count; n++)
{
mfc[n % 8][n / 8] = mjc[n];
}
Tile tile = new Tile(mfc);
tile.IsTileAnimated = true;
tile.Index = filePiece * 10000 + animatedFileIndex;
SonicLevel.AnimatedTileFiles[animatedFileIndex][filePiece] = tile;
}
}
}
for (int j = 0; j < sonicLevel.Blocks.Length; j++)
{
var fc = sonicLevel.Blocks[j];
var mj = new TilePiece();
mj.Index = j;
mj.Tiles = new List<TileInfo>();
for (int p = 0; p < fc.Length; p++)
{
mj.Tiles.Add(new TileInfo()
{
_Tile = fc[p].Tile,
Index = p,
Palette = fc[p].Palette,
Priority = fc[p].Priority,
XFlip = fc[p].XFlip,
YFlip = fc[p].YFlip,
});
}
mj.Init();
SonicLevel.TilePieces[j] = mj;
}
SonicLevel.Angles = sonicLevel.Angles;
SonicLevel.TileAnimations =
new List<TileAnimationData>(
sonicLevel.Animations.Map(
a =>
new TileAnimationData()
{
AnimationTileFile = a.AnimationFile,
AnimationTileIndex = a.AnimationTileIndex,
AutomatedTiming = a.AutomatedTiming,
NumberOfTiles = a.NumberOfTiles,
DataFrames =
(TileAnimationDataFrame[])
a.Frames.Map(
b =>
new TileAnimationDataFrame() { Ticks = b.Ticks, StartingTileIndex = b.StartingTileIndex }).Slice(0)
}));
SonicLevel.CollisionIndexes1 = sonicLevel.CollisionIndexes1;
SonicLevel.CollisionIndexes2 = sonicLevel.CollisionIndexes2;
for (int i = 0; i < sonicLevel.HeightMaps.Length; i++)
{
var b1 = true;
var b2 = true;
for (int m = 0; m < sonicLevel.HeightMaps[i].Length; m++)
{
if (b1 && sonicLevel.HeightMaps[i][m] != 0)
b1 = false;
if (b2 && sonicLevel.HeightMaps[i][m] != 16)
b2 = false;
}
if (b1)
SonicLevel.HeightMaps[i] = new HeightMap(false);
else if (b2)
SonicLevel.HeightMaps[i] = new HeightMap(true);
else
SonicLevel.HeightMaps[i] = new HeightMap(sonicLevel.HeightMaps[i], i);
}
for (int j = 0; j < sonicLevel.Chunks.Length; j++)
{
var fc = sonicLevel.Chunks[j];
var mj = new TileChunk();
mj.Index = j;
mj.TilePieces = new TilePieceInfo[8][];
for (int i = 0; i < 8; i++)
{
mj.TilePieces[i] = new TilePieceInfo[8];
}
for (int p = 0; p < fc.Length; p++)
{
mj.TilePieces[p % 8][p / 8] = new TilePieceInfo()
{
Index = p,
Block = fc[p].Block,
Solid1 = fc[p].Solid1,
Solid2 = fc[p].Solid2,
XFlip = fc[p].XFlip,
YFlip = fc[p].YFlip
};
}
SonicLevel.TileChunks[j] = mj;
mj.TileAnimations = new JsDictionary<int, TileAnimationData>();
for (int tpX = 0; tpX < mj.TilePieces.Length; tpX++)
{
for (int tpY = 0; tpY < mj.TilePieces[tpX].Length; tpY++)
{
var pm = mj.TilePieces[tpX][tpY].GetTilePiece();
if (pm != null)
{
foreach (var mjc in pm.Tiles)
{
var fa = containsAnimatedTile(mjc._Tile, SonicLevel);
if (fa.Truthy())
{
mj.TileAnimations[tpY * 8 + tpX] = fa;
acs[j] = mj;
}
}
}
}
}
}
SonicLevel.Palette = sonicLevel.Palette.Map(a => a.Map(b => "#"+b));
SonicLevel.StartPositions = sonicLevel.StartPositions.Map(a => new Point(a.X, a.Y)).Array();
SonicLevel.AnimatedPalettes = new List<PaletteItem>();
if (sonicLevel.PaletteItems.Length > 0)
{
for (int k = 0; k < sonicLevel.PaletteItems[0].Length; k++)
{
AnimatedPaletteItem pal = sonicLevel.PaletteItems[0][k];
SonicLevel.AnimatedPalettes.Add(new PaletteItem()
{
Palette = ((string[])Script.Eval(pal.Palette)).Map(b => "#" + b),
SkipIndex = pal.SkipIndex,
TotalLength = pal.TotalLength,
Pieces =
pal.Pieces.Map(a => new PaletteItemPieces()
{
PaletteIndex = a.PaletteIndex,
PaletteMultiply = a.PaletteMultiply,
PaletteOffset = a.PaletteOffset
})
});
}
}
foreach (var tilePiece in SonicLevel.TilePieces)
{
tilePiece.AnimatedPaletteIndexes = new List<int>();
tilePiece.AnimatedTileIndexes = new List<int>();
if (SonicLevel.AnimatedPalettes.Count > 0)
{
foreach (var mj in tilePiece.Tiles)
{
Tile tile = mj.GetTile();
if (tile.Truthy())
{
tile.AnimatedPaletteIndexes = new List<int>();
var pl = tile.GetAllPaletteIndexes();
tile.PaletteIndexesToBeAnimated = new JsDictionary<int, List<int>>();
tile.AnimatedTileIndexes = new List<int>();
for (int tileAnimationIndex = 0; tileAnimationIndex < SonicLevel.TileAnimations.Count; tileAnimationIndex++)
{
var tileAnimationData = SonicLevel.TileAnimations[tileAnimationIndex];
var anin = tileAnimationData.AnimationTileIndex;
var num = tileAnimationData.NumberOfTiles;
if (tile.Index >= anin && tile.Index < anin + num)
{
tilePiece.AnimatedTileIndexes.Add(tileAnimationIndex);
tile.AnimatedTileIndexes.Add(tileAnimationIndex);
}
}
for (int animatedPaletteIndex = 0; animatedPaletteIndex < SonicLevel.AnimatedPalettes.Count; animatedPaletteIndex++)
{
var pal = SonicLevel.AnimatedPalettes[animatedPaletteIndex];
tile.PaletteIndexesToBeAnimated[animatedPaletteIndex] = new List<int>();
foreach (var mjce in pal.Pieces)
{
PaletteItemPieces mje1 = mjce;
if (mj.Palette == mje1.PaletteIndex)
{
if (pl.Any(j => j == mje1.PaletteOffset / 2 || j == mje1.PaletteOffset / 2 + 1))
{
tilePiece.AnimatedPaletteIndexes.Add(animatedPaletteIndex);
tile.AnimatedPaletteIndexes.Add(animatedPaletteIndex);
foreach (var pIndex in pl)
{
if (pIndex == mje1.PaletteOffset / 2 || pIndex == mje1.PaletteOffset / 2 + 1)
{
tile.PaletteIndexesToBeAnimated[animatedPaletteIndex].Add(pIndex);
}
}
}
}
}
}
}
}
}
}
var finished = new Action(() => { Loading = false; });
PreloadSprites(() =>
{
finished();
ForceResize();
},
(s) => { });
ForceResize();
OnLevelLoad(SonicLevel);
/*
var finished = function () {
sonicManager.uiManager.levelManagerArea.visible = true;
sonicManager.loading = false;
sonicManager.uiManager.modifyTC.tileChunk = sonicManager.SonicLevel.TileChunks[0];
sonicManager.uiManager.modifyTilePieceArea.tilePiece = sonicManager.uiManager.modifyTP.tilePiece = sonicManager.SonicLevel.TilePieces[0];
};
// var inds = sonicManager.inds = { r:0,t: 0, tp: 0, tc: 0, total: (sonicManager.SonicLevel.TileChunks.length * 2 + sonicManager.SonicLevel.TilePieces.length * 5 + sonicManager.SonicLevel.Tiles.length), done: false };
sonicManager.CACHING = true;
sonicManager.preLoadSprites(scale, function () {
// inds.r = 1;
sonicManager.CACHING = false;
finished();
sonicManager.uiManager.updateTitle("Level Loaded");
sonicManager.forceResize();
var dl = _H.getQueryString();
if (dl["run"]) {
setTimeout(sonicManager.uiManager.runSonic, 1000);
}
}, sonicManager.uiManager.updateTitle);
*/
}
public void Tick(SonicLevel sonicLevel)
{
if (Debugging) {
var debugSpeed = Watcher.Multiply(15);
if (HoldingRight)
X += debugSpeed;
if (HoldingLeft)
X -= debugSpeed;
if (Crouching)
Y += debugSpeed;
if (HoldingUp)
Y -= debugSpeed;
X = ( ( sonicLevel.LevelWidth * 128 ) + ( X ) ) % ( sonicLevel.LevelWidth * 128 ) ;
Y = ( ( sonicLevel.LevelHeight * 128 ) + ( Y ) ) % ( sonicLevel.LevelHeight * 128 );
return;
}
UpdateMode();
if (HLock > 0) {
HLock--;
HoldingRight = false;
HoldingLeft = false;
}
if (InAir) {
if (Angle != 0xff) {
Angle = ( 0xff + ( Angle + ( ( Angle > 0xff / 2 ) ? 2 : -2 ) ) ) % 0xff;
if (Angle >= 0xfd || Angle <= 0x01)
Angle = 0xff;
}
}
EffectPhysics();
CheckCollisionWithRings();
UpdateSprite();
SensorManager.Check(this);
var sensorM1 = SensorManager.GetResult("m1");
var sensorM2 = SensorManager.GetResult("m2");
var best = GetBestSensor(sensorM1, sensorM2, Mode);
if (best != null) {
switch (Mode) {
case RotationMode.Floor:
X = ( best.Value +
( sensorM2 != null && sensorM1 != null && ( sensorM1.Value == sensorM2.Value ) ? 12 : ( best.Letter == "m1" ? 12 : -12 ) ) );
Gsp = 0;
if (InAir) Xsp = 0;
break;
case RotationMode.LeftWall:
Y = ( best.Value +
( sensorM2 != null && sensorM1 != null && ( sensorM1.Value == sensorM2.Value ) ? 12 : ( best.Letter == "m1" ? 12 : -12 ) ) );
if (InAir) Xsp = 0;
break;
case RotationMode.Ceiling:
X = ( best.Value +
( sensorM2 != null && sensorM1 != null && ( sensorM1.Value == sensorM2.Value ) ? 12 : ( best.Letter == "m1" ? -12 : 12 ) ) );
Gsp = 0;
if (InAir) Xsp = 0;
break;
case RotationMode.RightWall:
Y = ( best.Value +
( sensorM2 != null && sensorM1 != null && ( sensorM1.Value == sensorM2.Value ) ? 12 : ( best.Letter == "m1" ? -12 : 12 ) ) );
Gsp = 0;
if (InAir) Xsp = 0;
break;
}
}
SensorManager.Check(this);
var sensorA = SensorManager.GetResult("a");
var sensorB = SensorManager.GetResult("b");
int fy;
int fx;
var hSize = GetHalfImageSize();
if (!InAir) {
best = GetBestSensor(sensorA, sensorB, Mode);
if (best == null) InAir = true;
else {
JustHit = false;
switch (Mode) {
case RotationMode.Floor:
best.Chosen = true;
Angle = best.Angle;
Y = fy = best.Value - hSize.Y;
break;
case RotationMode.LeftWall:
best.Chosen = true;
Angle = best.Angle;
X = fx = best.Value + hSize.X;
break;
case RotationMode.Ceiling:
best.Chosen = true;
Angle = best.Angle;
Y = fy = best.Value + hSize.Y;
break;
case RotationMode.RightWall:
best.Chosen = true;
Angle = best.Angle;
X = fx = best.Value - hSize.X;
break;
}
}
UpdateMode();
} else {
if (sensorA == null && sensorB == null)
InAir = true;
else {
if (( sensorA != null && sensorA.Value >= 0 ) && ( sensorB != null && sensorB.Value >= 0 )) {
if (sensorA.Value < sensorB.Value) {
if (Y + ( 20 ) >= sensorA.Value) {
Angle = sensorA.Angle;
Y = fy = sensorA.Value - hSize.Y;
Rolling = CurrentlyBall = false;
InAir = false;
}
} else {
if (sensorB.Value > -1) {
if (Y + ( 20 ) >= sensorB.Value) {
Angle = sensorB.Angle;
Y = fy = sensorB.Value - hSize.Y;
Rolling = CurrentlyBall = false;
InAir = false;
}
}
}
} else if (( sensorA != null ) && sensorA.Value > -1) {
if (Y + ( 20 ) >= sensorA.Value) {
Angle = sensorA.Angle;
Y = fy = sensorA.Value - hSize.Y;
Rolling = CurrentlyBall = false;
InAir = false;
}
} else if (sensorB != null && sensorB.Value > -1) {
if (Y + ( 20 ) >= sensorB.Value) {
Angle = sensorB.Angle;
Y = fy = sensorB.Value - hSize.Y;
Rolling = CurrentlyBall = false;
InAir = false;
}
}
}
UpdateMode();
var cur = SonicManager.Instance.SpriteCache.SonicSprites[SpriteState];
var __h = cur.Height / 2;
SensorManager.Check(this);
var sensorC = SensorManager.GetResult("c");
var sensorD = SensorManager.GetResult("d");
if (( sensorC == null && sensorD == null )) {} else {
if (sensorD != null && ( sensorC != null ) && ( sensorC.Value >= 0 && sensorD.Value >= 0 )) {
if (sensorC.Value < sensorD.Value) {
if (Y + ( __h ) >= sensorC.Value) {
if (Ysp < 0) {
if (sensorC.Angle > 0x40 && sensorC.Angle < 0xC0) {
Angle = sensorC.Angle;
Gsp = Ysp;
InAir = false;
WasInAir = false;
} else Ysp = 0;
Y = fy = sensorC.Value + __h;
}
}
} else {
if (Y + ( __h ) >= sensorD.Value) {
if (Ysp < 0) {
if (sensorD.Angle > 0x40 && sensorD.Angle < 0xC0) {
Angle = sensorD.Angle;
Gsp = -Ysp;
InAir = false;
WasInAir = false;
} else Ysp = 0;
Y = fy = sensorD.Value + __h;
}
}
}
} else if (sensorC != null && sensorC.Value > -1) {
if (Y + ( __h ) >= sensorC.Value) {
if (Ysp < 0) {
if (sensorC.Angle > 0x40 && sensorC.Angle < 0xC0) {
Angle = sensorC.Angle;
Gsp = Ysp;
InAir = false;
WasInAir = false;
} else Ysp = 0;
Y = fy = sensorC.Value + __h;
}
}
} else if (sensorD != null && sensorD.Value > -1) {
if (Y + ( __h ) >= sensorD.Value) {
if (Ysp < 0) {
if (sensorD.Angle > 0x40 && sensorD.Angle < 0xC0) {
Angle = sensorD.Angle;
Gsp = -Ysp;
InAir = false;
WasInAir = false;
} else Ysp = 0;
Y = fy = sensorD.Value + __h;
}
}
}
UpdateMode();
}
}
}