public static void Clamp(VByte v, U8 low, U8 high)
{
If.Block(c => c
.True(() => A.Set(v).LessThan(low), () => v.Set(low))
.True(() => A.GreaterThan(high), () => v.Set(high))
);
}
public void ExecuteBlockWrapper(Action block)
{
If.Block(c => c
.True(() => _pauseCount.Equals(0), block)
.Else(() => {
_pauseCount.Dec();
GoTo(_executeLoopBreak);
})
);
}
public void ExecuteBlockWrapper(Action block)
{
If.Block(c => c
.True(() => _pauseCount.Equals(0), block)
.Else(() => {
_pauseCount.Dec();
Queue.Break();
})
);
}
public void Move()
{
PosX.Set(z => A.Set(z).Add(LabelFor(MoveX)[Index]));
PosY.Set(z => A.Set(z).Add(LabelFor(MoveY)[Index]));
//60 to 180
If.Block(c => c
.True(() => A.Set(PosY).GreaterThan(160),
() => PosY.Set(z => z.Subtract(100)))
.True(() => A.Set(PosY).LessThan(60),
() => PosY.Set(z => z.Add(100)))
);
}
public void Decompress(Action <RegisterA> block)
{
U8 compressionIndicator = 255;
_temp.Set(TempPtr0[Y.Set(0)]);
Loop.AscendWhile(Y.Increment(), () => Y.LessThan(_temp), _ => {
If.Block(c => c
.True(() => A.Set(TempPtr0[Y]).Equals(compressionIndicator), () => {
Y.State.Unsafe(() => {
Y.Increment();
X.Set(A.Set(TempPtr0[Y]));
Y.Increment();
Loop.Descend_Post(X, _ => block(A.Set(TempPtr0[Y])));
});
})
.Else(() => block(A.Set(TempPtr0[Y])))
);
});
}
public static void RLEDecompress(/*Action dataAction,*/ VByte temp, Action <RegisterA> block)
{
//var lbl = LabelFor(dataAction);
//TempPtr0.PointTo(lbl);
byte compressionIndicator = 255;
var length = temp.Set(TempPtr0[Y.Set(0)]);
Loop.AscendWhile(Y.Increment(), () => Y.LessThan(length), _ => {
If.Block(c => c
.True(() => A.Set(TempPtr0[Y]).Equals(compressionIndicator), () => {
Y.State.Unsafe(() => {
Y.Increment();
X.Set(A.Set(TempPtr0[Y]));
Y.Increment();
Loop.Descend_Post(X, _ => block(A.Set(TempPtr0[Y])));
});
})
.Else(() => block(A.Set(TempPtr0[Y])))
);
});
}
static void Main(string[] args)
{
Console.Write("=== "); Console.Write("Cake", ConsoleColor.Red); Console.Write("Lang", ConsoleColor.White); Console.WriteLine(" Demo ===");
Console.WriteLine("For version: " + CakeLang.CakeLang.Version.ToString() + '\n', ConsoleColor.DarkYellow);
// --- Data Pack Code -----------------------------------------
DataPack demoPack = new DataPack("Demo Pack", "A demonstration of CakeLang!", "demopack");
string message = "Hello friend";
demoPack.Functions.Add(new Function("fun2",
AsAt("s", Run(
Tellraw('s', JSON.Text(message, JSON.StyleFormattings.Color(Colors.Aqua), JSON.StyleFormattings.Bold))
))
));
demoPack.Functions.Add(new Function("flying",
If.Block("~ ~-1 ~", Namespace("air"),
Run(
Tellraw('s', JSON.Text("Bro, you're flying!", JSON.StyleFormattings.Color(Colors.Yellow), JSON.StyleFormattings.Italic))
)
),
Unless.Block("~ ~-1 ~", Namespace("air"),
Run(
Tellraw('s', JSON.Text("Nah, not flyin' yet", JSON.StyleFormattings.Color(Colors.Yellow), JSON.StyleFormattings.Underlined))
)
)
));
ArgumentsFunction introduce = new ArgumentsFunction("introduce", new System.Collections.Generic.Dictionary <string, Type>()
{
["name"] = typeof(string),
["position"] = typeof(float[])
},
Tellraw(Selector.Executor, JSON.ArrayBuilder(
JSON.Text("My name is ", JSON.StyleFormattings.Bold, JSON.StyleFormattings.Color(Colors.Gold)),
JSON.FunctionVariable("introduce", "name", JSON.StyleFormattings.Italic, JSON.StyleFormattings.Color(Colors.Yellow)),
JSON.Text(", I'm at ", JSON.StyleFormattings.Bold, JSON.StyleFormattings.Color(Colors.Gold)),
JSON.FunctionVariable("introduce", "position[0]", JSON.StyleFormattings.Italic, JSON.StyleFormattings.Color(Colors.Yellow)),
JSON.Text(" "),
JSON.FunctionVariable("introduce", "position[1]", JSON.StyleFormattings.Italic, JSON.StyleFormattings.Color(Colors.Yellow)),
JSON.Text(" "),
JSON.FunctionVariable("introduce", "position[2]", JSON.StyleFormattings.Italic, JSON.StyleFormattings.Color(Colors.Yellow)),
JSON.Text(" "),
JSON.Text("!", JSON.StyleFormattings.Bold, JSON.StyleFormattings.Color(Colors.Gold))
))
);
demoPack.Functions.Add(introduce);
demoPack.Functions.Add(new Function("introducePeople",
introduce.Call("Jeff", new[] { 0.5f, 2f, -4f }),
introduce.Call("Monica", new[] { 0, 0, 0 }),
introduce.Call("Boobo", new[] { 6, 6, 9, -2 })
));
// --- Data Pack Code -----------------------------------------
try
{
demoPack.CompileAndInject("CakeLang Demo");
}
catch (Exception e)
{
Console.WriteLine(e.Message, ConsoleColor.Red);
}
}
public override void Step()
{
If.Block(c => c
.True(_gamepad.IsHeld(NES.Button.Right), () => _charX.Set(z => z.Add(_MoveDist)))
.True(_gamepad.IsHeld(NES.Button.Left), () => _charX.Set(z => z.Subtract(_MoveDist)))
);
If.Block(c => c
.True(_gamepad.IsHeld(NES.Button.Down), () => _charY.Set(z => z.Add(_MoveDist)))
.True(_gamepad.IsHeld(NES.Button.Up), () => _charY.Set(z => z.Subtract(_MoveDist)))
);
If.Block(c => c
.True(_gamepad.WasPressed(NES.Button.B), () => {
_skipOptionIndex.Dec();
If.True(() => _skipOptionIndex.Equals(255), () => _skipOptionIndex.Set(0)); //low limit
GoSub(DrawSkipNum);
})
.True(_gamepad.WasPressed(NES.Button.A), () => {
_skipOptionIndex.Inc();
If.True(() => _skipOptionIndex.Equals(_skipOptions.Length), () => _skipOptionIndex.Set(_skipOptions.Length - 1)); //high limit
GoSub(DrawSkipNum);
})
);
Y.Set(0);
If.True(_gamepad.WasPressed(NES.Button.Select), () => {
_pattern.Inc();
If.True(() => _pattern.Equals(3), () => _pattern.Set(0));
});
If.True(_gamepad.WasPressed(NES.Button.Start), () => Module <SceneManager>().Queue(Module <Title>()));
var jx = Temp[1];
var jy = Temp[2];
jx.Set(_charX.Subtract(8));
jy.Set(_charY.Subtract(8));
NES.PPU.OAM.Object[0].SetPosition(jx, jy);
NES.PPU.OAM.Object[1].SetPosition(_charX, jy);
NES.PPU.OAM.Object[2].SetPosition(jx, _charY);
NES.PPU.OAM.Object[3].SetPosition(_charX, _charY);
U8 startOffset = 4;
If.Block(c => c
.True(() => _pattern.Equals(0), () => {
Comment("Single row pattern");
jx.Set(0x04);
jy.Set(0x40);
_processed.Set(0);
Y.Set(startOffset);
Loop.Do_old(_ => {
var spriteObj = NES.PPU.OAM.Object[Y];
Skipterate_PrepareY(startOffset);
spriteObj.Tile.Set(_JunkTile);
spriteObj.Attr.Set(1);
spriteObj.SetPosition(jx, jy);
Skipterate_Next();
jx.Set(z => z.Add(4));
_processed.Inc();
}).While(() => A.Set(_processed).NotEquals(60));
})
.True(() => _pattern.Equals(1), () => {
Comment("Four rows pattern");
U8 xStart = 0x30;
jx.Set(xStart);
jy.Set(0x30);
_processed.Set(0);
Y.Set(startOffset);
Loop.Do_old(_ => {
var spriteObj = NES.PPU.OAM.Object[Y];
Skipterate_PrepareY(startOffset);
spriteObj.Tile.Set(_JunkTile);
spriteObj.Attr.Set(1);
spriteObj.SetPosition(jx, jy);
Skipterate_Next();
jx.Set(z => z.Add(8));
If.Any(() => _processed.Equals(19), () => _processed.Equals(39)).Then(() => {
jy.Set(jy.Add(8));
jx.Set(xStart);
});
_processed.Inc();
}).While(() => A.Set(_processed).NotEquals(60));
})
.Else(() => {
Comment("Moving scattered objects pattern");
Y.Set(startOffset);
Loop.ForEach(X, _scatterSprites, (face, _) => {
var spriteObj = NES.PPU.OAM.Object[Y];
jx.Set(face.PosX.Add(8));
jy.Set(face.PosY.Add(8));
Skipterate_PrepareY(startOffset);
spriteObj.Tile.Set(_NPCTile0);
spriteObj.Attr.Set(1);
spriteObj.SetPosition(face.PosX, face.PosY);
Skipterate_Next();
Skipterate_PrepareY(startOffset);
spriteObj.Tile.Set(_NPCTile1);
spriteObj.Attr.Set(1);
spriteObj.SetPosition(jx, face.PosY);
Skipterate_Next();
Skipterate_PrepareY(startOffset);
spriteObj.Tile.Set(_NPCTile2);
spriteObj.Attr.Set(1);
spriteObj.SetPosition(face.PosX, jy);
Skipterate_Next();
Skipterate_PrepareY(startOffset);
spriteObj.Tile.Set(_NPCTile3);
spriteObj.Attr.Set(1);
spriteObj.SetPosition(jx, jy);
Skipterate_Next();
face.Move();
});
})
);
Skipterate_Next();
}
