static IntPtr bitmapset(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 1);
if (Ruby.Array.Get(Args, 0) == Ruby.Nil)
{
SpriteDictionary[Self].Bitmap = null;
}
else
{
Ruby.Array.Expect(Args, 0, "Bitmap");
SpriteDictionary[Self].Bitmap = Bitmap.BitmapDictionary[Ruby.Array.Get(Args, 0)];
}
int x = 0,
y = 0,
w = SpriteDictionary[Self].Bitmap == null ? 0 : SpriteDictionary[Self].Bitmap.Width,
h = SpriteDictionary[Self].Bitmap == null ? 0 : SpriteDictionary[Self].Bitmap.Height;
SpriteDictionary[Self].SrcRect.X = 0;
SpriteDictionary[Self].SrcRect.Y = 0;
SpriteDictionary[Self].SrcRect.Width = w;
SpriteDictionary[Self].SrcRect.Height = h;
IntPtr src_rect = Ruby.GetIVar(Self, "@src_rect");
Ruby.SetIVar(src_rect, "@x", Ruby.Integer.ToPtr(x));
Ruby.SetIVar(src_rect, "@y", Ruby.Integer.ToPtr(y));
Ruby.SetIVar(src_rect, "@width", Ruby.Integer.ToPtr(w));
Ruby.SetIVar(src_rect, "@height", Ruby.Integer.ToPtr(h));
return(Ruby.SetIVar(Self, "@bitmap", Ruby.Array.Get(Args, 0)));
}
static IntPtr wait(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "Integer");
odl.SDL2.SDL.SDL_Delay((uint)(1000d / Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@frame_rate")) * Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0))));
return(Ruby.True);
}
static void GuardDisposed(IntPtr Self)
{
if (Ruby.GetIVar(Self, "@disposed") == Ruby.True)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "bitmap already disposed");
}
}
static IntPtr hide_overlay(IntPtr Self, IntPtr Args)
{
int frames = (int)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@frame_rate")) / 4;
if (Ruby.Array.Length(Args) != 0)
{
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "Integer");
frames = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0));
}
if (Ruby.Integer.FromPtr(Ruby.GetIVar(OverlaySprite, "@opacity")) == 0)
{
return(Ruby.False);
}
if (frames == 0)
{
Ruby.Funcall(OverlaySprite, "opacity=", Ruby.Integer.ToPtr(0));
return(Ruby.True);
}
bool hasblock = Ruby.HasBlock();
for (int i = 1; i <= frames; i++)
{
Ruby.Funcall(OverlaySprite, "opacity=", Ruby.Float.ToPtr(255 - 255d / frames * i));
if (hasblock)
{
Ruby.Yield(Ruby.Integer.ToPtr(i - 1));
}
update(Self, Ruby.Array.Create());
}
return(Ruby.True);
}
static IntPtr set(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 4);
int x = 0,
y = 0,
w = 0,
h = 0;
if (Ruby.Array.Is(Args, 0, "Float"))
{
x = Ruby.Float.RoundFromPtr(Ruby.Array.Get(Args, 0));
}
else
{
Ruby.Array.Expect(Args, 0, "Integer");
x = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0));
}
if (Ruby.Array.Is(Args, 1, "Float"))
{
y = Ruby.Float.RoundFromPtr(Ruby.Array.Get(Args, 1));
}
else
{
Ruby.Array.Expect(Args, 1, "Integer");
y = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 1));
}
if (Ruby.Array.Is(Args, 2, "Float"))
{
w = Ruby.Float.RoundFromPtr(Ruby.Array.Get(Args, 2));
}
else
{
Ruby.Array.Expect(Args, 2, "Integer");
w = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 2));
}
if (Ruby.Array.Is(Args, 3, "Float"))
{
h = Ruby.Float.RoundFromPtr(Ruby.Array.Get(Args, 3));
}
else
{
Ruby.Array.Expect(Args, 3, "Integer");
h = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 3));
}
Ruby.SetIVar(Self, "@x", Ruby.Array.Get(Args, 0));
Ruby.SetIVar(Self, "@y", Ruby.Array.Get(Args, 1));
Ruby.SetIVar(Self, "@width", Ruby.Array.Get(Args, 2));
Ruby.SetIVar(Self, "@height", Ruby.Array.Get(Args, 3));
if (Ruby.GetIVar(Self, "@__sprite__") != Ruby.Nil)
{
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].SrcRect.X = x;
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].SrcRect.Y = y;
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].SrcRect.Width = w;
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].SrcRect.Height = h;
}
return(Self);
}
static IntPtr AutoLock(IntPtr Self)
{
if (Ruby.GetIVar(Self, "@autolock") == Ruby.True)
{
BitmapDictionary[Self].Lock();
return(Ruby.True);
}
return(Ruby.True);
}
static IntPtr dispose(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 0);
ViewportDictionary[Self].Dispose();
ViewportDictionary.Remove(Self);
Ruby.SetIVar(Ruby.GetIVar(Self, "@color"), "@__viewport__", Ruby.Nil);
return(Ruby.SetIVar(Self, "@disposed", Ruby.True));
}
static IntPtr colorset(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "Color");
Ruby.SetIVar(Ruby.GetIVar(Self, "@color"), "@__sprite__", Ruby.Nil);
SpriteDictionary[Self].Color = Color.CreateColor(Ruby.Array.Get(Args, 0));
Ruby.SetIVar(Ruby.Array.Get(Args, 0), "@__sprite__", Self);
return(Ruby.SetIVar(Self, "@color", Ruby.Array.Get(Args, 0)));
}
static IntPtr text_size(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "String");
string text = Ruby.String.FromPtr(Ruby.Array.Get(Args, 0));
BitmapDictionary[Self].Font = Font.CreateFont(Ruby.GetIVar(Self, "@font"));
return(Rect.CreateRect(new odl.Rect(BitmapDictionary[Self].TextSize(text))));
}
static IntPtr toneset(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "Tone");
Ruby.SetIVar(Ruby.GetIVar(Self, "@tone"), "@__sprite__", Ruby.Nil);
SpriteDictionary[Self].Tone = Tone.CreateTone(Ruby.Array.Get(Args, 0));
Ruby.SetIVar(Ruby.Array.Get(Args, 0), "@__sprite__", Self);
return(Ruby.SetIVar(Self, "@tone", Ruby.Array.Get(Args, 0)));
}
static IntPtr src_rectset(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "Rect");
Ruby.SetIVar(Ruby.GetIVar(Self, "@src_rect"), "@__sprite__", Ruby.Nil);
SpriteDictionary[Self].SrcRect = Rect.CreateRect(Ruby.Array.Get(Args, 0));
Ruby.SetIVar(Ruby.Array.Get(Args, 0), "@__sprite__", Self);
return(Ruby.SetIVar(Self, "@src_rect", Ruby.Array.Get(Args, 0)));
}
public static IntPtr CreateFont()
{
if (Ruby.GetIVar(Class, "@default_name") == Ruby.Nil)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "no default font name defined");
}
if (Ruby.GetIVar(Class, "@default_size") == Ruby.Nil)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "no default font size defined");
}
return(Ruby.Funcall(Class, "new", Ruby.GetIVar(Class, "@default_name"), Ruby.GetIVar(Class, "@default_size")));
}
static IntPtr AutoUnlock(IntPtr Self)
{
if (Ruby.GetIVar(Self, "@autolock") == Ruby.True)
{
BitmapDictionary[Self].Unlock();
return(Ruby.True);
}
else if (BitmapDictionary[Self].Locked)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "bitmap locked for writing");
}
return(Ruby.True);
}
public static void Start()
{
odl.Viewport.DefaultWindow = Program.MainWindow;
MainViewport = Ruby.Funcall(Viewport.Class, "new", Ruby.Integer.ToPtr(0), Ruby.Integer.ToPtr(0), Ruby.GetIVar(Module, "@width"), Ruby.GetIVar(Module, "@height"));
Ruby.Pin(MainViewport);
Ruby.Funcall(MainViewport, "z=", Ruby.Integer.ToPtr(999999998));
Ruby.SetIVar(Font.Class, "@default_name", Ruby.String.ToPtr("arial"));
Ruby.SetIVar(Font.Class, "@default_size", Ruby.Integer.ToPtr(32));
Ruby.SetIVar(Font.Class, "@default_color", Color.CreateColor(odl.Color.WHITE));
Ruby.SetIVar(Font.Class, "@default_outline", Ruby.False);
Ruby.SetIVar(Font.Class, "@default_outline_color", Color.CreateColor(odl.Color.BLACK));
OverlayViewport = Ruby.Funcall(Viewport.Class, "new", Ruby.Integer.ToPtr(0), Ruby.Integer.ToPtr(0), Ruby.GetIVar(Module, "@width"), Ruby.GetIVar(Module, "@height"));
Ruby.Pin(OverlayViewport);
Ruby.Funcall(OverlayViewport, "z=", Ruby.Integer.ToPtr(999999999));
OverlaySprite = Ruby.Funcall(Sprite.Class, "new", OverlayViewport);
Ruby.Pin(OverlaySprite);
IntPtr OverlayBitmap = Ruby.Funcall(Bitmap.Class, "new", Ruby.GetIVar(Module, "@width"), Ruby.GetIVar(Module, "@height"));
Ruby.Pin(OverlayBitmap);
Ruby.Funcall(OverlaySprite, "bitmap=", OverlayBitmap);
Ruby.Funcall(OverlaySprite, "opacity=", Ruby.Integer.ToPtr(0));
Ruby.Funcall(OverlaySprite, "z=", Ruby.Integer.ToPtr(999999999));
Ruby.Funcall(OverlayBitmap, "fill_rect", Ruby.Integer.ToPtr(0), Ruby.Integer.ToPtr(0), Ruby.GetIVar(Module, "@width"), Ruby.GetIVar(Module, "@height"), Color.CreateColor(odl.Color.BLACK));
Ruby.SetGlobal("$PERIDOT", Ruby.True);
Ruby.SetIVar(Module, "@brightness", Ruby.Integer.ToPtr(255));
Ruby.SetIVar(Module, "@frame_count", Ruby.Integer.ToPtr(0));
int fps = Config.FrameRate;
if (Config.VSync)
{
odl.SDL2.SDL.SDL_DisplayMode mode = new odl.SDL2.SDL.SDL_DisplayMode();
odl.SDL2.SDL.SDL_GetWindowDisplayMode(Program.MainWindow.SDL_Window, out mode);
fps = mode.refresh_rate;
}
else
{
ManualSync = true;
MillisecondsPerFrame = (int)Math.Ceiling(1d / fps);
FPSTimer.Start();
}
Ruby.SetIVar(Module, "@frame_rate", Ruby.Integer.ToPtr(fps));
Ruby.SetIVar(Module, "@render_speed", Ruby.Float.ToPtr(1));
}
static IntPtr alphaset(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 1);
IntPtr A;
byte reala = 0;
if (Ruby.Array.Is(Args, 0, "Float"))
{
double v = Ruby.Float.FromPtr(Ruby.Array.Get(Args, 0));
if (v < 0)
{
v = 0; A = Ruby.Float.ToPtr(0);
}
else if (v > 255)
{
v = 255; A = Ruby.Float.ToPtr(255);
}
else
{
A = Ruby.Array.Get(Args, 0);
}
reala = (byte)Math.Round(v);
}
else
{
Ruby.Array.Expect(Args, 0, "Integer");
int v = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0));
if (v < 0)
{
A = Ruby.Integer.ToPtr(0);
}
else if (v > 255)
{
A = Ruby.Integer.ToPtr(255);
}
else
{
A = Ruby.Array.Get(Args, 0);
}
reala = (byte)v;
}
if (Ruby.GetIVar(Self, "@__viewport__") != Ruby.Nil)
{
Viewport.ViewportDictionary[Ruby.GetIVar(Self, "@__viewport__")].Color.Alpha = reala;
}
if (Ruby.GetIVar(Self, "@__sprite__") != Ruby.Nil)
{
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].Color.Alpha = reala;
}
return(Ruby.SetIVar(Self, "@alpha", A));
}
static IntPtr lockbmp(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 0);
if (Ruby.GetIVar(Self, "@autolock") == Ruby.True)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "manual locking disallowed with autolock enabled");
}
else if (BitmapDictionary[Self].Locked)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "bitmap already locked");
}
BitmapDictionary[Self].Lock();
return(Ruby.True);
}
static IntPtr greyset(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 1);
IntPtr Grey = Ruby.Integer.ToPtr(0);
byte realgrey = 0;
if (Ruby.Array.Is(Args, 0, "Float"))
{
double v = Ruby.Float.FromPtr(Ruby.Array.Get(Args, 0));
if (v < 0)
{
v = 0; Grey = Ruby.Float.ToPtr(0);
}
else if (v > 255)
{
v = 255; Grey = Ruby.Float.ToPtr(255);
}
else
{
Grey = Ruby.Array.Get(Args, 0);
}
realgrey = (byte)Math.Round(v);
}
else
{
Ruby.Array.Expect(Args, 0, "Integer");
int v = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0));
if (v < 0)
{
Grey = Ruby.Integer.ToPtr(0);
}
else if (v > 255)
{
Grey = Ruby.Integer.ToPtr(255);
}
else
{
Grey = Ruby.Array.Get(Args, 0);
}
realgrey = (byte)v;
}
if (Ruby.GetIVar(Self, "@__sprite__") != Ruby.Nil)
{
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].Tone.Gray = realgrey;
}
return(Ruby.SetIVar(Self, "@grey", Grey));
}
static IntPtr blueset(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 1);
IntPtr B = Ruby.Integer.ToPtr(0);
short realb = 0;
if (Ruby.Array.Is(Args, 0, "Float"))
{
double v = Ruby.Float.FromPtr(Ruby.Array.Get(Args, 0));
if (v < -255)
{
v = -255; B = Ruby.Float.ToPtr(-255);
}
else if (v > 255)
{
v = 255; B = Ruby.Float.ToPtr(255);
}
else
{
B = Ruby.Array.Get(Args, 0);
}
realb = (short)Math.Round(v);
}
else
{
Ruby.Array.Expect(Args, 0, "Integer");
int v = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0));
if (v < -255)
{
v = -255; B = Ruby.Integer.ToPtr(-255);
}
else if (v > 255)
{
v = 255; B = Ruby.Integer.ToPtr(255);
}
else
{
B = Ruby.Array.Get(Args, 0);
}
realb = (short)v;
}
if (Ruby.GetIVar(Self, "@__sprite__") != Ruby.Nil)
{
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].Tone.Blue = realb;
}
return(Ruby.SetIVar(Self, "@blue", B));
}
static IntPtr initialize(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 0, 1, 2);
IntPtr Name = IntPtr.Zero,
Size = IntPtr.Zero;
long len = Ruby.Array.Length(Args);
if (len == 0)
{
if (Ruby.GetIVar(Class, "@default_name") == Ruby.Nil)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "no default font name defined");
}
if (Ruby.GetIVar(Class, "@default_size") == Ruby.Nil)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "no default font size defined");
}
Name = Ruby.GetIVar(Class, "@default_name");
Size = Ruby.GetIVar(Class, "@default_size");
}
else if (len == 1)
{
Ruby.Array.Expect(Args, 0, "String");
Name = Ruby.Array.Get(Args, 0);
if (Ruby.GetIVar(Class, "@default_size") == Ruby.Nil)
{
Ruby.Raise(Ruby.ErrorType.RuntimeError, "no default font size defined");
}
Size = Ruby.GetIVar(Class, "@default_size");
}
else if (len == 2)
{
Ruby.Array.Expect(Args, 0, "String");
Ruby.Array.Expect(Args, 1, "Integer");
Name = Ruby.Array.Get(Args, 0);
Size = Ruby.Array.Get(Args, 1);
}
Ruby.SetIVar(Self, "@name", Name);
Ruby.SetIVar(Self, "@size", Size);
Ruby.SetIVar(Self, "@color", Ruby.GetIVar(Class, "@default_color"));
Ruby.SetIVar(Self, "@outline", Ruby.GetIVar(Class, "@default_outline"));
Ruby.SetIVar(Self, "@outline_color", Ruby.GetIVar(Class, "@default_outline_color"));
return(Self);
}
public static odl.Font CreateFont(IntPtr Self)
{
string folder = null;
if (Ruby.GetIVar(Class, "@default_folder") != Ruby.Nil)
{
folder = Ruby.String.FromPtr(Ruby.GetIVar(Class, "@default_folder"));
}
string name = Ruby.String.FromPtr(Ruby.GetIVar(Self, "@name"));
int size = (int)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@size"));
if (!string.IsNullOrEmpty(folder) && odl.Font.Exists(folder + "/" + name))
{
return(odl.Font.Get(folder + "/" + name, size));
}
else
{
return(odl.Font.Get(name, size));
}
}
static IntPtr xset(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 1);
int x = 0;
if (Ruby.Array.Is(Args, 0, "Float"))
{
x = Ruby.Float.RoundFromPtr(Ruby.Array.Get(Args, 0));
}
else
{
Ruby.Array.Expect(Args, 0, "Integer");
x = (int)Ruby.Integer.FromPtr(Ruby.Array.Get(Args, 0));
}
if (Ruby.GetIVar(Self, "@__sprite__") != Ruby.Nil)
{
Sprite.SpriteDictionary[Ruby.GetIVar(Self, "@__sprite__")].SrcRect.X = x;
}
return(Ruby.SetIVar(Self, "@x", Ruby.Array.Get(Args, 0)));
}
static IntPtr vsyncset(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 1);
Ruby.Array.Expect(Args, 0, "TrueClass", "FalseClass");
bool vsync = Ruby.Array.Get(Args, 0) == Ruby.True;
Program.MainWindow.SetVSync(vsync);
if (vsync)
{
ManualSync = false;
MillisecondsPerFrame = -1;
}
else
{
ManualSync = true;
double speed = Ruby.Float.FromPtr(Ruby.GetIVar(Self, "@render_speed"));
MillisecondsPerFrame = (int)Math.Ceiling(1000d / speed / Config.FrameRate);
}
return(Ruby.Array.Get(Args, 0));
}
static IntPtr dispose(IntPtr Self, IntPtr Args)
{
GuardDisposed(Self);
Ruby.Array.Expect(Args, 0);
SpriteDictionary[Self].Dispose();
Ruby.SetIVar(Ruby.GetIVar(Self, "@src_rect"), "@__sprite__", Ruby.Nil);
Ruby.SetIVar(Ruby.GetIVar(Self, "@color"), "@__sprite__", Ruby.Nil);
Ruby.SetIVar(Ruby.GetIVar(Self, "@tone"), "@__sprite__", Ruby.Nil);
foreach (KeyValuePair <IntPtr, odl.Bitmap> kvp in Bitmap.BitmapDictionary)
{
if (kvp.Value == SpriteDictionary[Self].Bitmap)
{
Bitmap.BitmapDictionary.Remove(kvp.Key);
break;
}
}
SpriteDictionary.Remove(Self);
Ruby.SetIVar(Self, "@disposed", Ruby.True);
return(Ruby.True);
}
public static odl.Rect CreateRect(IntPtr Self)
{
int x = 0,
y = 0,
w = 0,
h = 0;
if (Ruby.IVarIs(Self, "@x", "Float"))
{
x = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@x"));
}
else
{
x = (int)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@x"));
}
if (Ruby.IVarIs(Self, "@y", "Float"))
{
y = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@y"));
}
else
{
y = (int)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@y"));
}
if (Ruby.IVarIs(Self, "@width", "Float"))
{
w = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@width"));
}
else
{
w = (int)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@width"));
}
if (Ruby.IVarIs(Self, "@height", "Float"))
{
h = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@height"));
}
else
{
h = (int)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@height"));
}
return(new odl.Rect(x, y, w, h));
}
public static odl.Color CreateColor(IntPtr Self)
{
byte R = 0,
G = 0,
B = 0,
A = 0;
if (Ruby.IVarIs(Self, "@red", "Float"))
{
R = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@red"));
}
else
{
R = (byte)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@red"));
}
if (Ruby.IVarIs(Self, "@green", "Float"))
{
G = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@green"));
}
else
{
G = (byte)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@green"));
}
if (Ruby.IVarIs(Self, "@blue", "Float"))
{
B = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@blue"));
}
else
{
B = (byte)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@blue"));
}
if (Ruby.IVarIs(Self, "@alpha", "Float"))
{
A = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@alpha"));
}
else
{
A = (byte)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@alpha"));
}
return(new odl.Color(R, G, B, A));
}
public static odl.Tone CreateTone(IntPtr Self)
{
short R = 0,
G = 0,
B = 0;
byte Grey = 0;
if (Ruby.IVarIs(Self, "@red", "Float"))
{
R = (short)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@red"));
}
else
{
R = (short)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@red"));
}
if (Ruby.IVarIs(Self, "@green", "Float"))
{
G = (short)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@green"));
}
else
{
G = (short)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@green"));
}
if (Ruby.IVarIs(Self, "@blue", "Float"))
{
B = (short)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@blue"));
}
else
{
B = (short)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@blue"));
}
if (Ruby.IVarIs(Self, "@grey", "Float"))
{
Grey = (byte)Ruby.Float.RoundFromPtr(Ruby.GetIVar(Self, "@grey"));
}
else
{
Grey = (byte)Ruby.Integer.FromPtr(Ruby.GetIVar(Self, "@grey"));
}
return(new odl.Tone(R, G, B, Grey));
}
static IntPtr volumeget(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 0);
return(Ruby.GetIVar(Self, "@volume"));
}
static IntPtr fade_out_lengthget(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 0);
return(Ruby.GetIVar(Self, "@fade_out_length"));
}
static IntPtr length(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 0);
return(Ruby.GetIVar(Self, "@length"));
}
static IntPtr loop_endget(IntPtr Self, IntPtr Args)
{
Ruby.Array.Expect(Args, 0);
return(Ruby.GetIVar(Self, "@loop_end"));
}