public static Value lib_graphics2dtext_glRenderCharTile(VmContext vm, Value[] args)
{
object nativeFont = ((ObjectInstance)args[0].internalValue).nativeData[0];
object[] tileNativeData = ((ObjectInstance)args[1].internalValue).nativeData;
int charId = (int)args[2].internalValue;
ListImpl sizeOut = (ListImpl)args[3].internalValue;
object bmp = Graphics2DTextHelper.RenderCharTile(nativeFont, charId, PST_IntBuffer16);
if ((bmp == null))
{
return(vm.globalFalse);
}
int width = PST_IntBuffer16[0];
int height = PST_IntBuffer16[1];
int effectiveLeft = PST_IntBuffer16[2];
int effectiveWidth = PST_IntBuffer16[3];
tileNativeData[0] = bmp;
tileNativeData[1] = width;
tileNativeData[2] = height;
tileNativeData[3] = effectiveLeft;
tileNativeData[4] = effectiveWidth;
Interpreter.Vm.CrayonWrapper.clearList(sizeOut);
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, width));
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, height));
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, effectiveLeft));
Interpreter.Vm.CrayonWrapper.addToList(sizeOut, Interpreter.Vm.CrayonWrapper.buildInteger(vm.globals, effectiveWidth));
return(vm.globalTrue);
}
public static Value lib_graphics2dtext_createNativeFont(VmContext vm, Value[] args)
{
Value[] ints = vm.globals.positiveIntegers;
ObjectInstance nf = (ObjectInstance)args[0].internalValue;
object[] nfOut = nf.nativeData;
int fontType = (int)args[1].internalValue;
string fontPath = "";
if ((fontType == 0))
{
fontType = (int)args[2].internalValue;
}
else
{
fontPath = (string)args[2].internalValue;
if ((fontType == 1))
{
Value res = Interpreter.Vm.CrayonWrapper.resource_manager_getResourceOfType(vm, fontPath, "TTF");
if ((res.type == 1))
{
return(ints[2]);
}
ListImpl resList = (ListImpl)res.internalValue;
if (!(bool)Interpreter.Vm.CrayonWrapper.getItemFromList(resList, 0).internalValue)
{
return(ints[2]);
}
fontPath = (string)Interpreter.Vm.CrayonWrapper.getItemFromList(resList, 1).internalValue;
}
}
int fontClass = 0;
int fontSize = (int)args[3].internalValue;
int red = (int)args[4].internalValue;
int green = (int)args[5].internalValue;
int blue = (int)args[6].internalValue;
int styleBitmask = (int)args[7].internalValue;
int isBold = (styleBitmask & 1);
int isItalic = (styleBitmask & 2);
nfOut[0] = Graphics2DTextHelper.CreateNativeFont(fontType, fontClass, fontPath, fontSize, (isBold > 0), (isItalic > 0));
if ((nfOut[0] == null))
{
if ((fontType == 3))
{
return(ints[1]);
}
return(ints[2]);
}
return(ints[0]);
}
public static Value lib_graphics2dtext_glGenerateAndLoadTexture(VmContext vm, Value[] args)
{
ListImpl xs = (ListImpl)args[0].internalValue;
ListImpl ys = (ListImpl)args[1].internalValue;
ListImpl tiles = (ListImpl)args[2].internalValue;
int tileCount = xs.size;
object[][] tileNativeDatas = new object[tileCount][];
int[] coordinates = new int[(tileCount * 4)];
object[] nativeData = null;
int i = 0;
while ((i < tileCount))
{
nativeData = ((ObjectInstance)Interpreter.Vm.CrayonWrapper.getItemFromList(tiles, i).internalValue).nativeData;
tileNativeDatas[i] = nativeData;
coordinates[(i * 4)] = (int)Interpreter.Vm.CrayonWrapper.getItemFromList(xs, i).internalValue;
coordinates[((i * 4) + 1)] = (int)Interpreter.Vm.CrayonWrapper.getItemFromList(ys, i).internalValue;
coordinates[((i * 4) + 2)] = (int)nativeData[1];
coordinates[((i * 4) + 3)] = (int)nativeData[2];
i += 1;
}
int height = ((int)args[3].internalValue - 1);
int bitWalker = height;
while ((bitWalker > 0))
{
bitWalker = (bitWalker >> 1);
height = (height | bitWalker);
}
height += 1;
object textureSheetBitmap = Graphics2DTextHelper.GenerateTextureAndAllocateFloatInfo(tileNativeDatas, coordinates, 1024, height);
i = 0;
while ((i < tileCount))
{
tileNativeDatas[i][6] = textureSheetBitmap;
i += 1;
}
return(vm.globalNull);
}
public static Value lib_graphics2dtext_isSystemFontPresent(VmContext vm, Value[] args)
{
return(Interpreter.Vm.CrayonWrapper.buildBoolean(vm.globals, Graphics2DTextHelper.IsSystemFontAvailable((string)args[0].internalValue)));
}
public static Value lib_graphics2dtext_glRenderTextSurface(VmContext vm, Value[] args)
{
object[] textureNativeData = ((ObjectInstance)args[0].internalValue).nativeData;
int[] xs = (int[])textureNativeData[1];
int[] ys = (int[])textureNativeData[2];
int charCount = (int)textureNativeData[4];
int red = (int)textureNativeData[5];
int green = (int)textureNativeData[6];
int blue = (int)textureNativeData[7];
int leftOffset = (int)args[3].internalValue;
int topOffset = (int)args[4].internalValue;
int alpha = (int)args[5].internalValue;
ListImpl tileValues = (ListImpl)args[1].internalValue;
object[] tileNativeData = null;
object[] queueData = ((ObjectInstance)args[2].internalValue).nativeData;
int[] queue = (int[])queueData[0];
int queueLength = (int)queueData[1];
int queueCapacity = queue.Length;
int requiredCapacity = (queueLength + (charCount * 16));
if ((requiredCapacity > queueCapacity))
{
queue = Interpreter.Vm.CrayonWrapper.reallocIntArray(queue, requiredCapacity);
queueData[0] = queue;
}
queueData[1] = requiredCapacity;
int index = queueLength;
int x = 0;
int y = 0;
int textureId = 0;
int i = 0;
while ((i < charCount))
{
tileNativeData = ((ObjectInstance)Interpreter.Vm.CrayonWrapper.getItemFromList(tileValues, i).internalValue).nativeData;
queue[index] = 8;
textureId = (int)tileNativeData[5];
if ((textureId == -1))
{
textureId = Graphics2DTextHelper.LoadOpenGlTexture(tileNativeData[6]);
tileNativeData[5] = textureId;
tileNativeData[6] = null;
}
queue[(index | 1)] = textureId;
x = (xs[i] + leftOffset);
y = (ys[i] + topOffset);
queue[(index | 2)] = x;
queue[(index | 3)] = y;
queue[(index | 4)] = (x + (int)tileNativeData[1]);
queue[(index | 5)] = (y + (int)tileNativeData[2]);
queue[(index | 6)] = (int)tileNativeData[7];
queue[(index | 7)] = (int)tileNativeData[8];
queue[(index | 8)] = (int)tileNativeData[9];
queue[(index | 9)] = (int)tileNativeData[10];
queue[(index | 10)] = red;
queue[(index | 11)] = green;
queue[(index | 12)] = blue;
queue[(index | 13)] = alpha;
queue[(index | 14)] = (int)tileNativeData[11];
queue[(index | 15)] = (int)tileNativeData[12];
index += 16;
i += 1;
}
return(vm.globalNull);
}
