public SpriteParser(ITexture2D tex, IEngineChips chips, bool unique = true)
{
this.tex = tex;
this.chips = chips;
spriteChip = chips.spriteChip;
}
public FontParser(IImageParser imageParser, IEngineChips chips, string name = "Default") : base(imageParser,
chips, true, chips.fontChip)
{
fontChip = chips.fontChip;
this.name = name;
}
public FlagColorParser(IImageParser imageParser, IEngineChips chips) : base(imageParser)
{
flagColorChip = new ColorChip();
chips.chipManager.ActivateChip(flagColorChipName, flagColorChip, false);
maskColor = new ColorData(chips.colorChip.maskColor);
}
public FlagColorParser(ITexture2D tex, IEngineChips chips)
{
flagColorChip = new ColorChip();
chips.chipManager.ActivateChip(flagColorChipName, flagColorChip, false);
maskColor = new ColorData(chips.colorChip.maskColor);
flagTex = tex;
}
// private ITexture2D tileFlagTex;
// private IColor clear;
//
// private int flag;
// private int offset;
public TilemapParser(IImageParser imageParser, byte[] tileFlagData, IEngineChips chips) :
base(imageParser, chips)
{
tilemapChip = chips.tilemapChip;
autoImport = tilemapChip.autoImport;
// clear = new ColorData(0f){a = 0f};
maskColor = ColorUtils.HexToColor(chips.colorChip.maskColor);
}
// protected ITextureFactory textureFactory;
// protected byte[] data;
public SpriteParser(IImageParser imageParser, IEngineChips chips, bool unique = true) : base(imageParser)
{
// this.textureFactory = textureFactory;
this.chips = chips;
spriteChip = chips.spriteChip;
spriteWidth = spriteChip.width;
spriteHeight = spriteChip.height;
}
public FontParser(IImageParser imageParser, IEngineChips chips, string name = "Default") : base(imageParser, chips)
{
fontChip = chips.fontChip;
if (fontChip == null)
{
// Create a new font chip to store data
fontChip = new FontChip();
chips.chipManager.ActivateChip(fontChip.GetType().FullName, fontChip);
}
// this.autoImport = autoImport;
this.name = name;
}
public FontParser(ITexture2D tex, IEngineChips chips, string name = "Default", bool autoImport = true) : base(tex, chips)
{
fontChip = chips.fontChip;
if (fontChip == null)
{
// Create a new font chip to store data
fontChip = new FontChip();
chips.chipManager.ActivateChip(fontChip.GetType().FullName, fontChip);
}
this.autoImport = autoImport;
this.name = name;
}
public TilemapParser(ITexture2D tex, ITexture2D tileFlagTex, IEngineChips chips) : base(tex, chips)
{
//Debug.Log("Parse Tilemap");
tilemapChip = chips.tilemapChip;
this.tileFlagTex = tileFlagTex;
autoImport = tilemapChip.autoImport;
flagColorChip = chips.chipManager.GetChip(FlagColorParser.flagColorChipName, false) as ColorChip;
clear = new ColorData {
a = 0
};
maskColor = new ColorData(chips.colorChip.maskColor);
}
public FlagColorExporter(string fileName, IEngineChips engineChips, ITextureFactory textureFactory)
{
fullFileName = fileName;
// tilemapChip = engineChips.tilemapChip;
totalFlags = engineChips.tilemapChip.totalFlags;
gameChip = engineChips.gameChip;
flagColorChip = engineChips.chipManager.GetChip(FlagColorParser.flagColorChipName, false) as ColorChip;
tileSize = gameChip.SpriteSize();
this.textureFactory = textureFactory;
}
public SpriteDataParser(ITexture2D tex, IEngineChips chips, bool unique = true) : base(tex, chips, unique)
{
}
public SpriteDataParser(IImageParser imageParser, IEngineChips chips, bool unique = true) : base(imageParser, chips, unique)
{
}
public static void CovertSpritesToRawData(ref int[] pixelData, int[] spriteIDs, int width, IEngineChips chips)
{
var spriteChip = chips.spriteChip;
var spriteWidth = spriteChip.width;
var spriteHeight = spriteChip.height;
//TODO need to allow flipping and match the draw sprite API
var realHeight = spriteHeight * MathUtil.CeilToInt(spriteIDs.Length / width);
var realWidth = spriteWidth * width;
var data = new TextureData(realWidth, realHeight);
//Debug.Log("Draw "+ids.Length + " sprites.");
var total = spriteIDs.Length;
var spriteData = new int[8 * 8];
for (var i = 0; i < total; i++)
{
var id = spriteIDs[i];
if (id > -1)
{
var newX = MathUtil.FloorToInt(i % width) * spriteWidth;
var newY = MathUtil.FloorToInt(i / width) * spriteWidth;
newY = realHeight - spriteHeight - newY;
spriteChip.ReadSpriteAt(id, spriteData);
data.SetPixels(newX, newY, spriteWidth, spriteHeight, spriteData);
//DrawSprite(id, newX, newY);
}
}
data.CopyPixels(ref pixelData);
//var pixelData = data.GetPixels();
//return pixelData;
}
public GifExporter(string fileName, IEngineChips engine) : base(fileName)
{
DisplayChip = engine.DisplayChip;
bounds = DisplayChip.VisibleBounds;
}
