public void Import(ReadAndWrite rw, Bitmap bm, int frame, int pal, bool clear, bool find)
{
int gfx_offset = npc.gfx_table + (frame << 3);
int img_offset;
try {
img_offset = rw.ReadPointer(gfx_offset);
if (clear)
{
rw.FillWith0xFF(img_offset, rw.Br.ReadInt16());
goto FIND;
}
if (clear || find)
{
goto FIND;
}
goto NOT_FIND;
} catch (NullReferenceException) { }
FIND:
img_offset = rw.FindFreeOffset0xFF(PokeConfig.ini.start_offset, bm.Width * bm.Height / 2);
NOT_FIND:
byte[] img = ImgFunction.ConvertNormalImagToGBA(bm, new List <Color>(palletes[pal]), false);
rw.WriteBytes(img_offset, 0, img);
rw.Seek(gfx_offset);
rw.Bw.Write(img_offset + ReadAndWrite.ROM);
rw.Bw.Write(bm.Width * bm.Height >> 1);
npc.width = (short)bm.Width;
npc.height = (short)bm.Height;
Save(rw);
}
public void LoadFromGBA(ReadAndWrite rw)
{
preImport = false;
int num = index << 3;
frontdata = GetData(rw, front_offset + num);
backdata = GetData(rw, back_offset + num);
normalpallete = GetData(rw, normal_pal_off + num);
shinypallete = GetData(rw, shiny_pal_off + num);
byte height = 64;
if (frontdata.Length == 2048 * 2)
{
height = 128;
isTwoframe = true;
}
else
{
isTwoframe = false;
}
Color[] normalpal = ImgFunction.ConvertGBAPalTo24Bit(normalpallete);
Color[] shinypal = ImgFunction.ConvertGBAPalTo24Bit(shinypallete);
front.Image = ImgFunction.ConvertGBAImageToBitmap(frontdata, normalpal, 64, height);
shinyfront.Image = ImgFunction.ConvertGBAImageToBitmap(frontdata, shinypal, 64, height);
back.Image = ImgFunction.ConvertGBAImageToBitmap(backdata, normalpal, 64, 64);
shinyback.Image = ImgFunction.ConvertGBAImageToBitmap(backdata, shinypal, 64, 64);
}
public Bitmap GetIndexedBitmapNotLz(int img, Color[] pal, int width, int height)
{
int length = (height * width) << 1;
Seek(img);
byte[] img_data = Br.ReadBytes(length);
return(ImgFunction.ConvertGBAImageToBitmapIndexed(img_data, pal, width, height));
}
private void LoadBlockTiles()
{
byte[] img1 = ImgFunction.LZUncompress(Br, tileset1.tileset - ROM).Item1;
byte[] img2 = ImgFunction.LZUncompress(Br, tileset2.tileset - ROM).Item1;
byte[] img = new byte[img1.Length + img2.Length];
Buffer.BlockCopy(img1, 0, img, 0, img1.Length);
Buffer.BlockCopy(img2, 0, img, img1.Length, img2.Length);
tileset = ImgFunction.ConvertGBAImageToBitmapIndexed(img, map_pals, 128, img.Length * 2 / 128);
}
public Bitmap GetIcoin(ReadAndWrite rw)
{
rw.Seek(icoinPalleteIndexTable + index);
byte palindex = rw.Br.ReadByte();
byte[] img = rw.ReadBytes(rw.ReadPointer(icoinTable + (index << 2))
, 0, 0x400);
return(ImgFunction.ConvertGBAImageToBitmap(img, icoinPalltes[palindex],
32, 64, icoinImage));
}
public void LoadMapData(int map_no, int map_bank)
{
int offset = ReadPointer(MAP_BANK_PONTER);
offset = ReadPointer(offset + 4 * map_no);
offset = ReadPointer(offset + 4 * map_bank);
header = GetStruct <mapheader>(offset, 0);
offset = ReadPointer(MAP_FOOTER_POINTER);
offset = ReadPointer(offset + 4 * header.footer_id);
footer = GetStruct <footer>(offset, 0);
tileset1 = GetStruct <blockset>(footer.primary_blockset, 0);
tileset2 = GetStruct <blockset>(footer.secondary_blockset, 0);
map_pals = ImgFunction.ConvertGBAPalTo24Bit(ReadBytes(tileset1.pals, 0, 12 * 0x20));
}
public void LoadPalletes(ReadAndWrite rw)
{
byte[] data = new byte[0x20];
Stream s = rw.Br.BaseStream;
for (int x = 0; x < PAL_NUM - 1; x++)
{
int off = rw.ReadPointer(PAL_SPRITE + (x << 3));
int num = s.ReadByte();
rw.Seek(off);
s.Read(data, 0, 0x20);
palletes[num] = ImgFunction.ConvertGBAPalTo24Bit(data);
}
}
public void InIt(ReadAndWrite rw, INI_init ini)
{
front_offset = rw.ReadPointer(ini.frontspritetable);
back_offset = rw.ReadPointer(ini.backspritetable);
normal_pal_off = rw.ReadPointer(ini.frontpalettetable);
shiny_pal_off = rw.ReadPointer(ini.shinypalettetable);
icoinTable = rw.ReadPointer(ini.icointable);
icoinPalleteIndexTable = rw.ReadPointer(ini.icoinindextable);
icoinPalltes = new Color[3][];
rw.Seek(ini.icoinpallete);
for (byte x = 0; x < 3; x++)
{
byte[] pal = rw.Br.ReadBytes(32);
icoinPalltes[x] = ImgFunction.ConvertGBAPalTo24Bit(pal);
}
}
public void PreImport(Bitmap front, Bitmap shinyfront, Bitmap back, Bitmap shinyback)
{
this.front.Image = front;
this.shinyfront.Image = shinyfront;
this.back.Image = back;
this.shinyback.Image = shinyback;
List <Color> normal = new List <Color>(16);
List <Color> shiny = new List <Color>(16);
ImgFunction.GetImgColor(front, shinyfront, normal, shiny);
frontdata = ImgFunction.ConvertNormalImagToGBA(front, normal);
backdata = ImgFunction.ConvertNormalImagToGBA(back, normal);
normalpallete = ImgFunction.LZCompress(ImgFunction.ConvertToGBAPal(normal));
shinypallete = ImgFunction.LZCompress(ImgFunction.ConvertToGBAPal(shiny));
preImport = true;
}
/// <summary>
/// 保存任意压缩数据，需要提供原始指针所在地址。
/// </summary>
/// <param name="rw"></param>
/// <param name="data">所需要写入的数据</param>
/// <param name="offset">指针所在地址</param>
/// <param name="fill">是否将原来的数据填充为0xFF</param>
public int Save(ReadAndWrite rw, byte[] data, int offset_to_repoint, bool fill)
{
//指针所在地址
int offset_old = rw.ReadPointer(offset_to_repoint);
//新地址
int offset_new = rw.FindFreeOffset(start, data.Length);
rw.WriteBytes(offset_new, 0, data);
start = rw.Position;
rw.Repoint(offset_to_repoint, offset_new);
int length = ImgFunction.LZUncompress(rw.Br, offset_old).Item2;
if (fill)
{
rw.FillWith0xFF(offset_old, length);
}
return(offset_new);
}
public byte[] GetData(ReadAndWrite rw, int offset)
{
offset = rw.ReadPointer(offset);
return(ImgFunction.LZUncompress(rw.Br, offset).Item1);
}