bool WriteMapConfig(Undo.UndoData undodata)
{
if (this.MapStyle.SelectedIndex < 0)
{
return(false);
}
uint config_plist = this.MapEditConf[this.MapStyle.SelectedIndex].config_plist;
uint chipset_address = MapPointerForm.PlistToOffsetAddr(MapPointerForm.PLIST_TYPE.CONFIG, config_plist);
byte[] chipsetConfigZ = LZ77.compress(this.ConfigUZ);
uint newaddr = InputFormRef.WriteBinaryData(this, (uint)ChipsetConfigAddress.Value, chipsetConfigZ, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return(false);
}
ChipsetConfigAddress.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.CONFIG, config_plist, newaddr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return(false);
}
//書き込んだ通知.
InputFormRef.ShowWriteNotifyAnimation(this, newaddr);
InputFormRef.WriteButtonToYellow(this.Config_WriteButton, false);
//マップエディタが開いていれば更新する
MapEditorForm.UpdateMapStyleIfOpen();
return(true);
}
//マップ領域のベース領域の強制割り当て
public static uint PreciseMapDataArea(uint mapid)
{
MapPointerNewPLISTPopupForm f = (MapPointerNewPLISTPopupForm)InputFormRef.JumpFormLow <MapPointerNewPLISTPopupForm>();
f.Init(MapPointerForm.PLIST_TYPE.MAP);
DialogResult dr = f.ShowDialog();
if (dr != System.Windows.Forms.DialogResult.OK)
{
return(0);
}
uint plist = f.GetSelectPLIST();
Undo.UndoData undodata = Program.Undo.NewUndoData("Precise MapDataArea", mapid.ToString("X"));
//マップ領域を新規に割り当てる
byte[] data = new byte[2 + (15 * 10)];
data[0] = 15;
data[1] = 10;
data = LZ77.compress(data);
MapSettingForm.PLists plists = MapSettingForm.GetMapPListsWhereMapID(mapid);
uint map_addr = MapPointerForm.PlistToOffsetAddr(MapPointerForm.PLIST_TYPE.MAP, plists.mappointer_plist);
if (U.isSafetyOffset(map_addr))
{//既存マップがあればコピーする.
uint length = LZ77.getCompressedSize(Program.ROM.Data, map_addr);
data = Program.ROM.getBinaryData(map_addr, length);
}
uint write_addr = InputFormRef.AppendBinaryData(data, undodata);
if (write_addr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return(0);
}
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.MAP, plist, write_addr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return(0);
}
Program.Undo.Push(undodata);
return(plist);
}
//OBJECTの割り当て
public static uint PreciseObjectArea(uint mapid)
{
MapPointerNewPLISTPopupForm f = (MapPointerNewPLISTPopupForm)InputFormRef.JumpFormLow <MapPointerNewPLISTPopupForm>();
f.Init(MapPointerForm.PLIST_TYPE.OBJECT);
DialogResult dr = f.ShowDialog();
if (dr != System.Windows.Forms.DialogResult.OK)
{
return(0);
}
uint plist = f.GetSelectPLIST();
Undo.UndoData undodata = Program.Undo.NewUndoData("Precise ObjectArea", mapid.ToString("X"));
//OBJECT領域を新規に割り当てる.
MapSettingForm.PLists plists = MapSettingForm.GetMapPListsWhereMapID(mapid);
Bitmap bmp;
if (plists.obj_plist >= 0x100)
{//2つのplistが必要だからコピーできない
bmp = ImageUtil.Blank(32 * 8, 32 * 8);
}
else
{
bmp = DrawMapChipOnly(plists.obj_plist, plists.palette_plist, null);
}
byte[] data = ImageUtil.ImageToByte16Tile(bmp, bmp.Width, bmp.Height);
data = LZ77.compress(data);
uint write_addr = InputFormRef.AppendBinaryData(data, undodata);
if (write_addr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return(0);
}
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, plist, write_addr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return(0);
}
Program.Undo.Push(undodata);
return(plist);
}
private void CompressFireButton_Click(object sender, EventArgs e)
{
if (CompressSRCFilename.Text == "" || CompressDESTFilename.Text == "")
{
return;
}
byte[] src = File.ReadAllBytes(CompressSRCFilename.Text);
byte[] data = LZ77.compress(src);
U.WriteAllBytes(CompressDESTFilename.Text, data);
//エクスプローラで選択しよう
U.SelectFileByExplorer(CompressDESTFilename.Text);
}
uint RecompressOne(InputFormRef.AutoPleaseWait wait, Address a, Undo.UndoData undodata)
{
if (!Address.IsLZ77(a.DataType))
{//念のためlz77圧縮の確認
return(0);
}
if (!U.isPadding4(a.Addr))
{//4バイトパディングされていないデータはありえない
return(0);
}
byte[] unzipData = LZ77.decompress(Program.ROM.Data, a.Addr);
if (unzipData.Length <= 0)
{
return(0);
}
uint uncompressSize = LZ77.getUncompressSize(Program.ROM.Data, a.Addr);
if (unzipData.Length != uncompressSize)
{
return(0);
}
byte[] lz77Data = LZ77.compress(unzipData);
if (lz77Data.Length >= a.Length)
{//無意味なのでやらない
return(0);
}
uint diff = (uint)(a.Length - lz77Data.Length);
if (diff <= 3)
{//無意味なのでやらない
return(0);
}
//書き込み
Program.ROM.write_fill(a.Addr, a.Length, 0, undodata);
Program.ROM.write_range(a.Addr, lz77Data, undodata);
wait.DoEvents(R._("recompress lz77 {0}", U.To0xHexString(a.Addr)));
return(diff);
}
void WriteLZ77Bin(byte[] bin, uint addr, uint datasize, string debugInfo)
{
byte[] newbin = LZ77.compress(bin);
//領域の確保
uint writeaddr = 0;
if (!isVanilaExtrendsROMArea(addr + datasize) &&
datasize >= newbin.Length)
{//非拡張領域
//そのまま書き換えられる
writeaddr = addr;
}
else
{//リポイントが必要
writeaddr = Alloc((uint)newbin.Length, addr);
}
//データの書き込み
U.write_range(this.WriteROMData32MB, writeaddr, newbin);
ResolvedPointer(U.toPointer(addr), U.toPointer(writeaddr), debugInfo);
}
public static string Import(string filename, uint anime_pointer)
{
string basename = Path.GetFileNameWithoutExtension(filename) + "_";
string basedir = Path.GetDirectoryName(filename);
//同じアニメを何度も入力しないように記録する.
List <anime> anime_list = new List <anime>();
List <byte> frames = new List <byte>();
string[] lines = File.ReadAllLines(filename);
uint sound_id = 0x3d1;
AnimeType animeType = AnimeType.None;
for (uint lineCount = 0; lineCount < lines.Length; lineCount++)
{
string line = lines[lineCount];
if (U.IsComment(line) || U.OtherLangLine(line))
{
continue;
}
line = U.ClipComment(line);
if (line.Length <= 0)
{
continue;
}
InputFormRef.DoEvents(null, "Line:" + lineCount);
line = line.Replace("\t", " ");
string[] sp = line.Split(new string[] { " " }, StringSplitOptions.RemoveEmptyEntries);
string command = sp[0];
if (command.Length <= 0)
{
continue;
}
if (command[0] == 'S')
{
sound_id = U.atoh(command.Substring(1));
continue;
}
if (command[0] == 'D')
{
animeType = AnimeType.D;
continue;
}
if (!(U.isNumString(command) && sp.Length >= 2))
{
continue;
}
if (sp.Length <= 1)
{
Debug.Assert(false);
continue;
}
uint wait = U.atoi(command);
string image = sp[1];
uint id = FindImage(anime_list, image);
if (id == U.NOT_FOUND)
{
id = (uint)anime_list.Count;
string fullfilename = Path.Combine(basedir, image);
Bitmap bitmap = ImageUtil.OpenBitmap(fullfilename);
if (bitmap == null)
{
return(R.Error("ファイル名が見つかりませんでした。\r\nFile: {0} line:{1}\r\n\r\nエラー内容:\r\n{2}", filename, lineCount, line));
}
if (bitmap.Width != SCREEN_WIDTH || bitmap.Height != SCREEN_HEIGHT)
{
bitmap = ImageUtil.Copy(bitmap, 0, 0, SCREEN_WIDTH, SCREEN_HEIGHT);
}
anime a = new anime();
string error = ImageUtil.ImageToBytePackedTSA(bitmap, SCREEN_WIDTH, SCREEN_HEIGHT, 0, out a.image, out a.tsa);
if (error != "")
{
return(R.Error("画像をインポートできません。\r\nFile: {0} line:{1}\r\n\r\nエラー内容:\r\n{2}", filename, lineCount, error));
}
a.image = LZ77.compress(a.image);
a.tsa = LZ77.compress(a.tsa);
a.pal = ImageUtil.ImageToPalette(bitmap, 1);
a.filename = image;
anime_list.Add(a);
}
U.append_u16(frames, id);
U.append_u16(frames, wait);
}
//term
U.append_u16(frames, 0xFFFF);
U.append_u16(frames, 0xFFFF);
anime_pointer = U.toOffset(anime_pointer);
if (!U.isSafetyOffset(anime_pointer))
{
return(R._("アドレスが無効です"));
}
uint anime_address = Program.ROM.p32(anime_pointer);
List <Address> recycle = new List <Address>();
RecycleOldAnime(ref recycle, basename, false, anime_address);
RecycleAddress ra = new RecycleAddress(recycle);
Undo.UndoData undodata = Program.Undo.NewUndoData("ImageUtilSkillSystemsAnimeCreator.Import");
List <byte> image_list = new List <byte>();
List <byte> tsa_list = new List <byte>();
List <byte> pal_list = new List <byte>();
for (int i = 0; i < anime_list.Count; i++)
{
uint p;
p = ra.Write(anime_list[i].image, undodata);
U.append_u32(image_list, U.toPointer(p));
p = ra.Write(anime_list[i].tsa, undodata);
U.append_u32(tsa_list, U.toPointer(p));
p = ra.Write(anime_list[i].pal, undodata);
U.append_u32(pal_list, U.toPointer(p));
}
List <byte> mainData = new List <byte>();
if (Program.ROM.RomInfo.is_multibyte())
{//FE8J
//FE8Jには、スキルごとにプログラムは存在しない.
}
else
{//FE8U
//信じられないが、スキルアニメ毎にプログラムコードが設定される.
if (animeType == AnimeType.D)
{
string prog = Path.Combine(Program.BaseDirectory, "config", "patch2", "FE8U", "skill", "skillanimtemplate_defender_2017_01_24.dmp");
mainData.AddRange(File.ReadAllBytes(prog));
}
else
{
string prog = Path.Combine(Program.BaseDirectory, "config", "patch2", "FE8U", "skill", "skillanimtemplate_2016_11_04.dmp");
mainData.AddRange(File.ReadAllBytes(prog));
}
}
//プログラムの下にデータがある.
{
uint p;
p = ra.Write(frames.ToArray(), undodata);
U.append_u32(mainData, U.toPointer(p));
p = ra.Write(tsa_list.ToArray(), undodata);
U.append_u32(mainData, U.toPointer(p));
p = ra.Write(image_list.ToArray(), undodata);
U.append_u32(mainData, U.toPointer(p));
p = ra.Write(pal_list.ToArray(), undodata);
U.append_u32(mainData, U.toPointer(p));
U.append_u32(mainData, sound_id);
}
//アニメポインタの書き換え.
ra.WriteAndWritePointer(anime_pointer, mainData.ToArray(), undodata);
Program.Undo.Push(undodata);
return("");
}
static ImageUtilOAM.animedata ImportBGImageToData(string imagefilename
, string basedir
, Dictionary <string, ImageUtilOAM.animedata> animeDic
, List <ImageUtilOAM.image_data> imagesData
, out string errormessage
)
{
string key = "BG" + imagefilename;
ImageUtilOAM.animedata magic_animedata;
if (animeDic.ContainsKey(key))
{
errormessage = "";
magic_animedata = animeDic[key];
return(magic_animedata);
}
string hash = ImageUtil.HashBitmap(imagefilename, basedir);
magic_animedata = ImageUtilOAM.FindHash(hash, animeDic);
if (magic_animedata != null)
{
errormessage = "";
return(magic_animedata);
}
magic_animedata = new ImageUtilOAM.animedata();
string bgfilename = ImageUtilMagicFEditor.GetFullPath(imagefilename, basedir);
Bitmap loadbitmap = ImageUtil.OpenBitmap(bgfilename, null, out errormessage);
if (loadbitmap == null)
{
return(null);
}
// int width = ImageUtilMagicFEditor.SRC_BG_SEAT_TILE_WIDTH * 8;
// int height = ImageUtilMagicFEditor.SRC_BG_SEAT_TILE_HEIGHT * 8;
int width = 240;
int height = 160;
if (loadbitmap.Width < width || loadbitmap.Height < height)
{
if ((loadbitmap.Width >= 240 && loadbitmap.Width <= 264) &&
(loadbitmap.Height >= 64 && loadbitmap.Height < 160))
{
height = 64;
//FEditor Magic
Log.Notify("これはFEditorの小さいBG形式です。");
}
else if ((loadbitmap.Width >= 240 && loadbitmap.Width <= 264) &&
loadbitmap.Height == 160)
{//CSA Creator
}
else
{
errormessage = R.Error("画像サイズが正しくありません。\r\n{4}\r\nWidth:{2} Height:{3} でなければなりません。\r\n\r\n選択された画像のサイズ Width:{0} Height:{1}", loadbitmap.Width, loadbitmap.Height, width, height, imagefilename);
loadbitmap.Dispose();
return(null);
}
}
Bitmap savebitmap = ImageUtil.Copy(loadbitmap, 0, 0, width, height);
byte[] image; //画像
byte[] tsa; //TSA
string error_string = ImageUtil.ImageToBytePackedTSA(savebitmap, savebitmap.Width, savebitmap.Height, 0, out image, out tsa);
if (error_string != "")
{
errormessage = error_string;
loadbitmap.Dispose();
return(null);
}
//画像の高さを記録. BGは、FEditor=64 Scale Creator=160 と、違う.
magic_animedata.height = height;
//ハッシュ値
magic_animedata.imageHash = hash;
//画像
magic_animedata.image_pointer = (uint)imagesData.Count;
ImageUtilOAM.image_data image_data = new ImageUtilOAM.image_data();
image_data.data = image;
image_data.data = LZ77.compress(image_data.data);
imagesData.Add(image_data);
//パレット
magic_animedata.palette_pointer = (uint)imagesData.Count;
ImageUtilOAM.image_data palette_data = new ImageUtilOAM.image_data();
palette_data.data = ImageUtil.ImageToPalette(savebitmap);
imagesData.Add(palette_data);
//TSA
magic_animedata.tsa_pointer = (uint)imagesData.Count;
ImageUtilOAM.image_data tsa_data = new ImageUtilOAM.image_data();
tsa_data.data = tsa;
tsa_data.data = LZ77.compress(tsa_data.data);
imagesData.Add(tsa_data);
animeDic[key] = magic_animedata;
errormessage = "";
loadbitmap.Dispose();
return(magic_animedata);
}
bool WriteMapChipImage(byte[] image, Undo.UndoData undodata)
{
if (this.MapStyle.SelectedIndex < 0)
{
return(false);
}
uint obj_plist = this.MapEditConf[this.MapStyle.SelectedIndex].obj_plist;
uint obj2_plist = (obj_plist >> 8) & 0xFF; //FE8にはないが FE7は、 plistを2つ設定できることがある.
if (obj2_plist > 0)
{//FE7とかあるフィールド画像分割
byte[] image1 = U.subrange(image, 0, (uint)(image.Length / 2));
byte[] image2 = U.subrange(image, (uint)(image.Length / 2), (uint)image.Length);
byte[] image1Z = LZ77.compress(image1);
byte[] image2Z = LZ77.compress(image2);
uint newaddr = InputFormRef.WriteBinaryData(this, (uint)ObjAddress.Value, image1Z, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return(false);
}
ObjAddress.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, obj_plist, newaddr, undodata);
//分割されたデータを書き込み
newaddr = InputFormRef.WriteBinaryData(this, (uint)ObjAddress2.Value, image2Z, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return(false);
}
ObjAddress2.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, obj2_plist, newaddr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return(false);
}
//書き込んだ通知.
InputFormRef.ShowWriteNotifyAnimation(this, newaddr);
}
else
{
byte[] imageZ = LZ77.compress(image);
uint newaddr = InputFormRef.WriteBinaryData(this, (uint)ObjAddress.Value, imageZ, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return(false);
}
ObjAddress.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, obj_plist, newaddr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return(false);
}
//書き込んだ通知.
InputFormRef.ShowWriteNotifyAnimation(this, newaddr);
}
return(true);
}
string Import(
string filename //読込むファイル名
)
{
string basename = Path.GetFileNameWithoutExtension(filename) + "_";
string basedir = Path.GetDirectoryName(filename);
//同じアニメを何度も入力しないように記録する.
List <anime> anime_list = new List <anime>();
int imageWidth = this.ImageWidth * 8;
int imageHeight = 8 * 16;
List <byte> frames = new List <byte>();
string[] lines = File.ReadAllLines(filename);
for (uint lineCount = 0; lineCount < lines.Length; lineCount++)
{
string line = lines[lineCount++];
if (U.IsComment(line) || U.OtherLangLine(line))
{
continue;
}
line = U.ClipComment(line);
if (line.Length <= 0)
{
continue;
}
InputFormRef.DoEvents(null, "Line:" + lineCount);
line = line.Replace("\t", " ");
string[] sp = line.Split(new string[] { " " }, StringSplitOptions.RemoveEmptyEntries);
string command = sp[0];
if (command.Length <= 0)
{
continue;
}
if (!(U.isNumString(command) && sp.Length >= 2))
{
continue;
}
uint wait = U.atoi(command);
string image = sp[1];
uint id = FindImage(anime_list, image);
if (id == U.NOT_FOUND)
{
id = (uint)anime_list.Count;
string fullfilename = Path.Combine(basedir, image);
Bitmap bitmap = ImageUtil.OpenBitmap(fullfilename);
if (bitmap == null)
{
return(R.Error("ファイル名が見つかりませんでした。\r\nFile: {0} line:{1}\r\n\r\nエラー内容:\r\n{2}", filename, lineCount, line));
}
if (bitmap.Width != imageWidth || bitmap.Height != imageHeight)
{
bitmap = ImageUtil.Copy(bitmap, 0, 0, imageWidth, imageHeight);
}
anime a = new anime();
string error = ImageUtil.ImageToBytePackedTSA(bitmap, imageWidth, imageHeight, 0, out a.image, out a.tsa);
if (error != "")
{
return(R.Error("画像をインポートできません。\r\nFile: {0} line:{1}\r\n\r\nエラー内容:\r\n{2}", filename, lineCount, error));
}
a.image = LZ77.compress(a.image);
a.tsa = LZ77.compress(a.tsa);
a.pal = ImageUtil.ImageToPalette(bitmap, 1);
a.filename = image;
anime_list.Add(a);
}
U.append_u16(frames, id);
U.append_u16(frames, wait);
}
//term
U.append_u16(frames, 0xFFFF);
U.append_u16(frames, 0x0);
if (anime_list.Count <= 0)
{
return(R._("書き込むアニメーションがありません"));
}
Undo.UndoData undodata = Program.Undo.NewUndoData("");
List <Address> recycle = new List <FEBuilderGBA.Address>();
MakeRecycleList(ref recycle, "", false);
RecycleAddress ra = new RecycleAddress(recycle);
uint p;
if (!U.isSafetyOffset(this.FramePointer))
{//固定フレームのアニメ
if (this.FramePointer != anime_list.Count)
{
return(R._("このアニメーションは固定アニメーションです。フレームが{0}個必要です。指定されたアニメには{1}のフレームがあり、数が一致していません。", this.FramePointer, anime_list.Count));
}
if (this.TSAList.Count == 1 && this.PaletteList.Count >= 2)
{//パレットアニメ
List <byte> pal_list = new List <byte>();
for (int i = 0; i < anime_list.Count; i++)
{
p = ra.Write(anime_list[i].pal, undodata);
U.append_u32(pal_list, U.toPointer(p));
}
ra.WriteAndWritePointer(this.TSAPointer, anime_list[0].tsa, undodata);
ra.WriteAndWritePointer(this.ImagePointer, anime_list[0].image, undodata);
ra.WriteAndWritePointer(this.PalettePointer, pal_list.ToArray(), undodata);
}
else
{
List <byte> image_list = new List <byte>();
List <byte> tsa_list = new List <byte>();
List <byte> pal_list = new List <byte>();
for (int i = 0; i < anime_list.Count; i++)
{
p = ra.Write(anime_list[i].image, undodata);
U.append_u32(image_list, U.toPointer(p));
p = ra.Write(anime_list[i].tsa, undodata);
U.append_u32(tsa_list, U.toPointer(p));
p = ra.Write(anime_list[i].pal, undodata);
U.append_u32(pal_list, U.toPointer(p));
}
ra.WriteAndWritePointer(this.TSAPointer, tsa_list.ToArray(), undodata);
ra.WriteAndWritePointer(this.ImagePointer, image_list.ToArray(), undodata);
ra.WriteAndWritePointer(this.PalettePointer, pal_list.ToArray(), undodata);
}
}
else
{ //フレームを利用するアニメ
if (this.TSAList.Count >= 2 && this.PaletteList.Count == 1)
{ //共通パレット
List <byte> image_list = new List <byte>();
List <byte> tsa_list = new List <byte>();
for (int i = 0; i < anime_list.Count; i++)
{
p = ra.Write(anime_list[i].image, undodata);
U.append_u32(image_list, U.toPointer(p));
p = ra.Write(anime_list[i].tsa, undodata);
U.append_u32(tsa_list, U.toPointer(p));
}
ra.WriteAndWritePointer(this.FramePointer, frames.ToArray(), undodata);
ra.WriteAndWritePointer(this.TSAPointer, tsa_list.ToArray(), undodata);
ra.WriteAndWritePointer(this.ImagePointer, image_list.ToArray(), undodata);
ra.WriteAndWritePointer(this.PalettePointer, anime_list[0].pal, undodata);
}
else
{//複数パレット
List <byte> image_list = new List <byte>();
List <byte> tsa_list = new List <byte>();
List <byte> pal_list = new List <byte>();
for (int i = 0; i < anime_list.Count; i++)
{
p = ra.Write(anime_list[i].image, undodata);
U.append_u32(image_list, U.toPointer(p));
p = ra.Write(anime_list[i].tsa, undodata);
U.append_u32(tsa_list, U.toPointer(p));
p = ra.Write(anime_list[i].pal, undodata);
U.append_u32(pal_list, U.toPointer(p));
}
ra.WriteAndWritePointer(this.FramePointer, frames.ToArray(), undodata);
ra.WriteAndWritePointer(this.TSAPointer, tsa_list.ToArray(), undodata);
ra.WriteAndWritePointer(this.ImagePointer, image_list.ToArray(), undodata);
ra.WriteAndWritePointer(this.PalettePointer, pal_list.ToArray(), undodata);
}
}
ra.BlackOut(undodata);
Program.Undo.Push(undodata);
return("");
}
public uint MakePaletteUIToROM(uint palette_address, bool isCompress, int palette_index)
{
uint addr = U.toOffset(palette_address);
if (!U.CheckZeroAddressWriteHigh(addr))
{
return(U.NOT_FOUND);
}
string undo_name = "PALETTE " + U.To0xHexString(palette_address);
byte[] palttebyte = MakePaletteUIToByte();
if (isCompress)
{//戦闘アニメのパレットは圧縮されている
//現パレットの解凍
byte[] currentdata = LZ77.decompress(Program.ROM.Data, addr);
if (currentdata.Length <= 0)
{//解凍できない アドレスを強引に書き換えたりしたのだろうか.
if (palette_index != 0 && palette_index != OVERRAIDE_ALL_PALETTE)
{
Log.Error("パレットを解凍できません.", U.To0xHexString(addr));
return(U.NOT_FOUND);
}
//解凍できないけど、最初のパレットに書き込むなら、サイズは16*2で固定だから関係ない.
currentdata = palttebyte;
}
else if (palette_index == OVERRAIDE_ALL_PALETTE)
{//複数あるパレットですべて同じパレットに設定する
int paletteCount = currentdata.Length / 0x20;
for (int i = 0; i < paletteCount; i++)
{
uint write_addr = (uint)(i * 0x20);
U.write_range(currentdata, write_addr, palttebyte);
}
}
else
{//複数あるパレットの一部を書き換える.
uint write_addr = (uint)(palette_index * 0x20);
if (currentdata.Length < write_addr + palttebyte.Length)
{//サイズが足りない場合増設する.
Array.Resize(ref currentdata, (int)(write_addr + palttebyte.Length));
}
U.write_range(currentdata, write_addr, palttebyte);
}
byte[] palettebyteZ = LZ77.compress(currentdata);
//圧縮されているということは、サイズが可変なわけで、元の場所に書き込めるか、拡張領域かを検討しないといけない。
Undo.UndoData undodata = Program.Undo.NewUndoData(undo_name);
uint newaddr = InputFormRef.WriteBinaryData(this.SelfForm, addr, palettebyteZ, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
return(U.NOT_FOUND);
}
Program.Undo.Push(undodata);
return(newaddr);
}
else
{ //無圧縮パレット
if (palette_index == OVERRAIDE_ALL_PALETTE)
{ //無圧縮パレットでは、パレットのサイズがわからないので、すべて同じ色にすることは不可能
R.Error("無圧縮パレットなので、すべて同じパレットにすることはできません。");
Debug.Assert(false);
return(U.NOT_FOUND);
}
addr = addr + (uint)(palette_index * 0x20);
Program.Undo.Push(undo_name, addr, (uint)palttebyte.Length);
Program.ROM.write_range(addr, palttebyte);
return(addr);
}
}
public static string Import(string filename, uint anime_pointer)
{
string basename = Path.GetFileNameWithoutExtension(filename) + "_";
string basedir = Path.GetDirectoryName(filename);
//他のアニメーションとはデータ構造が違うので注意
List <anime> poolList = new List <anime>();
List <byte> frames = new List <byte>();
string[] lines = File.ReadAllLines(filename);
for (uint lineCount = 0; lineCount < lines.Length; lineCount++)
{
string line = lines[lineCount];
if (U.IsComment(line) || U.OtherLangLine(line))
{
continue;
}
line = U.ClipComment(line);
if (line.Length <= 0)
{
continue;
}
InputFormRef.DoEvents(null, "Line:" + lineCount);
string[] sp = line.Split(new string[] { "\t" }, StringSplitOptions.RemoveEmptyEntries);
if (sp.Length <= 1)
{
sp = line.Split(new string[] { " " }, StringSplitOptions.RemoveEmptyEntries);
}
if (sp.Length <= 1)
{
continue;
}
string command = sp[0];
uint wait = U.atoi0x(command);
string image = sp[1];
uint song = 0;
if (sp.Length >= 2 + 1)
{
song = U.atoi0x(sp[2]);
}
string fullfilename = Path.Combine(basedir, image);
Bitmap bitmap = ImageUtil.OpenBitmap(fullfilename);
if (bitmap == null)
{
return(R.Error("ファイル名が見つかりませんでした。\r\nFile: {0} line:{1}\r\n\r\nエラー内容:\r\n{2}", filename, lineCount, line));
}
if (bitmap.Width != SCREEN_WIDTH || bitmap.Height != SCREEN_HEIGHT)
{
bitmap = ImageUtil.Copy(bitmap, 0, 0, SCREEN_WIDTH, SCREEN_HEIGHT);
}
anime a = new anime();
a.image = ImageUtil.ImageToByte16Tile(bitmap, SCREEN_WIDTH, SCREEN_HEIGHT);
a.image = LZ77.compress(a.image);
a.pal = ImageUtil.ImageToPalette(bitmap, 1);
poolList.Add(a);
U.append_u16(frames, wait);
U.append_u16(frames, song);
U.append_u32(frames, 0x0);
U.append_u32(frames, 0x0);
}
//term
U.append_u32(frames, 0x0);
U.append_u32(frames, 0x0);
U.append_u32(frames, 0x0);
byte[] mainData = frames.ToArray();
anime_pointer = U.toOffset(anime_pointer);
if (!U.isSafetyOffset(anime_pointer))
{
return(R._("アドレスが無効です"));
}
uint anime_address = Program.ROM.p32(anime_pointer);
List <Address> recycle = new List <Address>();
RecycleOldAnime(ref recycle, basename, false, anime_address);
RecycleAddress ra = new RecycleAddress(recycle);
Undo.UndoData undodata = Program.Undo.NewUndoData("ImageUtilMapActionAnimation.Import");
uint n = 0;
for (int i = 0; i < poolList.Count; i++, n += 12)
{
uint image_addr = CheckDupImage(poolList, i);
if (image_addr == U.NOT_FOUND)
{
image_addr = ra.Write(poolList[i].image, undodata);
poolList[i].image_addr = image_addr;
}
uint pal_addr = CheckDupPal(poolList, i);
if (pal_addr == U.NOT_FOUND)
{
pal_addr = ra.Write(poolList[i].pal, undodata);
poolList[i].pal_addr = pal_addr;
}
U.write_p32(mainData, n + 4, image_addr);
U.write_p32(mainData, n + 8, pal_addr);
}
//アニメポインタの書き換え.
ra.WriteAndWritePointer(anime_pointer, mainData, undodata);
//名前の設定
MakeImportDataName(anime_pointer, filename, lines);
Program.Undo.Push(undodata);
return("");
}
private void ObjImportButton_Click(object sender, EventArgs e)
{
if (this.MapStyle.SelectedIndex < 0)
{
return;
}
uint obj_plist = this.MapEditConf[this.MapStyle.SelectedIndex].obj_plist;
uint obj2_plist = (obj_plist >> 8) & 0xFF; //FE8にはないが FE7は、 plistを2つ設定できることがある.
Bitmap bitmap = ImageFormRef.ImportFilenameDialog(this);
if (bitmap == null)
{
return;
}
int width = 32 * 8;
int height = 32 * 8;
int palette_count = MAX_MAP_PALETTE_COUNT;
if (bitmap.Width != width || bitmap.Height < 128)
{
R.ShowStopError("画像サイズが正しくありません。\r\nWidth:{2} Height:{3} でなければなりません。\r\n\r\n選択された画像のサイズ Width:{0} Height:{1}", bitmap.Width, bitmap.Height, width, height);
return;
}
height = ImageUtil.CalcHeight(width, width * bitmap.Height / 2);
if (ObjImportOption.SelectedIndex == 1)
{//パレットもインポートする場合 パレット数のチェック.
int bitmap_palette_count = ImageUtil.GetPalette16Count(bitmap);
if (bitmap_palette_count > palette_count)
{
R.ShowStopError("パレット数が正しくありません。\r\n{1}種類以下(16色*{1}種類) でなければなりません。\r\n\r\n選択された画像のパレット種類:{0}種類", bitmap_palette_count, palette_count);
return;
}
bitmap = PaletteSwapper(bitmap);
}
//画像
byte[] image = ImageUtil.ImageToByte16Tile(bitmap, width, height);
//画像等データの書き込み
Undo.UndoData undodata = Program.Undo.NewUndoData(this);
if (obj2_plist > 0)
{//FE7とかあるフィールド画像分割
byte[] image1 = U.subrange(image, 0, (uint)(image.Length / 2));
byte[] image2 = U.subrange(image, (uint)(image.Length / 2), (uint)image.Length);
byte[] image1Z = LZ77.compress(image1);
byte[] image2Z = LZ77.compress(image2);
uint newaddr = InputFormRef.WriteBinaryData(this, (uint)ObjAddress.Value, image1Z, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return;
}
ObjAddress.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, obj_plist, newaddr, undodata);
//分割されたデータを書き込み
newaddr = InputFormRef.WriteBinaryData(this, (uint)ObjAddress2.Value, image2Z, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return;
}
ObjAddress2.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, obj2_plist, newaddr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return;
}
//書き込んだ通知.
InputFormRef.ShowWriteNotifyAnimation(this, newaddr);
}
else
{
byte[] imageZ = LZ77.compress(image);
uint newaddr = InputFormRef.WriteBinaryData(this, (uint)ObjAddress.Value, imageZ, InputFormRef.get_data_pos_callback_lz77, undodata);
if (newaddr == U.NOT_FOUND)
{
Program.Undo.Rollback(undodata);
return;
}
ObjAddress.Value = newaddr;
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.OBJECT, obj_plist, newaddr, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return;
}
//書き込んだ通知.
InputFormRef.ShowWriteNotifyAnimation(this, newaddr);
}
if (ObjImportOption.SelectedIndex == 1)
{//パレットもインポートする場合
//パレットの交換
MapObjImage = bitmap;
U.ForceUpdate(this.PaletteTypeCombo, 0);
U.ForceUpdate(this.PaletteCombo, 0);
//パレット情報の書き込み.
uint palette_plist = this.MapEditConf[this.MapStyle.SelectedIndex].palette_plist;
uint palette_address = MapPointerForm.PlistToOffsetAddr(MapPointerForm.PLIST_TYPE.PALETTE, palette_plist);
if (palette_address == 0)
{//未割り当てならば新規確保しようか
palette_address = InputFormRef.AppendBinaryData(PaletteFormRef.NewNullPalette(palette_count), undodata);
}
PaletteFormRef.MakePaletteBitmapToROM(this, bitmap, palette_address, palette_count, undodata);
//拡張領域に書き込んでいる可能性もあるので plstを更新する.
bool r = MapPointerForm.Write_Plsit(MapPointerForm.PLIST_TYPE.PALETTE, palette_plist, palette_address, undodata);
if (!r)
{
Program.Undo.Rollback(undodata);
return;
}
PaletteAddress.Value = palette_address;
}
else
{//パレットはインポートしない場合
//パレット情報の継承.
bitmap.Palette = this.MapObjImage.Palette;
//obj Bitmap交換
this.MapObjImage = bitmap;
}
Program.Undo.Push(undodata);
//チップセットの更新.
Chipset_Update();
SelectedChipset_Update();
MapStyle_SelectedIndexChanged(sender, e);
InputFormRef.WriteButtonToYellow(this.PaletteWriteButton, false);
//マップエディタが開いていれば更新する
MapEditorForm.UpdateMapStyleIfOpen();
}
