public static string Import(
string filename //読み込むファイル名
, uint magic_baseaddress //魔法アニメの書き換えるアドレス
)
{
string basename = Path.GetFileNameWithoutExtension(filename) + "_";
string basedir = Path.GetDirectoryName(filename);
List <byte> frameData = new List <byte>();
List <ImageUtilOAM.image_data> bgImagesData = new List <ImageUtilOAM.image_data>();
//変換したアニメの記録
Dictionary <string, ImageUtilOAM.animedata> animeDic = new Dictionary <string, ImageUtilOAM.animedata>();
int lineCount = 0;
string[] lines = File.ReadAllLines(filename);
uint image_bg_number = 0;
uint image_obj_number = 0;
ImageUtilOAM.ImportOAM oam = new ImageUtilOAM.ImportOAM();
oam.SetBaseDir(Path.GetDirectoryName(filename));
oam.SetIsMagicOAM(true);
BGScaleMode bgScaleMode = BGScaleMode.NO;
while (lineCount < lines.Length)
{
string line = lines[lineCount];
if (U.IsComment(line) || U.OtherLangLine(line))
{
lineCount++;
continue;
}
line = U.ClipComment(line);
if (line == "")
{
lineCount++;
continue;
}
InputFormRef.DoEvents(null, "Line:" + lineCount);
if (line[0] == '~')
{
U.append_u32(frameData, 0x80000100);
lineCount++;
continue;
}
if (line[0] == 'C')
{//85コマンド
uint command = U.atoh(line.Substring(1));
if ((command & 0xFF) == 0x53)
{//スクリプト側で自動拡大命令を入れている場合 ツールは何もしてはいけないので記録する.
bgScaleMode = BGScaleMode.SCRIPT_SCALE_MODE;
}
uint a = (command & 0x00FFFFFF) | 0x85000000;
U.append_u32(frameData, a);
lineCount++;
continue;
}
if (line[0] == 'S')
{//音楽再生
uint music = U.atoh(line.Substring(1));
uint a = ((music & 0xFFFF) << 8) | 0x85000048;
U.append_u32(frameData, a);
lineCount++;
continue;
}
if (line[0] != 'O' && line[0] != 'B')
{
//不明な命令なので無視する.
lineCount++;
continue;
}
//O objblank.png
//B bg3.png
//1
ImageUtilOAM.animedata objAnimeData = null;
ImageUtilOAM.animedata bgAnimeData = null;
uint frameSec = U.NOT_FOUND;
for (int n = 1; n <= 3;)
{
line = lines[lineCount];
if (U.IsComment(line) || U.OtherLangLine(line))
{
lineCount++;
continue;
}
line = U.ClipComment(line);
if (line == "")
{
lineCount++;
continue;
}
if (U.isnum(line[0]))
{
if (frameSec != U.NOT_FOUND)
{
return(R.Error("時間指定が連続しています。\r\nO filename\r\nB filename\r\ntime\r\n\r\nFile:{0} Line:{1}\r\n", filename, lineCount + 1));
}
frameSec = U.atoi(line);
lineCount++;
n++;
continue;
}
string imagefilename = ImageUtilOAM.parsePFilename(line);
if (imagefilename.Length <= 0)
{
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, oam.ErrorMessage));
}
if (line[0] == 'O')
{
if (objAnimeData != null)
{
return(R.Error("OBJ指定が連続しています。\r\nO filename\r\nB filename\r\ntime\r\n\r\nFile:{0} Line:{1}\r\n", filename, lineCount + 1));
}
string errormessage;
objAnimeData = ImportObjImageToData(imagefilename
, basedir
, animeDic
, oam
, ref image_obj_number
, out errormessage
);
if (objAnimeData == null)
{
return(R.Error("OBJ画像をロードできません。 \r\n{2}\r\nFile:{0} Line:{1}", filename, lineCount + 1, errormessage));
}
lineCount++;
n++;
continue;
}
if (line[0] == 'B')
{
if (bgAnimeData != null)
{
return(R.Error("BG指定が連続しています。\r\nO filename\r\nB filename\r\ntime\r\n\r\nFile:{0} Line:{1}\r\n", filename, lineCount + 1));
}
string errormessage;
bgAnimeData = ImportBGImageToData(imagefilename
, basedir
, animeDic
, bgImagesData
, out errormessage
);
if (bgAnimeData == null)
{
return(R.Error("BG画像をロードできません。 \r\n{2}\r\nFile:{0} Line:{1}", filename, lineCount + 1, errormessage));
}
lineCount++;
n++;
continue;
}
}
if (objAnimeData == null)
{
return(R.Error("OBJ画像がありません。 \r\nO filename\r\nB filename\r\ntime\r\n\r\nみたいに、セットで登録する必要があります。\r\nFile:{0} Line:{1}", filename, lineCount + 1));
}
if (bgAnimeData == null)
{
return(R.Error(("IMAGE_POINTER or ZIMAGE_POINTER の指定が必要です。BG画像がありません。 \r\nO filename\r\nB filename\r\n"), filename, lineCount + 1));
}
if (frameSec == U.NOT_FOUND)
{
return(R.Error("時間指定がありません。 \r\nO filename\r\nB filename\r\ntime\r\n\r\nみたいに、セットで登録する必要があります。\r\nFile:{0} Line:{1}", filename, lineCount + 1));
}
//BGがFEditorの小さい形式だった場合、自動的に拡大命令を追加する.
if (bgAnimeData.height == 64)
{
if (bgScaleMode == BGScaleMode.NO)
{//拡大命令を付与.
uint a = (0x00000153) | 0x85000000;
U.append_u32(frameData, a);
bgScaleMode = BGScaleMode.AUTO_SCALE_MODE;
}
}
//0x86コマンド
{
uint a = (frameSec & 0xFFFF) | ((image_bg_number & 0xFF) << 16) | 0x86000000;
U.append_u32(frameData, a); //+0
U.append_u32(frameData, objAnimeData.image_pointer); //+4
U.append_u32(frameData, objAnimeData.oam_pos); //+8 OBJ OAM
U.append_u32(frameData, objAnimeData.oam2_pos); //+12 OBJ BG OAM
U.append_u32(frameData, bgAnimeData.image_pointer); //+16
U.append_u32(frameData, objAnimeData.palette_pointer); //+20
U.append_u32(frameData, bgAnimeData.palette_pointer); //+24
U.append_u32(frameData, bgAnimeData.tsa_pointer); //+28 TSA
image_bg_number++;
}
}
InputFormRef.DoEvents(null, "Term");
if (bgScaleMode == BGScaleMode.AUTO_SCALE_MODE)
{//拡大命令を自動付与していた場合、解除する. 解除しないと経験値バーが表示されない.
uint a = (0x00000053) | 0x85000000;
U.append_u32(frameData, a);
}
//終端.
U.append_u32(frameData, 0x80000000);
//登録完了処理
oam.Term();
Undo.UndoData undodata = Program.Undo.NewUndoData("import ", Path.GetFileName(filename));
//上書きされるアニメデータ領域を使いまわす
List <Address> recycle = new List <Address>();
RecycleOldAnime(ref recycle, "", false, magic_baseaddress);
RecycleAddress ra = new RecycleAddress(recycle);
//書き込みます.(魔法アニメはなぜか無圧縮)
ra.WriteAndWritePointer(magic_baseaddress + 4, oam.GetRightToLeftOAM(), undodata);
ra.WriteAndWritePointer(magic_baseaddress + 8, oam.GetLeftToRightOAM(), undodata);
//BG用にダミーのOAMを作成
//byte[] dummyOAM = ImageUtilMagicFEditor.MakeDummyOAM(image_bg_number);
ra.WriteAndWritePointer(magic_baseaddress + 12, oam.GetRightToLeftOAMBG(), undodata);
ra.WriteAndWritePointer(magic_baseaddress + 16, oam.GetLeftToRightOAMBG(), undodata);
//BG
for (int i = 0; i < bgImagesData.Count; i++)
{
bgImagesData[i].write_addr = ra.Write(bgImagesData[i].data, undodata);
}
//OBJ
List <ImageUtilOAM.image_data> objImages = oam.GetImages();
for (int i = 0; i < objImages.Count; i++)
{
objImages[i].write_addr = ra.Write(objImages[i].data, undodata);
}
//画像の書き込みアドレスが決定したら、画像ポインタをかかないといけないFrameDataを更新します。
byte[] frameDataUZ = frameData.ToArray();
string errorFrame = updateFrameDataAddress(frameDataUZ, bgImagesData, objImages);
if (errorFrame != "")
{
return(R.Error("OAMフレーム更新中にエラーが発生しました。\r\nこのエラーが頻繁に出る場合は、アニメデータと一緒にreport7zを送ってください。") + "\r\n" + errorFrame);
}
ra.WriteAndWritePointer(magic_baseaddress + 0, frameDataUZ, undodata);
//端数の再利用的ない古いデータは0x00クリア.
ra.BlackOut(undodata);
Program.Undo.Push(undodata);
return("");
}
public static bool ImportBorder(Form self, uint origin_x, uint origin_y, out byte[] out_image, out byte[] out_oam)
{
out_image = null;
out_oam = null;
string imagefilename = ImageFormRef.OpenFilenameDialogFullColor(self);
if (imagefilename == "")
{
R.ShowStopError("ファイルがありません。\r\nファイル名:{0}", imagefilename);
return(false);
}
string name_filename = MakeBorderNameImageFileName(imagefilename);
if (!File.Exists(name_filename))
{
R.ShowStopError("ファイルがありません。\r\nファイル名:{0}", name_filename);
return(false);
}
string basedir = Path.GetDirectoryName(imagefilename);
List <uint> battleOAMSplit = new List <uint>();
ImageUtilOAM.ImportOAM oam = new ImageUtilOAM.ImportOAM();
oam.SetIsBorderAPOAM(true);
oam.SetBaseDir(basedir);
oam.MakeBorderAP(imagefilename);
battleOAMSplit.Add(oam.GetOAMByteCount());
oam.MakeBorderAP(name_filename);
oam.Term();
battleOAMSplit.Add(oam.GetOAMByteCount());
List <ImageUtilOAM.image_data> images = oam.GetImages();
if (images.Count >= 2)
{
R.ShowStopError("画像が大きすぎて、256x160のシートに入りきりませんでした");
return(false);
}
byte[] battleOAM = oam.GetRightToLeftOAM();
List <uint> apOAMSplit = new List <uint>();
byte[] apOAM = BattleOAMToAPOAM(battleOAM, battleOAMSplit, origin_x, origin_y, apOAMSplit);
if (apOAM == null)
{
return(false);
}
List <byte> newOam = new List <byte>();
//ap_data header
U.append_u16(newOam, 4); //ap_data header SHORT (frame_list - ap_data)
U.append_u16(newOam, 8); //ap_data header SHORT (anim_list - ap_data)
//frame_list
uint addr_frame_list = (uint)newOam.Count;
U.append_u16(newOam, 0); //SHORT (frame_0 - frame_list)
U.append_u16(newOam, 0); //SHORT (frame_1 - frame_list)
//anim_list
uint addr_anim_list = (uint)newOam.Count;
U.append_u16(newOam, 0); //SHORT (anim_0 - anim_list)
U.append_u16(newOam, 0); //SHORT (anim_1 - anim_list)
//frame_0
uint addr_frame_0 = (uint)newOam.Count;
U.append_u16(newOam, apOAMSplit[0] / 6); // oam entries
for (uint i = 0; i < apOAMSplit[0]; i++)
{
U.append_u8(newOam, apOAM[i]); // oam entries
}
//frame_1
uint addr_frame_1 = (uint)newOam.Count;
U.append_u16(newOam, (apOAMSplit[1] - apOAMSplit[0]) / 6); // oam entries
for (uint i = apOAMSplit[0]; i < apOAMSplit[1]; i++)
{
U.append_u8(newOam, apOAM[i]); // oam entries
}
//anim_0:
uint addr_anim_0 = (uint)newOam.Count;
U.append_u16(newOam, 4); U.append_u16(newOam, 0);
U.append_u16(newOam, 0); U.append_u16(newOam, 0xffff);// loop back to start
//anim_1:
uint addr_anim_1 = (uint)newOam.Count;
U.append_u16(newOam, 4); U.append_u16(newOam, 1);
U.append_u16(newOam, 0); U.append_u16(newOam, 0xffff);// loop back to start
out_oam = newOam.ToArray();
//フレームの位置を書き込む
U.write_u16(out_oam, 4, addr_frame_0 - addr_frame_list); //SHORT (frame_0 - frame_list)
U.write_u16(out_oam, 6, addr_frame_1 - addr_frame_list); //SHORT (frame_1 - frame_list)
U.write_u16(out_oam, 8, addr_anim_0 - addr_anim_list); //SHORT (anim_0 - anim_list)
U.write_u16(out_oam, 10, addr_anim_1 - addr_anim_list); //SHORT (anim_1 - anim_list)
out_image = LZ77.decompress(images[0].data, 0);
return(true);
}