/// <sumary>
/// Instantiate the new Chart and load the editor scene
/// </sumary>
public void StartEditor(bool isEdit = false)
{
if (Serializer.Initialized)
{
if (Serializer.ChartData == null)
{
Chart chart = new Chart();
Beats defaultBeats = new Beats();
defaultBeats.Easy = new Dictionary <float, List <Note> >();
defaultBeats.Normal = new Dictionary <float, List <Note> >();
defaultBeats.Hard = new Dictionary <float, List <Note> >();
defaultBeats.Expert = new Dictionary <float, List <Note> >();
defaultBeats.Master = new Dictionary <float, List <Note> >();
defaultBeats.Custom = new Dictionary <float, List <Note> >();
Effects defaultEffects = new Effects();
defaultEffects.Easy = new List <float>();
defaultEffects.Normal = new List <float>();
defaultEffects.Hard = new List <float>();
defaultEffects.Expert = new List <float>();
defaultEffects.Master = new List <float>();
defaultEffects.Custom = new List <float>();
Jumps defaultJumps = new Jumps();
defaultJumps.Easy = new List <float>();
defaultJumps.Normal = new List <float>();
defaultJumps.Hard = new List <float>();
defaultJumps.Expert = new List <float>();
defaultJumps.Master = new List <float>();
defaultJumps.Custom = new List <float>();
Crouchs defaultCrouchs = new Crouchs();
defaultCrouchs.Easy = new List <float>();
defaultCrouchs.Normal = new List <float>();
defaultCrouchs.Hard = new List <float>();
defaultCrouchs.Expert = new List <float>();
defaultCrouchs.Master = new List <float>();
defaultCrouchs.Custom = new List <float>();
Slides defaultSlides = new Slides();
defaultSlides.Easy = new List <Slide>();
defaultSlides.Normal = new List <Slide>();
defaultSlides.Hard = new List <Slide>();
defaultSlides.Expert = new List <Slide>();
defaultSlides.Master = new List <Slide>();
defaultSlides.Custom = new List <Slide>();
Lights defaultLights = new Lights();
defaultLights.Easy = new List <float>();
defaultLights.Normal = new List <float>();
defaultLights.Hard = new List <float>();
defaultLights.Expert = new List <float>();
defaultLights.Master = new List <float>();
defaultLights.Custom = new List <float>();
/// For testing
/*var list = new List<Note>();
* list.Add(new Note(new Vector3(-0.5756355f, 0.2400601f, 0), 1));
* defaultBeats.Easy.Add(0, list);
* list = new List<Note>();
* list.Add(new Note(new Vector3(-0.7826607f, 0.3006552f, 20f), 2002));
* defaultBeats.Easy.Add(2000, list);
* list = new List<Note>();
* list.Add(new Note(new Vector3(0.1514833f, 0.3359979f, 40f), 4001));
* defaultBeats.Easy.Add(4000, list); */
chart.Track = defaultBeats;
chart.Effects = defaultEffects;
chart.Jumps = defaultJumps;
chart.Crouchs = defaultCrouchs;
chart.Slides = defaultSlides;
chart.Bookmarks = new Bookmarks();
chart.Name = nameField.text;
chart.Author = authorField.text;
chart.AudioName = trackField.text;
chart.AudioData = null; //audioData;
chart.AudioFrecuency = loadedClip.frequency;
chart.AudioChannels = loadedClip.channels;
chart.BPM = 120;
chart.FilePath = null;
chart.Artwork = artWorkField;
chart.ArtworkBytes = loadedArtwork;
chart.IsAdminOnly = Serializer.IsAdmin();
chart.Beatmapper = mapperField.text;
chart.CustomDifficultyName = "Custom";
chart.CustomDifficultySpeed = 1;
chart.Tags = new List <string>();
chart.Lights = defaultLights;
Serializer.ChartData = chart;
}
if (artworkEdited)
{
Serializer.ChartData.Artwork = artWorkField;
Serializer.ChartData.ArtworkBytes = loadedArtwork;
}
if (audioEdited)
{
// Serializer.ChartData.AudioData = audioData;
Serializer.ChartData.AudioFrecuency = loadedClip.frequency;
Serializer.ChartData.AudioChannels = loadedClip.channels;
}
if (isEdit)
{
Serializer.ChartData.Name = editNameField.text;
Serializer.ChartData.Author = editAuthorField.text;
Serializer.ChartData.AudioName = editTrackField.text;
Serializer.ChartData.Beatmapper = editMapperField.text;
}
// Complete editor process
// Serializer.SerializeToFile();
Miku_LoaderHelper.LauchPreloader();
}
}
public static Chart Convert(string path, int distancex = 50, int distancey = 35, int offsety = 10, int dynamic = 20, int repeat = 200)
{
path = path.Substring(0, path.LastIndexOf(@"\"));
Chart synthSong = new Chart();
if (File.Exists(path + @"\info.dat"))
{
//load song info
string infoStr = "";
using (StreamReader streamReader = new StreamReader(path + @"\info.dat"))
{
infoStr = streamReader.ReadToEnd();
}
//deserialize song info
Info info = JsonConvert.DeserializeObject <Info>(infoStr);
synthSong.Name = (info._songName != "") ? info._songName : "N/A";
synthSong.Author = (info._songAuthorName != "") ? info._songAuthorName : "N/A";
synthSong.BPM = info._beatsPerMinute;
synthSong.Offset = (info._songTimeOffset < 0) ? info._songTimeOffset : synthSong.Offset = 0;
synthSong.Beatmapper = (info._levelAuthorName != "") ? info._levelAuthorName : "N/A";
synthSong.BeatConverted = true;
synthSong.Artwork = "Default Artwork";
synthSong.ArtworkBytes = null;
synthSong.AudioName = "";
synthSong.AudioData = null;
synthSong.AudioFrecuency = 0;
synthSong.AudioChannels = 2;
synthSong.EditorVersion = "1.8";
synthSong.IsAdminOnly = false;
for (int i = 0; i < info._difficultyBeatmapSets[0]._difficultyBeatmaps.Count && i < 5; i++)
{
if (File.Exists(path + @"\" + info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._beatmapFilename))
{
//load song difficulty
string beatSongStr = "";
using (StreamReader streamReader = new StreamReader(path + @"\" + info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._beatmapFilename))
{
beatSongStr = streamReader.ReadToEnd();
}
//deserialize song difficulty
BeatSong beatSong = JsonConvert.DeserializeObject <BeatSong>(beatSongStr);
//convert notes
Dictionary <float, List <Note> > track = new Dictionary <float, List <Note> >();
for (int j = 0; j < beatSong._notes.Count; j++)
{
int time = (int)Math.Round(beatSong._notes[j]._time * 60000f / info._beatsPerMinute);
float y_offset = 0;
float _offset = 0;
switch (beatSong._notes[j]._cutDirection)
{
case 0: y_offset += dynamic * 0.01f; break; //up
case 1: y_offset -= dynamic * 0.01f; break; //down
case 2: _offset += dynamic * 0.01f; break; //left
case 3: _offset -= dynamic * 0.01f; break; //right
case 4: y_offset += (dynamic / sqrttwo) * 0.01f; _offset += (dynamic / sqrttwo) * 0.01f; break; //up_left
case 5: y_offset += (dynamic / sqrttwo) * 0.01f; _offset -= (dynamic / sqrttwo) * 0.01f; break; //up_right
case 6: y_offset -= (dynamic / sqrttwo) * 0.01f; _offset += (dynamic / sqrttwo) * 0.01f; break; //down_left
case 7: y_offset -= (dynamic / sqrttwo) * 0.01f; _offset -= (dynamic / sqrttwo) * 0.01f; break; //down_right
}
Vector3 pos = new Vector3(_offset + (distancex / 150f) * (beatSong._notes[j]._lineIndex - 1.5f), y_offset + (distancey / 100f) * (beatSong._notes[j]._lineLayer - 1f) + offsety * 0.01f, (time) * 0.02f);
Note.NoteType type;
if (beatSong._notes[j]._type == 0)
{
type = Note.NoteType.LeftHanded;
}
else if (beatSong._notes[j]._type == 1)
{
type = Note.NoteType.RightHanded;
}
else//bombs
{
continue;
}
string id = i.ToString() + "," + j.ToString();
Note note = new Note(pos, id, -1, type);
if (!track.ContainsKey(time))
{
List <Note> notes = new List <Note>();
notes.Add(note);
track.Add(time, notes);
}
else
{
track[time].Add(note);
}
}
//convert obstacles
List <Crouch> crouches = new List <Crouch>();
List <Slide> slides = new List <Slide>();
for (int j = 0; j < beatSong._obstacles.Count; j++)
{
int time = (int)Math.Round(beatSong._obstacles[j]._time * 60000f / info._beatsPerMinute);
int duration = (int)Math.Round(beatSong._obstacles[j]._duration * 60000f / info._beatsPerMinute);
for (int n = time; n < time + duration; n += repeat)
{
if (beatSong._obstacles[j]._type == 1)
{
Crouch crouch = new Crouch();
crouch.time = n;
crouch.position = new float[] { 0, 0, n * 18.75f };
crouches.Add(crouch);
}
else
{
Slide slide = new Slide();
slide.time = n;
slide.position = new float[] { 0, 0, n * 18.75f };
if (beatSong._obstacles[j]._width == 1)
{
if (beatSong._obstacles[j]._lineIndex == 0)//one on the left
{
slide.slideType = (Note.NoteType) 4;
}
else if (beatSong._obstacles[j]._lineIndex == 3)//one on the right
{
slide.slideType = (Note.NoteType) 2;
}
else//one middle right or middle left
{
slide.slideType = (Note.NoteType) 3;
}
slides.Add(slide);
}
else if (beatSong._obstacles[j]._width == 2)
{
if (beatSong._obstacles[j]._lineIndex == 0)//two on the left
{
slide.slideType = (Note.NoteType) 1;
}
else if (beatSong._obstacles[j]._lineIndex == 1)//two in the middle
{
slide.slideType = (Note.NoteType) 3;
}
else if (beatSong._obstacles[j]._lineIndex == 2)//two on the right
{
slide.slideType = (Note.NoteType) 0;
}
slides.Add(slide);
}
else
{
Crouch crouch = new Crouch();
crouch.time = n;
crouch.position = new float[] { 0, 0, n * 18.75f };
crouches.Add(crouch);
}
}
}
}
Beats defaultBeats = new Beats();
defaultBeats.Easy = new Dictionary <float, List <Note> >();
defaultBeats.Normal = new Dictionary <float, List <Note> >();
defaultBeats.Hard = new Dictionary <float, List <Note> >();
defaultBeats.Expert = new Dictionary <float, List <Note> >();
defaultBeats.Master = new Dictionary <float, List <Note> >();
defaultBeats.Custom = new Dictionary <float, List <Note> >();
synthSong.Track = defaultBeats;
Crouchs defaultCrouchs = new Crouchs();
defaultCrouchs.Easy = new List <Crouch>();
defaultCrouchs.Normal = new List <Crouch>();
defaultCrouchs.Hard = new List <Crouch>();
defaultCrouchs.Expert = new List <Crouch>();
defaultCrouchs.Master = new List <Crouch>();
defaultCrouchs.Custom = new List <Crouch>();
synthSong.Crouchs = defaultCrouchs;
Slides defaultSlides = new Slides();
defaultSlides.Easy = new List <Slide>();
defaultSlides.Normal = new List <Slide>();
defaultSlides.Hard = new List <Slide>();
defaultSlides.Expert = new List <Slide>();
defaultSlides.Master = new List <Slide>();
defaultSlides.Custom = new List <Slide>();
synthSong.Slides = defaultSlides;
if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Expert"))
{
synthSong.Track.Expert = track;
synthSong.Crouchs.Expert = crouches;
synthSong.Slides.Expert = slides;
}
else if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Hard"))
{
synthSong.Track.Hard = track;
synthSong.Crouchs.Hard = crouches;
synthSong.Slides.Hard = slides;
}
else if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Normal"))
{
synthSong.Track.Normal = track;
synthSong.Crouchs.Normal = crouches;
synthSong.Slides.Normal = slides;
}
else if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Easy"))
{
synthSong.Track.Easy = track;
synthSong.Crouchs.Easy = crouches;
synthSong.Slides.Easy = slides;
}
else
{
synthSong.Track.Master = track;
synthSong.Crouchs.Master = crouches;
synthSong.Slides.Master = slides;
}
}
}
string[] filePaths = Directory.GetFiles(path);
foreach (string filePath in filePaths)
{
if (filePath.Contains(".egg"))//replace the .egg file ending with .ogg
{
string tmp = filePath.Substring(0, filePath.IndexOf(".egg")) + ".ogg";
if (!File.Exists(tmp))
{
File.Copy(filePath, tmp);
}
}
}
}
return(synthSong);
}
private void LoadAudioChart(string absoluteUri, bool isJSON = false)
{
if (Serializer.Initialized)
{
// bool fileLoadSuccess = Serializer.LoadFronFile(absoluteUri, isJSON, absoluteUri.Contains(".dat"));
bool fileLoadSuccess = isJSON ? Serializer.LoadFronFile(absoluteUri, isJSON, absoluteUri.Contains(".dat")) : Serializer.LoadFronFile(absoluteUri);
if (fileLoadSuccess)
{
editPanelAnimator.Play("Panel In");
editModePanelAnimator.Play("Panel Out");
editNameField.text = Serializer.ChartData.Name;
editAuthorField.text = Serializer.ChartData.Author;
editTrackField.text = (Serializer.ChartData.AudioData != null) ? string.Empty : Serializer.ChartData.AudioName;
editMapperField.text = Serializer.ChartData.Beatmapper;
if (!isJSON)
{
Serializer.ChartData.FilePath = absoluteUri;
}
// For the artwork texture
if (Serializer.ChartData.ArtworkBytes == null)
{
Serializer.ChartData.Artwork = "Default Artwork";
Serializer.ChartData.ArtworkBytes = defaultArtworkData;
}
SetSpriteToImage(editArtworkField, Serializer.ChartData.ArtworkBytes);
// If not has effect data
if (Serializer.ChartData.Effects == null)
{
Effects defaultEffects = new Effects();
defaultEffects.Easy = new List <float>();
defaultEffects.Normal = new List <float>();
defaultEffects.Hard = new List <float>();
defaultEffects.Expert = new List <float>();
defaultEffects.Master = new List <float>();
defaultEffects.Custom = new List <float>();
Serializer.ChartData.Effects = defaultEffects;
}
if (Serializer.ChartData.Jumps == null)
{
Jumps defaultJumps = new Jumps();
defaultJumps.Easy = new List <float>();
defaultJumps.Normal = new List <float>();
defaultJumps.Hard = new List <float>();
defaultJumps.Expert = new List <float>();
defaultJumps.Master = new List <float>();
defaultJumps.Custom = new List <float>();
Serializer.ChartData.Jumps = defaultJumps;
}
if (Serializer.ChartData.Crouchs == null)
{
Crouchs defaultCrouchs = new Crouchs();
defaultCrouchs.Easy = new List <float>();
defaultCrouchs.Normal = new List <float>();
defaultCrouchs.Hard = new List <float>();
defaultCrouchs.Expert = new List <float>();
defaultCrouchs.Master = new List <float>();
defaultCrouchs.Custom = new List <float>();
Serializer.ChartData.Crouchs = defaultCrouchs;
}
if (Serializer.ChartData.Slides == null)
{
Slides defaultSlides = new Slides();
defaultSlides.Easy = new List <Slide>();
defaultSlides.Normal = new List <Slide>();
defaultSlides.Hard = new List <Slide>();
defaultSlides.Expert = new List <Slide>();
defaultSlides.Master = new List <Slide>();
defaultSlides.Custom = new List <Slide>();
Serializer.ChartData.Slides = defaultSlides;
}
if (Serializer.ChartData.Lights == null)
{
Lights defaultLights = new Lights();
defaultLights.Easy = new List <float>();
defaultLights.Normal = new List <float>();
defaultLights.Hard = new List <float>();
defaultLights.Expert = new List <float>();
defaultLights.Master = new List <float>();
defaultLights.Custom = new List <float>();
Serializer.ChartData.Lights = defaultLights;
}
if (Serializer.ChartData.Bookmarks == null)
{
Serializer.ChartData.Bookmarks = new Bookmarks();
}
InitFormsSelection(true);
}
}
}
