public Soundtrack(psai.ProtoBuf_PsaiCoreSoundtrack pbSoundtrack)
: this()
{
for (int i = 0; i < pbSoundtrack.themes.Count; i++)
{
psai.ProtoBuf_Theme pbTheme = pbSoundtrack.themes[i];
Theme tempTheme = new Theme(pbTheme);
m_themes[tempTheme.id] = tempTheme;
}
for (int i = 0; i < pbSoundtrack.snippets.Count; i++)
{
psai.ProtoBuf_Snippet pbSnippet = pbSoundtrack.snippets[i];
Segment tempSnippet = new Segment(pbSnippet);
m_snippets[tempSnippet.Id] = tempSnippet;
Theme tmpTheme = m_themes[tempSnippet.ThemeId];
if (tmpTheme != null)
{
tmpTheme.m_segments.Add(tempSnippet);
}
else
{
#if !(PSAI_NOLOG)
{
if (LogLevel.errors <= Logger.Instance.LogLevel)
{
string s = "INTERNAL ERROR! could not find Theme for Theme id " + tempSnippet.ThemeId + " of snippet" + tempSnippet.Id;
Logger.Instance.Log(s, LogLevel.errors);
} }
#endif
}
}
}
public AudioData(psai.ProtoBuf_AudioData pbAudioData)
{
this.filePathRelativeToProjectDir = pbAudioData.filename;
this.sampleRateHz = pbAudioData.sampleRate;
this.sampleCountTotal = pbAudioData.sampleCountTotal;
this.sampleCountPreBeat = pbAudioData.sampleCountPrebeat;
this.sampleCountPostBeat = pbAudioData.sampleCountPostbeat;
this.bpm = pbAudioData.bpm;
}
public void AddLoggerOutput(psai.net.LoggerOutput loggerOutput)
{
m_logik.AddLoggerOutput(loggerOutput);
}
public PsaiResult LoadSoundtrackByPsaiProject(psai.Editor.PsaiProject project, string fullPathToProjectFile)
{
return m_logik.LoadSoundtrackByPsaiProject(project, fullPathToProjectFile);
}
internal void AddLoggerOutput(psai.net.LoggerOutput loggerOutput)
{
if (!Logger.Instance.LoggerOutputs.Contains(loggerOutput))
{
Logger.Instance.LoggerOutputs.Add(loggerOutput);
}
}
public PsaiResult LoadSoundtrackByPsaiProject(psai.Editor.PsaiProject psaiProject, string fullProjectPath)
{
m_soundtrack = psaiProject.BuildPsaiDotNetSoundtrackFromProject();
m_psaiCoreBinaryFilepath = fullProjectPath;
m_psaiCoreBinaryDirectoryName = Path.GetDirectoryName(fullProjectPath);
InitMembersAfterSoundtrackHasLoaded();
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("Soundtrack deserialization succeeded", LogLevel.info);
}
}
#endif
return PsaiResult.OK;
}
/*internal psai.ProtoBuf_Theme CreateProtoBufTheme()
{
psai.ProtoBuf_Theme pbTheme = new psai.ProtoBuf_Theme();
pbTheme.id = id;
pbTheme.name = Name;
pbTheme.themeType = (int)(this.themeType);
pbTheme.intensityAfterRest = this.intensityAfterRest;
pbTheme.musicPhaseSecondsGeneral = this.musicDurationGeneral;
pbTheme.musicPhaseSecondsAfterRest = this.musicDurationAfterRest;
pbTheme.restSecondsMin = this.restSecondsMin;
pbTheme.restSecondsMax = this.restSecondsMax;
return pbTheme;
}*/
#endregion Other
#if (PSAI_BUILT_BY_VS || PSAI_STANDALONE || PSAI_EDITOR_STANDALONE)
internal Theme(psai.ProtoBuf_Theme pbTheme)
: this()
{
this.id = pbTheme.id;
this.intensityAfterRest = pbTheme.intensityAfterRest;
this.musicDurationAfterRest = pbTheme.musicPhaseSecondsAfterRest;
this.musicDurationGeneral = pbTheme.musicPhaseSecondsGeneral;
this.Name = pbTheme.name;
this.priority = pbTheme.priority;
this.restSecondsMin = pbTheme.restSecondsMin;
this.restSecondsMax = pbTheme.restSecondsMax;
this.themeType = (ThemeType)(pbTheme.themeType);
this.weightings.intensityVsVariety = pbTheme.weightingIntensityVsVariety;
this.weightings.lowPlaycountVsRandom = pbTheme.weightingPlaycountVsRandom;
this.weightings.switchGroups = pbTheme.weightingSwitchGroups;
}
public Segment(psai.ProtoBuf_Snippet pbSnippet)
: this()
{
this.Id = pbSnippet.id;
this.ThemeId = pbSnippet.theme_id;
this.Intensity = pbSnippet.intensity;
this.SnippetTypeBitfield = pbSnippet.snippet_type;
this.Name = pbSnippet.name;
this.audioData = new AudioData(pbSnippet.audio_data);
for (int i=0; i<pbSnippet.follower_id.Count; i++)
{
Follower follower = new Follower(pbSnippet.follower_id[i], pbSnippet.follower_compatibility[i]);
this.Followers.Add(follower);
}
}
