private void InitMembersAfterSoundtrackHasLoaded()
{
m_themeQueue.Clear();
m_fadeVoices.Clear();
foreach (Segment segment in m_soundtrack.m_snippets.Values)
{
segment.audioData.filePathRelativeToProjectDir = m_platformLayer.ConvertFilePathForPlatform(segment.audioData.filePathRelativeToProjectDir);
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("converted path of segment " + segment.Name + " to " + segment.audioData.filePathRelativeToProjectDir, LogLevel.debug);
}
}
#endif
}
m_soundtrack.UpdateMaxPreBeatMsOfCompatibleMiddleOrBridgeSnippets();
m_lastBasicMood = m_soundtrack.getThemeById(GetLastBasicMoodId());
m_psaiState = PsaiState.silence;
m_psaiStateIntended = PsaiState.silence;
m_psaiPlayMode = PsaiPlayMode.regular;
m_psaiPlayModeIntended = PsaiPlayMode.regular;
m_returnToLastBasicMoodFlag = false;
m_holdIntensity = false;
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
m_soundtrack.BuildAllIndirectionSequences();
}
internal PsaiResult MenuModeLeave()
{
// boost::recursive_mutex::scoped_lock block(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("MenuModeLeave", LogLevel.info);
}
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append(" m_themeQueue.size()=");
sb.Append(m_themeQueue.Count);
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
if (m_initializationFailure)
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log(LOGMESSAGE_ABORTION_DUE_TO_INITIALIZATION_FAILURE, LogLevel.errors);
}
#endif
return PsaiResult.initialization_error;
}
//////////////////////////////////////////////////////////////////////////
if (m_paused)
{
setPaused(false);
}
if (m_psaiPlayMode == PsaiPlayMode.menuMode)
{
if (getFollowingThemeQueueEntry() != null)
{
PopAndPlayNextFollowingTheme(true);
return PsaiResult.OK;
}
else
{
m_psaiStateIntended = PsaiState.silence;
m_psaiState = PsaiState.silence;
SetPlayMode(PsaiPlayMode.regular);
m_psaiPlayModeIntended = PsaiPlayMode.regular;
StopMusic(true);
return PsaiResult.OK;
}
}
else
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("MenuModeLeave() ignored - MenuMode wasn't active. Call MenuModeEnter() first !", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnored;
}
}
internal PsaiResult CutSceneLeave(bool immediately, bool reset)
{
//boost::recursive_mutex::scoped_lock block(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("CutSceneLeave() immediately=");
sb.Append(immediately);
sb.Append(" reset=");
sb.Append(reset);
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb2 = new StringBuilder();
sb2.Append(" m_themeQueue.size()=");
sb2.Append(m_themeQueue.Count);
Logger.Instance.Log(sb2.ToString(), LogLevel.debug);
}
}
#endif
if (m_initializationFailure)
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log(LOGMESSAGE_ABORTION_DUE_TO_INITIALIZATION_FAILURE, LogLevel.errors);
}
#endif
return PsaiResult.initialization_error;
}
//////////////////////////////////////////////////////////////////////////
if (m_psaiPlayMode == PsaiPlayMode.cutScene && m_psaiPlayModeIntended == PsaiPlayMode.cutScene)
{
if (reset)
{
m_themeQueue.Clear();
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("m_themeQueue cleared", LogLevel.debug);
}
}
#endif
}
if (getFollowingThemeQueueEntry() != null)
{
m_psaiPlayModeIntended = PsaiPlayMode.regular;
PopAndPlayNextFollowingTheme(immediately);
return PsaiResult.OK;
}
else
{
m_psaiStateIntended = PsaiState.silence;
m_psaiState = PsaiState.silence;
m_psaiPlayModeIntended = PsaiPlayMode.regular;
StopMusic(immediately);
return PsaiResult.OK;
}
}
else
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("CutSceneLeave() ignored - no CutScene was active. Call CutSceneEnter() first!", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnored;
}
}
void WakeUpFromRestHandler()
{
//boost::recursive_mutex::scoped_lock block(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("waking up from musical rest", LogLevel.info);
}
}
#endif
if (m_effectiveTheme != null)
{
PlayThemeNowOrAtEndOfCurrentSegment(m_effectiveTheme.id, m_effectiveTheme.intensityAfterRest, m_effectiveTheme.musicDurationAfterRest, true, false);
m_psaiState = PsaiState.playing;
m_psaiStateIntended = PsaiState.playing;
}
}
private void EnterSilenceMode()
{
// enter silence mode
#if !(PSAI_NOLOG)
if (LogLevel.info <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("entering Silence Mode", LogLevel.info);
}
#endif
m_timerStartSnippetPlayback.Stop();
m_timerSegmentEndApproaching.Stop();
m_targetSegment = null;
m_effectiveTheme = null;
m_scheduleFadeoutUponSnippetPlayback = false;
m_psaiStateIntended = PsaiState.silence;
m_psaiState = PsaiState.silence;
}
/* sets the psaiState to PSAISTATE_REST, where no music is played for a period defined in the themes.psai file.
* param themeId the theme that will affect the duration of the rest, and will be played automatically when the rest is over.
* param restMillis the milliseconds to rest. Pass 0 to have the resting millis calculated based on the authored data.
*/
void EnterRestMode(int themeIdToWakeUpWith, int themeIdToUseForRestingTimeCalculation)
{
//boost::recursive_mutex::scoped_lock block(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("--- Entering rest mode. Will wake up with Theme ");
sb.Append(themeIdToWakeUpWith);
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
m_psaiState = PsaiState.rest;
m_holdIntensity = false;
m_timerStartSnippetPlayback.Stop(); // may be necessary if we have been fading out immediately
m_timerSegmentEndApproaching.Stop(); // may be necessary if we have been fading out immediately
m_timerWakeUpFromRest.Stop();
m_effectiveTheme = m_soundtrack.getThemeById(themeIdToWakeUpWith); // the effective Theme is also valid during Rest Mode
if (m_effectiveTheme != null)
{
int millisTimerRest = 0;
if (m_restModeSecondsOverride > 0)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("--- resting time is based on override values.");
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
millisTimerRest = m_restModeSecondsOverride;
m_restModeSecondsOverride = -1;
}
else
{
Theme themeRest = m_soundtrack.getThemeById(themeIdToUseForRestingTimeCalculation);
if (themeRest != null)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("--- resting time is based on Theme ");
sb.Append(themeRest.Name);
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
millisTimerRest = GetRandomInt(themeRest.restSecondsMin, themeRest.restSecondsMax) * 1000;
}
else
{
#if !(PSAI_NOLOG)
{
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("--- resting time is based on Theme ");
sb.Append(m_effectiveTheme.Name);
sb.Append("(themeIdToUseForRestingTimeCalculation was not found: ");
sb.Append(themeIdToUseForRestingTimeCalculation);
sb.Append(" )");
Logger.Instance.Log(sb.ToString(), LogLevel.warnings);
}
}
#endif
millisTimerRest = GetRandomInt(m_effectiveTheme.restSecondsMin, m_effectiveTheme.restSecondsMax) * 1000;
}
}
if (millisTimerRest > 0)
{
m_timeStampRestStart = GetTimestampMillisElapsedSinceInitialisation();
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("...resting for ");
sb.Append(millisTimerRest);
sb.Append(" ms");
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
m_timerWakeUpFromRest.SetTimer(millisTimerRest, 0);
}
else
{
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("resting time is zero, starting again immediately.", LogLevel.info);
}
}
#endif
WakeUpFromRestHandler();
}
}
else
{
#if !(PSAI_NOLOG)
{
if (LogLevel.errors <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("can't go to rest because Theme wasn't found!", LogLevel.errors);
}
}
#endif
}
}
internal Logik()
{
#if PSAI_STANDALONE
m_platformLayer = new PlatformLayerStandalone(this);
#else
m_platformLayer = new PlatformLayerUnity();
#endif
m_platformLayer.Initialize();
m_soundtrack = new Soundtrack();
m_themeQueue = new List<ThemeQueueEntry>();
m_fadeVoices = new List<FadeData>();
for (int i = 0; i < PSAI_CHANNEL_COUNT; i++)
{
m_playbackChannels[i] = new PlaybackChannel();
}
m_hilightVoiceIndex = -1;
m_lastRegularVoiceNumberReturned = -1;
m_currentVoiceNumber = -1;
m_targetVoice = -1;
m_psaiMasterVolume = 1.0f;
m_effectiveTheme = null;
m_currentSegmentPlaying = null;
m_currentSnippetTypeRequested = 0;
m_targetSegment = null;
m_targetSegmentSuitabilitiesRequested = 0;
m_psaiState = PsaiState.notready;
m_psaiStateIntended = PsaiState.notready;
m_paused = false;
m_fullVersionString = "psai Version " + PSAI_VERSION;
#if !(PSAI_NOLOG)
Logger.Instance.LogLevel = LogLevel.info;
Logger.Instance.Log(m_fullVersionString, LogLevel.info);
#endif
s_instance = this;
}
PsaiResult HandleNonInterruptingTriggerCall(Theme argTheme, float intensity, int musicDuration)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("HandleNonInterruptingTriggerCall() argTheme=");
sb.Append(argTheme.Name);
sb.Append(" intensity=");
sb.Append(intensity);
sb.Append(" musicDuration=");
sb.Append(musicDuration);
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
bool updateTqe = false;
if (m_nonInterruptingTriggerOfHighestPriority.themeId != -1)
{
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
updateTqe = true;
/*
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("previouslyTriggeredTheme was null");
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
*/
}
else
{
// check if the trigger call differs from the last one
if ( m_nonInterruptingTriggerOfHighestPriority.themeId != argTheme.id ||
m_nonInterruptingTriggerOfHighestPriority.startIntensity != intensity
)
{
#if !(PSAI_NOLOG)
{
/*
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("differing trigger -> update");
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
*/
}
#endif
updateTqe = true;
}
}
if (updateTqe)
{
m_nonInterruptingTriggerOfHighestPriority.themeId = argTheme.id;
m_nonInterruptingTriggerOfHighestPriority.startIntensity = intensity;
m_nonInterruptingTriggerOfHighestPriority.musicDuration = musicDuration;
m_psaiStateIntended = PsaiState.playing;
return PsaiResult.OK;
}
else
{
#if !(PSAI_NOLOG)
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("... no update necessary", LogLevel.debug);
}
#endif
return PsaiResult.OK;
}
}
void InitiateTransitionToRestMode()
{
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("InitiateTransitionToRestMode()", LogLevel.debug);
}
}
#endif
if (m_currentSegmentPlaying != null)
{
if ( m_currentSegmentPlaying.IsUsableAs(SegmentSuitability.end) )
{
EnterRestMode(GetLastBasicMoodId(), getEffectiveThemeId());
}
else if (CheckIfThereIsAPathToEndSegmentForEffectiveSegmentAndLogWarningIfThereIsnt() == false)
{
startFade(m_currentVoiceNumber, GetRemainingMillisecondsOfCurrentSegmentPlayback(), 0);
EnterRestMode(GetLastBasicMoodId(), getEffectiveThemeId());
}
else
{
WriteLogWarningIfThereIsNoDirectPathForEffectiveSnippetToEndSnippet();
PlaySegment(m_currentSegmentPlaying.nextSnippetToShortestEndSequence, false);
m_psaiStateIntended = PsaiState.rest;
}
}
}
internal PsaiResult StopMusic(bool immediately)
{
//boost::recursive_mutex::scoped_lock blockieren(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("StopMusic(");
sb.Append(immediately);
sb.Append(") called");
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
if (m_paused)
{
setPaused(false);
}
// return immediately in menu mode
if (m_psaiPlayMode == PsaiPlayMode.menuMode)
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("StopMusic() ignored: Menu Mode is active", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnoredMenuModeActive;
}
// return immediately in cutscene mode
if (m_psaiPlayModeIntended == PsaiPlayMode.cutScene)
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("StopMusic() ignored: Cutscene is active", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnoredCutsceneActive;
}
if (m_initializationFailure)
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log(LOGMESSAGE_ABORTION_DUE_TO_INITIALIZATION_FAILURE, LogLevel.errors);
}
#endif
return PsaiResult.initialization_error;
}
if (m_psaiStateIntended == PsaiState.silence && !immediately)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("StopMusic() ignored - psai is currently already transitioning to SILENCE mode", LogLevel.warnings);
}
}
#endif
return PsaiResult.commandIgnored;
}
m_returnToLastBasicMoodFlag = false;
m_holdIntensity = false;
//////////////////////////////////////////////////////////////////////////
switch (m_psaiState)
{
case PsaiState.playing:
case PsaiState.silence: // SILENCE will be set if we are leaving the menu and were in SILENCE when we entered it
{
Segment effectiveSnippet = GetEffectiveSegment();
if (effectiveSnippet != null)
{
bool validPathToEndSegmentExists = false;
if (!immediately)
{
validPathToEndSegmentExists = CheckIfThereIsAPathToEndSegmentForEffectiveSegmentAndLogWarningIfThereIsnt();
}
if (immediately || !validPathToEndSegmentExists)
{
startFade(m_currentVoiceNumber, PSAI_FADEOUTMILLIS_STOPMUSIC, 0);
EnterSilenceMode();
}
else
{
#if !(PSAI_NOLOG)
{
WriteLogWarningIfThereIsNoDirectPathForEffectiveSnippetToEndSnippet();
}
#endif
if (m_nonInterruptingTriggerOfHighestPriority.themeId != -1)
{
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("cleared noninterrupting trigger", LogLevel.debug);
}
}
#endif
}
m_psaiStateIntended = PsaiState.silence;
}
}
}
break;
case PsaiState.rest:
{
EnterSilenceMode();
}
break;
}
return PsaiResult.OK;
}
void SegmentEndApproachingHandler()
{
//boost::recursive_mutex::scoped_lock block(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("--- SegmentEndApproachingHandler() m_psaiStateIntended=");
sb.Append(m_psaiStateIntended);
sb.Append(" m_nonInterruptingTriggerOfHighestPriority.themeId=");
sb.Append(m_nonInterruptingTriggerOfHighestPriority.themeId);
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
// make sure we don't go to rest/sleep in case a non-interrupting trigger call
// has been received
if (m_nonInterruptingTriggerOfHighestPriority.themeId != -1)
{
m_psaiState = PsaiState.playing;
m_psaiStateIntended = PsaiState.playing;
}
switch (m_psaiStateIntended)
{
case PsaiState.silence:
{
if (m_currentSegmentPlaying == null || m_currentSegmentPlaying.IsUsableAs(SegmentSuitability.end))
{
EnterSilenceMode();
}
else
{
PlaySegment(m_currentSegmentPlaying.nextSnippetToShortestEndSequence, false);
}
}
break;
case PsaiState.rest:
{
if (m_currentSegmentPlaying == null || m_currentSegmentPlaying.IsUsableAs(SegmentSuitability.end))
{
if (m_psaiState != PsaiState.rest) // m_psaiState will be PsaiState.rest if we already called GoToRest using a fadeout.
{
EnterRestMode(GetLastBasicMoodId(), getEffectiveThemeId());
}
}
else
{
PlaySegment(m_currentSegmentPlaying.nextSnippetToShortestEndSequence, false);
}
}
break;
default:
{
if (m_returnToLastBasicMoodFlag)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("returnToLastBasicMoodFlag was set", LogLevel.debug);
}
}
#endif
// no End-Segment is playing and there is a valid transition to End - go on with the ending sequence.
if ( ((m_currentSegmentPlaying.SnippetTypeBitfield & (int)SegmentSuitability.end) == 0) &&
CheckIfThereIsAPathToEndSegmentForEffectiveSegmentAndLogWarningIfThereIsnt() == true
)
{
WriteLogWarningIfThereIsNoDirectPathForEffectiveSnippetToEndSnippet();
PlaySegment(m_currentSegmentPlaying.nextSnippetToShortestEndSequence, false);
return;
}
else
{
PlayThemeNowOrAtEndOfCurrentSegment(GetLastBasicMoodId(), m_lastBasicMood.intensityAfterRest, m_lastBasicMood.musicDurationGeneral, false, false);
m_returnToLastBasicMoodFlag = false;
return;
}
}
// do we have received any trigger-Calls while playing? Then use the one with the
// highest priority
if (m_psaiPlayMode == PsaiPlayMode.regular && m_nonInterruptingTriggerOfHighestPriority.themeId != -1)
{
Theme nonInterruptingTheme = m_soundtrack.getThemeById(m_nonInterruptingTriggerOfHighestPriority.themeId);
if (m_currentSegmentPlaying.CheckIfAtLeastOneDirectTransitionOrLayeringIsPossible(m_soundtrack, nonInterruptingTheme.id))
{
PlayThemeNowOrAtEndOfCurrentSegment(m_nonInterruptingTriggerOfHighestPriority.themeId, m_nonInterruptingTriggerOfHighestPriority.startIntensity, m_nonInterruptingTriggerOfHighestPriority.musicDuration, false, m_nonInterruptingTriggerOfHighestPriority.holdIntensity);
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
}
else
{
if (m_currentSegmentPlaying.MapOfNextTransitionSegmentToTheme.ContainsKey(nonInterruptingTheme.id))
{
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("No direct transition exists from Segment ");
sb.Append(m_currentSegmentPlaying.Name);
sb.Append(" to any MIDDLE or BRIDGE Segment of Theme ");
sb.Append(nonInterruptingTheme.Name);
sb.Append(", psai is therefore playing an indirect transition via the shortest path of compatible Segments. The next one will be ");
sb.Append(m_currentSegmentPlaying.MapOfNextTransitionSegmentToTheme[nonInterruptingTheme.id]);
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
PlaySegment(m_currentSegmentPlaying.MapOfNextTransitionSegmentToTheme[nonInterruptingTheme.id], false);
}
else
{
#if !(PSAI_NOLOG)
{
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("Could not perform any transition from Segment ");
sb.Append(m_currentSegmentPlaying.Name);
sb.Append(" to Theme ");
sb.Append(nonInterruptingTheme.Name);
sb.Append(" as no direct or indirect path of compatible Segments exists. Psai is therefore switching Themes by crossfading.");
Logger.Instance.Log(sb.ToString(), LogLevel.warnings);
}
}
#endif
PlayThemeNowOrAtEndOfCurrentSegment(m_nonInterruptingTriggerOfHighestPriority.themeId, m_nonInterruptingTriggerOfHighestPriority.startIntensity, m_nonInterruptingTriggerOfHighestPriority.musicDuration, true, m_nonInterruptingTriggerOfHighestPriority.holdIntensity);
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
}
}
}
else
{
// business as usual: get the next snippet of the current theme
float currentIntensity = getCurrentIntensity();
if (currentIntensity > 0.0f)
{
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
PlaySegmentOfCurrentTheme(SegmentSuitability.middle);
}
else
{
IntensityZeroHandler();
}
}
}
break;
}
}
/** internal function to initiate the playback of a theme.
* @param themeId id of the theme to be played
* @param intensity the desired intensity level [0.0f ... 1.0f]
* @param immediately true: play instantly false: play at end of current snippet
* @param SnippetType
* @param recalculateIntensitySlope pass true if the intensity slope needs to be reinitialized to the full musical period as defined in the authoring software.
* @param holdIntensity pass true if the intensity should be held on a constant level, false otherwise (default is false)
* @return PsaiResult.OK ok, theme will be played
* PSAI_INFO_TRIGGER_DENIED trigger was denied as a theme transition is not guaranteed due to missing snippet transitions, and error handling was set to DENY_TRIGGER
* PSAI_ERR_ESSENTIAL_SNIPPET_MISSING a transition could not be achieved because there was no compatible follower to the current snippet, and error handling was set to ABORT or STOP_MUSIC
*
*/
PsaiResult PlayThemeNowOrAtEndOfCurrentSegment(int themeId, float intensity, int musicDuration, bool immediately, bool holdIntensity)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Theme theme = m_soundtrack.getThemeById(themeId);
StringBuilder sb = new StringBuilder();
sb.Append("PlayThemeNowOrAtEndOfCurrentSegment() themeId=");
sb.Append(themeId);
if (theme == null)
{
sb.Append("THEME NOT FOUND!");
}
else
{
sb.Append(" [");
sb.Append(theme.Name);
sb.Append("] themeType=");
sb.Append(theme.themeType);
}
sb.Append( " intensity=");
sb.Append(intensity);
sb.Append(" immediately=");
sb.Append(immediately);
sb.Append(" holdIntensity=");
sb.Append(holdIntensity);
sb.Append(" musicDuration=");
sb.Append(musicDuration);
sb.Append(" m_currentSegmentPlaying=");
sb.Append(m_currentSegmentPlaying);
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
SetCurrentIntensityAndMusicDuration(intensity, musicDuration, true);
m_psaiStateIntended = PsaiState.playing;
m_heldIntensity = intensity;
// if we're interrupting rest mode, kill the rest wake up timer
if (m_psaiState == PsaiState.rest)
{
m_timerWakeUpFromRest.Stop();
}
// choice of Segment Suitability:
// * Use Start Segments:
// 1. when playing out of silence
// 2. if a pure END-Segment is currently playing
// * Use Middle Segments when staying within the current Theme.
// * Use Bridge or Middle Segments when transitioning to another Theme.
m_targetSegmentSuitabilitiesRequested = (int)SegmentSuitability.start;
if (m_psaiState == PsaiState.playing)
{
if (m_currentSegmentPlaying != null)
{
if (m_currentSegmentPlaying.IsUsableOnlyAs(SegmentSuitability.end))
{
m_targetSegmentSuitabilitiesRequested = (int)SegmentSuitability.start;
}
else
{
if (getEffectiveThemeId() == themeId)
{
// we stay within the same Theme, so choose a MIDDLE Segment
// NOTE: this may only happen if we return from the Menu or a CutScene to the same Theme. Otherwise,
// PlayThemeNowOrAtEndOfCurrentSegment should not be called explicitly
m_targetSegmentSuitabilitiesRequested = (int)SegmentSuitability.middle;
}
else
{
// upon Theme changes we play BRIDGE or MIDDLE Segments
m_targetSegmentSuitabilitiesRequested = SNIPPET_TYPE_MIDDLE_OR_BRIDGE;
}
}
}
}
m_effectiveTheme = m_soundtrack.getThemeById(themeId);
Segment targetSnippet;
if ((m_targetSegmentSuitabilitiesRequested & (int)SegmentSuitability.start) > 0 || GetEffectiveSegment() == null)
{
targetSnippet = GetBestStartSegmentForTheme(themeId, intensity);
}
else
{
targetSnippet = GetBestCompatibleSegment(GetEffectiveSegment(), themeId, intensity, m_targetSegmentSuitabilitiesRequested);
}
//////////////////////////////////////////////////////////////////////////
// no compatible Segment could be found !
//////////////////////////////////////////////////////////////////////////
if (targetSnippet == null)
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log("essential Segment could not be found! Trying to substitute...", LogLevel.errors);
}
#endif
targetSnippet = substituteSegment(themeId);
if (targetSnippet == null)
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log("failed to substitute Segment. Stopping music.", LogLevel.errors);
}
#endif
StopMusic(true);
return PsaiResult.essential_segment_missing;
}
}
// ////////////////////////////////////////////////
// at this point, the target Segment has to be set! (internal error otherwise)
// ////////////////////////////////////////////////
m_holdIntensity = holdIntensity;
// starting a Theme immediately when any other Theme is already playing should result in
// fading out that other Theme.
if (immediately && GetEffectiveSegment() != null)
{
m_scheduleFadeoutUponSnippetPlayback = true;
}
if (targetSnippet != null)
{
return PlaySegment(targetSnippet, immediately);
}
else
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log("fatal internal error! entered code section in PlayTheme that is supposed to be unreachable!", LogLevel.errors);
}
#endif
return PsaiResult.internal_error;
}
}
/* This method will play the target Segment with minimum delay, and set the m_targetSnipet to m_currentSnippet, and m_targetVoice to m_currentVoice.
*/
void PlayTargetSegmentImmediately()
{
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("PlayTargetSegmentImmediately() m_targetSegmentTypesRequested=");
sb.Append(Segment.GetStringFromSegmentSuitabilities(m_targetSegmentSuitabilitiesRequested));
sb.Append(" targetSegment=");
sb.Append(m_targetSegment.Name);
sb.Append(" id=");
sb.Append(m_targetSegment.Id);
sb.Append(" m_targetVoice=");
sb.Append(m_targetVoice);
sb.Append(" themeId=");
sb.Append(m_targetSegment.ThemeId);
sb.Append(" playbackChannel.Segment=" );
sb.Append(m_playbackChannels[m_targetVoice].Segment.Name);
sb.Append(" millisSinceSegmentLoad=");
sb.Append( m_playbackChannels[m_targetVoice].GetMillisecondsSinceSegmentLoad());
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
int snippetPlaybackDelayMillis = 0;
if (m_playbackChannels[m_targetVoice].CheckIfSegmentHadEnoughTimeToLoad())
{
snippetPlaybackDelayMillis = m_estimatedTimestampOfTargetSnippetPlayback - GetTimestampMillisElapsedSinceInitialisation();
#if !(PSAI_NOLOG)
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("Segment had enough time to load. m_estimatedTimestampOfTargetSnippetPlayback=" + m_estimatedTimestampOfTargetSnippetPlayback.ToString(), LogLevel.debug);
}
#endif
}
else
{
int millisUntilLoadingWillHaveFinished = m_playbackChannels[m_targetVoice].GetMillisecondsUntilLoadingWillHaveFinished();
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("Segment DID NOT have enough time to load! missing milliSeconds=" + millisUntilLoadingWillHaveFinished, LogLevel.debug);
}
}
#endif
snippetPlaybackDelayMillis = millisUntilLoadingWillHaveFinished + s_audioLayerMaximumLatencyForPlayingbackPrebufferedSounds;
}
m_playbackChannels[m_targetVoice].FadeOutVolume = 1.0f;
m_playbackChannels[m_targetVoice].ScheduleSegmentPlayback(m_targetSegment, snippetPlaybackDelayMillis);
if (m_scheduleFadeoutUponSnippetPlayback)
{
startFade(m_currentVoiceNumber, PSAI_FADEOUTMILLIS_PLAYIMMEDIATELY, m_targetSegment.audioData.GetPreBeatZoneInMilliseconds() + snippetPlaybackDelayMillis);
m_scheduleFadeoutUponSnippetPlayback = false;
}
m_psaiPlayMode = m_psaiPlayModeIntended;
m_currentVoiceNumber = m_targetVoice;
m_currentSegmentPlaying = m_targetSegment;
m_currentSnippetTypeRequested = m_targetSegmentSuitabilitiesRequested;
m_currentSegmentPlaying.Playcount++; //TODO: this should not be increased within menu mode, should it?
m_timeStampCurrentSnippetPlaycall = GetTimestampMillisElapsedSinceInitialisation() + snippetPlaybackDelayMillis;
// now set the timers for snippet end approaching and snippet end reached
int millisUntilUpcomingSnippetEnd = m_targetSegment.audioData.GetFullLengthInMilliseconds() + snippetPlaybackDelayMillis;
int millisUntilNextCalculateCall = (int)(millisUntilUpcomingSnippetEnd
- m_targetSegment.audioData.GetPostBeatZoneInMilliseconds()
- m_targetSegment.MaxPreBeatMsOfCompatibleSnippetsWithinSameTheme
- s_audioLayerMaximumLatencyForPlayingBackUnbufferedSounds // deterministic calculation up to here...
- 2 * s_updateIntervalMillis); // ... now add some extra headroom for processing time
if (millisUntilNextCalculateCall < 0)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append(" psai did not have enough time to evaluate the next Segment in time (missing milliseconds: ");
sb.Append(millisUntilNextCalculateCall);
sb.Append(").");
sb.Append(" This means that either the main region of Segment '");
sb.Append(m_currentSegmentPlaying.Name);
sb.Append("' (ThemeId=");
sb.Append(m_currentSegmentPlaying.ThemeId);
sb.Append(") is too short, or that the Prebeat region of at least one of its compatible Segments is too long. ");
sb.Append("See the 'best practice' section in the psai manual for more information.");
Logger.Instance.Log(sb.ToString(), LogLevel.warnings);
}
}
#endif
millisUntilNextCalculateCall = 0;
}
m_targetSegment = null;
m_psaiState = PsaiState.playing;
if (millisUntilNextCalculateCall < 0)
{
millisUntilNextCalculateCall = 0;
}
m_timerSegmentEndApproaching.SetTimer(millisUntilNextCalculateCall, s_updateIntervalMillis);
// at the moment the SnippetEndReached Timer only fires for the very last snippet
// so it will be extended with every following snippet
m_timerSegmentEndReached.SetTimer(millisUntilUpcomingSnippetEnd, 0);
#if !(PSAI_NOLOG)
{
/*
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("m_timer_SegmentEndApproaching should fire in ");
sb.Append(millisUntilNextCalculateCall);
sb.Append(" ms");
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
StringBuilder sb2 = new StringBuilder();
sb2.Append("m_timer_SegmentEndReached should fire in ");
sb2.Append(millisUntilUpcomingSnippetEnd);
sb2.Append(" ms");
Logger.Instance.Log(sb2.ToString(), LogLevel.debug);
}
*/
}
#endif
}
/** basic internal function for setting the first theme that will be played as soon as the
* current theme's intensity has dropped (or has been set) to zero. This method behaves as a push operation, so the parameter will be
* the first theme on the theme queue stack.
* @param clearThemeQueue pass true to clear the themeQueue, false to enqueue the followingTheme in the themeQueue
* @param restTimeMillis if the theme should start in rest mode, pass the resting millis. 0 otherwise.
* @param playMode the playMode that will be entered when the theme is popped.
* @param holdIntensity true for holding the intensity at a constant level
*/
bool pushThemeToThemeQueue(int themeId, float intensity, int musicDuration, bool clearThemeQueue, int restTimeMillis, PsaiPlayMode playMode, bool holdIntensity)
{
//boost::recursive_mutex::scoped_lock block(m_pnxLogicMutex);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("setting the Following Theme to ");
sb.Append(themeId);
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
sb.Append(" intensity= ");
sb.Append(intensity);
sb.Append(" clearThemeQueue=");
sb.Append(clearThemeQueue);
sb.Append(" playmode=");
sb.Append(playMode);
sb.Append(" holdIntensity=");
sb.Append(holdIntensity);
sb.Append(" musicDuration=");
sb.Append(musicDuration);
}
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
if (clearThemeQueue)
{
m_themeQueue.Clear();
}
Theme theme = m_soundtrack.getThemeById(themeId);
if (theme != null)
{
ThemeQueueEntry newEntry = new ThemeQueueEntry();
newEntry.themeId = themeId;
newEntry.startIntensity = intensity;
newEntry.musicDuration = musicDuration;
newEntry.restTimeMillis = restTimeMillis;
newEntry.playmode = playMode;
newEntry.holdIntensity = holdIntensity;
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append(" m_themeQueue.size()=");
sb.Append(m_themeQueue.Count);
for (int i=0; i<m_themeQueue.Count; i++)
{
ThemeQueueEntry tmpEntry = m_themeQueue[i];
sb.Append(" [");
sb.Append(i);
sb.Append("] themeId=");
sb.Append(tmpEntry.themeId);
sb.Append(" startIntensity=");
sb.Append(tmpEntry.startIntensity);
}
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
m_themeQueue.Insert(0, newEntry);
m_psaiStateIntended = PsaiState.playing; // in case IntensityZeroHandler() had already been called, we need to reset the psaiStateIntended here
return true;
}
else
{
return false;
}
}
internal PsaiResult TriggerMusicTheme(Theme argTheme, float argIntensity, int argMusicDuration)
{
if (m_initializationFailure)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.errors <= Logger.Instance.LogLevel)
{
Logger.Instance.Log(LOGMESSAGE_ABORTION_DUE_TO_INITIALIZATION_FAILURE, LogLevel.errors);
}
}
#endif
return PsaiResult.initialization_error;
}
//////////////////////////////////////////////////////////////////////////
if (m_paused)
{
setPaused(false);
}
Segment effectiveSegment = GetEffectiveSegment();
// special treatment for Highlights
if (argTheme.themeType == ThemeType.highlightLayer)
{
if (CheckIfAnyThemeIsCurrentlyPlaying() == true)
{
if (m_effectiveTheme != null && effectiveSegment != null && effectiveSegment.CheckIfAtLeastOneDirectTransitionOrLayeringIsPossible(m_soundtrack, argTheme.id) == false)
{
#if !(PSAI_NOLOG)
{
Logger.Instance.Log(LOGMESSAGE_TRIGGER_DENIED, LogLevel.warnings);
}
#endif
return PsaiResult.triggerDenied;
};
}
return startHighlight(argTheme);
}
// return immediately in menu mode
if (m_psaiPlayMode == PsaiPlayMode.menuMode)
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("TriggerMusicTheme() ignored: Menu Mode is active", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnoredMenuModeActive;
}
else if (m_psaiPlayModeIntended == PsaiPlayMode.cutScene)
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("TriggerMusicTheme() ignored: Cutscene is active", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnoredCutsceneActive;
}
else if (m_psaiPlayMode == PsaiPlayMode.cutScene && m_psaiStateIntended == PsaiState.silence && m_currentSegmentPlaying != null)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("special case: Cutscene Theme is still playing, continuing with theme " + argTheme.Name, LogLevel.info);
}
}
#endif
m_psaiState = PsaiState.playing;
m_psaiStateIntended = PsaiState.playing;
return PlayThemeNowOrAtEndOfCurrentSegment(argTheme.id, argIntensity, argMusicDuration, true, false);
}
//////////////////////////////////////////////////////////////////////////
// regular Mode
//////////////////////////////////////////////////////////////////////////
// if we trigger a BasicMood shortly after ReturnToBasicMood(by End) has been called, we don't want to cancel the
// return, but instead switch the Last Basic Mood to return to. In all other cases, cancel the Return process.
if (m_returnToLastBasicMoodFlag)
{
if (argTheme.themeType != ThemeType.basicMood)
{
m_returnToLastBasicMoodFlag = false;
}
}
if (argTheme.themeType == ThemeType.basicMood)
{
SetThemeAsLastBasicMood(argTheme);
}
// always clear the Theme Queue, as the most recent trigger call is the one that counts.
removeFirstFollowingThemeQueueEntry();
// nothing is playing -> play immediately
if (effectiveSegment == null || m_psaiState == PsaiState.silence || m_psaiState == PsaiState.rest)
{
return PlayThemeNowOrAtEndOfCurrentSegment(argTheme.id, argIntensity, argMusicDuration, true, false);
}
// special case: StopMusic(by End Segment) is in progress, and a Theme of lower or same priority is triggered
// -> conduct a seamless transition.
if (m_psaiStateIntended == PsaiState.silence && effectiveSegment != null)
{
Theme effectiveTheme1 = m_soundtrack.getThemeById(effectiveSegment.ThemeId);
ThemeInterruptionBehavior tib = Theme.GetThemeInterruptionBehavior(effectiveTheme1.themeType, argTheme.themeType);
if (tib == ThemeInterruptionBehavior.at_end_of_current_snippet || tib == ThemeInterruptionBehavior.never)
{
m_psaiStateIntended = PsaiState.playing;
return PlayThemeNowOrAtEndOfCurrentSegment(argTheme.id, argIntensity, argMusicDuration, false, false);
}
}
// the effective Theme was triggered again?
if (effectiveSegment.ThemeId == argTheme.id)
{
#if !(PSAI_NOLOG)
{
/*
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("theme ");
sb.Append(argTheme.Name);
sb.Append(" is already playing and the SegmentEndApproaching timer is pending. Updating intensity to ");
sb.Append(argIntensity);
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
*/
}
#endif
m_nonInterruptingTriggerOfHighestPriority.themeId = -1; // clear any non-interrupting trigger call we may have received recently!
SetCurrentIntensityAndMusicDuration(argIntensity, argMusicDuration, true);
m_psaiStateIntended = PsaiState.playing;
return PsaiResult.OK;
}
Theme effectiveTheme = m_soundtrack.getThemeById(effectiveSegment.ThemeId);
ThemeInterruptionBehavior themeInteruptionBehavior = Theme.GetThemeInterruptionBehavior(effectiveTheme.themeType, argTheme.themeType);
switch (themeInteruptionBehavior)
{
case ThemeInterruptionBehavior.immediately:
{
// don't push the interrupted Theme on the stack if GoToRest() or StopMusic() has just been called.
if (argTheme.themeType == ThemeType.shock && m_psaiStateIntended == PsaiState.playing)
{
PushEffectiveThemeToThemeQueue(PsaiPlayMode.regular);
}
else
{
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
}
return PlayThemeNowOrAtEndOfCurrentSegment(argTheme.id, argIntensity, argMusicDuration, true, false);
}
//break;
case ThemeInterruptionBehavior.at_end_of_current_snippet:
{
return HandleNonInterruptingTriggerCall(argTheme, argIntensity, argMusicDuration);
}
//break;
case ThemeInterruptionBehavior.never:
{
if (argTheme.themeType != ThemeType.basicMood)
{
pushThemeToThemeQueue(argTheme.id, argIntensity, argMusicDuration, false, 0, PsaiPlayMode.regular, false);
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("Theme ");
sb.Append(argTheme.Name);
sb.Append(" has been queued for direct playback after the intensity of the current Theme has dropped to zero.");
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
}
return PsaiResult.OK;
}
//break;
}
#if !(PSAI_NOLOG)
{
if (LogLevel.errors <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("INTERNAL ERROR: end of TriggerMusicTheme() reached without returning a proper returnCode. ");
sb.Append("argThemeId=");
sb.Append(argTheme.id);
sb.Append(" m_currentTheme=");
sb.Append(m_effectiveTheme);
if (m_effectiveTheme != null)
{
sb.Append(" m_currentTheme id=");
sb.Append(m_effectiveTheme.id);
sb.Append(" m_currentTheme themeType=");
sb.Append(m_effectiveTheme.themeType);
}
Logger.Instance.Log(sb.ToString(), LogLevel.errors);
}
}
#endif
return PsaiResult.internal_error;
}
internal PsaiResult ReturnToLastBasicMood(bool immediately)
{
#if !(PSAI_NOLOG)
{
if (LogLevel.info <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("ReturnToBasicMood(");
sb.Append(immediately);
sb.Append(") m_psaiState=");
sb.Append(m_psaiState);
sb.Append(" m_currentSnippetTypesRequested=");
sb.Append(Segment.GetStringFromSegmentSuitabilities(m_currentSnippetTypeRequested));
Logger.Instance.Log(sb.ToString(), LogLevel.info);
}
}
#endif
if (m_initializationFailure)
{
return PsaiResult.initialization_error;
}
//////////////////////////////////////////////////////////////////////////
if (m_paused)
{
setPaused(false);
}
if (m_psaiPlayModeIntended == PsaiPlayMode.regular)
{
switch(m_psaiState)
{
case PsaiState.playing:
{
m_themeQueue.Clear();
m_holdIntensity = false;
m_nonInterruptingTriggerOfHighestPriority.themeId = -1;
if (m_currentSegmentPlaying != null && m_effectiveTheme.themeType != ThemeType.basicMood)
{
bool validPathToEndSnippetExists = false;
if (!immediately)
{
validPathToEndSnippetExists = CheckIfThereIsAPathToEndSegmentForEffectiveSegmentAndLogWarningIfThereIsnt();
}
if (immediately || !validPathToEndSnippetExists)
{
PlayThemeNowOrAtEndOfCurrentSegment(GetLastBasicMoodId(), m_lastBasicMood.intensityAfterRest, m_lastBasicMood.musicDurationGeneral, true, false);
}
else
{
m_psaiStateIntended = PsaiState.playing; // in case we are interrupting a transition to SILENCE after StopMusic(0) was called
m_returnToLastBasicMoodFlag = true;
}
return PsaiResult.OK;
}
else
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("ReturnToLastBasicMood() ignored: base theme is already playing", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnored;
}
}
//break;
case PsaiState.rest:
case PsaiState.silence:
{
PlayThemeNowOrAtEndOfCurrentSegment(GetLastBasicMoodId(), m_lastBasicMood.intensityAfterRest, m_lastBasicMood.musicDurationGeneral, true, false);
return PsaiResult.OK;
}
//break;
default:
{
#if !(PSAI_NOLOG)
{
if (LogLevel.debug <= Logger.Instance.LogLevel)
{
StringBuilder sb = new StringBuilder();
sb.Append("INTERNAL ERROR: unconsidered psaiState in ReturnToLastBasicMood()! m_psaiState=");
sb.Append(m_psaiState);
Logger.Instance.Log(sb.ToString(), LogLevel.debug);
}
}
#endif
return PsaiResult.internal_error;
}
}
}
else
{
if (m_psaiPlayModeIntended == PsaiPlayMode.menuMode)
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("ReturnToLastBasicMood() ignored: MenuMode is active. Call MenuModeLeave() first.", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnoredMenuModeActive;
}
else if (m_psaiPlayModeIntended == PsaiPlayMode.cutScene)
{
#if !(PSAI_NOLOG)
if (LogLevel.warnings <= Logger.Instance.LogLevel)
{
Logger.Instance.Log("ReturnToLastBasicMood() ignored: CutScene is active. Call CutsceneLeave() first.", LogLevel.warnings);
}
#endif
return PsaiResult.commandIgnoredCutsceneActive;
}
}
return PsaiResult.internal_error; // should never be reached
}
