void Set(Variables cv) { SoundEffectSettings ap = new SoundEffectSettings(cv); // we have no control over values, user could have messed them up, and it excepts if out of range trackBarEM.Enabled = trackBarEF.Enabled = trackBarED.Enabled = checkBoxE.Checked = ap.echoenabled; try { trackBarEM.Value = ap.echomix; trackBarEF.Value = ap.echofeedback; trackBarED.Value = ap.echodelay; } catch { } trackBarCM.Enabled = trackBarCF.Enabled = trackBarCD.Enabled = trackBarCDp.Enabled = checkBoxC.Checked = ap.chorusenabled; try { trackBarCM.Value = ap.chorusmix; trackBarCF.Value = ap.chorusfeedback; trackBarCD.Value = ap.chorusdelay; trackBarCDp.Value = ap.chorusdepth; } catch { } trackBarRM.Enabled = trackBarRT.Enabled = trackBarRH.Enabled = checkBoxR.Checked = ap.reverbenabled; try { trackBarRM.Value = ap.reverbmix; trackBarRT.Value = ap.reverbtime; trackBarRH.Value = ap.reverbhfratio; } catch { } trackBarDG.Enabled = trackBarDE.Enabled = trackBarDC.Enabled = trackBarDW.Enabled = checkBoxD.Checked = ap.distortionenabled; try { trackBarDG.Value = ap.distortiongain; trackBarDE.Value = ap.distortionedge; trackBarDC.Value = ap.distortioncentrefreq; trackBarDW.Value = ap.distortionfreqwidth; } catch { } trackBarGF.Enabled = checkBoxG.Checked = ap.gargleenabled; try { trackBarGF.Value = ap.garglefreq; } catch { } trackBarPitch.Enabled = checkBoxP.Checked = ap.pitchshiftenabled; try { trackBarPitch.Value = ap.pitchshift; } catch { } checkBoxCustomNone.Checked = ap.OverrideNone; ExtendedControls.Theme.Current?.ApplyDialog(this); }
private void button1_Click(object sender, EventArgs e) { Variables vars = new Variables(); SoundEffectSettings ses = SoundEffectSettings.Set(vars, vars); // work out the settings AudioQueue.AudioSample audio = audioqueue.Generate(@"c:\code\examples\pack\hulldamage.mp3", ses); audioqueue.Submit(audio, 60, AudioQueue.Priority.Normal); AudioQueue.AudioSample audio2 = audioqueue.Generate(@"c:\code\examples\pack\sampledockingrequest.mp3", ses); audioqueue.Submit(audio2, 60, AudioQueue.Priority.Normal); }
public Variables GetEffects() { SoundEffectSettings ap = new SoundEffectSettings(); if (checkBoxE.Checked) { ap.echomix = trackBarEM.Value; ap.echofeedback = trackBarEF.Value; ap.echodelay = trackBarED.Value; } if (checkBoxC.Checked) { ap.chorusmix = trackBarCM.Value; ap.chorusfeedback = trackBarCF.Value; ap.chorusdelay = trackBarCD.Value; ap.chorusdepth = trackBarCDp.Value; } if (checkBoxR.Checked) { ap.reverbmix = trackBarRM.Value; ap.reverbtime = trackBarRT.Value; ap.reverbhfratio = trackBarRH.Value; } if (checkBoxD.Checked) { ap.distortiongain = trackBarDG.Value; ap.distortionedge = trackBarDE.Value; ap.distortioncentrefreq = trackBarDC.Value; ap.distortionfreqwidth = trackBarDW.Value; } if (checkBoxG.Checked) { ap.garglefreq = trackBarGF.Value; } if (checkBoxP.Checked) { ap.pitchshift = trackBarPitch.Value; } if (checkBoxCustomNone.Checked) { ap.OverrideNone = true; } return(ap.values); }
public override bool ExecuteAction(ActionProgramRun ap) { string say; ConditionVariables statementvars; if (FromString(userdata, out say, out statementvars)) { string errlist = null; ConditionVariables vars = statementvars.ExpandAll(ap.functions, statementvars, out errlist); if (errlist == null) { bool wait = vars.GetInt(waitname, 0) != 0; AudioQueue.Priority priority = AudioQueue.GetPriority(vars.GetString(priorityname, "Normal")); string start = vars.GetString(startname, checklen: true); string finish = vars.GetString(finishname, checklen: true); string voice = (vars.Exists(voicename) && vars[voicename].Length > 0)? vars[voicename] : (ap.VarExist(globalvarspeechvoice) ? ap[globalvarspeechvoice] : "Default"); int vol = vars.GetInt(volumename, -999); if (vol == -999) { vol = ap.variables.GetInt(globalvarspeechvolume, 60); } int rate = vars.GetInt(ratename, -999); if (rate == -999) { rate = ap.variables.GetInt(globalvarspeechrate, 0); } int queuelimitms = vars.GetInt(queuelimit, 0); string culture = (vars.Exists(culturename) && vars[culturename].Length > 0) ? vars[culturename] : (ap.VarExist(globalvarspeechculture) ? ap[globalvarspeechculture] : "Default"); bool literal = vars.GetInt(literalname, 0) != 0; bool dontspeak = vars.GetInt(dontspeakname, 0) != 0; string prefixsoundpath = vars.GetString(prefixsound, checklen: true); string postfixsoundpath = vars.GetString(postfixsound, checklen: true); string mixsoundpath = vars.GetString(mixsound, checklen: true); SoundEffectSettings ses = new SoundEffectSettings(vars); // use the rest of the vars to place effects if (!ses.Any && !ses.OverrideNone && ap.VarExist(globalvarspeecheffects)) // if can't see any, and override none if off, and we have a global, use that { vars = new ConditionVariables(ap[globalvarspeecheffects], ConditionVariables.FromMode.MultiEntryComma); } if (queuelimitms > 0) { int queue = ap.actioncontroller.AudioQueueSpeech.InQueuems(); if (queue >= queuelimitms) { ap["SaySaid"] = "!LIMIT"; System.Diagnostics.Debug.WriteLine("Abort say due to queue being at " + queue); return(true); } } string expsay; if (ap.functions.ExpandString(say, out expsay) != ConditionFunctions.ExpandResult.Failed) { if (!literal) { expsay = expsay.PickOneOfGroups(rnd); // expand grouping if not literal } ap["SaySaid"] = expsay; if ((ap.VarExist("SpeechDebug") && ap["SpeechDebug"].Contains("Print"))) { ap.actioncontroller.LogLine("Say: " + expsay); expsay = ""; } if (dontspeak) { expsay = ""; } System.IO.MemoryStream ms = ap.actioncontroller.SpeechSynthesizer.Speak(expsay, culture, voice, rate); if (ms != null) { AudioQueue.AudioSample audio = ap.actioncontroller.AudioQueueSpeech.Generate(ms, vars, true); if (audio == null) { ap.ReportError("Say could not create audio, check Effects settings"); return(true); } if (mixsoundpath != null) { AudioQueue.AudioSample mix = ap.actioncontroller.AudioQueueSpeech.Generate(mixsoundpath, new ConditionVariables()); if (audio == null) { ap.ReportError("Say could not create mix audio, check audio file format is supported and effects settings"); return(true); } audio = ap.actioncontroller.AudioQueueSpeech.Mix(audio, mix); // audio in MIX format } if (prefixsoundpath != null) { AudioQueue.AudioSample p = ap.actioncontroller.AudioQueueSpeech.Generate(prefixsoundpath, new ConditionVariables()); if (p == null) { ap.ReportError("Say could not create prefix audio, check audio file format is supported and effects settings"); return(true); } audio = ap.actioncontroller.AudioQueueSpeech.Append(p, audio); // audio in AUDIO format. } if (postfixsoundpath != null) { AudioQueue.AudioSample p = ap.actioncontroller.AudioQueueSpeech.Generate(postfixsoundpath, new ConditionVariables()); if (p == null) { ap.ReportError("Say could not create postfix audio, check audio file format is supported and effects settings"); return(true); } audio = ap.actioncontroller.AudioQueueSpeech.Append(audio, p); // Audio in P format } if (start != null) { audio.sampleStartTag = new AudioEvent { apr = ap, eventname = start, triggername = "onSayStarted" }; audio.sampleStartEvent += Audio_sampleEvent; } if (wait || finish != null) // if waiting, or finish call { audio.sampleOverTag = new AudioEvent() { apr = ap, wait = wait, eventname = finish, triggername = "onSayFinished" }; audio.sampleOverEvent += Audio_sampleEvent; } ap.actioncontroller.AudioQueueSpeech.Submit(audio, vol, priority); return(!wait); //False if wait, meaning terminate and wait for it to complete, true otherwise, continue } } else { ap.ReportError(expsay); } } else { ap.ReportError(errlist); } } else { ap.ReportError("Say command line not in correct format"); } return(true); }
public override bool ExecuteAction(ActionProgramRun ap) { string say; Variables statementvars; if (FromString(userdata, out say, out statementvars)) { string ctrl = ap.VarExist("SpeechDebug") ? ap["SpeechDebug"] : ""; string errlist = null; Variables vars = ap.functions.ExpandVars(statementvars, out errlist); if (ctrl.Contains("SayLine")) { ap.actioncontroller.LogLine("Say Command: " + userdata); ap.actioncontroller.LogLine("Say Vars: " + vars.ToString(separ: Environment.NewLine)); System.Diagnostics.Debug.WriteLine("Say Vars: " + vars.ToString(separ: Environment.NewLine)); } if (errlist == null) { bool wait = vars.GetInt(waitname, 0) != 0; string prior = (vars.Exists(priorityname) && vars[priorityname].Length > 0) ? vars[priorityname] : (ap.VarExist(globalvarspeechpriority) ? ap[globalvarspeechpriority] : "Normal"); AudioQueue.Priority priority = AudioQueue.GetPriority(prior); string start = vars.GetString(startname, checklen: true); string finish = vars.GetString(finishname, checklen: true); string voice = (vars.Exists(voicename) && vars[voicename].Length > 0) ? vars[voicename] : (ap.VarExist(globalvarspeechvoice) ? ap[globalvarspeechvoice] : "Default"); int vol = vars.GetInt(volumename, -999); if (vol == -999) { vol = ap.variables.GetInt(globalvarspeechvolume, 60); } int rate = vars.GetInt(ratename, -999); if (rate == -999) { rate = ap.variables.GetInt(globalvarspeechrate, 0); } int queuelimitms = vars.GetInt(queuelimit, 0); string culture = (vars.Exists(culturename) && vars[culturename].Length > 0) ? vars[culturename] : (ap.VarExist(globalvarspeechculture) ? ap[globalvarspeechculture] : "Default"); bool literal = vars.GetInt(literalname, 0) != 0; bool dontspeak = vars.Exists(dontspeakname) ? (vars.GetInt(dontspeakname, 0) != 0) : (ap.VarExist(globalvarspeechdisable) ? ap[globalvarspeechdisable].InvariantParseInt(0) != 0 : false); string prefixsoundpath = vars.GetString(prefixsound, checklen: true); string postfixsoundpath = vars.GetString(postfixsound, checklen: true); string mixsoundpath = vars.GetString(mixsound, checklen: true); Variables globalsettings = ap.VarExist(globalvarspeecheffects) ? new Variables(ap[globalvarspeecheffects], Variables.FromMode.MultiEntryComma) : null; SoundEffectSettings ses = SoundEffectSettings.Set(globalsettings, vars); // work out the settings if (queuelimitms > 0) { int queue = ap.actioncontroller.AudioQueueSpeech.InQueuems(); if (queue >= queuelimitms) { ap["SaySaid"] = "!LIMIT"; System.Diagnostics.Debug.WriteLine("Abort say due to queue being at " + queue); return(true); } } string expsay; if (ap.functions.ExpandString(say, out expsay) != Functions.ExpandResult.Failed) { System.Diagnostics.Debug.WriteLine("Say wait {0}, vol {1}, rate {2}, queue {3}, priority {4}, culture {5}, literal {6}, dontspeak {7} , prefix {8}, postfix {9}, mix {10} starte {11}, finishe {12} , voice {13}, text {14}", wait, vol, rate, queuelimitms, priority, culture, literal, dontspeak, prefixsoundpath, postfixsoundpath, mixsoundpath, start, finish, voice, expsay); Random rnd = FunctionHandlers.GetRandom(); if (!literal) { expsay = expsay.PickOneOfGroups(rnd); // expand grouping if not literal } ap["SaySaid"] = expsay; if (ctrl.Contains("Global")) { ap.actioncontroller.SetPeristentGlobal("GlobalSaySaid", expsay); } if (ctrl.Contains("Print")) { ap.actioncontroller.LogLine("Say: " + expsay); } if (ctrl.Contains("Mute")) { return(true); } if (ctrl.Contains("DontSpeak")) { expsay = ""; } if (dontspeak) { expsay = ""; } AudioQueue.AudioSample mix = null, prefix = null, postfix = null; if (mixsoundpath != null) { mix = ap.actioncontroller.AudioQueueSpeech.Generate(mixsoundpath); if (mix == null) { ap.ReportError("Say could not create mix audio, check audio file format is supported and effects settings"); return(true); } } if (prefixsoundpath != null) { prefix = ap.actioncontroller.AudioQueueSpeech.Generate(prefixsoundpath); if (prefix == null) { ap.ReportError("Say could not create prefix audio, check audio file format is supported and effects settings"); return(true); } } if (postfixsoundpath != null) { postfix = ap.actioncontroller.AudioQueueSpeech.Generate(postfixsoundpath); if (postfix == null) { ap.ReportError("Say could not create postfix audio, check audio file format is supported and effects settings"); return(true); } } // we entrust it to a Speach Queue (New Dec 20) as the synth takes an inordinate time to generate speech, it then calls back ap.actioncontroller.SpeechSynthesizer.SpeakQueue(expsay, culture, voice, rate, (memstream) => { // in a thread, invoke on UI thread to complete action, since these objects are owned by that thread ap.actioncontroller.Form.Invoke((MethodInvoker) delegate { System.Diagnostics.Debug.Assert(Application.MessageLoop); // double check! AudioQueue.AudioSample audio = ap.actioncontroller.AudioQueueSpeech.Generate(memstream, ses, true); if (audio != null) { if (mix != null) { audio = ap.actioncontroller.AudioQueueSpeech.Mix(audio, mix); // audio in MIX format } if (prefix != null) { audio = ap.actioncontroller.AudioQueueSpeech.Append(prefix, audio); // audio in AUDIO format. } if (postfix != null) { audio = ap.actioncontroller.AudioQueueSpeech.Append(audio, postfix); // Audio in P format } if (start != null) { audio.sampleStartTag = new AudioEvent { apr = ap, eventname = start, ev = ActionEvent.onSayStarted }; audio.sampleStartEvent += Audio_sampleEvent; } if (wait || finish != null) // if waiting, or finish call { audio.sampleOverTag = new AudioEvent() { apr = ap, wait = wait, eventname = finish, ev = ActionEvent.onSayFinished }; audio.sampleOverEvent += Audio_sampleEvent; } ap.actioncontroller.AudioQueueSpeech.Submit(audio, vol, priority); } }); }); return(!wait); } else { ap.ReportError(expsay); } } else { ap.ReportError(errlist); } } else { ap.ReportError("Say command line not in correct format"); } return(true); }
public override bool ExecuteAction(ActionProgramRun ap) { string pathunexpanded; ConditionVariables statementvars; if (FromString(userdata, out pathunexpanded, out statementvars)) { string errlist = null; ConditionVariables vars = statementvars.ExpandAll(ap.functions, statementvars, out errlist); if (errlist == null) { string path; if (ap.functions.ExpandString(pathunexpanded, out path) != ConditionFunctions.ExpandResult.Failed) { if (System.IO.File.Exists(path)) { bool wait = vars.GetInt(waitname, 0) != 0; AudioQueue.Priority priority = AudioQueue.GetPriority(vars.GetString(priorityname, "Normal")); string start = vars.GetString(startname); string finish = vars.GetString(finishname); int vol = vars.GetInt(volumename, -999); if (vol == -999) { vol = ap.variables.GetInt(globalvarplayvolume, 60); } SoundEffectSettings ses = new SoundEffectSettings(vars); // use the rest of the vars to place effects if (!ses.Any && !ses.OverrideNone && ap.VarExist(globalvarplayeffects)) // if can't see any, and override none if off, and we have a global, use that { vars = new ConditionVariables(ap[globalvarplayeffects], ConditionVariables.FromMode.MultiEntryComma); } AudioQueue.AudioSample audio = ap.actioncontroller.AudioQueueWave.Generate(path, vars); if (audio != null) { if (start != null && start.Length > 0) { audio.sampleStartTag = new AudioEvent { apr = ap, eventname = start, triggername = "onPlayStarted" }; audio.sampleStartEvent += Audio_sampleEvent; } if (wait || (finish != null && finish.Length > 0)) // if waiting, or finish call { audio.sampleOverTag = new AudioEvent() { apr = ap, wait = wait, eventname = finish, triggername = "onPlayFinished" }; audio.sampleOverEvent += Audio_sampleEvent; } ap.actioncontroller.AudioQueueWave.Submit(audio, vol, priority); return(!wait); //False if wait, meaning terminate and wait for it to complete, true otherwise, continue } else { ap.ReportError("Play could not create audio, check audio file format is supported and effects settings"); } } else { ap.ReportError("Play could not find file " + path); } } else { ap.ReportError(path); } } else { ap.ReportError(errlist); } } else { ap.ReportError("Play command line not in correct format"); } return(true); }
public override bool ExecuteAction(ActionProgramRun ap) { string pathunexpanded; Variables statementvars; if (FromString(userdata, out pathunexpanded, out statementvars)) { string errlist = null; Variables vars = ap.Functions.ExpandVars(statementvars, out errlist); if (errlist == null) { string path; if (ap.Functions.ExpandString(pathunexpanded, out path) != Functions.ExpandResult.Failed) { if (path == tonekey || System.IO.File.Exists(path)) { bool wait = vars.GetInt(waitname, 0) != 0; AudioQueue.Priority priority = AudioQueue.GetPriority(vars.GetString(priorityname, "Normal")); string start = vars.GetString(startname); string finish = vars.GetString(finishname); int vol = vars.GetInt(volumename, -999); if (vol == -999) { vol = ap.variables.GetInt(globalvarplayvolume, 60); } Variables globalsettings = ap.VarExist(globalvarplayeffects) ? new Variables(ap[globalvarplayeffects], Variables.FromMode.MultiEntryComma) : null; SoundEffectSettings ses = SoundEffectSettings.Set(globalsettings, vars); // work out the settings AudioQueue.AudioSample audio = null; if (path == tonekey) { double freq = vars.GetDouble(tonefrequency, 512); double lengthms = vars.GetDouble(toneduration, 1000); audio = ap.ActionController.AudioQueueWave.Tone(freq, 100.0, lengthms); } else { audio = ap.ActionController.AudioQueueWave.Generate(path, ses); } double attack = vars.GetDouble(envelopeattack, -1); if (attack >= 0 && audio != null) { double decay = vars.GetDouble(envelopedecay, 0); double sustain = vars.GetDouble(envelopesustain, 1E12); double release = vars.GetDouble(enveloperelease, 1000); double svolume = vars.GetDouble(sustainvolume, decay == 0 ? 100 : 50); // System.Diagnostics.Debug.WriteLine($"ADSR {attack} {decay} {sustain} {release} {svolume}"); audio = ap.ActionController.AudioQueueWave.Envelope(audio, attack, decay, sustain, release, 100.0, svolume); } if (audio != null) { if (start != null && start.Length > 0) { audio.sampleStartTag = new AudioEvent { apr = ap, eventname = start, ev = ActionEvent.onPlayStarted }; audio.sampleStartEvent += Audio_sampleEvent; } if (wait || (finish != null && finish.Length > 0)) // if waiting, or finish call { audio.sampleOverTag = new AudioEvent() { apr = ap, wait = wait, eventname = finish, ev = ActionEvent.onPlayFinished }; audio.sampleOverEvent += Audio_sampleEvent; } ap.ActionController.AudioQueueWave.Submit(audio, vol, priority); return(!wait); //False if wait, meaning terminate and wait for it to complete, true otherwise, continue } else { ap.ReportError("Play could not create audio, check audio file format is supported and effects settings"); } } else { ap.ReportError("Play could not find file " + path); } } else { ap.ReportError(path); } } else { ap.ReportError(errlist); } } else { ap.ReportError("Play command line not in correct format"); } return(true); }