static void Main(string[] args)
{
using (var rhvoice = new RHVoice())
{
Console.WriteLine($"RHVoice version: {rhvoice.GetVersion()}");
Console.WriteLine($"Voices available: {rhvoice.GetVoiceCount()}");
var voices = rhvoice.GetVoices();
foreach (var voice in voices)
{
Console.WriteLine(voice.Language);
Console.WriteLine(voice.Name);
Console.WriteLine(voice.Gender);
}
Console.WriteLine($"Profiles available: {rhvoice.GetVoiceProfilesCount()}");
var profiles = rhvoice.GetVoiceProfiles();
foreach (var profile in profiles)
{
Console.WriteLine(profile);
}
var p = new SynthParams();
p.VoiceProfile = "Aleksandr";
p.RelativeRate = 3.0;
string msg;
while ((msg = Console.ReadLine()) != "exit")
{
rhvoice.Speak(msg, p, false);
}
}
}
void OnWaveShapeSelected(bool value)
{
// Ignore if this is a negative event (eg. not the selected toggle).
// Otherwise, we will handle duplicate events.
if (!value)
{
return;
}
SynthParams synthParams = soundEffect.content.synthParams;
if (ui.sineToggle.isOn)
{
synthParams.waveShape = SynthWaveShape.SINE;
}
else if (ui.squareToggle.isOn)
{
synthParams.waveShape = SynthWaveShape.SQUARE;
}
else if (ui.triangleToggle.isOn)
{
synthParams.waveShape = SynthWaveShape.TRIANGLE;
}
else if (ui.noiseToggle.isOn)
{
synthParams.waveShape = SynthWaveShape.NOISE;
}
PutAndPreviewSoundEffect();
}
private void UpdateWidgetsFromModel()
{
SynthParams synthParams = soundEffect.content.synthParams;
ui.nameField.text = soundEffect.name;
// Remove listeners before setting - we don't want to receive an event from programmatic set
ui.sineToggle.onValueChanged.RemoveListener(OnWaveShapeSelected);
ui.triangleToggle.onValueChanged.RemoveListener(OnWaveShapeSelected);
ui.noiseToggle.onValueChanged.RemoveListener(OnWaveShapeSelected);
ui.squareToggle.onValueChanged.RemoveListener(OnWaveShapeSelected);
ui.sineToggle.isOn = synthParams.waveShape == SynthWaveShape.SINE;
ui.triangleToggle.isOn = synthParams.waveShape == SynthWaveShape.TRIANGLE;
ui.noiseToggle.isOn = synthParams.waveShape == SynthWaveShape.NOISE;
ui.squareToggle.isOn = synthParams.waveShape == SynthWaveShape.SQUARE;
ui.sineToggle.onValueChanged.AddListener(OnWaveShapeSelected);
ui.triangleToggle.onValueChanged.AddListener(OnWaveShapeSelected);
ui.squareToggle.onValueChanged.AddListener(OnWaveShapeSelected);
ui.noiseToggle.onValueChanged.AddListener(OnWaveShapeSelected);
ui.pitchEditor.SetSampleValues(synthParams.pitch);
ui.volumeEditor.SetSampleValues(synthParams.volume);
ui.playbackSpeedSlider.SetValue(synthParams.speed);
ui.spatializedToggle.onValueChanged.RemoveListener(OnSpatializedChanged);
ui.spatializedToggle.isOn = soundEffect.content.spatialized;
ui.spatializedToggle.onValueChanged.AddListener(OnSpatializedChanged);
}
private void BindParams(SynthParams value)
{
SelectedWaveShape = value.WaveShape;
valAttackTime.Value = value.AttackTime;
valChangeAmount.Value = value.ChangeAmount;
valChangeSpeed.Value = value.ChangeSpeed;
valDecayTime.Value = value.DecayTime;
valDeltaSlide.Value = value.DeltaSlide;
valDutySweep.Value = value.DutySweep;
valHpfCutoff.Value = value.HighPassFilterCutoff;
valHpfSweep.Value = value.HighPassFilterCutoffSweep;
valLpfCutoff.Value = value.LowPassFilterCutoff;
valLpfSweep.Value = value.LowPassFilterCutoffSweep;
valLpfResonance.Value = value.LowPassFilterResonance;
valMinFrequency.Value = value.MinFrequency;
valPhaserOffset.Value = value.PhaserOffset;
valPhaserSweep.Value = value.PhaserSweep;
valSlide.Value = value.Slide;
valSquareDuty.Value = value.SquareDuty;
valStartFrequency.Value = value.StartFrequency;
valSustainPunch.Value = value.SustainPunch;
valSustainTime.Value = value.SustainTime;
valVibratoDepth.Value = value.VibratoDepth;
valVibratoSpeed.Value = value.VibratoSpeed;
//// TODO: handle separately?
//valRepeatSpeed.Value = value.RepeatSpeed;
//valVolume.Value = value.MasterVolume;
txtSerailized.Text = value.Serialize();
}
// Other types of content can be added here in the future.
// Creates a SoundEffectContent based on synth parameters.
public static SoundEffectContent NewWithSynthParams(SynthParams synthParams)
{
SoundEffectContent content = new SoundEffectContent();
content.effectType = SoundEffectType.Synthesized;
content.synthParams = synthParams;
content.spatialized = true;
return(content);
}
public static SynthParams GetDefaults()
{
SynthParams synthParams = new SynthParams();
synthParams.waveShape = SynthWaveShape.SQUARE;
synthParams.speed = SPEED_MAX / 2;
synthParams.volume = new int[NUM_SLICES];
synthParams.pitch = new int[NUM_SLICES];
for (int i = 0; i < NUM_SLICES; i++)
{
synthParams.volume[i] = VOLUME_MAX;
synthParams.pitch[i] = PITCH_MAX / 2;
}
return(synthParams);
}
public ClipSynthesizer(SynthParams synthParams)
{
this.synthParams = synthParams;
Synthesize();
}
void OnCreateNewClicked()
{
// TODO: in the future, we will want to ask what kind of sound effect the user
// wants to create. For now the only type is synthesized sound effects, so
// that's what we create:
SoundEffect effect = new SoundEffect(System.Guid.NewGuid().ToString(),
GetRandomSoundName(), SoundEffectContent.NewWithSynthParams(SynthParams.GetDefaults()));
soundEffectSystem.PutSoundEffect(effect);
foreach (ScrollingListItemUI item in listItems)
{
if (item.name == effect.id)
{
SetSelectedSound(item);
return;
}
}
}
