/// <summary> /// Retrieves the speaker configuration of the device. /// </summary> /// <param name="speakerSet" /> /// <param name="geometry" /> public void GetSpeakerConfiguration(out SpeakerConfiguration speakerSet, out SpeakerGeometry geometry) { int speakerConfig; GetSpeakerConfiguration(out speakerConfig); speakerSet = (SpeakerConfiguration)(speakerConfig & 0xFFFF); geometry = (SpeakerGeometry)(speakerConfig >> 16); }
/// <summary> /// Retrieves the speaker configuration of the device. /// </summary> /// <param name="speakerSet" /> /// <param name="geometry" /> public void GetSpeakerConfiguration(out SpeakerConfiguration speakerSet, out SpeakerGeometry geometry) { int speakerConfig; GetSpeakerConfiguration(out speakerConfig); speakerSet = (SpeakerConfiguration)(speakerConfig & 0xFFFF); geometry = (SpeakerGeometry)(speakerConfig >> 16); }
public WaveFormatExtensible(SampleRate rate, BitDepth bits, SpeakerConfiguration channelMask, Guid subFormat) : base(rate, bits, channelMask, WaveFormatEncoding.Extensible, Marshal.SizeOf(typeof(WaveFormatExtensible))) { wValidBitsPerSample = (short)bits; dwChannelMask = (int)channelMask; this.subFormat = subFormat; }
/// <summary> /// Pans a sound. /// This method was written using the guide at https://docs.microsoft.com/en-us/windows/win32/xaudio2/how-to--pan-a-sound /// </summary> /// <param name="sound">The sound to pan.</param> /// <param name="pan">The value by which to pan the sound. -1.0f is completely left, and 1.0f is completely right. 0.0f is center.</param> public static void setPan(ExtendedAudioBuffer sound, float pan) { SpeakerConfiguration mask = (SpeakerConfiguration)mainMasteringVoice.ChannelMask; float[] outputMatrix = new float[8]; float left = 0.5f - pan / 2; float right = 0.5f + pan / 2; switch (mask) { case SpeakerConfiguration.mono: outputMatrix[0] = 1.0f; break; case SpeakerConfiguration.stereo: case SpeakerConfiguration.twoPointOne: case SpeakerConfiguration.surround: outputMatrix[0] = left; outputMatrix[1] = right; break; case SpeakerConfiguration.quad: outputMatrix[0] = outputMatrix[2] = left; outputMatrix[1] = outputMatrix[3] = right; break; case SpeakerConfiguration.fourPointOne: outputMatrix[0] = outputMatrix[3] = left; outputMatrix[1] = outputMatrix[4] = right; break; case SpeakerConfiguration.fivePointOne: case SpeakerConfiguration.sevenPointOne: case SpeakerConfiguration.fivePointOneSurround: outputMatrix[0] = outputMatrix[4] = left; outputMatrix[1] = outputMatrix[5] = right; break; case SpeakerConfiguration.sevenPointOneSurround: outputMatrix[0] = outputMatrix[4] = outputMatrix[6] = left; outputMatrix[1] = outputMatrix[5] = outputMatrix[7] = right; break; } VoiceDetails soundDetails = sound.getVoiceDetails(); VoiceDetails masteringDetails = mainMasteringVoice.VoiceDetails; sound.setOutputMatrix(soundDetails.InputChannelCount, masteringDetails.InputChannelCount, outputMatrix); }
protected WaveFormat(SampleRate rate, BitDepth bits, SpeakerConfiguration channelMask, WaveFormatEncoding formatTag, int totalSize) { channels = ChannelsFromMask((int)channelMask); if (channels < 1) { throw new ArgumentOutOfRangeException(nameof(channelMask), "Channels must be 1 or greater"); } sampleRate = (int)rate; bitsPerSample = (short)bits; extraSize = 0; blockAlign = (short)(channels * (bitsPerSample / 8)); averageBytesPerSecond = sampleRate * blockAlign; waveFormatTag = formatTag; extraSize = (short)(totalSize - Marshal.SizeOf(typeof(WaveFormat))); }
public void EnableSpeaker(SpeakerConfiguration config) { //using (AsyncReadState state = BeginAsyncRead()) { //byte[] buff = CreateReport(OutputReport.SpeakerEnable); SetSpeakerEnabled(true); SetSpeakerMuted(true); WriteByte(Registers.Speaker1, 0x01); //WriteByte(Registers.SpeakerConfig, 0x80); WriteByte(Registers.SpeakerConfig, 0x08); WriteData(Registers.SpeakerConfig, 7, config.ToBytes()); /*WriteByte(Registers.Speaker1, 0x55); * WriteByte(Registers.SpeakerConfig, 0x08); * WriteData(Registers.SpeakerConfig, 7, config.ToBytes()); * WriteByte(Registers.Speaker2, 0x01); * SetSpeakerMuted(false);*/ WriteByte(Registers.Speaker2, 0x01); SetSpeakerMuted(false); speakerConfig = config; wiimoteState.Status.Speaker = true; //} }
private void OnPlayWiimote(object sender, RoutedEventArgs e) { player.Stop(); SpeakerConfiguration config = new SpeakerConfiguration { Volume = volume, //Unknown2 = 0x0c, //Unknown3 = 0x0e, SampleRate = sampleRate, Format = speakerFormat, }; Wiimote?.DisableSpeaker(); Wiimote?.EnableSpeaker(config); Thread.Sleep(100); Wiimote?.DisableSpeaker(); Wiimote?.EnableSpeaker(config); //byte[] configData = Wiimote.ReadData(0x04a20001, 7); //if (soundObj is PrebufferedSound prebuffered) // Wiimote?.PlaySound(prebuffered); //else Wiimote?.PlaySound((byte[])soundObj); waveform.Play(); }
public void Open(string scriptPath) { lock (locker) { try { script = scriptPath; LoadAviSynth(); if (IsError || IsAborted) { return; } if (HasVideo) { try { //Framework 3.0 с SP1+ CreateInteropBitmap(); } catch (TypeLoadException) { //Framework 3.0 без SP1 CreateWriteableBitmap(); } } if (HasAudio) { SetUpAudioDevice(); } #region ShowPictureViewInfo if (HasVideo && reader.GetVarBoolean("ShowPictureViewInfo", false)) { SpeakerConfiguration conf = 0; SpeakerGeometry geom = 0; if (HasAudio) { AudioDevice.GetSpeakerConfiguration(out conf, out geom); } Stopwatch sw = Stopwatch.StartNew(); for (int i = 0; i < 100; i++) { Thread.Sleep(1); } sw.Stop(); Message mes = new Message(Owner); mes.ShowMessage("Video\r\n Resolution: " + reader.Width + "x" + reader.Height + ", FrameRate: " + reader.Framerate + ", Format: " + reader.Clip.OriginalColorspace + ((reader.Clip.OriginalColorspace != AviSynthColorspace.RGB32) ? "->RGB32" : "") + " \r\n Output: " + ((IsInterop) ? "InteropBitmap" : "WriteableBitmap (Install SP1 for .NET Framework 3.0!)") + "\r\n\r\nAudio\r\n" + ((HasAudio) ? " Bits: " + BufferDesc.Format.BitsPerSample + ((reader.Clip.SampleType == AudioSampleType.FLOAT) ? " FLOAT" : "") + ", SampleRate: " + BufferDesc.Format.SampleRate + ", Channels: " + BufferDesc.Format.Channels + ((BufferDesc.Format.Encoding == WaveFormatEncoding.Extensible) ? ", Mask: " + ((WaveFormatExtensible)BufferDesc.Format).ChannelMask + " (" + (int)((WaveFormatExtensible)BufferDesc.Format).ChannelMask + ")" : "") + "\r\n PrimaryBuffers: " + AudioDevice.Capabilities.PrimaryBuffers + ", MixingBuffers: " + AudioDevice.Capabilities.MaxHardwareMixingAllBuffers + " (" + AudioDevice.Capabilities.FreeHardwareMixingAllBuffers + "), 3DBuffers: " + AudioDevice.Capabilities.MaxHardware3DAllBuffers + " (" + AudioDevice.Capabilities.FreeHardware3DAllBuffers + "), MemBytes: " + AudioDevice.Capabilities.TotalHardwareMemBytes + " (" + AudioDevice.Capabilities.FreeHardwareMemBytes + "), SampleRate: " + AudioDevice.Capabilities.MinSecondarySampleRate + " - " + AudioDevice.Capabilities.MaxSecondarySampleRate + (((AudioDevice.Capabilities.Flags & CapabilitiesFlags.ContinousRate) > 0) ? " (continuous)" : "") + "\r\n SpeakerConfiguration: " + conf + ", SpeakerGeometry: " + geom + "\r\n" : " None" + ((!EnableAudio) ? " (disabled)" : "") + "\r\n") + "\r\nTimers\r\n Sleep(100): " + sw.ElapsedMilliseconds + ", HighResolutionStopwatch: " + Stopwatch.IsHighResolution, Languages.Translate("Info")); } #endregion } catch (Exception ex) { SetError(ex); } } }
/// <summary> /// Sets the speaker configuration of the device. /// </summary> /// <param name="speakerSet" /> /// <param name="geometry" /> public void SetSpeakerConfiguration(SpeakerConfiguration speakerSet, SpeakerGeometry geometry) { SetSpeakerConfiguration(((int)speakerSet) | (((int)geometry) << 16)); }
/// <summary> /// Sets the speaker configuration of the device. /// </summary> /// <param name="speakerSet" /> /// <param name="geometry" /> public void SetSpeakerConfiguration(SpeakerConfiguration speakerSet, SpeakerGeometry geometry) { SetSpeakerConfiguration(((int)speakerSet) | (((int)geometry) << 16)); }
/// <summary> /// Creates a new WaveFormatExtensible for PCM /// KSDATAFORMAT_SUBTYPE_PCM /// </summary> public WaveFormatExtensible(SampleRate rate, BitDepth bits, SpeakerConfiguration channelMask) : this(rate, bits, channelMask, new Guid("00000001-0000-0010-8000-00AA00389B71")) { wValidBitsPerSample = (short)bits; dwChannelMask = (int)channelMask; }
public WaveFormat(SampleRate rate, BitDepth bits, SpeakerConfiguration channelMask) : this(rate, bits, channelMask, WaveFormatEncoding.Pcm, Marshal.SizeOf(typeof(WaveFormat))) { }
/// <summary>Converts a <see cref="SpeakerConfiguration"/> to an <see cref="AudioChannels"/> value.</summary> /// <param name="speakerConfiguration">A speaker configuration.</param> /// <returns>Returns an <see cref="AudioChannels"/> value representing the specified <paramref name="speakerConfiguration"/>.</returns> public static AudioChannels ToAudioChannels(this SpeakerConfiguration speakerConfiguration) { return((AudioChannels)speakerConfiguration); }
/// <summary>Returns the index of an audio channel in a speaker configuration, or -1.</summary> /// <param name="speakerConfiguration">A speaker configuration.</param> /// <param name="channel">An audio channel.</param> /// <returns>Returns the index of the specified <paramref name="channel"/> in the <paramref name="speakerConfiguration"/>, or -1.</returns> public static int GetChannelIndex(this SpeakerConfiguration speakerConfiguration, AudioChannels channel) { return(GetChannelIndex((AudioChannels)speakerConfiguration, channel)); }
/// <summary>Returns the number of channels corresponding to a <see cref="SpeakerConfiguration"/>.</summary> /// <param name="speakerConfiguration">A <see cref="SpeakerConfiguration"/> value.</param> /// <returns>Returns the number of channels set.</returns> public static int GetChannelCount(this SpeakerConfiguration speakerConfiguration) { return(GetChannelCount((AudioChannels)speakerConfiguration)); }