private static void Instance_PropertyChanged(object sender, PropertyChangedEventArgs e)
{
if (e.PropertyName == "ActiveStreamHandle" && !Player.Instance.NetStreamingConfigsLoaded)
{
if (Player.Instance.Wave != null)
{
//Bass booster
BassBooster = new BassBoost(Player.Instance.Wave.Handle, prtBassBooster);
BassBooster.SetBypass(!Settings.Default.afx | !Settings.Default.BassBoost);
BassBooster.CutOff = Settings.Default.BassRatio;
BassBooster.Bandwidth = 0.320f;
BassBooster.d_vol = 1;
BassBooster.p_vol = 1 - (Settings.Default.BassRatio / 80.0f);
BassBooster.HighCutoff = Settings.Default.BassRatio;
BassBooster.LowCutoff1 = Settings.Default.BassRatio;
BassBooster.LowCutoff2 = Settings.Default.BassRatio;
BassBooster.Start();
//Stereo Enhancer
StereoEnhancer = new StereoEnhancer(Player.Instance.Wave.Handle, prtStereoEnhancer);
StereoEnhancer.Width = (Settings.Default.StereoWidth / 50);
StereoEnhancer.SetBypass(!Settings.Default.afx | !Settings.Default.StereoWiden);
StereoEnhancer.Start();
//Equalizer
//Already made a EQ DSP for this Handle
MadeEq = false;
//Create the EQ
SetBFX_EQ(Player.Instance.Handle);
Booster = new BEQA(Player.Instance.Wave.Handle, prtBooster);
Booster.SetBypass(!Settings.Default.afx | !Settings.Default.boosters);
Booster.Start();
Booster.Eq.lg = Settings.Default.lg;
Booster.Eq.mg = Settings.Default.mg;
Booster.Eq.hg = Settings.Default.hg;
////Treble booster
//TrebleBooster = new TrebleBooster(Player.Instance.Wave.Handle, prtTrebleBooster);
//TrebleBooster.SetBypass(!Settings.Default.BassBoost);
//TrebleBooster.CutOff = Settings.Default.BassRatio * 30;
//TrebleBooster.Bandwidth = Settings.Default.BassSelectivity / 1000f;
//TrebleBooster.d_vol = 1;
//TrebleBooster.p_vol = 1 - (Settings.Default.BassRatio / 80.0f);
//TrebleBooster.Start();
ByPassAll(!Settings.Default.afx);
}
}
else if (e.PropertyName == "Play")
{
}
}
/// <summary>
/// Set Bass Boost
/// </summary>
/// <param name="boost">Boost Mode</param>
public void SetBassBoost(BassBoost boost)
{
byte[] buff = new byte[1];
int reg3;
sensor.WriteRead(new byte[] { 0x04 }, buff);
reg3 = buff[0];
reg3 &= 0xFC;
reg3 |= (int)boost;
sensor.Write(new byte[] { 0x04, (byte)reg3 });
}
/// <summary>
/// Runs the filter on the image using the specific filter
/// type's ProcessBlock method.
/// </summary>
private void RunFilter(String filter, EffectParameters param, ref FloatToInt[] input, ref FloatToInt[] output, int length)
{
switch (filter)
{
case "Echo":
Echo echo = new Echo((EchoParameters)param);
echo.ProcessBlock(ref input, ref output, input.Length);
break;
case "Amplify":
Amplify amplify = new Amplify((AmplifyParameters)param);
amplify.ProcessBlock(ref input, ref output, input.Length);
break;
case "Bass Boost":
BassBoost BassBoost = new BassBoost((BassBoostParameters)param);
BassBoost.ProcessBlock(ref input, ref output, input.Length);
break;
case "Phaser":
Phaser Phaser = new Phaser((PhaserParameters)param);
Phaser.ProcessBlock(ref input, ref output, input.Length);
break;
case "Fade In":
FadeIn FadeIn = new FadeIn((FadeInParameters)param);
FadeIn.ProcessBlock(ref input, ref output, input.Length);
break;
case "Fade Out":
FadeOut FadeOut = new FadeOut((FadeOutParameters)param);
FadeOut.ProcessBlock(ref input, ref output, input.Length);
break;
case "Distortion":
Distortion distortion = new Distortion((DistortionParameters)param);
distortion.ProcessBlock(ref input, ref output, input.Length);
break;
default:
StatusText.Content = "Invalid filter";
break;
}
}