public static void InitEQ(ref EQControl EQSettings)
{
EQSettings.UseEqDisplay = false;
EQSettings.UseNormalEq = true;
EQSettings.UseStereoEq = false;
EQSettings.UseVUmeter = false;
EQSettings.UseVUmeter2 = false;
EQSettings._useVUindicators = false;
EQSettings._useEqMode = 0;
EQSettings.RestrictEQ = false;
EQSettings.SmoothEQ = false;
EQSettings.DelayEQ = true;
EQSettings.EQTitleDisplay = false;
EQSettings._EqDataAvailable = false;
EQSettings.EqFftData = new float[0x800];
EQSettings.EqArray = new byte[0x11];
EQSettings.LastEQ = new int[0x11];
EQSettings._EQTitleDisplayTime = 10;
EQSettings._EQTitleShowTime = 2;
EQSettings._LastEQTitle = 0.0;
EQSettings._EQDisplayTitle = false;
EQSettings._Max_EQ_FPS = 0;
EQSettings._EQ_Framecount = 0;
EQSettings._EQ_Restrict_FPS = 10;
EQSettings._EqUpdateDelay = 0;
EQSettings._DelayEQTime = 0;
using (Profile.Settings settings = new Profile.MPSettings())
{
EQSettings._AudioIsMixing = settings.GetValueAsBool("audioplayer", "mixing", false);
EQSettings._AudioUseASIO = settings.GetValueAsBool("audioplayer", "asio", false);
}
}
public static void ProcessEqData(ref EQControl EQSettings)
{
bool extensiveLogging = Settings.Instance.ExtensiveLogging;
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): called... MaxValue = {0}, BANDS = {1}",
new object[] { EQSettings.Render_MaxValue, EQSettings.Render_BANDS });
}
if ((EQSettings.UseStereoEq || EQSettings.UseVUmeter) || EQSettings.UseVUmeter2)
{
if (EQSettings.UseStereoEq)
{
int num = EQSettings.Render_MaxValue;
int num2 = EQSettings.Render_BANDS;
int num3 = 0;
for (int i = 0; i < num2; i++)
{
float num7 = 0f;
float num8 = 0f;
int num10 = (int)Math.Pow(2.0, (i * 10.0) / ((double)(num2 - 1)));
if (num10 > 0x3ff)
{
num10 = 0x3ff;
}
if (num10 <= num3)
{
num10 = num3 + 1;
}
int num9 = (10 + num10) - num3;
while (num3 < num10)
{
num7 += EQSettings.EqFftData[2 + (num3 * 2)];
num8 += EQSettings.EqFftData[(2 + (num3 * 2)) + 1];
num3++;
}
int num4 = (int)((Math.Sqrt(((double)num7) / Math.Log10((double)num9)) * 1.7) * num);
int num5 = (int)((Math.Sqrt(((double)num8) / Math.Log10((double)num9)) * 1.7) * num);
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processing StereoEQ band {0}: L = {1}, R = {2}",
new object[] { i, num4, num5 });
}
num4 = Math.Min(num, num4);
EQSettings.EqArray[1 + i] = (byte)num4;
num5 = Math.Min(num, num5);
EQSettings.EqArray[9 + i] = (byte)num5;
if (EQSettings.SmoothEQ)
{
if (EQSettings.EqArray[1 + i] < EQSettings.LastEQ[1 + i])
{
int num11 = EQSettings.LastEQ[1 + i];
num11 = EQSettings.LastEQ[1 + i] - ((int)0.5);
if (num11 < 0)
{
num11 = 0;
}
EQSettings.EqArray[1 + i] = (byte)num11;
EQSettings.LastEQ[1 + i] = num11;
}
else
{
EQSettings.LastEQ[1 + i] = EQSettings.EqArray[1 + i];
}
if (EQSettings.EqArray[9 + i] < EQSettings.LastEQ[9 + i])
{
int num12 = EQSettings.LastEQ[9 + i];
num12 = EQSettings.LastEQ[9 + i] - ((int)0.5);
if (num12 < 0)
{
num12 = 0;
}
EQSettings.EqArray[9 + i] = (byte)num12;
EQSettings.LastEQ[9 + i] = num12;
}
else
{
EQSettings.LastEQ[9 + i] = EQSettings.EqArray[9 + i];
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData.(): Processed StereoEQ mode {0} byte {1}: L = {2}, R = {3}.",
new object[]
{
EQSettings.EqArray[0], i, EQSettings.EqArray[1 + (i * 2)].ToString(),
EQSettings.EqArray[2 + (i * 2)].ToString()
});
}
}
}
else
{
int num13 = EQSettings.Render_MaxValue;
int num14 = EQSettings.Render_BANDS;
int num15 = 0;
for (int j = 0; j < num14; j++)
{
float num19 = 0f;
float num20 = 0f;
int num22 = 0x3ff;
int num21 = (10 + num22) - num15;
while (num15 < num22)
{
if (EQSettings.EqFftData[2 + (num15 * 2)] > num19)
{
num19 = EQSettings.EqFftData[2 + (num15 * 2)];
}
if (EQSettings.EqFftData[(2 + (num15 * 2)) + 1] > num20)
{
num20 = EQSettings.EqFftData[(2 + (num15 * 2)) + 1];
}
num15++;
}
int num16 = (int)((Math.Sqrt(((double)num19) / Math.Log10((double)num21)) * 1.7) * num13);
int num17 = (int)((Math.Sqrt(((double)num20) / Math.Log10((double)num21)) * 1.7) * num13);
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processing VUmeter band {0}: L = {1}, R = {2}",
new object[] { j, num16, num17 });
}
num16 = Math.Min(num13, num16);
EQSettings.EqArray[1 + (j * 2)] = (byte)num16;
num17 = Math.Min(num13, num17);
EQSettings.EqArray[2 + (j * 2)] = (byte)num17;
if (EQSettings.SmoothEQ)
{
if (EQSettings.EqArray[1] < EQSettings.LastEQ[1])
{
int num23 = EQSettings.LastEQ[1];
num23 = EQSettings.LastEQ[1] - ((int)0.5);
if (num23 < 0)
{
num23 = 0;
}
EQSettings.EqArray[1] = (byte)num23;
EQSettings.LastEQ[1] = num23;
}
else
{
EQSettings.LastEQ[1] = EQSettings.EqArray[1];
}
if (EQSettings.EqArray[2] < EQSettings.LastEQ[2])
{
int num24 = EQSettings.LastEQ[2];
num24 = EQSettings.LastEQ[2] - ((int)0.5);
if (num24 < 0)
{
num24 = 0;
}
EQSettings.EqArray[2] = (byte)num24;
EQSettings.LastEQ[2] = num24;
}
else
{
EQSettings.LastEQ[2] = EQSettings.EqArray[2];
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processed VUmeter byte {0}: L = {1}, R = {2}.",
new object[]
{ j, EQSettings.EqArray[1 + (j * 2)].ToString(), EQSettings.EqArray[2 + (j * 2)].ToString() });
}
}
}
}
else
{
int num25 = EQSettings.Render_MaxValue;
int num26 = EQSettings.Render_BANDS;
int num27 = 0;
for (int k = 0; k < num26; k++)
{
float num30 = 0f;
int num32 = (int)Math.Pow(2.0, (k * 10.0) / ((double)(num26 - 1)));
if (num32 > 0x3ff)
{
num32 = 0x3ff;
}
if (num32 <= num27)
{
num32 = num27 + 1;
}
int num31 = (10 + num32) - num27;
while (num27 < num32)
{
num30 += EQSettings.EqFftData[1 + num27];
num27++;
}
int num28 = (int)((Math.Sqrt(((double)num30) / Math.Log10((double)num31)) * 1.7) * num25);
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processing EQ band {0} = {1}", new object[] { k, num28 });
}
num28 = Math.Min(num25, num28);
EQSettings.EqArray[1 + k] = (byte)num28;
if (EQSettings.SmoothEQ)
{
if (EQSettings.EqArray[1 + k] < EQSettings.LastEQ[1 + k])
{
int num33 = EQSettings.LastEQ[1 + k];
num33 = EQSettings.LastEQ[1 + k] - ((int)0.5);
if (num33 < 0)
{
num33 = 0;
}
EQSettings.EqArray[1 + k] = (byte)num33;
EQSettings.LastEQ[1 + k] = num33;
}
else
{
EQSettings.LastEQ[1 + k] = EQSettings.EqArray[1 + k];
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processed EQ mode {0} byte {1} = {2}.",
new object[] { EQSettings.EqArray[0], k, EQSettings.EqArray[1 + k].ToString() });
}
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): called");
}
}
public static bool GetEQ(ref EQControl EQSETTINGS)
{
bool extensiveLogging = Settings.Instance.ExtensiveLogging;
bool flag2 = (EQSETTINGS.UseStereoEq | EQSETTINGS.UseVUmeter) | EQSETTINGS.UseVUmeter2;
if (g_Player.Player == null || !g_Player.IsMusic || !BassMusicPlayer.IsDefaultMusicPlayer)
{
return(false);
}
if (!EQSETTINGS.UseEqDisplay)
{
return(false);
}
if (EQSETTINGS._AudioUseASIO)
{
return(false);
}
try
{
if (EQSETTINGS.DelayEQ & (g_Player.CurrentPosition < EQSETTINGS._DelayEQTime))
{
EQSETTINGS._EQDisplayTitle = false;
EQSETTINGS._LastEQTitle = (DateTime.Now.Ticks / 1000);
return(false);
}
if (EQSETTINGS.EQTitleDisplay)
{
if (g_Player.CurrentPosition < EQSETTINGS._EQTitleDisplayTime)
{
EQSETTINGS._EQDisplayTitle = false;
}
if (((DateTime.Now.Ticks / 1000) - EQSETTINGS._LastEQTitle) > (EQSETTINGS._EQTitleDisplayTime * 10000))
{
EQSETTINGS._LastEQTitle = (DateTime.Now.Ticks / 1000);
EQSETTINGS._EQDisplayTitle = !EQSETTINGS._EQDisplayTitle;
}
if (EQSETTINGS._EQDisplayTitle &
(((DateTime.Now.Ticks / 1000) - EQSETTINGS._LastEQTitle) < (EQSETTINGS._EQTitleShowTime * 10000)))
{
return(false);
}
}
}
catch
{
EQSETTINGS._EQDisplayTitle = false;
EQSETTINGS._LastEQTitle = (DateTime.Now.Ticks / 1000);
return(false);
}
int handle = -1;
try
{
handle = g_Player.Player.CurrentAudioStream;
}
catch (Exception exception)
{
Log.Debug("MiniDisplay.GetEQ(): Caugth exception obtaining audio stream: {0}", new object[] { exception });
return(false);
}
if ((handle != 0) & (handle != -1))
{
int num2;
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): attempting to retrieve equalizer data from audio stream {0}",
new object[] { handle });
}
try
{
int num3;
if (flag2)
{
num3 = -2147483630;
}
else
{
num3 = -2147483646;
}
num2 = Bass.BASS_ChannelGetData(handle, EQSETTINGS.EqFftData, num3);
}
catch
{
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): CAUGHT EXCeption - audio stream {0} disappeared", new object[] { handle });
}
return(false);
}
if (num2 > 0)
{
return(true);
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): unable to retreive equalizer data");
}
return(false);
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): Audio Stream not available");
}
return(false);
}
public static bool GetEQ(ref EQControl EQSETTINGS)
{
bool extensiveLogging = Settings.Instance.ExtensiveLogging;
bool flag2 = (EQSETTINGS.UseStereoEq | EQSETTINGS.UseVUmeter) | EQSETTINGS.UseVUmeter2;
if (g_Player.Player == null || !g_Player.IsMusic || !BassMusicPlayer.IsDefaultMusicPlayer)
{
return false;
}
if (!EQSETTINGS.UseEqDisplay)
{
return false;
}
if (EQSETTINGS._AudioUseASIO)
{
return false;
}
try
{
if (EQSETTINGS.DelayEQ & (g_Player.CurrentPosition < EQSETTINGS._DelayEQTime))
{
EQSETTINGS._EQDisplayTitle = false;
EQSETTINGS._LastEQTitle = (DateTime.Now.Ticks / 1000);
return false;
}
if (EQSETTINGS.EQTitleDisplay)
{
if (g_Player.CurrentPosition < EQSETTINGS._EQTitleDisplayTime)
{
EQSETTINGS._EQDisplayTitle = false;
}
if (((DateTime.Now.Ticks / 1000) - EQSETTINGS._LastEQTitle) > (EQSETTINGS._EQTitleDisplayTime * 10000))
{
EQSETTINGS._LastEQTitle = (DateTime.Now.Ticks / 1000);
EQSETTINGS._EQDisplayTitle = !EQSETTINGS._EQDisplayTitle;
}
if (EQSETTINGS._EQDisplayTitle &
(((DateTime.Now.Ticks / 1000) - EQSETTINGS._LastEQTitle) < (EQSETTINGS._EQTitleShowTime * 10000)))
{
return false;
}
}
}
catch
{
EQSETTINGS._EQDisplayTitle = false;
EQSETTINGS._LastEQTitle = (DateTime.Now.Ticks / 1000);
return false;
}
int handle = -1;
try
{
handle = g_Player.Player.CurrentAudioStream;
}
catch (Exception exception)
{
Log.Debug("MiniDisplay.GetEQ(): Caugth exception obtaining audio stream: {0}", new object[] {exception});
return false;
}
if ((handle != 0) & (handle != -1))
{
int num2;
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): attempting to retrieve equalizer data from audio stream {0}",
new object[] {handle});
}
try
{
int num3;
if (flag2)
{
num3 = -2147483630;
}
else
{
num3 = -2147483646;
}
num2 = Bass.BASS_ChannelGetData(handle, EQSETTINGS.EqFftData, num3);
}
catch
{
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): CAUGHT EXCeption - audio stream {0} disappeared", new object[] {handle});
}
return false;
}
if (num2 > 0)
{
return true;
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): unable to retreive equalizer data");
}
return false;
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.GetEQ(): Audio Stream not available");
}
return false;
}
public static void ProcessEqData(ref EQControl EQSettings)
{
bool extensiveLogging = Settings.Instance.ExtensiveLogging;
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): called... MaxValue = {0}, BANDS = {1}",
new object[] {EQSettings.Render_MaxValue, EQSettings.Render_BANDS});
}
if ((EQSettings.UseStereoEq || EQSettings.UseVUmeter) || EQSettings.UseVUmeter2)
{
if (EQSettings.UseStereoEq)
{
int num = EQSettings.Render_MaxValue;
int num2 = EQSettings.Render_BANDS;
int num3 = 0;
for (int i = 0; i < num2; i++)
{
float num7 = 0f;
float num8 = 0f;
int num10 = (int)Math.Pow(2.0, (i * 10.0) / ((double)(num2 - 1)));
if (num10 > 0x3ff)
{
num10 = 0x3ff;
}
if (num10 <= num3)
{
num10 = num3 + 1;
}
int num9 = (10 + num10) - num3;
while (num3 < num10)
{
num7 += EQSettings.EqFftData[2 + (num3 * 2)];
num8 += EQSettings.EqFftData[(2 + (num3 * 2)) + 1];
num3++;
}
int num4 = (int)((Math.Sqrt(((double)num7) / Math.Log10((double)num9)) * 1.7) * num);
int num5 = (int)((Math.Sqrt(((double)num8) / Math.Log10((double)num9)) * 1.7) * num);
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processing StereoEQ band {0}: L = {1}, R = {2}",
new object[] {i, num4, num5});
}
num4 = Math.Min(num, num4);
EQSettings.EqArray[1 + i] = (byte)num4;
num5 = Math.Min(num, num5);
EQSettings.EqArray[9 + i] = (byte)num5;
if (EQSettings.SmoothEQ)
{
if (EQSettings.EqArray[1 + i] < EQSettings.LastEQ[1 + i])
{
int num11 = EQSettings.LastEQ[1 + i];
num11 = EQSettings.LastEQ[1 + i] - ((int)0.5);
if (num11 < 0)
{
num11 = 0;
}
EQSettings.EqArray[1 + i] = (byte)num11;
EQSettings.LastEQ[1 + i] = num11;
}
else
{
EQSettings.LastEQ[1 + i] = EQSettings.EqArray[1 + i];
}
if (EQSettings.EqArray[9 + i] < EQSettings.LastEQ[9 + i])
{
int num12 = EQSettings.LastEQ[9 + i];
num12 = EQSettings.LastEQ[9 + i] - ((int)0.5);
if (num12 < 0)
{
num12 = 0;
}
EQSettings.EqArray[9 + i] = (byte)num12;
EQSettings.LastEQ[9 + i] = num12;
}
else
{
EQSettings.LastEQ[9 + i] = EQSettings.EqArray[9 + i];
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData.(): Processed StereoEQ mode {0} byte {1}: L = {2}, R = {3}.",
new object[]
{
EQSettings.EqArray[0], i, EQSettings.EqArray[1 + (i * 2)].ToString(),
EQSettings.EqArray[2 + (i * 2)].ToString()
});
}
}
}
else
{
int num13 = EQSettings.Render_MaxValue;
int num14 = EQSettings.Render_BANDS;
int num15 = 0;
for (int j = 0; j < num14; j++)
{
float num19 = 0f;
float num20 = 0f;
int num22 = 0x3ff;
int num21 = (10 + num22) - num15;
while (num15 < num22)
{
if (EQSettings.EqFftData[2 + (num15 * 2)] > num19)
{
num19 = EQSettings.EqFftData[2 + (num15 * 2)];
}
if (EQSettings.EqFftData[(2 + (num15 * 2)) + 1] > num20)
{
num20 = EQSettings.EqFftData[(2 + (num15 * 2)) + 1];
}
num15++;
}
int num16 = (int)((Math.Sqrt(((double)num19) / Math.Log10((double)num21)) * 1.7) * num13);
int num17 = (int)((Math.Sqrt(((double)num20) / Math.Log10((double)num21)) * 1.7) * num13);
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processing VUmeter band {0}: L = {1}, R = {2}",
new object[] {j, num16, num17});
}
num16 = Math.Min(num13, num16);
EQSettings.EqArray[1 + (j * 2)] = (byte)num16;
num17 = Math.Min(num13, num17);
EQSettings.EqArray[2 + (j * 2)] = (byte)num17;
if (EQSettings.SmoothEQ)
{
if (EQSettings.EqArray[1] < EQSettings.LastEQ[1])
{
int num23 = EQSettings.LastEQ[1];
num23 = EQSettings.LastEQ[1] - ((int)0.5);
if (num23 < 0)
{
num23 = 0;
}
EQSettings.EqArray[1] = (byte)num23;
EQSettings.LastEQ[1] = num23;
}
else
{
EQSettings.LastEQ[1] = EQSettings.EqArray[1];
}
if (EQSettings.EqArray[2] < EQSettings.LastEQ[2])
{
int num24 = EQSettings.LastEQ[2];
num24 = EQSettings.LastEQ[2] - ((int)0.5);
if (num24 < 0)
{
num24 = 0;
}
EQSettings.EqArray[2] = (byte)num24;
EQSettings.LastEQ[2] = num24;
}
else
{
EQSettings.LastEQ[2] = EQSettings.EqArray[2];
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processed VUmeter byte {0}: L = {1}, R = {2}.",
new object[]
{j, EQSettings.EqArray[1 + (j * 2)].ToString(), EQSettings.EqArray[2 + (j * 2)].ToString()});
}
}
}
}
else
{
int num25 = EQSettings.Render_MaxValue;
int num26 = EQSettings.Render_BANDS;
int num27 = 0;
for (int k = 0; k < num26; k++)
{
float num30 = 0f;
int num32 = (int)Math.Pow(2.0, (k * 10.0) / ((double)(num26 - 1)));
if (num32 > 0x3ff)
{
num32 = 0x3ff;
}
if (num32 <= num27)
{
num32 = num27 + 1;
}
int num31 = (10 + num32) - num27;
while (num27 < num32)
{
num30 += EQSettings.EqFftData[1 + num27];
num27++;
}
int num28 = (int)((Math.Sqrt(((double)num30) / Math.Log10((double)num31)) * 1.7) * num25);
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processing EQ band {0} = {1}", new object[] {k, num28});
}
num28 = Math.Min(num25, num28);
EQSettings.EqArray[1 + k] = (byte)num28;
if (EQSettings.SmoothEQ)
{
if (EQSettings.EqArray[1 + k] < EQSettings.LastEQ[1 + k])
{
int num33 = EQSettings.LastEQ[1 + k];
num33 = EQSettings.LastEQ[1 + k] - ((int)0.5);
if (num33 < 0)
{
num33 = 0;
}
EQSettings.EqArray[1 + k] = (byte)num33;
EQSettings.LastEQ[1 + k] = num33;
}
else
{
EQSettings.LastEQ[1 + k] = EQSettings.EqArray[1 + k];
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): Processed EQ mode {0} byte {1} = {2}.",
new object[] {EQSettings.EqArray[0], k, EQSettings.EqArray[1 + k].ToString()});
}
}
}
if (extensiveLogging)
{
Log.Info("MiniDisplay.ProcessEqData(): called");
}
}
public static void InitEQ(ref EQControl EQSettings)
{
EQSettings.UseEqDisplay = false;
EQSettings.UseNormalEq = true;
EQSettings.UseStereoEq = false;
EQSettings.UseVUmeter = false;
EQSettings.UseVUmeter2 = false;
EQSettings._useVUindicators = false;
EQSettings._useEqMode = 0;
EQSettings.RestrictEQ = false;
EQSettings.SmoothEQ = false;
EQSettings.DelayEQ = true;
EQSettings.EQTitleDisplay = false;
EQSettings._EqDataAvailable = false;
EQSettings.EqFftData = new float[0x800];
EQSettings.EqArray = new byte[0x11];
EQSettings.LastEQ = new int[0x11];
EQSettings._EQTitleDisplayTime = 10;
EQSettings._EQTitleShowTime = 2;
EQSettings._LastEQTitle = 0.0;
EQSettings._EQDisplayTitle = false;
EQSettings._Max_EQ_FPS = 0;
EQSettings._EQ_Framecount = 0;
EQSettings._EQ_Restrict_FPS = 10;
EQSettings._EqUpdateDelay = 0;
EQSettings._DelayEQTime = 0;
using (Profile.Settings settings = new Profile.MPSettings())
{
EQSettings._AudioIsMixing = settings.GetValueAsBool("audioplayer", "mixing", false);
EQSettings._AudioUseASIO = settings.GetValueAsBool("audioplayer", "asio", false);
}
}
public static void SaveEqualizerSettings(EQControl EQSettings)
{
string type = Settings.Instance.Type;
if (type.Equals("iMONLCDg"))
{
iMONLCDg.AdvancedSettings toSave = iMONLCDg.AdvancedSettings.Load();
toSave.EqDisplay = EQSettings.UseEqDisplay;
toSave.NormalEQ = EQSettings.UseNormalEq;
toSave.StereoEQ = EQSettings.UseStereoEq;
toSave.VUmeter = EQSettings.UseVUmeter;
toSave.VUmeter2 = EQSettings.UseVUmeter2;
toSave.SmoothEQ = EQSettings.SmoothEQ;
toSave.DelayEQ = EQSettings.DelayEQ;
toSave.DelayEqTime = EQSettings._DelayEQTime;
toSave.EQTitleDisplay = EQSettings.EQTitleDisplay;
toSave.EQTitleShowTime = EQSettings._EQTitleShowTime;
toSave.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
toSave.RestrictEQ = true;
toSave.EqRate = 30;
iMONLCDg.AdvancedSettings.Instance = toSave;
iMONLCDg.AdvancedSettings.Save(toSave);
iMONLCDg.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("CFontz"))
{
CFontz.AdvancedSettings settings2 = CFontz.AdvancedSettings.Load();
settings2.EqDisplay = EQSettings.UseEqDisplay;
settings2.NormalEQ = EQSettings.UseNormalEq;
settings2.StereoEQ = EQSettings.UseStereoEq;
settings2.VUmeter = EQSettings.UseVUmeter;
settings2.VUmeter2 = EQSettings.UseVUmeter2;
settings2.SmoothEQ = EQSettings.SmoothEQ;
settings2.DelayEQ = EQSettings.DelayEQ;
settings2.DelayEqTime = EQSettings._DelayEQTime;
settings2.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings2.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings2.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
CFontz.AdvancedSettings.Instance = settings2;
CFontz.AdvancedSettings.Save(settings2);
CFontz.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("MatrixMX"))
{
MatrixMX.AdvancedSettings settings3 = MatrixMX.AdvancedSettings.Load();
settings3.EqDisplay = EQSettings.UseEqDisplay;
settings3.NormalEQ = EQSettings.UseNormalEq;
settings3.StereoEQ = EQSettings.UseStereoEq;
settings3.VUmeter = EQSettings.UseVUmeter;
settings3.VUmeter2 = EQSettings.UseVUmeter2;
settings3.SmoothEQ = EQSettings.SmoothEQ;
settings3.DelayEQ = EQSettings.DelayEQ;
settings3.DelayEqTime = EQSettings._DelayEQTime;
settings3.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings3.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings3.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
MatrixMX.AdvancedSettings.Instance = settings3;
MatrixMX.AdvancedSettings.Save(settings3);
MatrixMX.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("MatrixGX"))
{
MatrixGX.AdvancedSettings settings4 = MatrixGX.AdvancedSettings.Load();
settings4.EqDisplay = EQSettings.UseEqDisplay;
settings4.NormalEQ = EQSettings.UseNormalEq;
settings4.StereoEQ = EQSettings.UseStereoEq;
settings4.VUmeter = EQSettings.UseVUmeter;
settings4.VUmeter2 = EQSettings.UseVUmeter2;
settings4.SmoothEQ = EQSettings.SmoothEQ;
settings4.DelayEQ = EQSettings.DelayEQ;
settings4.DelayEqTime = EQSettings._DelayEQTime;
settings4.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings4.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings4.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
MatrixGX.AdvancedSettings.Instance = settings4;
MatrixGX.AdvancedSettings.Save();
MatrixGX.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("VLSYS_Mplay"))
{
VLSYS_Mplay.AdvancedSettings settings5 = VLSYS_Mplay.AdvancedSettings.Load();
settings5.EqDisplay = EQSettings.UseEqDisplay;
settings5.NormalEQ = EQSettings.UseNormalEq;
settings5.StereoEQ = EQSettings.UseStereoEq;
settings5.VUmeter = EQSettings.UseVUmeter;
settings5.VUmeter2 = EQSettings.UseVUmeter2;
settings5.SmoothEQ = EQSettings.SmoothEQ;
settings5.DelayEQ = EQSettings.DelayEQ;
settings5.DelayEqTime = EQSettings._DelayEQTime;
settings5.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings5.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings5.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
VLSYS_Mplay.AdvancedSettings.Instance = settings5;
VLSYS_Mplay.AdvancedSettings.Save(settings5);
VLSYS_Mplay.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("DebugForm"))
{
DebugForm.AdvancedSettings settings6 = DebugForm.AdvancedSettings.Load();
settings6.EqDisplay = EQSettings.UseEqDisplay;
settings6.NormalEQ = EQSettings.UseNormalEq;
settings6.StereoEQ = EQSettings.UseStereoEq;
settings6.VUmeter = EQSettings.UseVUmeter;
settings6.VUmeter2 = EQSettings.UseVUmeter2;
settings6.SmoothEQ = EQSettings.SmoothEQ;
settings6.DelayEQ = EQSettings.DelayEQ;
settings6.DelayEqTime = EQSettings._DelayEQTime;
settings6.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings6.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings6.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
DebugForm.AdvancedSettings.Instance = settings6;
DebugForm.AdvancedSettings.Save(settings6);
DebugForm.AdvancedSettings.NotifyDriver();
}
}
public static EQControl LoadEqualizerSettings()
{
EQControl control = new EQControl();
string type = Settings.Instance.Type;
if (type.Equals("iMONLCDg"))
{
iMONLCDg.AdvancedSettings settings = iMONLCDg.AdvancedSettings.Load();
control.UseEqDisplay = settings.EqDisplay;
control.UseNormalEq = settings.NormalEQ;
control.UseStereoEq = settings.StereoEQ;
control.UseVUmeter = settings.VUmeter;
control.UseVUmeter2 = settings.VUmeter2;
control.SmoothEQ = settings.SmoothEQ;
control.DelayEQ = settings.DelayEQ;
control._DelayEQTime = settings.DelayEqTime;
control.EQTitleDisplay = settings.EQTitleDisplay;
control._EQTitleShowTime = settings.EQTitleShowTime;
control._EQTitleDisplayTime = settings.EQTitleDisplayTime;
return(control);
}
if (type.Equals("CFontz"))
{
CFontz.AdvancedSettings settings2 = CFontz.AdvancedSettings.Load();
control.UseEqDisplay = settings2.EqDisplay;
control.UseNormalEq = settings2.NormalEQ;
control.UseStereoEq = settings2.StereoEQ;
control.UseVUmeter = settings2.VUmeter;
control.UseVUmeter2 = settings2.VUmeter2;
control.SmoothEQ = settings2.SmoothEQ;
control.DelayEQ = settings2.DelayEQ;
control._DelayEQTime = settings2.DelayEqTime;
control.EQTitleDisplay = settings2.EQTitleDisplay;
control._EQTitleShowTime = settings2.EQTitleShowTime;
control._EQTitleDisplayTime = settings2.EQTitleDisplayTime;
return(control);
}
if (type.Equals("MatrixMX"))
{
MatrixMX.AdvancedSettings settings3 = MatrixMX.AdvancedSettings.Load();
control.UseEqDisplay = settings3.EqDisplay;
control.UseNormalEq = settings3.NormalEQ;
control.UseStereoEq = settings3.StereoEQ;
control.UseVUmeter = settings3.VUmeter;
control.UseVUmeter2 = settings3.VUmeter2;
control.SmoothEQ = settings3.SmoothEQ;
control.DelayEQ = settings3.DelayEQ;
control._DelayEQTime = settings3.DelayEqTime;
control.EQTitleDisplay = settings3.EQTitleDisplay;
control._EQTitleShowTime = settings3.EQTitleShowTime;
control._EQTitleDisplayTime = settings3.EQTitleDisplayTime;
return(control);
}
if (type.Equals("MatrixGX"))
{
MatrixGX.AdvancedSettings settings4 = MatrixGX.AdvancedSettings.Load();
control.UseEqDisplay = settings4.EqDisplay;
control.UseNormalEq = settings4.NormalEQ;
control.UseStereoEq = settings4.StereoEQ;
control.UseVUmeter = settings4.VUmeter;
control.UseVUmeter2 = settings4.VUmeter2;
control.SmoothEQ = settings4.SmoothEQ;
control.DelayEQ = settings4.DelayEQ;
control._DelayEQTime = settings4.DelayEqTime;
control.EQTitleDisplay = settings4.EQTitleDisplay;
control._EQTitleShowTime = settings4.EQTitleShowTime;
control._EQTitleDisplayTime = settings4.EQTitleDisplayTime;
return(control);
}
if (type.Equals("VLSYS_Mplay"))
{
VLSYS_Mplay.AdvancedSettings settings5 = VLSYS_Mplay.AdvancedSettings.Load();
control.UseEqDisplay = settings5.EqDisplay;
control.UseNormalEq = settings5.NormalEQ;
control.UseStereoEq = settings5.StereoEQ;
control.UseVUmeter = settings5.VUmeter;
control.UseVUmeter2 = settings5.VUmeter2;
control.SmoothEQ = settings5.SmoothEQ;
control.DelayEQ = settings5.DelayEQ;
control._DelayEQTime = settings5.DelayEqTime;
control.EQTitleDisplay = settings5.EQTitleDisplay;
control._EQTitleShowTime = settings5.EQTitleShowTime;
control._EQTitleDisplayTime = settings5.EQTitleDisplayTime;
}
if (type.Equals("DebugForm"))
{
DebugForm.AdvancedSettings settings6 = DebugForm.AdvancedSettings.Load();
control.UseEqDisplay = settings6.EqDisplay;
control.UseNormalEq = settings6.NormalEQ;
control.UseStereoEq = settings6.StereoEQ;
control.UseVUmeter = settings6.VUmeter;
control.UseVUmeter2 = settings6.VUmeter2;
control.SmoothEQ = settings6.SmoothEQ;
control.DelayEQ = settings6.DelayEQ;
control._DelayEQTime = settings6.DelayEqTime;
control.EQTitleDisplay = settings6.EQTitleDisplay;
control._EQTitleShowTime = settings6.EQTitleShowTime;
control._EQTitleDisplayTime = settings6.EQTitleDisplayTime;
}
return(control);
}
public static void SaveEqualizerSettings(EQControl EQSettings)
{
string type = Settings.Instance.Type;
if (type.Equals("iMONLCDg"))
{
iMONLCDg.AdvancedSettings toSave = iMONLCDg.AdvancedSettings.Load();
toSave.EqDisplay = EQSettings.UseEqDisplay;
toSave.NormalEQ = EQSettings.UseNormalEq;
toSave.StereoEQ = EQSettings.UseStereoEq;
toSave.VUmeter = EQSettings.UseVUmeter;
toSave.VUmeter2 = EQSettings.UseVUmeter2;
toSave.SmoothEQ = EQSettings.SmoothEQ;
toSave.DelayEQ = EQSettings.DelayEQ;
toSave.DelayEqTime = EQSettings._DelayEQTime;
toSave.EQTitleDisplay = EQSettings.EQTitleDisplay;
toSave.EQTitleShowTime = EQSettings._EQTitleShowTime;
toSave.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
toSave.RestrictEQ = true;
toSave.EqRate = 30;
iMONLCDg.AdvancedSettings.Instance = toSave;
iMONLCDg.AdvancedSettings.Save(toSave);
iMONLCDg.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("CFontz"))
{
CFontz.AdvancedSettings settings2 = CFontz.AdvancedSettings.Load();
settings2.EqDisplay = EQSettings.UseEqDisplay;
settings2.NormalEQ = EQSettings.UseNormalEq;
settings2.StereoEQ = EQSettings.UseStereoEq;
settings2.VUmeter = EQSettings.UseVUmeter;
settings2.VUmeter2 = EQSettings.UseVUmeter2;
settings2.SmoothEQ = EQSettings.SmoothEQ;
settings2.DelayEQ = EQSettings.DelayEQ;
settings2.DelayEqTime = EQSettings._DelayEQTime;
settings2.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings2.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings2.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
CFontz.AdvancedSettings.Instance = settings2;
CFontz.AdvancedSettings.Save(settings2);
CFontz.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("MatrixMX"))
{
MatrixMX.AdvancedSettings settings3 = MatrixMX.AdvancedSettings.Load();
settings3.EqDisplay = EQSettings.UseEqDisplay;
settings3.NormalEQ = EQSettings.UseNormalEq;
settings3.StereoEQ = EQSettings.UseStereoEq;
settings3.VUmeter = EQSettings.UseVUmeter;
settings3.VUmeter2 = EQSettings.UseVUmeter2;
settings3.SmoothEQ = EQSettings.SmoothEQ;
settings3.DelayEQ = EQSettings.DelayEQ;
settings3.DelayEqTime = EQSettings._DelayEQTime;
settings3.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings3.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings3.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
MatrixMX.AdvancedSettings.Instance = settings3;
MatrixMX.AdvancedSettings.Save(settings3);
MatrixMX.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("MatrixGX"))
{
MatrixGX.AdvancedSettings settings4 = MatrixGX.AdvancedSettings.Load();
settings4.EqDisplay = EQSettings.UseEqDisplay;
settings4.NormalEQ = EQSettings.UseNormalEq;
settings4.StereoEQ = EQSettings.UseStereoEq;
settings4.VUmeter = EQSettings.UseVUmeter;
settings4.VUmeter2 = EQSettings.UseVUmeter2;
settings4.SmoothEQ = EQSettings.SmoothEQ;
settings4.DelayEQ = EQSettings.DelayEQ;
settings4.DelayEqTime = EQSettings._DelayEQTime;
settings4.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings4.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings4.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
MatrixGX.AdvancedSettings.Instance = settings4;
MatrixGX.AdvancedSettings.Save();
MatrixGX.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("VLSYS_Mplay"))
{
VLSYS_Mplay.AdvancedSettings settings5 = VLSYS_Mplay.AdvancedSettings.Load();
settings5.EqDisplay = EQSettings.UseEqDisplay;
settings5.NormalEQ = EQSettings.UseNormalEq;
settings5.StereoEQ = EQSettings.UseStereoEq;
settings5.VUmeter = EQSettings.UseVUmeter;
settings5.VUmeter2 = EQSettings.UseVUmeter2;
settings5.SmoothEQ = EQSettings.SmoothEQ;
settings5.DelayEQ = EQSettings.DelayEQ;
settings5.DelayEqTime = EQSettings._DelayEQTime;
settings5.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings5.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings5.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
VLSYS_Mplay.AdvancedSettings.Instance = settings5;
VLSYS_Mplay.AdvancedSettings.Save(settings5);
VLSYS_Mplay.AdvancedSettings.NotifyDriver();
}
else if (type.Equals("DebugForm"))
{
DebugForm.AdvancedSettings settings6 = DebugForm.AdvancedSettings.Load();
settings6.EqDisplay = EQSettings.UseEqDisplay;
settings6.NormalEQ = EQSettings.UseNormalEq;
settings6.StereoEQ = EQSettings.UseStereoEq;
settings6.VUmeter = EQSettings.UseVUmeter;
settings6.VUmeter2 = EQSettings.UseVUmeter2;
settings6.SmoothEQ = EQSettings.SmoothEQ;
settings6.DelayEQ = EQSettings.DelayEQ;
settings6.DelayEqTime = EQSettings._DelayEQTime;
settings6.EQTitleDisplay = EQSettings.EQTitleDisplay;
settings6.EQTitleShowTime = EQSettings._EQTitleShowTime;
settings6.EQTitleDisplayTime = EQSettings._EQTitleDisplayTime;
DebugForm.AdvancedSettings.Instance = settings6;
DebugForm.AdvancedSettings.Save(settings6);
DebugForm.AdvancedSettings.NotifyDriver();
}
}
public static EQControl LoadEqualizerSettings()
{
EQControl control = new EQControl();
string type = Settings.Instance.Type;
if (type.Equals("iMONLCDg"))
{
iMONLCDg.AdvancedSettings settings = iMONLCDg.AdvancedSettings.Load();
control.UseEqDisplay = settings.EqDisplay;
control.UseNormalEq = settings.NormalEQ;
control.UseStereoEq = settings.StereoEQ;
control.UseVUmeter = settings.VUmeter;
control.UseVUmeter2 = settings.VUmeter2;
control.SmoothEQ = settings.SmoothEQ;
control.DelayEQ = settings.DelayEQ;
control._DelayEQTime = settings.DelayEqTime;
control.EQTitleDisplay = settings.EQTitleDisplay;
control._EQTitleShowTime = settings.EQTitleShowTime;
control._EQTitleDisplayTime = settings.EQTitleDisplayTime;
return control;
}
if (type.Equals("CFontz"))
{
CFontz.AdvancedSettings settings2 = CFontz.AdvancedSettings.Load();
control.UseEqDisplay = settings2.EqDisplay;
control.UseNormalEq = settings2.NormalEQ;
control.UseStereoEq = settings2.StereoEQ;
control.UseVUmeter = settings2.VUmeter;
control.UseVUmeter2 = settings2.VUmeter2;
control.SmoothEQ = settings2.SmoothEQ;
control.DelayEQ = settings2.DelayEQ;
control._DelayEQTime = settings2.DelayEqTime;
control.EQTitleDisplay = settings2.EQTitleDisplay;
control._EQTitleShowTime = settings2.EQTitleShowTime;
control._EQTitleDisplayTime = settings2.EQTitleDisplayTime;
return control;
}
if (type.Equals("MatrixMX"))
{
MatrixMX.AdvancedSettings settings3 = MatrixMX.AdvancedSettings.Load();
control.UseEqDisplay = settings3.EqDisplay;
control.UseNormalEq = settings3.NormalEQ;
control.UseStereoEq = settings3.StereoEQ;
control.UseVUmeter = settings3.VUmeter;
control.UseVUmeter2 = settings3.VUmeter2;
control.SmoothEQ = settings3.SmoothEQ;
control.DelayEQ = settings3.DelayEQ;
control._DelayEQTime = settings3.DelayEqTime;
control.EQTitleDisplay = settings3.EQTitleDisplay;
control._EQTitleShowTime = settings3.EQTitleShowTime;
control._EQTitleDisplayTime = settings3.EQTitleDisplayTime;
return control;
}
if (type.Equals("MatrixGX"))
{
MatrixGX.AdvancedSettings settings4 = MatrixGX.AdvancedSettings.Load();
control.UseEqDisplay = settings4.EqDisplay;
control.UseNormalEq = settings4.NormalEQ;
control.UseStereoEq = settings4.StereoEQ;
control.UseVUmeter = settings4.VUmeter;
control.UseVUmeter2 = settings4.VUmeter2;
control.SmoothEQ = settings4.SmoothEQ;
control.DelayEQ = settings4.DelayEQ;
control._DelayEQTime = settings4.DelayEqTime;
control.EQTitleDisplay = settings4.EQTitleDisplay;
control._EQTitleShowTime = settings4.EQTitleShowTime;
control._EQTitleDisplayTime = settings4.EQTitleDisplayTime;
return control;
}
if (type.Equals("VLSYS_Mplay"))
{
VLSYS_Mplay.AdvancedSettings settings5 = VLSYS_Mplay.AdvancedSettings.Load();
control.UseEqDisplay = settings5.EqDisplay;
control.UseNormalEq = settings5.NormalEQ;
control.UseStereoEq = settings5.StereoEQ;
control.UseVUmeter = settings5.VUmeter;
control.UseVUmeter2 = settings5.VUmeter2;
control.SmoothEQ = settings5.SmoothEQ;
control.DelayEQ = settings5.DelayEQ;
control._DelayEQTime = settings5.DelayEqTime;
control.EQTitleDisplay = settings5.EQTitleDisplay;
control._EQTitleShowTime = settings5.EQTitleShowTime;
control._EQTitleDisplayTime = settings5.EQTitleDisplayTime;
}
if (type.Equals("DebugForm"))
{
DebugForm.AdvancedSettings settings6 = DebugForm.AdvancedSettings.Load();
control.UseEqDisplay = settings6.EqDisplay;
control.UseNormalEq = settings6.NormalEQ;
control.UseStereoEq = settings6.StereoEQ;
control.UseVUmeter = settings6.VUmeter;
control.UseVUmeter2 = settings6.VUmeter2;
control.SmoothEQ = settings6.SmoothEQ;
control.DelayEQ = settings6.DelayEQ;
control._DelayEQTime = settings6.DelayEqTime;
control.EQTitleDisplay = settings6.EQTitleDisplay;
control._EQTitleShowTime = settings6.EQTitleShowTime;
control._EQTitleDisplayTime = settings6.EQTitleDisplayTime;
}
return control;
}