//Testing
void SetAndRollEqData()
{
//SL: The following demonstrates how to pass EqData to our C++ DLL
SoundGraphDisplay.IDW_SetVfdEqData(iEqData);
//Move our data for our next pass
for (int i = 0; i < 15; i++)
{
iEqData.BandData[i] = iEqData.BandData[i + 1];
}
if (iEqData.BandData[14] == 100)
{
//Maxed bounce back down
iEqData.BandData[15] = 90;
}
else if (iEqData.BandData[14] == 0)
{
//Mined bounce back up
iEqData.BandData[15] = 10;
}
else if (iEqData.BandData[13] > iEqData.BandData[14])
{
//Going down
iEqData.BandData[15] = iEqData.BandData[14] - 10;
}
else if (iEqData.BandData[13] < iEqData.BandData[14])
{
//Going up
iEqData.BandData[15] = iEqData.BandData[14] + 10;
}
}
/// <summary>
///
/// </summary>
protected void UpdateEq()
{
if (!(iSettings.iEq.UseEqDisplay & iSettings.iEq._EqDataAvailable))
{
return;
}
if (iSettings.iEq.RestrictEQ &
((DateTime.Now.Ticks - iSettings.iEq._LastEQupdate.Ticks) < iSettings.iEq._EqUpdateDelay))
{
return;
}
//if (DoDebug)
{
//SoundGraphDisplay.LogInfo("\niMONLCDg.DisplayEQ(): Retrieved {0} samples of Equalizer data.", EQSettings.EqFftData.Length / 2);
}
if (IsLcd())
{
//Force stereo mode for LCD
iSettings.iEq.UseStereoEq = true;
}
if ((iSettings.iEq.UseStereoEq || iSettings.iEq.UseVUmeter) || iSettings.iEq.UseVUmeter2)
{
if (iSettings.iEq.UseStereoEq)
{
//Stereo mode
iSettings.iEq.Render_MaxValue = 100;
iSettings.iEq.Render_BANDS = 8;
iSettings.iEq.EqArray[0] = 0x63;
/*
* if ((_DisplayType == DisplayType.LCD) || (_DisplayType == DisplayType.LCD2))
* {
* EQSettings.Render_MaxValue = (EQSettings._useEqMode == 2) ? 8 : 0x10;
* EQSettings.EqArray[0] = (byte)EQSettings._useEqMode;
* }
* else if (_DisplayType == DisplayType.ThreeRsystems)
* {
* EQSettings.Render_MaxValue = 6;
* EQSettings.EqArray[0] = 0;
* }
*/
MiniDisplayHelper.ProcessEqData(ref iSettings.iEq);
for (int i = 0; i < iSettings.iEq.Render_BANDS; i++)
{
switch (iSettings.iEq.EqArray[0])
{
case 2:
{
var num2 = (byte)(iSettings.iEq.EqArray[1 + i] & 15);
iSettings.iEq.EqArray[1 + i] = (byte)((num2 << 4) | num2);
var num3 = (byte)(iSettings.iEq.EqArray[9 + i] & 15);
iSettings.iEq.EqArray[9 + i] = (byte)((num3 << 4) | num3);
break;
}
}
}
for (int j = 15; j > 7; j--)
{
iSettings.iEq.EqArray[j + 1] = iSettings.iEq.EqArray[j];
}
iSettings.iEq.EqArray[8] = 0;
iSettings.iEq.EqArray[9] = 0;
}
else
{
//UV Meter or UV Meter: unused
iSettings.iEq.Render_MaxValue = 80;
iSettings.iEq.Render_BANDS = 1;
if (iSettings.iEq._useVUindicators)
{
iSettings.iEq.Render_MaxValue = 0x4b;
}
MiniDisplayHelper.ProcessEqData(ref iSettings.iEq);
}
}
else
{
iSettings.iEq.Render_MaxValue = 100;
iSettings.iEq.Render_BANDS = 0x10;
iSettings.iEq.EqArray[0] = 0x63;
//if ((_DisplayType == DisplayType.LCD) || (_DisplayType == DisplayType.LCD2))
if (IsLcd())
{
iSettings.iEq.Render_MaxValue = (iSettings.iEq._useEqMode == 2) ? 8 : 0x10;
iSettings.iEq.EqArray[0] = (byte)iSettings.iEq._useEqMode;
}
/*
* else if (_DisplayType == DisplayType.ThreeRsystems)
* {
* EQSettings.Render_MaxValue = 6;
* EQSettings.EqArray[0] = 0;
* }*/
MiniDisplayHelper.ProcessEqData(ref iSettings.iEq);
for (int k = 0; k < iSettings.iEq.Render_BANDS; k++)
{
switch (iSettings.iEq.EqArray[0])
{
case 2:
{
var num6 = (byte)(iSettings.iEq.EqArray[1 + k] & 15);
iSettings.iEq.EqArray[1 + k] = (byte)((num6 << 4) | num6);
break;
}
}
}
}
//if ((_DisplayType == DisplayType.LCD) || (_DisplayType == DisplayType.LCD2))
if (IsLcd())
{
if (!iSettings.iEq.UseVUmeter && !iSettings.iEq.UseVUmeter2)
{
//SetEQ(EQSettings.EqArray);
//We take the last 16 entries cause the first one is static
for (int i = 1; i < 17; i++)
{
iEqDataLeft.BandData[i - 1] = iSettings.iEq.EqArray[i];
iEqDataRight.BandData[i - 1] = iSettings.iEq.EqArray[i];
}
//Array.Copy(iSettings.iEq.EqArray, 1, iEqDataLeft.BandData, 0, 0x10);
//Array.Copy(iSettings.iEq.EqArray, 1, iEqDataRight.BandData, 0, 0x10);
SoundGraphDisplay.IDW_SetLcdEqData(iEqDataLeft, iEqDataRight);
}
else
{
//DrawVU(EQSettings.EqArray);
}
}
/*
* else if (_DisplayType == DisplayType.ThreeRsystems)
* {
* for (int m = 0; m < 8; m++)
* {
* EQSettings.EqArray[1 + m] =
* (byte)((EQSettings.EqArray[1 + m] << 4) + EQSettings.EqArray[9 + m]);
* }
* ulong data = 0x0901000000000000L;
* ulong num9 = 0x0000000000000002L;
* data = data + EQSettings.EqArray[1] << 40;
* data = data + EQSettings.EqArray[2] << 0x20;
* data = data + EQSettings.EqArray[3] << 0x18;
* data = data + EQSettings.EqArray[4] << 0x10;
* data = data + EQSettings.EqArray[5] << 8;
* num9 = num9 + EQSettings.EqArray[6] << 40;
* num9 = num9 + EQSettings.EqArray[7] << 0x20;
* num9 = num9 + EQSettings.EqArray[8] << 0x18;
* SendData(0x0200020000000000L);
* SendData(0x0000000000000002L);
* SendData(0x0d0f202020202000L);
* SendData(0x2020202020202002L);
* SendData(data);
* SendData(num9);
* }
*/
else if (IsVfd())
{
if (!iSettings.iEq.UseVUmeter && !iSettings.iEq.UseVUmeter2)
{
//var destinationArray = new int[0x10];
//We take the last 16 entries cause the first one is static
//Array.Copy(iSettings.iEq.EqArray, 1, iEqData.BandData, 0, 0x10);
for (int i = 1; i < 17; i++)
{
iEqData.BandData[i - 1] = iSettings.iEq.EqArray[i];
}
SoundGraphDisplay.IDW_SetVfdEqData(iEqData);
goto Label_0613;
}
//DrawVU(EQSettings.EqArray);
}
Label_0613:
iSettings.iEq._LastEQupdate = DateTime.Now;
if ((DateTime.Now.Ticks - iSettings.iEq._EQ_FPS_time.Ticks) < 0x989680L)
{
iSettings.iEq._EQ_Framecount++;
}
else
{
iSettings.iEq._Max_EQ_FPS = Math.Max(iSettings.iEq._Max_EQ_FPS, iSettings.iEq._EQ_Framecount);
iSettings.iEq._EQ_Framecount = 0;
iSettings.iEq._EQ_FPS_time = DateTime.Now;
}
}