/// <summary>
/// Init initializes the ouput controller.<br />
/// This method is called after the
/// objects haven been instanciated.
///
/// Specifically, Init is prepping the "Soundbank" for the currently supported 'hardware'
/// and setting the user preffered output style/profiles via the following options:
/// - Speakers: a valid named Speaker target regonized by Bass, eg 'Rear' or RearCenter'
/// - BassShaker1: Location of "primary" Bass Shaker if not controlled be amp crossover, as recognized by Bass
/// - BassShaker2: See Previous
/// - LowImpactMode: true or false value determines if alternate routing/less overall intesity is used
/// - DeviceNumber: Bass recognized soundcard output if not using Default system device. Devices are listed in DirectOutput.log
/// Levels/Fine Tuning options: These all have values from 0 (minimum) to 100 (maximum)
/// - ImpactFactor: Global Modifier for relative "effect" overall
/// - ShakerImapactFactor: Fine tuning of Shaker intensity.
/// - FlipperLevel: Fine tuning of the effect applied to the flippers
/// - BumperLevel: same as above, for Pop Bumpers
/// - SlingsLevel: the Slingshots and everything else
/// </summary>
/// <param name="Cabinet">The cabinet object which is using the output controller instance.</param>
public override void Init(Cabinet Cabinet)
{
if (bank == null)
{
Log.Exception("Could not Initialize SSFImpactor");
return;
}
try
{
_FrontExciterPair = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _FrontExciters);
_RearExciterPair = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _RearExciters);
if (_Shaker1 != "None")
{
_ShakerChannel1 = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _Shaker1);
}
if (_Shaker2 != "None")
{
_ShakerChannel2 = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _Shaker2);
}
}
catch
{
Log.Write("Invalid value for a Speaker in Cabinet.xml, using defaults ");
_FrontExciterPair = (uint)BassFlags.SpeakerRear;
_RearExciterPair = (uint)BassFlags.SpeakerRearCenter;
_ShakerChannel1 = (uint)BassFlags.SpeakerRearCenter;
_ShakerChannel2 = (uint)BassFlags.SpeakerRear;
}
if (SoundBank.Names.Count == 0 || true) // This should always be run
{
DeviceInfo mydevice;
try
{
bank.PrepBox(_DeviceNumber);
var info = Bass.Info;
try
{
for (int dev = 1; ; dev++)
{
var bd = Bass.GetDeviceInfo(dev);
Log.Write("BASS device " + dev.ToString() + " is " + bd.Name);
}
}
catch (Exception)
{
// You have to wait until GetDeviceInfo fails. Yuck.
}
Log.Write("SSFImpactor DeviceNumber = " + _DeviceNumber);
if (_DeviceNumber == -1)
{
Log.Write("BASS using default Windows sound device");
}
Log.Write("BASS current device number = " + Bass.CurrentDevice);
mydevice = Bass.GetDeviceInfo(Bass.CurrentDevice);
Log.Write("BASS currnet device name: " + mydevice.Name);
Log.Write("BASS detects " + info.SpeakerCount.ToString() + " speakers.");
SSF.CopyTo(ssfStream);
if (_LowImpactMode)
{
stream = Bass.CreateStream(ssfStream.ToArray(), 0, ssfStream.Length, (BassFlags)_FrontExciterPair);
if ((stream == 0) && (Bass.LastError == Errors.Speaker))
{
Log.Write("Unable to assign FrontExciters stream to speakers: " + _FrontExciters);
}
}
else
{
stream = Bass.CreateStream(ssfStream.ToArray(), 0, ssfStream.Length, (BassFlags)_FrontExciterPair);
if ((stream == 0) && (Bass.LastError == Errors.Speaker))
{
Log.Write("Unable to assign FrontExciters stream to speakers: " + _FrontExciters);
}
stream1 = Bass.CreateStream(ssfStream.ToArray(), 0, ssfStream.Length, (BassFlags)_RearExciterPair);
if ((stream1 == 0) && (Bass.LastError == Errors.Speaker))
{
Log.Write("Unable to assign RearExciters stream to speakers: " + _RearExciters);
}
}
useFaker = true;
fakeShaker = new Faker
{
Shaker1 = _Shaker1,
Shaker2 = _Shaker2,
ImpactEffect = _ShakeAmount
};
fakeGear = new SSFGear()
{
Shaker1 = _Shaker1,
GearLevel = _GearLevel
};
Log.Write("SSFShaker activated");
Log.Write("SSFImpactor \"Hardware\" Initialized\n");
haveBass = true;
AddOutputs();
}
catch (Exception e)
{
Log.Write("Could Not Initialze Bass - " + e.Message);
}
}
}
/// <summary>
/// Init initializes the ouput controller.<br />
/// This method is called after the
/// objects haven been instanciated.
///
/// Specifically, Init is prepping the "Soundbank" for the currently supported 'hardware'
/// and setting the user preffered output style/profiles via the following options:
/// - Speakers: a valid named Speaker target regonized by Bass, eg 'Rear' or RearCenter'
/// - BassShaker1: Location of "primary" Bass Shaker if not controlled be amp crossover, as recognized by Bass
/// - BassShaker2: See Previous
/// - LowImpactMode: true or false value determines if alternate routing/less overall intesity is used
/// - DeviceNumber: Bass recognized soundcard output if not using Default system device. Devices are listed in DirectOutput.log
/// Levels/Fine Tuning options: These all have values from 0 (minimum) to 100 (maximum)
/// - ImpactFactor: Global Modifier for relative "effect" overall
/// - ShakerImapactFactor: Fine tuning of Shaker intensity.
/// - FlipperLevel: Fine tuning of the effect applied to the flippers
/// - BumperLevel: same as above, for Pop Bumpers
/// - SlingsLevel: the Slingshots and everything else
/// </summary>
/// <param name="Cabinet">The cabinet object which is using the output controller instance.</param>
public override void Init(Cabinet Cabinet)
{
if (bank == null)
{
Log.Exception("Could not Initialize SSFImpactor");
return;
}
try
{
_FrontExciterPair = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _FrontExciters);
_RearExciterPair = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _RearExciters);
if (_Shaker1 != "None")
{
_ShakerChannel1 = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _Shaker1);
}
if (_Shaker2 != "None")
{
_ShakerChannel2 = (uint)(BassFlags)Enum.Parse(typeof(BassFlags), "Speaker" + _Shaker2);
}
}
catch
{
Log.Write("Invalid value for a Speaker in Cabinet.xml, using defaults ");
_FrontExciterPair = (uint)BassFlags.SpeakerRear;
_RearExciterPair = (uint)BassFlags.SpeakerRear;
_ShakerChannel1 = (uint)BassFlags.SpeakerRearCenter;
_ShakerChannel2 = (uint)BassFlags.SpeakerRear;
}
if (SoundBank.Names.Count == 0)
{
try
{
bank.PrepBox(_DeviceNumber);
var info = Bass.Info;
try
{
for (int dev = 1; ; dev++)
{
var bd = Bass.GetDeviceInfo(dev);
Log.Write("BASS device " + dev.ToString() + " is " + bd.Name);
}
}
catch (Exception)
{
// You have to wait until GetDeviceInfo fails. Yuck.
}
Log.Write("BASS detects " + info.SpeakerCount.ToString() + " speakers.");
SSF.CopyTo(ssfStream);
/*
* if(_LowImpactMode || File.Exists(@"C:\DirectOutput\SSFLI"))
* {
* stream = Bass.CreateStream(ssfStream.ToArray(), 0, ssfStream.Length, BassFlags.SpeakerRearRight);
* }
* else
* {
*/
stream = Bass.CreateStream(ssfStream.ToArray(), 0, ssfStream.Length, (BassFlags)_FrontExciterPair);
stream1 = Bass.CreateStream(ssfStream.ToArray(), 0, ssfStream.Length, (BassFlags)_RearExciterPair);
//}
useFaker = true;
fakeShaker = new Faker
{
Shaker1 = _Shaker1,
Shaker2 = _Shaker2,
ImpactEffect = _ShakeAmount
};
fakeGear = new SSFGear()
{
GearLevel = _GearLevel
};
Log.Write("SSFShaker activated");
Log.Write("SSFImpactor \"Hardware\" Initialized\n");
haveBass = true;
AddOutputs();
}
catch (Exception e)
{
Log.Write("Could Not Initialze Bass - " + e.Message);
}
}
}