float runApplyFunction(ApplyFunction e)
{
var func = env_.GetFunction(e.Name.Name);
var args = e.Args.Select(arg => runExp(arg)).ToArray();
// closureの環境を作成する
var oldEnv = env_;
env_ = new Env(oldEnv);
for (int i = 0; i < args.Length; i++)
{
var arg = args[i];
env_.Set("@" + (i + 1), arg);
}
try
{
runBlock(func.Body);
}
catch (ReturnJump)
{
// return によって終了する
}
var returnValue = env_.GetReturnValue();
env_ = oldEnv;
return(returnValue);
}
/// <summary>
/// In case the transactions do not have the commands to apply, use this method to apply any commands you want with a
/// given <seealso cref="ApplyFunction"/> instead.
/// </summary>
/// <param name="applier"> to use </param>
/// <param name="function"> which knows what to do with the <seealso cref="TransactionApplier"/>. </param>
/// <param name="transactions"> are only used to create <seealso cref="TransactionApplier"/>s. The actual work is delegated to the
/// function. </param>
/// <returns> the boolean-and result of all function operations. </returns>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#:
//ORIGINAL LINE: public static boolean apply(org.neo4j.kernel.impl.api.BatchTransactionApplier applier, ApplyFunction function, org.neo4j.kernel.impl.api.TransactionToApply... transactions) throws Exception
public static bool Apply(BatchTransactionApplier applier, ApplyFunction function, params TransactionToApply[] transactions)
{
bool result = true;
foreach (TransactionToApply tx in transactions)
{
using (TransactionApplier txApplier = applier.StartTx(tx, new LockGroup()))
{
result &= function(txApplier);
}
}
applier.Close();
return(result);
}
public static void Test()
{
ApplyFunction.ApplyFunc(ele => Printing.Println(ele),
SolveNQueen(4),
SolveNQueen(5),
SolveNQueen(6),
SolveNQueen(7),
SolveNQueen(8),
SolveNQueen(9),
SolveNQueen(10),
SolveNQueen(11),
SolveNQueen(12)
);
}
public void SetUp()
{
_out = new ConstantSignal <double>(() => 0.0);
if (_midiManager != null)
{
_plugin.MidiProcessor.NoteOff -= _midiManager.NoteOff;
_plugin.MidiProcessor.NoteOn -= _midiManager.NoteOn;
}
_midiManager = new MidiManager(NoteChannels);
_plugin.MidiProcessor.NoteOff += _midiManager.NoteOff;
_plugin.MidiProcessor.NoteOn += _midiManager.NoteOn;
_scratchBuffer1 = new double[this.BlockSize, 1];
_scratchBuffer2 = new double[this.BlockSize, 1];
_scratchBuffer3 = new double[this.BlockSize, 1];
_scratchBuffer4 = new double[this.BlockSize, 1];
_scratchBuffer5 = new double[this.BlockSize, 1];
_scratchBuffer6 = new double[this.BlockSize, 1];
_scratchBufferChannels1 = new double[this.BlockSize, NoteChannels];
_scratchBufferChannels2 = new double[this.BlockSize, NoteChannels];
_scratchBufferChannels3 = new double[this.BlockSize, NoteChannels];
_scratchBufferChannels4 = new double[this.BlockSize, NoteChannels];
_scratchBufferChannels5 = new double[this.BlockSize, NoteChannels];
_scratchBufferChannels6 = new double[this.BlockSize, NoteChannels];
_blockSize = BlockSize;
_sampleRate = SampleRate;
var sine1 = new Oscillator(NoteChannels, this.SampleRate)
{
Shape = Oscillator.WaveShape.Sine,
Frequency = _midiManager.ChannelFrequencies,
OctaveShift = new ConstantSignal <int>(() => _plugin.Model.Path1OctaveShift),
Amplitude = new ConstantSignal <double>(() => _plugin.Model.Sine)
};
sine1.Out.Buffer = _scratchBufferChannels1;
var square1 = new Oscillator(NoteChannels, this.SampleRate)
{
Shape = Oscillator.WaveShape.Square,
Frequency = _midiManager.ChannelFrequencies,
OctaveShift = new ConstantSignal <int>(() => _plugin.Model.Path1OctaveShift),
Amplitude = new ConstantSignal <double>(() => _plugin.Model.Square)
};
square1.Out.Buffer = _scratchBufferChannels2;
var triangle1 = new Oscillator(NoteChannels, this.SampleRate)
{
Shape = Oscillator.WaveShape.Triangle,
Frequency = _midiManager.ChannelFrequencies,
OctaveShift = new ConstantSignal <int>(() => _plugin.Model.Path1OctaveShift),
Amplitude = new ConstantSignal <double>(() => _plugin.Model.Triangle)
};
triangle1.Out.Buffer = _scratchBufferChannels3;
var sine2 = new Oscillator(NoteChannels, this.SampleRate)
{
Shape = Oscillator.WaveShape.Sine,
Frequency = _midiManager.ChannelFrequencies,
OctaveShift = new ConstantSignal <int>(() => _plugin.Model.Path2OctaveShift),
Amplitude = new ConstantSignal <double>(() => _plugin.Model.Sine)
};
sine2.Out.Buffer = _scratchBufferChannels4;
var square2 = new Oscillator(NoteChannels, this.SampleRate)
{
Shape = Oscillator.WaveShape.Square,
Frequency = _midiManager.ChannelFrequencies,
OctaveShift = new ConstantSignal <int>(() => _plugin.Model.Path2OctaveShift),
Amplitude = new ConstantSignal <double>(() => _plugin.Model.Square)
};
square2.Out.Buffer = _scratchBufferChannels5;
var triangle2 = new Oscillator(NoteChannels, this.SampleRate)
{
Shape = Oscillator.WaveShape.Triangle,
Frequency = _midiManager.ChannelFrequencies,
OctaveShift = new ConstantSignal <int>(() => _plugin.Model.Path2OctaveShift),
Amplitude = new ConstantSignal <double>(() => _plugin.Model.Triangle)
};
triangle2.Out.Buffer = _scratchBufferChannels6;
var sourceSum1 = new Sum("sourceSum");
sourceSum1.Inputs.Add(sine1.Out);
sourceSum1.Inputs.Add(square1.Out);
sourceSum1.Inputs.Add(triangle1.Out);
sourceSum1.Buffer = _scratchBufferChannels1;
var sourceSum2 = new Sum("sourceSum2");
sourceSum2.Inputs.Add(sine2.Out);
sourceSum2.Inputs.Add(square2.Out);
sourceSum2.Inputs.Add(triangle2.Out);
sourceSum2.Buffer = _scratchBufferChannels4;
var adsr1 = new Adsr(NoteChannels, this.SampleRate)
{
ReleaseDuration = new ConstantSignal <double>(() => _plugin.Model.ReleaseDuration / 5),
AttackDuration = new ConstantSignal <double>(() => _plugin.Model.AttackDuration / 10),
DecayDuration = new ConstantSignal <double>(() => _plugin.Model.DecayDuration / 10),
Attack = new ConstantSignal <double>(() => _plugin.Model.AttackStrength),
Sustain = new ConstantSignal <double>(() => _plugin.Model.SustainStrength),
Triggers = _midiManager.ChannelTriggers,
Input = sourceSum1
};
adsr1.Out.Buffer = _scratchBufferChannels1;
var adsr2 = new Adsr(NoteChannels, this.SampleRate)
{
ReleaseDuration = new ConstantSignal <double>(() => _plugin.Model.ReleaseDuration / 5),
AttackDuration = new ConstantSignal <double>(() => _plugin.Model.AttackDuration / 10),
DecayDuration = new ConstantSignal <double>(() => _plugin.Model.DecayDuration / 10),
Attack = new ConstantSignal <double>(() => _plugin.Model.AttackStrength),
Sustain = new ConstantSignal <double>(() => _plugin.Model.SustainStrength),
Triggers = _midiManager.ChannelTriggers,
Input = sourceSum2
};
adsr2.Out.Buffer = _scratchBufferChannels4;
var delayOsc = new Oscillator(1, SampleRate)
{
Shape = Oscillator.WaveShape.Triangle,
Frequency = new ConstantSignal <double>(() => _plugin.Model.Delay1PlaybackSpeedFreq),
Amplitude = new ConstantSignal <double>(() => Math.Pow(_plugin.Model.Delay1PlaybackSpeedMod, 3) / 2),
Base = new ConstantSignal <double>(() => 1)
};
delayOsc.Out.Buffer = _scratchBuffer1;
var delay1 = new Delay()
{
DelayLength = new ConstantSignal <int>(() => _plugin.Model.Delay1Length),
PlaybackSpeed = delayOsc.Out,
Gain = new ConstantSignal <double>(() => _plugin.Model.Delay1Gain)
};
delay1.Out.Buffer = _scratchBuffer2;
var combine1 = new Mix("Combine");
combine1.Inputs.Add(delay1.Out);
combine1.Inputs.Add(adsr1.Out.Flat((sum, cur) => sum + cur, 0d));
combine1.Strengths.Add(new ConstantSignal <double>(() => _plugin.Model.Wet1));
combine1.Strengths.Add(new ConstantSignal <double>(() => 1 - _plugin.Model.Wet1));
combine1.Buffer = _scratchBuffer3;
var lowPass1 = new LowPass("lowpass1")
{
Scale = new ConstantSignal <int>(() => _plugin.Model.Filter1),
Input = combine1
};
lowPass1.Buffer = _scratchBuffer4;
delay1.Input = lowPass1;
var combine2 = new Mix("Combine2");
combine2.Inputs.Add(delay1.Out);
combine2.Inputs.Add(adsr2.Out.Flat((sum, cur) => sum + cur, 0d));
combine2.Strengths.Add(new ConstantSignal <double>(() => _plugin.Model.Gain1));
combine2.Strengths.Add(new ConstantSignal <double>(() => _plugin.Model.Gain2));
combine2.Buffer = _scratchBuffer6;
var softClip = new ApplyFunction(sample => sample / (1 + Math.Abs(sample)), "SoftClip")
{
Buffer = _scratchBuffer6,
Input = combine2
};
_out = softClip;
}
public static object[] AllPrintlnln(params dynamic[] values) => ApplyFunction.ApplyFunc(ele => Printlnln(ele), values);
public Effect(ApplyFunction apply, Size?readBlock = null, Size?writeBlock = null) :
base(readBlock ?? new Size(1, 1), writeBlock ?? new Size(1, 1)) =>
this.apply = apply ?? throw new ArgumentNullException(nameof(apply));