public object Clone()
{
GeneratorSetup s = new GeneratorSetup();
s.Copy(this);
return(s);
}
public void OnCompleted()
{
SoundCardSetup setupCard = soundCard.Settings as SoundCardSetup;
if (!setupCard.running)
{
soundIndicator.BackColor = Color.FromArgb(0, 192, 0);
threadSoundCard = null;
}
SoundCardSetup setupPlay = playBack.Settings as SoundCardSetup;
if (!setupPlay.running)
{
playIndicator.BackColor = Color.FromArgb(0, 192, 0);
threadPlayBack = null;
}
GeneratorSetup setupGenerator = generator.Settings as GeneratorSetup;
if (!setupGenerator.running)
{
generatorIndicator.BackColor = Color.FromArgb(0, 192, 0);
threadGenerator = null;
}
//foreach (DictionaryEntry functionBlock in functionBlocks)
// ((FunctionBlock)functionBlock.Value).Reset();
}
public void ContinueGenerator()
{
GeneratorSetup setup = generator.Settings as GeneratorSetup;
setup.paused = false;
generator.Settings = setup;
}
public void PauseGenerator()
{
GeneratorSetup setup = generator.Settings as GeneratorSetup;
setup.paused = true;
generator.Settings = setup;
}
public void StopGenerator()
{
GeneratorSetup setup = generator.Settings as GeneratorSetup;
setup.running = false;
generator.Settings = setup;
threadGenerator = null;
}
public Generator()
{
output = new DataObject();
output.dataElements = new DataObjectElement[1];
output.dataElements[0] = new DataObjectElement("", 0);
abstraction = new GeneratorAbstraction();
sine = new Sine();
whiteNoise = new WhiteNoise();
launchpad = new Launchpad();
setup = new GeneratorSetup();
}
public void Copy(GeneratorSetup setup)
{
generatorType = setup.generatorType;
samplingFrequency = setup.samplingFrequency;
frequency = setup.frequency;
level = setup.level;
length = setup.length;
running = setup.running;
paused = setup.paused;
delay = setup.delay;
}
void button11_Click(object sender, EventArgs e)
{
((FunctionBlockHandler)functionBlocks[AnalysisType.FBHandler]).StopGenerator();
GeneratorSetup setup = functionBlocks[AnalysisType.Generator].Settings as GeneratorSetup;
functionBlocks[AnalysisType.Generator].Settings = setup;
functionBlocks[AnalysisType.FFTAnalysis].Reset();
((FunctionBlockHandler)functionBlocks[AnalysisType.FBHandler]).StartGenerator();
}
void textBox3_Enter(object sender, KeyEventArgs e)
{
if (e.KeyValue != 13)
{
return;
}
try
{
SoundCardSetup setup = functionBlocks[AnalysisType.Playback].Settings as SoundCardSetup;
setup.delay = int.Parse(textBox3.Text);
functionBlocks[AnalysisType.Playback].Settings = setup;
GeneratorSetup setupG = functionBlocks[AnalysisType.Generator].Settings as GeneratorSetup;
setupG.delay = int.Parse(textBox3.Text);
functionBlocks[AnalysisType.Generator].Settings = setupG;
}
catch
{
}
}
public void StartGenerator()
{
if (threadGenerator != null)
{
return;
}
generatorIndicator.BackColor = Color.FromArgb(192, 0, 0);
SetIterator(generator.CreateIterator());
iteratorGenerator = iterator;
generator.Subscribe(this);
GeneratorSetup setup = generator.Settings as GeneratorSetup;
setup.running = true;
generator.Settings = setup;
threadGenerator = new Thread(new ThreadStart(generator.Compute));
threadGenerator.Name = "Generator";
threadGenerator.Start();
}
public Machine()
{
SoundCardDelegate soundCardCallback = SoundCardCallBack;
InitializeComponent();
textBox1.KeyDown += new KeyEventHandler(textBox1_Enter);
textBox2.KeyDown += new KeyEventHandler(textBox2_Enter);
textBox3.KeyDown += new KeyEventHandler(textBox3_Enter);
textBox4.KeyDown += new KeyEventHandler(textBox4_Enter);
textBox5.KeyDown += new KeyEventHandler(textBox5_Enter);
textBox6.KeyDown += new KeyEventHandler(textBox6_Enter);
textBox7.KeyDown += new KeyEventHandler(textBox7_Enter);
textBox8.KeyDown += new KeyEventHandler(textBox8_Enter);
displayComponent = new DisplayComponent();
displayComponent.PreviewKeyDown += new PreviewKeyDownEventHandler(display_previewKey);
displayComponent.KeyDown += new KeyEventHandler(display_keyDown);
Controls.Add(displayComponent);
KeyPreview = true;
InitDisplay();
fileDialog = new OpenFileDialog();
functionBlocks = new FunctionBlocks();
functionBlocks.Add(new FunctionBlockHandler(), AnalysisType.FBHandler);
functionBlocks.Add(new SoundCard(soundCardCallback), AnalysisType.Soundcard);
functionBlocks.Add(new PlayBack(), AnalysisType.Playback);
functionBlocks.Add(new Generator(), AnalysisType.Generator);
functionBlocks.Add(new Afilter(), AnalysisType.AWeighting);
functionBlocks.Add(new Upsampling(), AnalysisType.Upsampling);
functionBlocks.Add(new FftAdapter(), AnalysisType.FFTAdapter);
functionBlocks.Add(new FftAnalysis(), AnalysisType.FFTAnalysis);
functionBlocks.Add(new CpbAnalysis(), AnalysisType.OctaveAnalysis);
functionBlocks.Add(new DetectorBank(), AnalysisType.OctaveDetectorBank);
functionBlocks.Add(new CpbAnalysis(), AnalysisType.ThirdOctaveAnalysis);
functionBlocks.Add(new DetectorBank(), AnalysisType.ThirdOctaveDetectorBank);
functionBlocks.Add(new BBDetector(), AnalysisType.BroadbandDetector);
functionBlocks.Add(new GraphAdapter(), AnalysisType.GraphAdapter);
functionBlocks.Add(new GraphHandler(), AnalysisType.Graph);
functionBlocks.Add(new GraphAdapter(), AnalysisType.ValueAdapter);
functionBlocks.Add(new ValueHandler(), AnalysisType.Value);
functionBlocks.Add(new CursorHandler(), AnalysisType.ValueCursor);
soundCardSetup = new SoundCardSetup();
playBackSetup = new SoundCardSetup();
generatorSetup = new GeneratorSetup();
fftAdaptorSetup = new FftAdapterSetup();
upsamplingSetup = new UpsamplingSetup();
fftSetup = new FftSetup();
aFilterSetup = new AfilterSetup();
cpbSetup1 = new CpbSetup();
cpbSetup3 = new CpbSetup();
detectorsSetup1 = new DetectorBankSetup();
detectorsSetup3 = new DetectorBankSetup();
bbDetectorSetup = new BBDetectorSetup();
graphAdapterSetup = new DefaultSetup();
valueAdapterSetup = new DefaultSetup();
graphSetup = new DisplaySetup();
valueSetup = new DisplaySetup();
UpdateSettings(dataGridView);
Setup();
Reset();
}
