public BlockStrip(DisplayOpenGL parent, IVisualizer visualizer)
{
if (!(visualizer is IDiscrete1D))
{
Log.Error("BlockStrip cannot use the provided visualizer, as it does not output 1D discrete data.");
throw new InvalidOperationException("Incompatible visualizer. Must implement IDiscrete1D.");
}
this.HostWindow = parent;
this.DataSource = (IDiscrete1D)visualizer;
this.BlockCount = this.DataSource.GetCountDiscrete();
this.GeometryData = new float[1];
GenerateGeometry();
}
public Tube(DisplayOpenGL parent, IVisualizer visualizer)
{
if (!(visualizer is IDiscrete1D))
{
Log.Error("Tube cannot use the provided visualizer, as it does not output 1D discrete data.");
throw new InvalidOperationException("Incompatible visualizer. Must implement IDiscrete1D.");
}
if (ColorChord.NoteFinder is not BaseNoteFinder)
{
throw new Exception("Tube currently only supports BaseNoteFinder.");
}
this.HostWindow = parent;
this.DataSource = (IDiscrete1D)visualizer;
this.TubeResolution = this.DataSource.GetCountDiscrete(); // TODO: Handle this changing
this.HostWindow.UpdateFrame += UpdateFrame;
}
public Radar(DisplayOpenGL parent, IVisualizer visualizer, Dictionary <string, object> config)
{
if (visualizer is not IDiscrete1D)
{
Log.Error("Radar cannot use the provided visualizer, as it does not output 1D discrete data.");
throw new InvalidOperationException("Incompatible visualizer. Must implement IDiscrete1D.");
}
if (ColorChord.NoteFinder is not BaseNoteFinder)
{
throw new Exception("Radar currently only supports BaseNoteFinder.");
}
Configurer.Configure(this, config);
this.HostWindow = parent;
this.DataSource = (IDiscrete1D)visualizer;
this.RadiusResolution = this.DataSource.GetCountDiscrete();
}
