private float autoDivisions = 2; //< Auto attenuation fit to X divisions
/// <summary>Initialize oscilloscope channel</summary>
/// <param name="oscProbe">Default input connected to this channel</param>
/// <param name="bufferSize">Buffer capacity</param>
public void Initialize(Oscilloscope osc, OscProbe oscProbe, int bufferSize)
{
oscilloscope = osc;
oscSettings = osc.oscSettings;
oscRenderer = osc.oscRenderer;
chanLabelPosX = oscSettings.rectangle.xMin;
valsLabelPosX = oscSettings.rectangle.xMax;
label.color = color;
statusText.color = color;
ledPlugged.colorOn = color;
ledPlugged.message = label.text = channelName.ToString();
buffer = new Vector3[bufferSize];
Plug(oscProbe);
RenderGUI();
}
// =============================================================================================================
// The renderer
// =============================================================================================================
/// <summary>Render this channel</summary>
/// <param name="renderer"></param>
/// <param name="smpBeg">Start sample</param>
/// <param name="smpEnd">End sample</param>
/// <param name="smpCenter">Samples quantity</param>
/// <param name="pixPerSample">Scale samples to pixels</param>
public void Render(OscRenderer renderer, int smpBeg, int smpEnd, float pixStart, float pixPerSample)
{
// Do not render external channelor if "Off" probe used
if (isPlugged)
{
if (CalculateMinMax(smpBeg, smpEnd))
{
isDirtyStatusText = true;
}
switch (style)
{
case OscProbe.Style.Default:
switch (format)
{
case OscProbe.Format.Float:
renderer.PlotFloat(this, smpBeg, smpEnd, pixStart, pixPerSample, color);
break;
case OscProbe.Format.Vector2:
renderer.PlotVector2(this, smpBeg, smpEnd, pixStart, pixPerSample, color);
break;
case OscProbe.Format.Vector3:
renderer.PlotVector3(this, smpBeg, smpEnd, pixStart, pixPerSample, color);
break;
default:
throw new ArgumentOutOfRangeException();
}
break;
case OscProbe.Style.Logic:
renderer.PlotFloatLogic(this, smpBeg, smpEnd, pixStart, pixPerSample, color);
break;
}
}
}