private void ProcessAction(DriverCore driver, double FcLP, double FcHP, Color color, string splText, string phaseText)
{
double splAtFcLP;
double phaseAtFcLP;
double splAtFcHP;
double phaseAtFcHP;
double factoredFcLP;
double factoredFcHP;
Filters.Calculate(driver, FrequencyRange.dynamicFreqs
, FcLP, out splAtFcLP, out phaseAtFcLP
, FcHP, out splAtFcHP, out phaseAtFcHP
, out factoredFcLP, out factoredFcHP
, hpIsInverted, offsetMm, lpIsOffset, hpIsOffset);
Curves.AddTargetComplexCurves(systemGraph, driver
, color, splText, splText, phaseText
, FcLP, splAtFcLP, phaseAtFcLP
, FcHP, splAtFcHP, phaseAtFcHP);
if (driver.target.section == FilterCore.Section.LP)
{
UpdateFactorLP(factoredFcLP);
besselFcPhaseLP.Text = phaseAtFcLP.ToString("F0");
FilterSPL.Instance.lowpass = driver.splInterpolated; // For graph export option
}
if (driver.target.section == FilterCore.Section.HP)
{
UpdateFactorHP(factoredFcHP);
besselFcPhaseHP.Text = phaseAtFcHP.ToString("F0");
FilterSPL.Instance.highpass = driver.splInterpolated; // For graph export option
}
Action.Update.SystemResponse(systemGraph, drivers, phaseToggleSum);
}
/// <summary>
/// Used only to initialize at startup
/// </summary>
private void CalculateAll()
{
double FcLP = 1000;
double FcHP = 1000;
double splAtFcLP = 1;
double phaseAtFcLP = 0;
double splAtFcHP = 1;
double phaseAtFcHP = 0;
double factoredFcLP;
double factoredFcHP;
double[,] groupDelay;
double max;
// Lowpass section
if (IsFilterConsistentWithOrder(trgtOrderLP, trgtTypeLP))
{
FcLP = Convert.ToDouble(trgtFreqLP.Value);
Filters.Calculate(drivers.woofer1, FrequencyRange.dynamicFreqs
, FcLP, out splAtFcLP, out phaseAtFcLP
, FcHP, out splAtFcHP, out phaseAtFcHP
, out factoredFcLP, out factoredFcHP);
FilterSPL.Instance.lowpass = drivers.woofer1.target.splInterpolated;
Curves.AddTargetComplexCurves(systemGraph, drivers.woofer1
, Color.Blue, "LowpassSPL", "LowpassSPL", "LowpassPhase"
, FcLP, splAtFcLP, phaseAtFcLP
, FcHP, splAtFcHP, phaseAtFcHP);
besselFcPhaseLP.Text = phaseAtFcLP.ToString();
UpdateFactorLP(FcLP);
// Lowpass delay
groupDelay = GroupDelay.Calculate(drivers.woofer1.target.splInterpolated, out max);
Curves.AddGroupDelayCurves(systemGraph, groupDelay, Color.Violet, "LowpassDelay", "LowpassDelay", curveIsVisible: true, yMax: max);
}
// Highpass section
if (IsFilterConsistentWithOrder(trgtOrderHP, trgtTypeHP))
{
FcHP = Convert.ToDouble(trgtFreqHP.Value);
Filters.Calculate(drivers.tweeter, FrequencyRange.dynamicFreqs
, FcLP, out splAtFcLP, out phaseAtFcLP
, FcHP, out splAtFcHP, out phaseAtFcHP
, out factoredFcLP, out factoredFcHP
, hpIsInverted);
//FilterSPL.Instance.lowpass = drivers.tweeter.target.splInterpolated;
FilterSPL.Instance.highpass = drivers.tweeter.target.splInterpolated;
Curves.AddTargetComplexCurves(systemGraph, drivers.tweeter
, Color.Red, "HighpassSPL", "HighpassSPL", "HighpassPhase"
, FcLP, splAtFcLP, phaseAtFcLP
, FcHP, splAtFcHP, phaseAtFcHP);
besselFcPhaseHP.Text = phaseAtFcHP.ToString();
UpdateFactorHP(FcHP);
// Highpass delay
groupDelay = GroupDelay.Calculate(drivers.tweeter.target.splInterpolated, out max);
Curves.AddGroupDelayCurves(systemGraph, groupDelay, Color.Orange, "HighpassDelay", "HighpassDelay", curveIsVisible: true, yMax: max);
}
// System sum section
double[,] sum = (new FilterCore().SumResponses(drivers.woofer1.target.splInterpolated, drivers.tweeter.target.splInterpolated));
Curves.AddSummedComplexCurves(systemGraph, sum
, Color.Black, "SummedSPL", "SummedSPL", "SummedPhase"
, FcLP, splAtFcLP, phaseAtFcLP
, FcHP, splAtFcHP, phaseAtFcHP);
// System delay
groupDelay = GroupDelay.Calculate(sum, out max);
Curves.AddGroupDelayCurves(systemGraph, groupDelay, Color.Green, "SystemDelay", "SystemDelay", curveIsVisible: true, yMax: max);
FilterSPL.Instance.lowpass = drivers.woofer1.target.splInterpolated;
FilterSPL.Instance.highpass = drivers.tweeter.target.splInterpolated;
}
