void Delay::setParameter(int parameter, float value)
{
#if !defined(ASSUME_SAFE_RANGES)
value = common::cclampf(value,0.0f,1.0f);
#endif
switch(parameter)
{
case FX::k_delay_mode:
setMode(value);
break;
case FX::k_delay_mix:
//dummy
break;
case FX::k_delay_time:
setDelayTime(value);
break;
case FX::k_delay_feedback:
setFeedback(value);
break;
case FX::k_delay_lowpass_cutoff:
setLowpassCutoff(value);
break;
case FX::k_delay_highpass_cutoff:
setHighpassCutoff(value);
break;
default:
break;
}
}
ChromoConditions::ChromoConditions(double iColumnLength,
double iColumnDiameter,
double iColumnPoreSize,
Gradient iGradient,
double iSecondSolventConcentrationA,
double iSecondSolventConcentrationB,
double iDelayTime,
double iFlowRate,
double iDV,
double iColumnRelativeStrength,
double iColumnVpToVtot,
double iColumnPorosity,
double iTemperature)
throw(ChromoConditionsException)
{
// Set an empty gradient to prevent recalculation of SSConcentrations.
mGradient = Gradient();
setMixingCorrection(false);
setColumnLength(iColumnLength);
setColumnDiameter(iColumnDiameter);
setColumnPoreSize(iColumnPoreSize);
setColumnVpToVtot(iColumnVpToVtot);
setColumnPorosity(iColumnPorosity);
setTemperature(iTemperature);
setColumnRelativeStrength(iColumnRelativeStrength);
setFlowRate(iFlowRate);
setDV(iDV);
setDelayTime(iDelayTime);
setSecondSolventConcentrationA(iSecondSolventConcentrationA);
setSecondSolventConcentrationB(iSecondSolventConcentrationB);
setGradient(iGradient);
}
