/// <summary>
/// Costruttore
/// </summary>
/// <param name="freq">Frequenza del PWM</param>
/// <param name="res">Nome dell'uscita digitale</param>
public UniversalIO(UIOSoftPWM res, int freq)
{
switch (res)
{
case UIOSoftPWM.SPWM_2:
SelPort = UIOSelector.OUT_SEL_2;
break;
case UIOSoftPWM.SPWM_3:
SelPort = UIOSelector.OUT_SEL_3;
break;
case UIOSoftPWM.SPWM_4:
SelPort = UIOSelector.OUT_SEL_4;
break;
case UIOSoftPWM.SPWM_5:
SelPort = UIOSelector.OUT_SEL_5;
break;
case UIOSoftPWM.SPWM_7:
SelPort = UIOSelector.OUT_SEL_7;
break;
case UIOSoftPWM.SPWM_8:
SelPort = UIOSelector.OUT_SEL_8;
break;
case UIOSoftPWM.SPWM_9:
SelPort = UIOSelector.OUT_SEL_9;
break;
case UIOSoftPWM.SPWM_10:
SelPort = UIOSelector.OUT_SEL_10;
break;
case UIOSoftPWM.SPWM_11:
SelPort = UIOSelector.OUT_SEL_11;
break;
case UIOSoftPWM.SPWM_12:
SelPort = UIOSelector.OUT_SEL_12;
break;
default:
throw new ArgumentException("PWM non valido", "res");
}
Initialize(UIOMode.UIOModeSoftPwm, (int)SelPort, (int)res, freq, true, 0, 0);
}
/// <summary>
/// Costruttore
/// </summary>
/// <param name="freq">Frequenza del PWM</param>
/// <param name="res">Nome dell'uscita digitale</param>
public UniversalIO(UIOSoftPWM res, int freq)
{
switch(res)
{
case UIOSoftPWM.SPWM_2:
SelPort = UIOSelector.OUT_SEL_2;
break;
case UIOSoftPWM.SPWM_3:
SelPort = UIOSelector.OUT_SEL_3;
break;
case UIOSoftPWM.SPWM_4:
SelPort = UIOSelector.OUT_SEL_4;
break;
case UIOSoftPWM.SPWM_5:
SelPort = UIOSelector.OUT_SEL_5;
break;
case UIOSoftPWM.SPWM_7:
SelPort = UIOSelector.OUT_SEL_7;
break;
case UIOSoftPWM.SPWM_8:
SelPort = UIOSelector.OUT_SEL_8;
break;
case UIOSoftPWM.SPWM_9:
SelPort = UIOSelector.OUT_SEL_9;
break;
case UIOSoftPWM.SPWM_10:
SelPort = UIOSelector.OUT_SEL_10;
break;
case UIOSoftPWM.SPWM_11:
SelPort = UIOSelector.OUT_SEL_11;
break;
case UIOSoftPWM.SPWM_12:
SelPort = UIOSelector.OUT_SEL_12;
break;
default:
throw new ArgumentException("PWM non valido", "res");
}
Initialize(UIOMode.UIOModeSoftPwm, (int)SelPort, (int)res, freq, true, 0 , 0);
}
