private void Processing()
{
if (CLK.RisingEdge())
{
phase = phase + GetPinc();
phase2 = phase2 + GetOffset();// hier ist das Problem, die Getpinc() incrementiert sich nicht nur die Getoffset()
phase4 = phase + phase2;
//phase5 = Getpipe(phase4);
//phase6 = GetPhaseIn();
}
switch (Partspresent)
{
case EConfigurationOptions.PhaseGeneratorAndSinCosLut:
{
PHASE_OUT.Next = phase4;
SINE.Next = GetSinus(Getradian(phase4));
COSINE.Next = GetCosinus(Getradian(phase4));
} break;
case EConfigurationOptions.PhaseGeneratorOnly:
{
PHASE_OUT.Next = phase2;
} break;
case EConfigurationOptions.SinAndCosOnly:
{
PHASE_OUT.Next = Getpipe(GetPhaseIn());
SINE.Next = GetSinus(Getradian(Getpipe(GetPhaseIn())));
COSINE.Next = GetCosinus(Getradian(Getpipe(GetPhaseIn())));
//PHASE_OUT1 = GetPhaseIn();
} break;
}
}
public static void Main()
{
var clk = new CLK {
};
var synchThread = new Thread(clk.synch);
var showThread = new Thread(clk.show);
synchThread.Start();
showThread.Start();
}
private void Processing()
{
if (CLK.RisingEdge())
{
Signed tmp = DIVISOR.Cur.SignedValue.Resize(DividendAndQuotientWidth + FractionWidth) /
DIVIDEND.Cur.SignedValue;
_quotient.Next = tmp.SLVValue[DividendAndQuotientWidth + FractionWidth - 1, FractionWidth];
if (FractionWidth > 0)
{
_remainder.Next = tmp.SLVValue[FractionWidth - 1, 0];
}
}
}
private void Processing()
{
if (Latency == 0 || (CLK.RisingEdge() && (!HasCE || CE.Cur == '1')))
{
int width = Math.Max(Awidth, Bwidth);
if (AddMode == EAddMode.Add ||
(AddMode == EAddMode.AddSubtract && ADD.Cur == '1'))
{
_result.Next =
(A.Cur.UnsignedValue.Resize(width) +
B.Cur.UnsignedValue.Resize(width)).Resize(OutWidth).SLVValue;
}
else
{
_result.Next =
(A.Cur.UnsignedValue.Resize(width) -
B.Cur.UnsignedValue.Resize(width)).Resize(OutWidth).SLVValue;
}
}
}
