public Tesbernch_Cordic()
{
_m_clk = new Clock(ClockPeriod)
{
Clk = _clk
};
// Instanziierung von Translate
_translate = new XilinxCordic()
{
FunctionalSelection = XilinxCordic.EFunctionalSelection.Translate,
Clk = _clk,
X_In = _X_IN1,
Y_In = _Y_IN1,
X_Out = _X_OUT1,
Phase_Out = _PHASE_OUT1,
};
// Instanziierung von SinAndCos
_SinAndCos = new XilinxCordic()
{
FunctionalSelection = XilinxCordic.EFunctionalSelection.SinAndCos,
Clk = _clk,
Phase_In = _PHASE_IN2,
X_Out = _X_OUT2,
Y_Out = _Y_OUT2,
};
// Instanziierung von Rotate
_rot = new XilinxCordic()
{
FunctionalSelection = XilinxCordic.EFunctionalSelection.Rotate,
Clk = _clk,
X_In = _X_IN,
Y_In = _Y_IN,
Phase_In = _PHASE_IN,
X_Out = _X_OUT,
Y_Out = _Y_OUT,
Phase_Out = _PHASE_OUT,
//...
};
}
public Tesbernch_Cordic()
{
_m_clk = new Clock(ClockPeriod)
{
Clk = _clk
};
// Instanziierung von Translate
_translate = new XilinxCordic()
{
FunctionalSelection = XilinxCordic.EFunctionalSelection.Translate,
Clk = _clk,
X_In = _X_IN1,
Y_In = _Y_IN1,
X_Out = _X_OUT1,
Phase_Out = _PHASE_OUT1,
};
// Instanziierung von SinAndCos
_SinAndCos = new XilinxCordic()
{
FunctionalSelection = XilinxCordic.EFunctionalSelection.SinAndCos,
Clk = _clk,
Phase_In = _PHASE_IN2,
X_Out = _X_OUT2,
Y_Out = _Y_OUT2,
};
// Instanziierung von Rotate
_rot = new XilinxCordic()
{
FunctionalSelection = XilinxCordic.EFunctionalSelection.Rotate,
Clk = _clk,
X_In = _X_IN,
Y_In = _Y_IN,
Phase_In = _PHASE_IN,
X_Out = _X_OUT,
Y_Out = _Y_OUT,
Phase_Out = _PHASE_OUT,
//...
};
}
