public void clearPlottingData()
{
OS_TCMD_LIST.Clear();
OS_FRTCM_LIST.Clear();
OS_FREQUENCY_LIST.Clear();
FREQUENCIES_LIST.Clear();
MAX_OS_FRTCM_LIST.Clear();
MAX_OS_TCMD_LIST.Clear();
MAGNITUDE_BODE.Clear();
PHASE_BODE.Clear();
FREQUENCY_BODE.Clear();
}
private void extractMaxs()
{
int j = 0;
double FRTCM_MAX = 0;
double TCMD_MAX = 0;
int INDEX_FRTCM_MAX = 0;
int INDEX_TCMD_MAX = 0;
Complex[] u_AUX_OS_FRTCM = new Complex[0];
Complex[] u_AUX_OS_TCMD = new Complex[0];
List <Double> AUX_OS_TCMD = new List <double>();
List <Double> AUX_OS_FRTCM = new List <double>();
for (int i = 0; i < OS_FREQUENCY_LIST.Count; i++)
{
if (OS_FREQUENCY_LIST[i] == FREQUENCIES_LIST[j])
{
AUX_OS_TCMD.Add(OS_TCMD_LIST[i]);
AUX_OS_FRTCM.Add(OS_FRTCM_LIST[i]);
}
else
{
int n = AUX_OS_FRTCM.Count;
Complex[] uT_AUX_OS_FRTCM = new Complex[n];
Complex[] uT_AUX_OS_TCMD = new Complex[n];
for (int k = 0; k < n; k++)
{
uT_AUX_OS_FRTCM[k] = new Complex(AUX_OS_FRTCM[k], 0);
uT_AUX_OS_TCMD[k] = new Complex(AUX_OS_TCMD[k], 0);
}
Fourier.Forward(uT_AUX_OS_FRTCM, FourierOptions.NoScaling);
Fourier.Forward(uT_AUX_OS_TCMD, FourierOptions.NoScaling);
u_AUX_OS_FRTCM = new Complex[n];
u_AUX_OS_TCMD = new Complex[n];
for (int k = 0; k < n / 2; k++)
{
u_AUX_OS_FRTCM[k] = 2.0 / n * uT_AUX_OS_FRTCM[k];
u_AUX_OS_TCMD[k] = 2.0 / n * uT_AUX_OS_TCMD[k];
}
double[] MAG_u_AUX_OS_FRTCM = new double[n];
double[] MAG_u_AUX_OS_TCMD = new double[n];
for (int k = 0; k < n / 2; k++)
{
MAG_u_AUX_OS_FRTCM[k] = u_AUX_OS_FRTCM[k].Magnitude;
MAG_u_AUX_OS_TCMD[k] = u_AUX_OS_TCMD[k].Magnitude;
}
FRTCM_MAX = MAG_u_AUX_OS_FRTCM.Max();
TCMD_MAX = MAG_u_AUX_OS_TCMD.Max();
INDEX_FRTCM_MAX = MAG_u_AUX_OS_FRTCM.ToList().IndexOf(FRTCM_MAX);
INDEX_TCMD_MAX = MAG_u_AUX_OS_TCMD.ToList().IndexOf(TCMD_MAX);
MAX_OS_FRTCM_LIST.Add(u_AUX_OS_FRTCM[INDEX_FRTCM_MAX]);
MAX_OS_TCMD_LIST.Add(u_AUX_OS_TCMD[INDEX_TCMD_MAX]);
AUX_OS_TCMD.Clear();
AUX_OS_FRTCM.Clear();
AUX_OS_TCMD.Add(OS_TCMD_LIST[i]);
AUX_OS_FRTCM.Add(OS_FRTCM_LIST[i]);
j++;
}
}
}
private void extractMaxs()
{
int j = 0;
double FRTCM_MAX = 0;
double TCMD_MAX = 0;
int INDEX_FRTCM_MAX = 0;
int INDEX_TCMD_MAX = 0;
List <Complex> u_AUX_OS_FRTCM = new List <Complex>();
List <Complex> u_AUX_OS_TCMD = new List <Complex>();
List <Double> AUX_OS_TCMD = new List <double>();
List <Double> AUX_OS_FRTCM = new List <double>();
for (int i = 0; i < OS_FREQUENCY_LIST.Count; i++)
{
if (OS_FREQUENCY_LIST[i] == FREQUENCIES_LIST[j])
{
AUX_OS_TCMD.Add(OS_TCMD_LIST[i]);
AUX_OS_FRTCM.Add(OS_FRTCM_LIST[i]);
}
else
{
int n = AUX_OS_FRTCM.Count;
Double[] uT_AUX_OS_FRTCM_REAL = new Double[n];
Double[] uT_AUX_OS_FRTCM_IMAG = new Double[n];
Double[] uT_AUX_OS_TCMD_REAL = new Double[n];
Double[] uT_AUX_OS_TCMD_IMAG = new Double[n];
for (int k = 0; k < n; k++)
{
uT_AUX_OS_FRTCM_REAL[k] = AUX_OS_FRTCM[k];
uT_AUX_OS_FRTCM_IMAG[k] = 0;
uT_AUX_OS_TCMD_REAL[k] = AUX_OS_TCMD[k];
uT_AUX_OS_TCMD_IMAG[k] = 0;
}
Fourier.Forward(uT_AUX_OS_FRTCM_REAL, uT_AUX_OS_FRTCM_IMAG, FourierOptions.NoScaling);
Fourier.Forward(uT_AUX_OS_TCMD_REAL, uT_AUX_OS_TCMD_IMAG, FourierOptions.NoScaling);
for (int k = 0; k < n / 2; k++)
{
Complex AUX = new Complex(2.0 / n * uT_AUX_OS_FRTCM_REAL[k], 2.0 / n * uT_AUX_OS_FRTCM_IMAG[k]);
u_AUX_OS_FRTCM.Add(AUX);
AUX = new Complex(2.0 / n * uT_AUX_OS_TCMD_REAL[k], 2.0 / n * uT_AUX_OS_TCMD_IMAG[k]);
u_AUX_OS_TCMD.Add(AUX);
}
double[] MAG_u_AUX_OS_FRTCM = new double[n];
double[] MAG_u_AUX_OS_TCMD = new double[n];
for (int k = 0; k < n / 2; k++)
{
MAG_u_AUX_OS_FRTCM[k] = u_AUX_OS_FRTCM[k].Mag;
MAG_u_AUX_OS_TCMD[k] = u_AUX_OS_TCMD[k].Mag;
}
FRTCM_MAX = MAG_u_AUX_OS_FRTCM.Max();
TCMD_MAX = MAG_u_AUX_OS_TCMD.Max();
INDEX_FRTCM_MAX = MAG_u_AUX_OS_FRTCM.ToList().IndexOf(FRTCM_MAX);
INDEX_TCMD_MAX = MAG_u_AUX_OS_TCMD.ToList().IndexOf(TCMD_MAX);
MAX_OS_FRTCM_LIST.Add(u_AUX_OS_FRTCM[INDEX_FRTCM_MAX]);
MAX_OS_TCMD_LIST.Add(u_AUX_OS_TCMD[INDEX_TCMD_MAX]);
AUX_OS_TCMD.Clear();
AUX_OS_FRTCM.Clear();
u_AUX_OS_FRTCM.Clear();
u_AUX_OS_TCMD.Clear();
AUX_OS_TCMD.Add(OS_TCMD_LIST[i]);
AUX_OS_FRTCM.Add(OS_FRTCM_LIST[i]);
j++;
}
}
}