Implemented high-pass Cauer schematic calculation

schcauer.cpp

@@ -54,7 +54,45 @@ void SchCauer::calcLowPass()
 
 void SchCauer::calcHighPass()
 {
+    float R1,R2,R3,R4,R5,C1,C2;
+    float Wc = 2*M_PI*Fc;
+    float Nst = order/2 + order%2;
+    float Kv1 = pow(Kv,1.0/Nst);
+    //qDebug()<<Kv1;
+
+    for (int k=1; k <= order/2; k++) {
+
+        float re = Poles.at(k-1).real();
+        float im = Poles.at(k-1).imag();
+        float B = -2.0*re;
+        float C = re*re + im*im;
+        im = Zeros.at(k-1).imag();
+        float A = im*im;
 
+        qDebug()<<A<<B<<C;
+
+        C1 = 10.0/Fc;
+        C2 = C1;
+        R5 = 1.0/(Wc*C1);
+        R1 = (B*A*R5)/(Kv1*C);
+        R2 = (C*R5)/B;
+        R3 = B*R5;
+        R4 = Kv1*R5;
+
+        RC_elements curr_sec;
+        curr_sec.N = k;
+        curr_sec.R1 = 1000*R1;
+        curr_sec.R2  = 1000*R2;
+        curr_sec.R3 = 1000*R3;
+        curr_sec.R4 = 1000*R4;
+        curr_sec.R5 = 1000*R5;
+        curr_sec.C1 = C1;
+        curr_sec.C2 = C2;
+        Sections.append(curr_sec);
+
+    }
+
+    this->calcFirstOrder();
 }
 
 
@@ -65,5 +103,5 @@ void SchCauer::createLowPassSchematic(QString &s)
 
 void SchCauer::createHighPassSchematic(QString &s)
 {
-
+    createLowPassSchematic(s);
 }