Cleaned FastFourierTransformTest

Author: giuliomoro

TestPatches/FastFourierTransformTestPatch.hpp

@@ -9,79 +9,19 @@ class FastFourierTransformTestPatch : public Patch {
   int passed;
   int failed;
   int fftsize;
-  FastFourierTransform fftArm;
-  FastFourierTransform fftGeneric;
-  bool assertt(float first, float second, const char *message){ //assert with tolerance
-    bool cond=false;
-    float tol=0.0000001;
-    if(abs(second-first)<tol){
-      cond=true;
-    }
-    assert(cond, message);
-  }
-  bool assert(bool condition,const char * message){
-    assert(condition, message, -1);
-  }
-  bool assert(bool condition,const char * message, int n){
-    if(condition==false && success==true){ //only hit this the first time, so only the first failed assertion gets displayed
-      success=false;
-      if(n>=0)
-        debugMessage(message, n);
-      else
-        debugMessage(message);
-      ASSERT(condition, message); //this actually causes the program to exit and the LED to turn red
-      //but if you comment out the line above you can get nice acoustic feedback instead (sinewave for success, noise for error)
-      failed++;
-    } else {
-      passed++;
-    }
-    return condition;
-  }
+  FastFourierTransform fft;
   ComplexFloatArray fd;
 public:
   FastFourierTransformTestPatch(){
-     registerParameter(PARAMETER_A, "Toggle FFT method");
-    // success=true;
-    // passed=0;
-    // failed=0;
     fftsize=getBlockSize();
-    fftArm.init(fftsize);
-    fftGeneric.init(fftsize);
+    fft.init(fftsize);
     fd=ComplexFloatArray::create(fftsize);
-    // FastFourierTransform fftArm;
-    // FastFourierTransformGeneric fftGeneric;
-    // fftArm.init(fftsize);
-    // fftGeneric.init(fftsize);
 
   };
   void processAudio(AudioBuffer &buffer){
     FloatArray td=buffer.getSamples(0);
-    if(getParameterValue(PARAMETER_A)>0.5){
-      debugMessage("generic");
-      fftGeneric.fft(td,fd);
-      fftGeneric.ifft(fd,td);
-    } else {
-      debugMessage("arm");
-      fftArm.fft(td,fd);
-      fftArm.ifft(fd,td);
-    }
-    td.scale(0.2);
-
-    /*
-    float *sig=buffer.getSamples(0);
-    if(success==false){
-      for(int n=0; n<getBlockSize(); n++){
-        sig[n]+=0.05*rand()/(float)RAND_MAX;
-      }
-    } else {
-      static float phase=0;
-      float inc=2*M_PI/200.0f;
-      for(int n=0; n<getBlockSize(); n++){
-        sig[n]+=0.2*sinf(phase);
-        phase+=inc;
-        phase= phase>2*M_PI ? phase-2*M_PI : phase;
-      }
-    }*/
+    fft.fft(td,fd);
+    fft.ifft(fd,td);
   }
 };