comparison scanpath.mm @ 13:426d645d8e69

Changed max min audio, saving now saves rest lump positions.

     }
     
     double sample = (1 - frameInterpolator)*oldsample + frameInterpolator*newsample;
     //cout << sample << endl;
     // keep within the bounds of acceptability
+    sample = sample*3.0;
+    
     if(sample > 0.99){
-       // cout << "OUCH\n";
+        cout << "BIG" << endl;
+        
         sample = 0.99;
-    }else if(sample < -0.99){
-        sample = -0.99;
+    }else if(sample < -0.0){
+        cout << "SMALL" << endl;
+        sample = 0.0;
     }
     return sample;
 	
 }
 //----------------------------------------------------------------
-// get next sample
+// get next sample: just one sample at a time at sample rate
 double ScanPath::getNextSample(){
 	// move along wavetable, no interpolation ie: length of path is pitch
     static int n = 0;
     double oldsample = wavetableOld[n];
     

         //cout << "frame interp > 1\n";
         frameInterpolator = 1.0; // just stays outputting new
     }
     
     double sample = (1 - frameInterpolator)*oldsample + frameInterpolator*newsample;
-    return sample*3.0;
+    // beef up
+    sample = sample*10.0;
+    
+    if(sample > 0.99){
+        cout << "BIG" << endl;
+        
+        sample = 0.99;
+    }else if(sample < -0.0){
+        cout << "SMALL" << endl;
+        sample = 0.0;
+    }
 	
 }
 //----------------------------------------------------------------
 //----------------------------------------------------------------
 // get next sample with cubic interpolation

     double sample = (1 - frameInterpolator)*oldsample + frameInterpolator*newsample;
     //cout << sample << endl;
     // keep within the bounds of acceptability
     
     // beef up
-    sample = sample*3.0;
+    sample = sample*10.0;
     
     if(sample > 0.99){
+        cout << "BIG" << endl;
+        
         sample = 0.99;
-    }else if(sample < -0.99){
-        sample = -0.99;
+    }else if(sample < -0.0){
+        cout << "SMALL" << endl;
+        sample = 0.0;
     }
     
     return sample;
 	
 }