/ - Diff - Distorted Android

       protected int mMode;          // LOOP, PATH or JUMP
       protected long mDuration;     // number of milliseconds it takes to do a full loop/path from first vector to the last and back to the first
       protected float mCount;       // number of loops/paths we will do; mCount = 1.5 means we go from the first vector to the last, back to first, and to the last again.
       protected float mNoise;       // how 'smooth' our path form each vector to the next is. mNoise = 0.0 (min) --> completely smooth; mNoise==1.0 (max) --> very uneven
       protected class VectorNoise
+        {
-...
       protected Vector<VectorNoise> vn;
       protected float[] mFactor;
       protected float[] mNoise;
       protected float[][] baseV;
       private float[] buffer;
-...
         switch(index)
+          {
           case 0        : for(int i=0;i<mDimension-1;i++) mFactor[i] = mNoise*tmpN.n[i+1][0]*t;
                           return time + mNoise*(d*tmpN.n[0][0]-time);
           case NUM_NOISE: for(int i=0;i<mDimension-1;i++) mFactor[i] = mNoise*tmpN.n[i+1][NUM_NOISE-1]*(1-t);
           case 0        : for(int i=0;i<mDimension-1;i++) mFactor[i] = mNoise[i+1]*tmpN.n[i+1][0]*t;
                           return time + mNoise[0]*(d*tmpN.n[0][0]-time);
           case NUM_NOISE: for(int i=0;i<mDimension-1;i++) mFactor[i] = mNoise[i+1]*tmpN.n[i+1][NUM_NOISE-1]*(1-t);
                           len = ((float)NUM_NOISE)/(NUM_NOISE+1);
                           lower = len + mNoise*(tmpN.n[0][NUM_NOISE-1]-len);
                           lower = len + mNoise[0]*(tmpN.n[0][NUM_NOISE-1]-len);
                           return (1.0f-lower)*(d-NUM_NOISE) + lower;
           default       : float ya,yb;
-...
+                            {
                             yb = tmpN.n[i+1][index  ];
                             ya = tmpN.n[i+1][index-1];
                             mFactor[i] = mNoise*((yb-ya)*t+ya);
                             mFactor[i] = mNoise[i+1]*((yb-ya)*t+ya);
+                            }
                           len = ((float)index)/(NUM_NOISE+1);
                           lower = len + mNoise*(tmpN.n[0][index-1]-len);
                           lower = len + mNoise[0]*(tmpN.n[0][index-1]-len);
                           len = ((float)index+1)/(NUM_NOISE+1);
                           upper = len + mNoise*(tmpN.n[0][index  ]-len);
                           upper = len + mNoise[0]*(tmpN.n[0][index  ]-len);
                           return (upper-lower)*(d-index) + lower;
+          }
-...
         mDuration = duration;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Sets the 'smoothness' of interpolation.
      * <p>
      * When Noise=0 (the default), we interpolate between our Points through the most smooth path possible.
      * Increasing noise makes the Dynamic increasingly deviate from this path, pseudo-randomly speeding
      * up and slowing down, etc.
+     *
      * @param noise The noise level. Permitted range: 0 <= noise <= 1.
      */
       public synchronized void setNoise(float noise)
+        {
         if( mNoise==0.0f && noise != 0.0f && vn==null )
+          {
           vn = new Vector<>();
           for(int i=0; i<numPoints; i++) vn.add(new VectorNoise(mDimension));
           if( mDimension>=2 )
+            {
             mFactor = new float[mDimension-1];
+            }
+          }
         if( mNoise<0.0f ) mNoise = 0.0f;
         if( mNoise>1.0f ) mNoise = 1.0f;
         mNoise = noise;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     // end of DistortedInterpolator
+      }

         if( vn!=null ) vn.removeAllElements();
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Sets the 'smoothness' of interpolation.
      * <p>
      * When Noise=0 (the default), we interpolate between our Points through the most smooth path possible.
      * Increasing noise makes the Dynamic increasingly deviate from this path, pseudo-randomly speeding
      * up and slowing down, etc.
+     *
      * @param noise The noise level. Permitted range: 0 <= noise <= 1.
      */
       public synchronized void setNoise(Static1D noise)
+        {
         if( vn==null )
+          {
           vn = new Vector<>();
           for(int i=0; i<numPoints; i++) vn.add(new VectorNoise(mDimension));
           if( mDimension>=2 )
+            {
             mFactor = new float[mDimension-1];
+            }
           mNoise = new float[mDimension];
+          }
         if( noise.x<0.0f ) noise.x = 0.0f;
         if( noise.x>1.0f ) noise.x = 1.0f;
         mNoise[0] = noise.x;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Writes the results of interpolation between the Points at time 'time' to the passed float buffer.

         if( vn!=null ) vn.removeAllElements();
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Sets the 'smoothness' of interpolation.
      * <p>
      * When Noise=0 (the default), we interpolate between our Points through the most smooth path possible.
      * Increasing noise makes the Dynamic increasingly deviate from this path, pseudo-randomly speeding
      * up and slowing down, etc.
+     *
      * @param noise The noise level. Permitted range: 0 <= noise <= 1.
      */
       public synchronized void setNoise(Static2D noise)
+        {
         if( vn==null )
+          {
           vn = new Vector<>();
           for(int i=0; i<numPoints; i++) vn.add(new VectorNoise(mDimension));
           if( mDimension>=2 )
+            {
             mFactor = new float[mDimension-1];
+            }
           mNoise = new float[mDimension];
+          }
         if( noise.x<0.0f ) noise.x = 0.0f;
         if( noise.x>1.0f ) noise.x = 1.0f;
         if( noise.y<0.0f ) noise.y = 0.0f;
         if( noise.y>1.0f ) noise.y = 1.0f;
         mNoise[0] = noise.x;
         mNoise[1] = noise.y;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Writes the results of interpolation between the Points at time 'time' to the passed float buffer.

         if( vn!=null ) vn.removeAllElements();
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Sets the 'smoothness' of interpolation.
      * <p>
      * When Noise=0 (the default), we interpolate between our Points through the most smooth path possible.
      * Increasing noise makes the Dynamic increasingly deviate from this path, pseudo-randomly speeding
      * up and slowing down, etc.
+     *
      * @param noise The noise level. Permitted range: 0 <= noise <= 1.
      */
       public synchronized void setNoise(Static3D noise)
+        {
         if( vn==null )
+          {
           vn = new Vector<>();
           for(int i=0; i<numPoints; i++) vn.add(new VectorNoise(mDimension));
           if( mDimension>=2 )
+            {
             mFactor = new float[mDimension-1];
+            }
           mNoise = new float[mDimension];
+          }
         if( noise.x<0.0f ) noise.x = 0.0f;
         if( noise.x>1.0f ) noise.x = 1.0f;
         if( noise.y<0.0f ) noise.y = 0.0f;
         if( noise.y>1.0f ) noise.y = 1.0f;
         if( noise.z<0.0f ) noise.z = 0.0f;
         if( noise.z>1.0f ) noise.z = 1.0f;
         mNoise[0] = noise.x;
         mNoise[1] = noise.y;
         mNoise[2] = noise.z;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Writes the results of interpolation between the Points at time 'time' to the passed float buffer.

         if( vn!=null ) vn.removeAllElements();
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Sets the 'smoothness' of interpolation.
      * <p>
      * When Noise=0 (the default), we interpolate between our Points through the most smooth path possible.
      * Increasing noise makes the Dynamic increasingly deviate from this path, pseudo-randomly speeding
      * up and slowing down, etc.
+     *
      * @param noise The noise level. Permitted range: 0 <= noise <= 1.
      */
       public synchronized void setNoise(Static4D noise)
+        {
         if( vn==null )
+          {
           vn = new Vector<>();
           for(int i=0; i<numPoints; i++) vn.add(new VectorNoise(mDimension));
           if( mDimension>=2 )
+            {
             mFactor = new float[mDimension-1];
+            }
           mNoise = new float[mDimension];
+          }
         if( noise.x<0.0f ) noise.x = 0.0f;
         if( noise.x>1.0f ) noise.x = 1.0f;
         if( noise.y<0.0f ) noise.y = 0.0f;
         if( noise.y>1.0f ) noise.y = 1.0f;
         if( noise.z<0.0f ) noise.z = 0.0f;
         if( noise.z>1.0f ) noise.z = 1.0f;
         if( noise.w<0.0f ) noise.w = 0.0f;
         if( noise.w>1.0f ) noise.w = 1.0f;
         mNoise[0] = noise.x;
         mNoise[1] = noise.y;
         mNoise[2] = noise.z;
         mNoise[3] = noise.w;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Writes the results of interpolation between the Points at time 'time' to the passed float buffer.
-...
                     buffer[offset  ] = (next.x-curr.x)*time + curr.x + (baseV[1][0]*mFactor[0] + baseV[2][0]*mFactor[1] + baseV[3][0]*mFactor[2]);
                     buffer[offset+1] = (next.y-curr.y)*time + curr.y + (baseV[1][1]*mFactor[0] + baseV[2][1]*mFactor[1] + baseV[3][1]*mFactor[2]);
                     buffer[offset+2] = (next.z-curr.z)*time + curr.z + (baseV[1][2]*mFactor[0] + baseV[2][2]*mFactor[1] + baseV[3][2]*mFactor[2]);
                     buffer[offset+3] = (next.z-curr.z)*time + curr.z + (baseV[1][3]*mFactor[0] + baseV[2][3]*mFactor[1] + baseV[3][3]*mFactor[2]);
                     buffer[offset+3] = (next.w-curr.w)*time + curr.w + (baseV[1][3]*mFactor[0] + baseV[2][3]*mFactor[1] + baseV[3][3]*mFactor[2]);
+                    }
                   else
+                    {

         if( vn!=null ) vn.removeAllElements();
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Sets the 'smoothness' of interpolation.
      * <p>
      * When Noise=0 (the default), we interpolate between our Points through the most smooth path possible.
      * Increasing noise makes the Dynamic increasingly deviate from this path, pseudo-randomly speeding
      * up and slowing down, etc.
+     *
      * @param noise The noise level. Permitted range: 0 <= noise <= 1.
      */
       public synchronized void setNoise(Static5D noise)
+        {
         if( vn==null )
+          {
           vn = new Vector<>();
           for(int i=0; i<numPoints; i++) vn.add(new VectorNoise(mDimension));
           if( mDimension>=2 )
+            {
             mFactor = new float[mDimension-1];
+            }
           mNoise = new float[mDimension];
+          }
         if( noise.x<0.0f ) noise.x = 0.0f;
         if( noise.x>1.0f ) noise.x = 1.0f;
         if( noise.y<0.0f ) noise.y = 0.0f;
         if( noise.y>1.0f ) noise.y = 1.0f;
         if( noise.z<0.0f ) noise.z = 0.0f;
         if( noise.z>1.0f ) noise.z = 1.0f;
         if( noise.w<0.0f ) noise.w = 0.0f;
         if( noise.w>1.0f ) noise.w = 1.0f;
         if( noise.v<0.0f ) noise.v = 0.0f;
         if( noise.v>1.0f ) noise.v = 1.0f;
         mNoise[0] = noise.x;
         mNoise[1] = noise.y;
         mNoise[2] = noise.z;
         mNoise[3] = noise.w;
         mNoise[4] = noise.v;
+        }
     ///////////////////////////////////////////////////////////////////////////////////////////////////
     /**
      * Writes the results of interpolation between the Points at time 'time' to the passed float buffer.
-...
                     buffer[offset  ] = (next.x-curr.x)*time + curr.x + (baseV[1][0]*mFactor[0] + baseV[2][0]*mFactor[1] + baseV[3][0]*mFactor[2] + baseV[4][0]*mFactor[3]);
                     buffer[offset+1] = (next.y-curr.y)*time + curr.y + (baseV[1][1]*mFactor[0] + baseV[2][1]*mFactor[1] + baseV[3][1]*mFactor[2] + baseV[4][1]*mFactor[3]);
                     buffer[offset+2] = (next.z-curr.z)*time + curr.z + (baseV[1][2]*mFactor[0] + baseV[2][2]*mFactor[1] + baseV[3][2]*mFactor[2] + baseV[4][2]*mFactor[3]);
                     buffer[offset+3] = (next.z-curr.z)*time + curr.z + (baseV[1][3]*mFactor[0] + baseV[2][3]*mFactor[1] + baseV[3][3]*mFactor[2] + baseV[4][3]*mFactor[3]);
                     buffer[offset+4] = (next.z-curr.z)*time + curr.z + (baseV[1][4]*mFactor[0] + baseV[2][4]*mFactor[1] + baseV[3][4]*mFactor[2] + baseV[4][4]*mFactor[3]);
                     buffer[offset+3] = (next.w-curr.w)*time + curr.w + (baseV[1][3]*mFactor[0] + baseV[2][3]*mFactor[1] + baseV[3][3]*mFactor[2] + baseV[4][3]*mFactor[3]);
                     buffer[offset+4] = (next.v-curr.v)*time + curr.v + (baseV[1][4]*mFactor[0] + baseV[2][4]*mFactor[1] + baseV[3][4]*mFactor[2] + baseV[4][4]*mFactor[3]);
+                    }
                   else
+                    {

src/main/java/org/distorted/library/type/DynamicQuat.java
133	133	mMode = MODE_LOOP;
134	134	mDuration = duration;
135	135	mCount = count;
136		mNoise = 0.0f;
137	136	mDimension = 4;
138	137	}
139	138

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Distorted Android

Revision 1e22c248

Added by Leszek Koltunski about 9 years ago