[DOC] typos

src/core/graphicsEngine/shaders/shaders/WGEPostprocessor-fragment.glsl

@@ -339,7 +339,7 @@ vec4 getGaussedColor( vec2 where )
     vec4 gaussedColorbr = getColor( where + vec2(  offsetX,  offsetY ) );
     vec4 gaussedColorb  = getColor( where + vec2(     0.0,  -offsetY ) );
 
-    // apply gauss filter
+    // apply Gauss filter
     vec4 gaussed = ( 1.0 / 16.0 ) * (
             1.0 * gaussedColortl +  2.0 * gaussedColort + 1.0 * gaussedColortr +
             2.0 * gaussedColorl  +  4.0 * gaussedColorc + 2.0 * gaussedColorr  +
@@ -379,7 +379,7 @@ float getGaussedDepth( vec2 where )
     float gaussedDepthbr = getDepth( where + vec2(  offsetX,  offsetY ) );
     float gaussedDepthb  = getDepth( where + vec2(     0.0,  -offsetY ) );
 
-    // apply gauss filter
+    // apply Gauss filter
     float gaussed = ( 1.0 / 16.0 ) * (
             1.0 * gaussedDepthtl +  2.0 * gaussedDeptht + 1.0 * gaussedDepthtr +
             2.0 * gaussedDepthl  +  4.0 * gaussedDepthc + 2.0 * gaussedDepthr  +

src/modules/effectiveConnectivityCluster/WMEffectiveConnectivityCluster.cpp

@@ -246,7 +246,7 @@ void WMEffectiveConnectivityCluster::moduleMain()
     // Connect voxelizer input with the selected fibers
     m_voxelizer->getInputConnector( "tractInput" )->connect( m_fiberSelection->getOutputConnector( "cluster" ) );
 
-    // Connect voxelizer output with the gauss filter
+    // Connect voxelizer output with the Gauss filter
     m_gauss->getInputConnector( "in" )->connect( m_voxelizer->getOutputConnector( "voxelOutput" ) );
 
     // Connect voxelizer output with the animation

src/modules/effectiveConnectivityCluster/WMEffectiveConnectivityCluster.h

@@ -151,7 +151,7 @@ private:
 
     boost::shared_ptr< WModule > m_fiberSelection;       //!< The fiber selection module.
     boost::shared_ptr< WModule > m_voxelizer;            //!< The voxelizer module.
-    boost::shared_ptr< WModule > m_gauss;                //!< The gauss filter which filters the voxelized fibers.
+    boost::shared_ptr< WModule > m_gauss;                //!< The Gauss filter which filters the voxelized fibers.
     boost::shared_ptr< WModule > m_animation;            //!< The final animation.
 
     /**

src/modules/gaussProcesses/WGaussProcess.h

@@ -67,7 +67,7 @@ public:
      * Computes the mean function describing this gausprocess as described in the Wassermann paper,
      * see equation (16) on page 12.
      *
-     * \param p The point where to evaluate the gauss process.
+     * \param p The point where to evaluate the Gauss process.
      *
      * \return The mean value of this gaussian process at the point \e p.
      */
@@ -94,7 +94,7 @@ public:
      * As each gaussian process is associated with a WFiber it also hat the maximal segment length,
      * used as width for the gaussian kernels around the base points.
      *
-     * \return Copy of the maximal segment length this gauss process is associated with.
+     * \return Copy of the maximal segment length this Gauss process is associated with.
      */
     double getRadius() const;
 

src/modules/gaussProcesses/detTractClusteringGP/WMDetTractClusteringGP.cpp

@@ -210,7 +210,7 @@ boost::shared_ptr< WDendrogram > WMDetTractClusteringGP::computeDendrogram( size
         {
             if( *it != newCE )
             {
-                // we have two gauss processes p and q. We have merged p and q into pq. Hence for all valid indexes we must
+                // we have two Gauss processes p and q. We have merged p and q into pq. Hence for all valid indexes we must
                 // recompute < pq, k > where k is a GP identified through an valid index, where:
                 // < pq, k > = |p| / ( |p| + |q| ) < p, k > + |q| / (|p| + |q|) < q, k >
                 double firstFactor = static_cast< double >( clusterSize[ p ] ) / ( clusterSize[ p ] + clusterSize[ q ] );