fixed documentation typos

docsrc/credits_changelog.dxx

@@ -28,7 +28,7 @@
 
       <li> Christian Dennis Rahn
       (<a href="mailto:[email protected]">[email protected]</a>)
-      implemented much of the \ref MultiArrayConvolutionFilters.
+      implemented initial versions of multi-dimensional convolution filters.
 
       <li> Kasim Terzic, Florian Heinrich and Benjamin Seppke
       implemented image analysis functionality for 3- and higher-dimensional data.
@@ -90,7 +90,7 @@ Many thanks to all!
 
       <li> Added many \ref Registration "image registration" functions.
 
-      <li> Extended the collection of \ref MultiArrayDistanceTransform "multi-dimensional distance transform" algorithms by vectorial DT, boundary DT, and eccentricity transform.
+      <li> Extended the collection of \ref DistanceTransform "multi-dimensional distance transform" algorithms by vectorial DT, boundary DT, and eccentricity transform.
 
       <li> Added \ref skeletonizeImage(), nonLocalMean(), multi-dimensional integral images.
 
@@ -194,7 +194,7 @@ Many thanks to all!
 
       <li> Added \ref vigra::StridedScanOrderIterator and corresponding \ref vigra::MultiArrayView::begin().
 
-      <li> Extended \ref vigra::MultiArrayView. Added \ref vigra::Shape1 ... \ref vigra::Shape5 convenience typedefs.
+      <li> Extended \ref vigra::MultiArrayView. Added vigra::Shape1 ... vigra::Shape5 convenience typedefs.
 
       <li> Implemented \ref MultiMathModule (arithmetic and algebraic functions for multi-dimensional arrays).
 
@@ -292,7 +292,7 @@ Many thanks to all!
 <ul>
       <li> Added functions for arrays of arbitrary dimensions:
       <ul>
-          <li> \ref MultiArrayDistanceTransform "Euclidean distance transform"
+          <li> \ref DistanceTransform "Euclidean distance transform"
           <li> \ref MultiArrayMorphology "separable morphology"
           <li> \ref resizeMultiArraySplineInterpolation()
       </ul>
@@ -469,8 +469,8 @@ Many thanks to all!
 <b> Changes from Version 1.2.0 to 1.3.0</b>
 
 <ul>
-      <li> Added algorithms for multi-dimensional arrays:
-           \ref MultiPointoperators and \ref MultiArrayConvolutionFilters
+      <li> Added algorithms for multi-dimensional arrays: see
+           \ref MultiPointoperators and \ref ConvolutionFilters
            and the \link vigra::MultiArrayNavigator navigator utility\endlink.
 
       <li> Extended \ref convolveImage() (non-separable convolution)
@@ -591,7 +591,7 @@ Many thanks to all!
       <li> Added \ref FourierTransform "Fourier transform" support,
            and \ref vigra::FFTWComplex "FFTWComplex" complex number type.
 
-      <li> Added convolution convenience functions (see \ref CommonConvolutionFilters).
+      <li> Added convolution convenience functions (see \ref ConvolutionFilters).
 
       <li> Added \ref vigra::IteratorAdaptor template for quick and
            easy generation of iterator adaptors.

docsrc/image_processing.dxx

@@ -302,7 +302,7 @@
     It is, of course, also possible to apply different filters in the x- and y-directions.
     This is especially useful for derivative filters which are commonly used to compute
     image features, for example \ref gaussianGradient() and \ref gaussianGradientMagnitude().
-    For more information see \ref CommonConvolutionFilters and \ref Convolution.
+    For more information see \ref ConvolutionFilters.
 
     Separable filters are also the key for efficient convolution of higher-dimensional images
     and arrays: An n-dimensional filter is simply implemented by n consecutive 1-dimensional
@@ -321,7 +321,7 @@
     \endcode
 
     More information about VIGRA's multi-dimensional convolution funcions can be found in
-    the reference manual under \ref MultiArrayConvolutionFilters .
+    the reference manual under \ref ConvolutionFilters.
 
     \subsection ParallelConvolveTutorial Parallel Execution of Gaussian Filters
 
@@ -356,7 +356,7 @@
 
     The same works for Gaussian derivative filters such as \ref gaussianGradientMultiArray(),
     \ref gaussianGradientMagnitude(), and \ref hessianOfGaussianMultiArray(). Refer to section
-    \ref MultiArrayConvolutionFilters for more details.
+    \ref ConvolutionFilters for more details.
 */
 
 /** \example invert_tutorial.cxx

docsrc/index.dxx

@@ -112,7 +112,7 @@
              <BR>&nbsp;&nbsp;&nbsp;<em>transform images into a common coordinate system</em>
         <LI> \ref NonLinearDiffusion
              <BR>&nbsp;&nbsp;&nbsp;<em>edge-preserving smoothing and denoising</em>
-        <LI> \ref MultiArrayDistanceTransform
+        <LI> \ref DistanceTransform
              <BR>&nbsp;&nbsp;&nbsp;<em>distance transforms in arbitrary dimensions</em>
         <LI> \ref MultiArrayMorphology
              <BR>&nbsp;&nbsp;&nbsp;<em>separable morphology with parabola structuring functions in arbitrary dimensions</em>

include/vigra/multi_shape.hxx

@@ -240,7 +240,7 @@ struct ResolveChunkedMemory<ChunkedMemory<T> >
     /** Metafucntion to obtain the difference type of all MultiIterator, MultiArrayView, and
         MultiArray variants.
 
-        <b>Usage:<u>
+        <b>Usage:</b>
 
         This metafunction is mainly used in functions weren the array dimension <tt>N</tt> is
         provided as a templat parameter, and we need a shape object of the corresponding length.

include/vigra/threadpool.hxx

@@ -48,7 +48,7 @@
 namespace vigra
 {
 
-/** \addtogroup ParallelProcessing Functions and classes for parallel processing.
+/** \addtogroup ParallelProcessing
 */
 
 //@{