Fixed doxygen comments.

include/osgGA/UFOManipulator

@@ -71,7 +71,7 @@ class OSGGA_EXPORT UFOManipulator : public osgGA::MatrixManipulator
         virtual void setByMatrix( const osg::Matrixd &matrix ) ;
 
         /** Set the current position with the invers matrix
-          \param invmatrix The inverse of a viewpoint matrix
+          \param invmat The inverse of a viewpoint matrix
           */
         virtual void setByInverseMatrix( const osg::Matrixd &invmat);
 
@@ -84,7 +84,7 @@ class OSGGA_EXPORT UFOManipulator : public osgGA::MatrixManipulator
         /** Set the  subgraph this manipulator is driving the eye through.
             \param node     root of subgraph
          */
-        virtual void setNode(osg::Node*);
+        virtual void setNode(osg::Node* node);
 
         /** Get the root node of the subgraph this manipulator is driving the eye through (const)*/
         virtual const osg::Node* getNode() const;

include/osgParticle/ForceOperator

@@ -26,9 +26,9 @@
 namespace osgParticle
 {
 
-    /**    An operator that applies a constant force to the particles.
+    /** An operator that applies a constant force to the particles.
-        Remember that if the mass of particles is expressed in <U>kg</U> and the lengths are
+      * Remember that if the mass of particles is expressed in kg and the lengths are
-        expressed in <U>meters</U>, then the force should be expressed in <U>Newtons</U>.
+      * expressed in meters, then the force should be expressed in Newtons.
     */
     class ForceOperator: public Operator {
     public:

include/osgParticle/ParticleProcessor

@@ -29,11 +29,11 @@
 namespace osgParticle
 {
 
-    /**    A common base interface for those classes which need to do something on particles. Such classes
+    /** A common base interface for those classes which need to do something on particles. Such classes
-        are, for example, <CODE>Emitter</CODE> (particle generation) and <CODE>Program</CODE> (particle animation).
+      * are, for example, Emitter (particle generation) and Program (particle animation).
-        This class holds some properties, like a <I>reference frame</I> and a reference to a <CODE>ParticleSystem<CODE>;
+      * This class holds some properties, like a <I>reference frame</I> and a reference to a ParticleSystem;
-        descendant classes should process the particles taking into account the reference frame, computing the right
+      * descendant classes should process the particles taking into account the reference frame, computing the right
-        transformations when needed.
+      * transformations when needed.
     */
     class OSGPARTICLE_EXPORT ParticleProcessor: public osg::Node {
     public:

include/osgParticle/ParticleSystem

@@ -33,11 +33,11 @@
 namespace osgParticle
 {
 
-    /**    The heart of this class library; its purpose is to hold a set of particles and manage particle creation, update, rendering and destruction.
+    /** The heart of this class library; its purpose is to hold a set of particles and manage particle creation, update, rendering and destruction.
-        You can add this drawable to any <CODE>Geode</CODE> as you usually do with other
+      * You can add this drawable to any Geode as you usually do with other
-        <CODE>Drawable</CODE> classes. Each instance of <CODE>ParticleSystem</CODE> is a separate set of
+      * Drawable classes. Each instance of ParticleSystem is a separate set of
-        particles; it provides the interface for creating particles and iterating
+      * particles; it provides the interface for creating particles and iterating
-        through them (see the <CODE>Emitter</CODE> and <CODE>Program</CODE> classes).
+      * through them (see the Emitter and Program classes).
     */
     class OSGPARTICLE_EXPORT ParticleSystem: public osg::Drawable {
     public:
@@ -87,9 +87,9 @@ namespace osgParticle
         
         /** Set the double pass rendering flag.
             Double pass rendering avoids overdraw problems between particle systems
-            and other opaque objects. If you can render all the particle systems <U>after</U>
+            and other opaque objects. If you can render all the particle systems after
             the opaque objects, then double pass is not necessary and can be turned off (best choice).
-            If you set the default attributes with <CODE>setDefaultAttributes</CODE>, then the particle
+            If you set the default attributes with setDefaultAttributes, then the particle
             system will fall into a transparent bin.
         */
         inline void setDoublePassRendering(bool v);

include/osgParticle/ParticleSystemUpdater

@@ -32,9 +32,9 @@ namespace osgParticle
 {
 
     /**    A useful node class for updating particle systems automatically.
-        When a <CODE>ParticleSystemUpdater</CODE> is traversed by a cull visitor, it calls the
+        When a ParticleSystemUpdater is traversed by a cull visitor, it calls the
-        <CODE>update()</CODE> method on the specified particle systems. You should place this updater
+        update() method on the specified particle systems. You should place this updater
-        <U>AFTER</U> other nodes like emitters and programs.
+        AFTER other nodes like emitters and programs.
     */
     class OSGPARTICLE_EXPORT ParticleSystemUpdater: public osg::Node {
     public:

include/osgProducer/OsgCameraGroup

@@ -55,7 +55,7 @@ class OSGPRODUCER_EXPORT OsgCameraGroup : public Producer::CameraGroup
         const osg::ApplicationUsage* getApplicationUsage() const { return _applicationUsage; }
 
 
-        typedef std::vector < Producer::ref_ptr<osgProducer::OsgSceneHandler> > SceneHandlerList;
+        typedef std::vector < osg::ref_ptr<osgProducer::OsgSceneHandler> > SceneHandlerList;
 
         SceneHandlerList& getSceneHandlerList() { return _shvec;}
 

include/osgSim/ScalarBar

@@ -102,12 +102,13 @@ public:
     Construct a ScalarBar with the supplied parameters.
     @param numColors    Specify the number of colors in the scalar bar. Color
                         interpolation occurs where necessary.
+    @param numLabels    Specify the number of labels in the scalar bar.
     @param stc          The ScalarsToColors defining the range of scalars
                         and the colors they map to.
     @param title        The title to be used when displaying the ScalarBar.
                         Specify "" for no title.
     @param orientation  The orientation of the ScalarBar. @see Orientation.
-    @param apectRatio   The aspect ration (y/x) for the displayed bar. Bear in mind you
+    @param aspectRatio  The aspect ration (y/x) for the displayed bar. Bear in mind you
                         may want to change this if you change the orientation.
     @param sp           A ScalarPrinter object for the ScalarBar. For every displayed
                         ScalarBar label, the scalar value will be passed to the

include/osgSim/SphereSegment

@@ -94,7 +94,7 @@ public:
     @param centre       sphere centre
     @param radius       radius of sphere
     @param azMin        azimuth minimum
-    @param azMin        azimuth maximum
+    @param azMax        azimuth maximum
     @param elevMin      elevation minimum
     @param elevMax      elevation maximum
     @param density      number of units to divide the azimuth and elevation ranges into
@@ -155,7 +155,7 @@ public:
     @param azRange      azimuth range in radians (with centre along vec)
     @param elevRange    elevation range in radians (with centre along vec)
     */
-    void setArea(const osg::Vec3& v, float azRange, float elevRange);
+    void setArea(const osg::Vec3& vec, float azRange, float elevRange);
 
     /** Get the area of the sphere segment
 
@@ -164,11 +164,11 @@ public:
     @param azRange      azimuth range in radians (with centre along vec)
     @param elevRange    elevation range in radians (with centre along vec)
     */
-    void getArea(osg::Vec3& v, float& azRange, float& elevRange) const;
+    void getArea(osg::Vec3& vec, float& azRange, float& elevRange) const;
 
     /** Set the area of the sphere segment
     @param azMin        azimuth minimum
-    @param azMin        azimuth maximum
+    @param azMax        azimuth maximum
     @param elevMin      elevation minimum
     @param elevMax      elevation maximum
     */
@@ -176,7 +176,7 @@ public:
 
     /** Get the area of the sphere segment
     @param azMin        azimuth minimum
-    @param azMin        azimuth maximum
+    @param azMax        azimuth maximum
     @param elevMin      elevation minimum
     @param elevMax      elevation maximum
     */