bundleLoader.h

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#ifndef CONSTELLATION_BUNDLELOADER_H
#define CONSTELLATION_BUNDLELOADER_H
 
/* Extracted from code from Pascal Cathier
 */
 
#include <aims/fibers/bundles.h>
#include <constellation/bundleSet.h>
 
namespace constel {
 
  class BundleLoader : public aims::BundleListener {
 
   public: // typedefs
    typedef std::vector<Fiber> Bundle;
 
   public: // constructors & destructor
    BundleLoader() : m_fibers(new Bundle), w_fibers(new WeightedFibers) {}
    virtual ~BundleLoader() {}
 
   public: // set & get
    carto::rc_ptr<Bundle> getFibers() const { return m_fibers; }
    carto::rc_ptr<WeightedFibers> getWeightedFibers() const {
      return w_fibers;
    }
 
   private: // functions
    void bundleStarted(
        const aims::BundleProducer &, const aims::BundleInfo &) {}
 
    void bundleTerminated(
        const aims::BundleProducer &, const aims::BundleInfo &) {}
 
    void fiberStarted(
        const aims::BundleProducer &, const aims::BundleInfo &,
        const aims::FiberInfo &fiberInfo) {
      m_fibers->push_back(Fiber());
      w_fibers->push_back(WeightedFiber( Fiber(), fiberInfo.weight() ));
    }
 
    void fiberTerminated(
        const aims::BundleProducer &, const aims::BundleInfo &,
        const aims::FiberInfo &) {}
 
    void newFiberPoint(
        const aims::BundleProducer &, const aims::BundleInfo &,
        const aims::FiberInfo &, const aims::FiberPoint & point) {
      m_fibers->back().push_back(point);
      w_fibers->back().first.push_back(point);
    }
 
    void noMoreBundle(const aims::BundleProducer &) {}
 
   private: // data
    carto::rc_ptr<Bundle> m_fibers;
    carto::rc_ptr<WeightedFibers> w_fibers;
  };
}
#endif