MeshViz/graph/PoLinearAxis.h

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**=======================================================================*/
/*=======================================================================
** Author      : VSG (MMM YYYY)
**=======================================================================*/

#ifndef  _PO_LINEAR_AXIS_
#define  _PO_LINEAR_AXIS_


#include <Inventor/fields/SoSFEnum.h>
#include <Inventor/fields/SoSFFloat.h>


#include <MeshViz/graph/PoCartesianAxis.h>
#include <MeshViz/graph/PiNumericFormat.h>
#include <MeshViz/graph/PbNumericDisplayFormat.h>

class  PoLinearAxis : public PoCartesianAxis {

  SO_KIT_HEADER(PoLinearAxis) ;

  /* Define fields for new parts */
  SO_KIT_CATALOG_ENTRY_HEADER(multFactorSep) ;
  SO_KIT_CATALOG_ENTRY_HEADER(multFactorApp) ;
  SO_KIT_CATALOG_ENTRY_HEADER(multFactor) ;


 public:

  enum GradFit {
    GRAD_FIT,   
    GRAD_UNFIT  
  } ;

  enum MultFactorPosition {
    MULT_FACTOR_START,  
    MULT_FACTOR_END,    
    MULT_FACTOR_EXTR,   
    MULT_FACTOR_GRAD    
  } ;



  /* Fields */

  SoSFFloat step ;

  SoSFEnum  gradFit ;

  /* Ten power attributes */

  SoSFEnum  multFactorPosition ;

  SoSFFloat multFactorDistAxis ;

  /* Methods */

  PoLinearAxis()
    { init(SbVec3f(0.,0.,0.), 1., XY, 0.0,0.0, 0.) ; }

  PoLinearAxis(const SbVec3f &_start, float _end, PoCartesianAxis::Type _type, float _step = 0.0) 
    { init(_start, _end, _type, 0.0,0.0, _step) ; }

  PoLinearAxis(const SbVec3f &_start, float _end, PoCartesianAxis::Type _type, 
               float _gradStart, float _gradEnd, float _step = 0.0) 
  { init(_start, _end, _type, _gradStart, _gradEnd,_step) ; }

  virtual void   rebuild() ;

  void setFormat(PbNumericDisplayFormat *format) ;

  const PbNumericDisplayFormat *getFormat() const ;

  float getStep() const ;

  void  getMultFactor(MultFactorPosition &position, float &distAxis) const ;

  /*----------------------------------------------------------------------------*/
 private:

  static void initClass() ;
    static void exitClass() ;

  // Compute step for linear graduations.
  // If requestStep <= 0., a step is automatically compute thanks
  // to deltaValue
  static void getLinGradStep(float deltaValue, float &requestStep) ;

  // Determine the firstGrad and the number of graduations for a linear axis
  // from graduation fit, the origin and and the extremity of the axis, and
  // the step between graduations requested.
  static void getLinGradFirstGrad(GradFit fit, float firstVal,
                                  float lastVal, float step, float &firstGrad,
                                  size_t &numGrad) ;

  // This method combines the two previous methods
  static void getLinGrads(GradFit fit, float firstVal, float lastVal,
                          float &requestStep, float &firstGrad, size_t &numGrad) ;

  struct MultFactor {
    MultFactorPosition position ;
    float              distAxis ;
  } ;

 private:

  // Linear axis attr
  struct LinAxisAttr {
    MultFactor      multFactor ;
    PiNumericFormat numericFormat ;
  
    float           step ;
    // value of the first graduation (used to build its text)
    float           firstVal ;

    // coord of the first and last graduations
    // theses coord is either X, Y or Z depending on the axis orientation
    double          firstAxisCoord; 
    double          lastAxisCoord;
  } ;

  // Methods
  // Destructor
  virtual ~PoLinearAxis() ;
  virtual SbBool setUpConnections(SbBool onOff, SbBool doItAlways = FALSE) ;
  virtual void   setDefaultOnNonWritingFields() ;

  // Manage the connection with PbBase objects
  virtual void basicObjectChange(PbBase *basicObj) ;

  // Save all axis attributes which can be modified by MeshViz.
  virtual void saveAxisAttr() ;

  // overloaded methods
  virtual void addElementsAllCaches() ;
  virtual void preRebuild() ;

 private:
  // Init method
  void init(const SbVec3f &start, float end, Type typeAxis, float _gradStart, float _gradEnd, float s = 0.0) ;

  // Returns the coord of a grad according to its value.
  // The value of a graduation is the value used to build the text of the graduation.
  // 
  // The coord equals its value if the iv fields gradStart and gradEnd are equals.
  // Otherwise a mapping is done between intervals [gradStart,gradEnd] and
  // this.start,this.end]
  double getGradCoord(double gradValue) const;

  // Returns the value of a grad according to its coordinate.
  // Reverse method of getGradCoord
  double getGradValue(double coord) const;

  // Numeric Display format
  PbNumericDisplayFormat *m_numericDisplayFormat, m_defaultNumericDisplayFormat ;

  // Computed linear axis attributes
  LinAxisAttr  linAxisAttr ;

  // Sensors
  FieldSensorList fieldSensorList ;
  
  // List of fields defined in this class
  SoFieldList     fieldList ;

} ;

/*----------------------------------------------------------------------------*/

#endif /* _PO_LINEAR_AXIS_ */

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Open Inventor Toolkit reference manual, generated on 12 Feb 2024
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