AcGeVector2d.h

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#pragma once
 
//
// (C) Copyright 2005-2024 by Graebert GmbH.
//
// Permission to use, copy, modify, and distribute this software in
// object code form for any purpose and without fee is hereby granted,
// provided that the above copyright notice appears in all copies and
// that both that copyright notice and the limited warranty and
// restricted rights notice below appear in all supporting
// documentation.
//
// GRAEBERT PROVIDES THIS PROGRAM "AS IS" AND WITH ALL FAULTS.
// GRAEBERT SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OF
// MERCHANTABILITY OR FITNESS FOR A PARTICULAR USE.  GRAEBERT GMBH
// DOES NOT WARRANT THAT THE OPERATION OF THE PROGRAM WILL BE
// UNINTERRUPTED OR ERROR FREE.
 
#include "..\acge17\AcGe.h"
 
class AcGeMatrix2d;
class AcGeTol;
 
class ARX_API AcGeVector2d
{
 
public:
         ARX_API_STATIC static  AcGeVector2d const kIdentity;
         ARX_API_STATIC static  AcGeVector2d const kXAxis;
         ARX_API_STATIC static  AcGeVector2d const kYAxis;
        double x;
        double y;
 
public:
          AcGeVector2d( AcGeVector2d const &);
          AcGeVector2d(double,double);
          AcGeVector2d(void);
          ~AcGeVector2d(void);
          operator  AcGeMatrix2d(void)const ;
         bool  isEqualTo( AcGeVector2d const &, AcGeTol const & = AcGeContext::gTol)const ;
         bool  operator!=( AcGeVector2d const &)const ;
         bool  operator==( AcGeVector2d const &)const ;
          AcGeVector2d &  mirror( AcGeVector2d const &);
          AcGeVector2d &  negate(void);
          AcGeVector2d &  normalize( AcGeTol const & = AcGeContext::gTol );
          AcGeVector2d &  normalize( AcGeTol const &, AcGe::ErrorCondition &);
          AcGeVector2d &  operator*=(double);
          AcGeVector2d &  operator+=( AcGeVector2d const &);
          AcGeVector2d &  operator-=( AcGeVector2d const &);
          AcGeVector2d &  operator/=(double);
          AcGeVector2d &  operator=( AcGeVector2d const &);
          AcGeVector2d &  rotateBy(double);
          AcGeVector2d &  set(double,double);
          AcGeVector2d &  setToProduct( AcGeMatrix2d const &, AcGeVector2d const &);
          AcGeVector2d &  setToProduct( AcGeVector2d const &,double);
          AcGeVector2d &  setToSum( AcGeVector2d const &, AcGeVector2d const &);
          AcGeVector2d &  transformBy( AcGeMatrix2d const &);
          AcGeVector2d  normal( AcGeTol const & = AcGeContext::gTol)const ;
          AcGeVector2d  operator*(double)const ;
          AcGeVector2d  operator+( AcGeVector2d const &)const ;
          AcGeVector2d  operator-( AcGeVector2d const &)const ;
          AcGeVector2d  operator-(void)const ;
          AcGeVector2d  operator/(double)const ;
          AcGeVector2d  perpVector(void)const ;
         double &  operator[](unsigned int);
         double  angle(void)const ;
         double  angleTo( AcGeVector2d const &)const ;
         double  dotProduct( AcGeVector2d const &)const ;
         double  length(void)const ;
         double  lengthSqrd(void)const ;
         double  operator[](unsigned int)const ;
         Frx::Boolean  isCodirectionalTo( AcGeVector2d const &, AcGeTol const & = AcGeContext::gTol)const ;
         Frx::Boolean  isCodirectionalTo( AcGeVector2d const &, AcGeTol const &, AcGe::ErrorCondition &)const ;
         Frx::Boolean  isParallelTo( AcGeVector2d const &, AcGeTol const & = AcGeContext::gTol)const ;
         Frx::Boolean  isParallelTo( AcGeVector2d const &, AcGeTol const &, AcGe::ErrorCondition &)const ;
         Frx::Boolean  isPerpendicularTo( AcGeVector2d const &, AcGeTol const & = AcGeContext::gTol)const ;
         Frx::Boolean  isPerpendicularTo( AcGeVector2d const &, AcGeTol const &, AcGe::ErrorCondition &)const ;
         Frx::Boolean  isUnitLength( AcGeTol const & = AcGeContext::gTol)const ;
         Frx::Boolean  isZeroLength( AcGeTol const &  = AcGeContext::gTol )const ;
};