55                 B2DVector aRight(rfEB - rfPB);  in ImpSubDivAngle()  local
63                 if(aRight.equalZero())  in ImpSubDivAngle()
65                     aRight = rfEA - rfPB;  in ImpSubDivAngle()
68                 const double fCurrentAngle(aLeft.angle(aRight));  in ImpSubDivAngle()
122             const B2DVector aRight(rfEB - rfPB);  in ImpSubDivAngleStart()  local
124             bool bRightEqualZero(aRight.equalZero());  in ImpSubDivAngleStart()
139                     const bool bRightParallel(bRightEqualZero ? true : areParallel(aRight, aBase));  in ImpSubDivAngleStart()
170                                 fFactor = aRight.getX() / -aBase.getX();  in ImpSubDivAngleStart()
174                                 fFactor = aRight.getY() / -aBase.getY();  in ImpSubDivAngleStart()
512                 B2DCubicBezier aLeft, aRight;  in impGetLength()  local
516                 rEdge.split(0.5, &aLeft, &aRight);  in impGetLength()
519                     + impGetLength(aRight, fNewDeviation, nNewRecursionWatch);  in impGetLength()
625             B2DCubicBezier aRight;  in getTangent()  local
626             split(t, 0, &aRight);  in getTangent()
628             return aRight.getControlPointA() - aRight.getStartPoint();  in getTangent()