331     :   maStartPoint(rBezier.maStartPoint),  in B2DCubicBezier()
343     :   maStartPoint(rStart),  in B2DCubicBezier()
351     :   maStartPoint(rStart),  in B2DCubicBezier()
365         maStartPoint = rBezier.maStartPoint;  in operator =()
377             maStartPoint == rBezier.maStartPoint  in operator ==()
387             maStartPoint != rBezier.maStartPoint  in operator !=()
397             maStartPoint.equal(rBezier.maStartPoint)  in equal()
407         if(maControlPointA != maStartPoint || maControlPointB != maEndPoint)  in isBezier()
417         if(maControlPointA != maStartPoint || maControlPointB != maEndPoint)  in testAndSolveTrivialBezier()
419             const B2DVector aEdge(maEndPoint - maStartPoint);  in testAndSolveTrivialBezier()
426                 const B2DVector aVecA(maControlPointA - maStartPoint);  in testAndSolveTrivialBezier()
492                     maControlPointA = maStartPoint;  in testAndSolveTrivialBezier()
543         const B2DVector aEdge(maEndPoint - maStartPoint);  in getEdgeLength()
549         const B2DVector aVectorA(maControlPointA - maStartPoint);  in getControlPolygonLength()
568 …ImpSubDivAngleStart(maStartPoint, maControlPointA, maControlPointB, maEndPoint, rTarget, fAngleBou…  in adaptiveSubdivideByAngle()
651             ImpSubDivDistance(maStartPoint, maControlPointA, maControlPointB, maEndPoint, rTarget,  in adaptiveSubdivideByDistance()
666             const B2DPoint aS1L(interpolate(maStartPoint, maControlPointA, t));  in interpolatePoint()
676             return interpolate(maStartPoint, maEndPoint, t);  in interpolatePoint()
723                     aVector = B2DVector(rTestPoint - maStartPoint);  in getSmallestDistancePointToBezierSegment()
795             const B2DPoint aS1L(interpolate(maStartPoint, maControlPointA, t));  in split()
804                 pBezierA->setStartPoint(maStartPoint);  in split()
820             const B2DPoint aSplit(interpolate(maStartPoint, maEndPoint, t));  in split()
824                 pBezierA->setStartPoint(maStartPoint);  in split()
826                 pBezierA->setControlPointA(maStartPoint);  in split()
914         B2DRange aRetval(maStartPoint, maEndPoint);  in getRange()
972         double fCX = maControlPointA.getX() - maStartPoint.getX();  in getAllExtremumPositions()
974         const double fAX = 3 * aControlDiff.getX() + (maEndPoint.getX() - maStartPoint.getX());  in getAllExtremumPositions()
1003         double fCY = maControlPointA.getY() - maStartPoint.getY();  in getAllExtremumPositions()
1005         const double fAY = 3 * aControlDiff.getY() + (maEndPoint.getY() - maStartPoint.getY());  in getAllExtremumPositions()
1041         const B2DPoint aRelativeEndPoint(maEndPoint-maStartPoint);  in getMaxDistancePositions()
1044 …const double fB = (maControlPointB.getX() - 2 * maControlPointA.getX() + maStartPoint.getX()) * aR…  in getMaxDistancePositions()
1045 …- (maControlPointB.getY() - 2 * maControlPointA.getY() + maStartPoint.getY()) * aRelativeEndPoint.…  in getMaxDistancePositions()
1046         const double fC = (maControlPointA.getX() - maStartPoint.getX()) * aRelativeEndPoint.getY()  in getMaxDistancePositions()
1047                 - (maControlPointA.getY() - maStartPoint.getY()) * aRelativeEndPoint.getX();  in getMaxDistancePositions()