Lines Matching defs:Point
565 Description : Compute the bisector of point and site
568 pNode : in, point
581 Description : Compute the bisector of point and site
584 pNode : in, point
630 Description : Compute the bisector of segment and point. Since
631 it is parabola, it is defined by its focus (site - point)
634 pFocus : in, point, which defines the focus of parabola
649 Description : Compute the bisector of segment and point. Since
650 it is parabola, it is defined by its focus (site - point)
653 pFocus : in, point, which defines the focus of parabola
673 must be the nearest to the marked point on pEdge1
674 (this marked point is pEdge1->node1->node).
682 Return : distance between pPoint and marked point on pEdge1 or
694 must be the nearest to the marked point on pEdge1
695 (this marked point is pEdge1->node1->node).
704 Return : distance between pPoint and marked point on pEdge1 or
716 must be the nearest to the marked point on pEdge1
717 (this marked point is pEdge1->node1->node).
726 Return : distance between pPoint and marked point on pEdge1 or
738 must be the nearest to the marked point on pEdge1
739 (this marked point is pEdge1->node1->node).
748 Return : distance between pPoint and marked point on pEdge1 or
760 must be the nearest to the marked point on pEdge1
761 (this marked point is pEdge1->node1->node).
770 Return : distance between pPoint and marked point on pEdge1 or
782 must be the nearest to the marked point on pEdge1
783 (this marked point is pEdge1->node1->node).
792 Return : distance between pPoint and marked point on pEdge1 or
803 must be the nearest to the marked point on pEdge1
804 (this marked point is pEdge1->node1->node).
813 Return : distance between pPoint and marked point on pEdge1 or
825 must be the nearest to the marked point on pEdge1
826 (this marked point is pEdge1->node1->node).
835 Return : distance between pPoint and marked point on pEdge1 or
847 must be the nearest to the marked point on pEdge1
848 (this marked point is pEdge1->node1->node).
857 Return : distance between pPoint and marked point on pEdge1 or
870 must be the nearest to the marked point on pEdge1
871 (this marked point is pEdge1->node1->node).
880 Return : distance between pPoint and marked point on pEdge1 or
892 must be the nearest to the marked point on pEdge1
893 (this marked point is pEdge1->node1->node).
902 Return : distance between pPoint and marked point on pEdge1 or
1076 by point pNode on two parts
1079 pNode : in, given point
1091 by point pNode on two parts
1094 pNode : in, given point
1155 Description : Function computes the image of point under
1159 pPoint : in, pointer to point
1160 pImgPoint:out, pointer to image of point
1181 Description : Function computes the distance between the point
1184 pPoint : in, point
1203 Description : Function computes the distance betwin point and
1206 pPoint: in, point
1424 CvPoint Point;
1429 CV_READ_SEQ_ELEM(Point,reader);
1430 Point.y = 600 - Point.y;
1431 CV_WRITE_SEQ_ELEM(Point,writer);
3641 CvPointFloat Point,ParPoint1_img,RayPoint1_img;
3706 Point.x = X[(N-1)*(IntersectionNumber - 1)];
3707 Point.y = pEdge2->parabola->a*Point.x*Point.x;
3709 Radius = Point.y + 1.f/(4*pEdge2->parabola->a);
3710 _cvCalcPointImage(pPoint,&Point,Parabola);
3750 CvPointFloat Point,ParPoint1_img,ParPoint2_img,RayPoint1_img;
3837 Point.x = X[(N-1)*(IntersectionNumber - 1)];
3838 Point.y = pEdge2->parabola->a*Point.x*Point.x;
3839 Radius = Point.y + 1.f/(4*pEdge2->parabola->a);
3840 _cvCalcPointImage(pPoint,&Point,Parabola);
3893 CvPointFloat Point = {0,0},ParPoint1_img,RayPoint1_img;
3930 Point.x = X[i];
3938 Point.y = pEdge1->parabola->a*Point.x*Point.x;
3939 Radius = Point.y + 1.f/(4*pEdge1->parabola->a);
3940 _cvCalcPointImage(pPoint,&Point,Parabola);
3941 float dist = Point.x - ParPoint1_img.x;
3978 CvPointFloat Point={0,0},ParPoint1_img,RayPoint1_img,RayPoint2_img;
4028 Point.x = X[i];
4036 Point.y = pEdge1->parabola->a*Point.x*Point.x;
4037 Radius = Point.y + 1.f/(4*pEdge1->parabola->a);
4038 _cvCalcPointImage(pPoint,&Point,Parabola);
4039 float dist = Point.x - ParPoint1_img.x;
4087 CvPointFloat Point;
4094 Point.x = (pFocus1->x + pFocus2->x)/2;
4095 Point.y = (pFocus1->y + pFocus2->y)/2;
4119 Point.x = (pPoint1->x + pPoint3->x)/2;
4120 Point.y = (pPoint1->y + pPoint3->y)/2;
4126 Point.x = (float)((pVector43->x*d1 - pVector21->x*d2)/det);
4127 Point.y = (float)((pVector43->y*d1 - pVector21->y*d2)/det);
4137 _cvCalcPointImage(&Point_img, &Point, InversParabola2);
4179 Point.x = X[i];
4180 Point.y = a1*Point.x*Point.x;
4181 if(Point.x < Par1Point1_img.x - LEE_CONST_ACCEPTABLE_ERROR)
4190 Radius = Point.y + 1.f/(4*pEdge1->parabola->a);
4191 _cvCalcPointImage(pPoint,&Point,Parabola1);
4192 float dist = Point.x - Par1Point1_img.x;
4225 CvPointFloat Point;
4232 Point.x = (pFocus1->x + pFocus2->x)/2;
4233 Point.y = (pFocus1->y + pFocus2->y)/2;
4257 Point.x = (pPoint1->x + pPoint3->x)/2;
4258 Point.y = (pPoint1->y + pPoint3->y)/2;
4264 Point.x = (float)((pVector43->x*d1 - pVector21->x*d2)/det);
4265 Point.y = (float)((pVector43->y*d1 - pVector21->y*d2)/det);
4277 _cvCalcPointImage(&Point_img, &Point, InversParabola2);
4330 Point.x = (float)X[i];
4331 Point.y = (float)a1*Point.x*Point.x;
4332 if(Point.x < Par1Point1_img.x - LEE_CONST_ACCEPTABLE_ERROR)
4341 Radius = Point.y + 1.f/(4*a1);
4342 _cvCalcPointImage(pPoint,&Point,Parabola1);
4343 float dist = Point.x - Par1Point1_img.x;
