intersection_segment_circleintersection_segment_circleIntersectionSegmentCircleIntersectionSegmentCircleintersection_segment_circle (Operator)
intersection_segment_circleintersection_segment_circleIntersectionSegmentCircleIntersectionSegmentCircleintersection_segment_circle — Calculate the intersection points of a segment and a circle or circular arc
Signature
intersection_segment_circle( : : SegmentRow1, SegmentColumn1, SegmentRow2, SegmentColumn2, CircleRow, CircleColumn, CircleRadius, CircleStartPhi, CircleEndPhi, CirclePointOrder : Row, Column)
Herror intersection_segment_circle(double SegmentRow1, double SegmentColumn1, double SegmentRow2, double SegmentColumn2, double CircleRow, double CircleColumn, double CircleRadius, double CircleStartPhi, double CircleEndPhi, const char* CirclePointOrder, double* Row, double* Column)
Herror T_intersection_segment_circle(const Htuple SegmentRow1, const Htuple SegmentColumn1, const Htuple SegmentRow2, const Htuple SegmentColumn2, const Htuple CircleRow, const Htuple CircleColumn, const Htuple CircleRadius, const Htuple CircleStartPhi, const Htuple CircleEndPhi, const Htuple CirclePointOrder, Htuple* Row, Htuple* Column)
void IntersectionSegmentCircle(const HTuple& SegmentRow1, const HTuple& SegmentColumn1, const HTuple& SegmentRow2, const HTuple& SegmentColumn2, const HTuple& CircleRow, const HTuple& CircleColumn, const HTuple& CircleRadius, const HTuple& CircleStartPhi, const HTuple& CircleEndPhi, const HTuple& CirclePointOrder, HTuple* Row, HTuple* Column)
static void HOperatorSet.IntersectionSegmentCircle(HTuple segmentRow1, HTuple segmentColumn1, HTuple segmentRow2, HTuple segmentColumn2, HTuple circleRow, HTuple circleColumn, HTuple circleRadius, HTuple circleStartPhi, HTuple circleEndPhi, HTuple circlePointOrder, out HTuple row, out HTuple column)
def intersection_segment_circle(segment_row_1: Union[float, int], segment_column_1: Union[float, int], segment_row_2: Union[float, int], segment_column_2: Union[float, int], circle_row: Union[float, int], circle_column: Union[float, int], circle_radius: Union[float, int], circle_start_phi: float, circle_end_phi: float, circle_point_order: str) -> Tuple[Sequence[float], Sequence[float]]
def intersection_segment_circle_s(segment_row_1: Union[float, int], segment_column_1: Union[float, int], segment_row_2: Union[float, int], segment_column_2: Union[float, int], circle_row: Union[float, int], circle_column: Union[float, int], circle_radius: Union[float, int], circle_start_phi: float, circle_end_phi: float, circle_point_order: str) -> Tuple[float, float]
Description
intersection_segment_circleintersection_segment_circleIntersectionSegmentCircleIntersectionSegmentCircleintersection_segment_circle calculates the intersection point of
a segment and a circle or circular arc. The segment is defined by its
endpoints (SegmentRow1SegmentRow1SegmentRow1segmentRow1segment_row_1,SegmentColumn1SegmentColumn1SegmentColumn1segmentColumn1segment_column_1) and
(SegmentRow2SegmentRow2SegmentRow2segmentRow2segment_row_2,SegmentColumn2SegmentColumn2SegmentColumn2segmentColumn2segment_column_2). The circle is defined
by its center (CircleRowCircleRowCircleRowcircleRowcircle_row,CircleColumnCircleColumnCircleColumncircleColumncircle_column) and its radius
CircleRadiusCircleRadiusCircleRadiuscircleRadiuscircle_radius. In addition to that, a circular arc is characterized
by the angle of the start point CircleStartPhiCircleStartPhiCircleStartPhicircleStartPhicircle_start_phi, the angle of the
end point CircleEndPhiCircleEndPhiCircleEndPhicircleEndPhicircle_end_phi, and the point order
CirclePointOrderCirclePointOrderCirclePointOrdercirclePointOrdercircle_point_order along the boundary.
If CirclePointOrderCirclePointOrderCirclePointOrdercirclePointOrdercircle_point_order is set to 'positive'"positive""positive""positive""positive", the circular arc
is defined counterclockwise.
If CirclePointOrderCirclePointOrderCirclePointOrdercirclePointOrdercircle_point_order is set to 'negative'"negative""negative""negative""negative", the circular arc
is defined clockwise.
The intersection points, if any, are returned in
(RowRowRowrowrow,ColumnColumnColumncolumncolumn).
Execution Information
- Multithreading type: reentrant (runs in parallel with non-exclusive operators).
- Multithreading scope: global (may be called from any thread).
- Processed without parallelization.
Parameters
SegmentRow1SegmentRow1SegmentRow1segmentRow1segment_row_1 (input_control) point.y → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Row coordinate of the first point of the segment.
SegmentColumn1SegmentColumn1SegmentColumn1segmentColumn1segment_column_1 (input_control) point.x → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Column coordinate of the first point of the segment.
SegmentRow2SegmentRow2SegmentRow2segmentRow2segment_row_2 (input_control) point.y → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Row coordinate of the second point of the segment.
SegmentColumn2SegmentColumn2SegmentColumn2segmentColumn2segment_column_2 (input_control) point.x → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Column coordinate of the second point of the segment.
CircleRowCircleRowCircleRowcircleRowcircle_row (input_control) circle.center.y → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Row coordinate of the center of the circle or
circular arc.
CircleColumnCircleColumnCircleColumncircleColumncircle_column (input_control) circle.center.x → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Column coordinate of the center of the circle or
circular arc.
CircleRadiusCircleRadiusCircleRadiuscircleRadiuscircle_radius (input_control) circle.radius → HTupleUnion[float, int]HTupleHtuple (real / integer) (double / int / long) (double / Hlong) (double / Hlong)
Radius of the circle or circular arc.
CircleStartPhiCircleStartPhiCircleStartPhicircleStartPhicircle_start_phi (input_control) angle.rad → HTuplefloatHTupleHtuple (real) (double) (double) (double)
Angle of the start point of the circle or
circular arc [rad].
Default:
0.0
CircleEndPhiCircleEndPhiCircleEndPhicircleEndPhicircle_end_phi (input_control) angle.rad → HTuplefloatHTupleHtuple (real) (double) (double) (double)
Angle of the end point of the circle or
circular arc [rad].
Default:
6.28318
CirclePointOrderCirclePointOrderCirclePointOrdercirclePointOrdercircle_point_order (input_control) string → HTuplestrHTupleHtuple (string) (string) (HString) (char*)
Point order along the circle or circular arc.
Default:
'positive'
"positive"
"positive"
"positive"
"positive"
List of values:
'negative'"negative""negative""negative""negative", 'positive'"positive""positive""positive""positive"
RowRowRowrowrow (output_control) point.y(-array) → HTupleSequence[float]HTupleHtuple (real) (double) (double) (double)
Row coordinates of the intersection points.
ColumnColumnColumncolumncolumn (output_control) point.x(-array) → HTupleSequence[float]HTupleHtuple (real) (double) (double) (double)
Column coordinates of the intersection points.
Result
If the parameters are valid, the operator intersection_segment_circleintersection_segment_circleIntersectionSegmentCircleIntersectionSegmentCircleintersection_segment_circle
returns the value 2 (
H_MSG_TRUE)
.
Alternatives
intersection_circle_contour_xldintersection_circle_contour_xldIntersectionCircleContourXldIntersectionCircleContourXldintersection_circle_contour_xld
See also
intersection_line_circleintersection_line_circleIntersectionLineCircleIntersectionLineCircleintersection_line_circle
Module
Foundation