HALCON Reference Manual 10.0.2
Name
split_skeleton_linesT_split_skeleton_linessplit_skeleton_linesSplitSkeletonLinesSplitSkeletonLines — Split lines represented by one pixel wide, non-branching lines.
split_skeleton_linessplit_skeleton_linessplit_skeleton_linesSplitSkeletonLinesSplitSkeletonLines splits lines represented by one pixel
wide, non-branching regions into shorter lines based on their
curvature. A line is split if the maximum distance of a point on
the line to the line segment connecting its end points is larger
than MaxDistanceMaxDistanceMaxDistanceMaxDistancemaxDistance (split & merge algorithm). The start
and end points of the approximating line segments are returned in
BeginRowBeginRowBeginRowBeginRowbeginRow, BeginColBeginColBeginColBeginColbeginCol, EndRowEndRowEndRowEndRowendRow, and
EndColEndColEndColEndColendCol.
The input regions must represent non-branching lines, that is single
branches of the skeleton.
- Multithreading type: reentrant (runs in parallel with non-exclusive operators).
- Multithreading scope: global (may be called from any thread).
- Automatically parallelized on tuple level.
Input lines (represented by 1 pixel wide, non-branching
regions).
Maximum distance of the line points to the line segment
connecting both end points.
Default value: 3
Suggested values: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10
Typical range of values: 1
≤
MaxDistance
MaxDistance
MaxDistance
MaxDistance
maxDistance
≤
500 (lin)
Minimum increment: 1
Recommended increment: 1
Row coordinates of the start points of the
output lines.
Column coordinates of the start points of the
output lines.
Row coordinates of the end points of the
output lines.
Column coordinates of the end points of the
output lines.
read_image(Image,'fabrik')
edges_image (Image, ImaAmp, ImaDir, 'lanser2', 0.5, 'nms', 8, 16)
threshold (ImaAmp, RawEdges, 8, 255)
skeleton (RawEdges, Skeleton)
junctions_skeleton (Skeleton, EndPoints, JuncPoints)
difference (Skeleton, JuncPoints, SkelWithoutJunc)
connection (SkelWithoutJunc, SingleBranches)
select_shape (SingleBranches, SelectedBranches, 'area', 'and', 16, 99999)
split_skeleton_lines (SelectedBranches, 3, BeginRow, BeginCol, EndRow, \
EndCol)
read_image(&Image,"fabrik");
edges_image (Image, &ImaAmp, &ImaDir, "lanser2", 0.5, "nms", 8, 16);
threshold (ImaAmp, &RawEdges, 8, 255);
skeleton (RawEdges, &Skeleton);
junctions_skeleton (Skeleton, &EndPoints, &JuncPoints);
difference (Skeleton, JuncPoints, &SkelWithoutJunc);
connection (SkelWithoutJunc, &SingleBranches);
select_shape (SingleBranches, &SelectedBranches, "area", "and", 16, 99999);
split_skeleton_lines (SelectedBranches, 3, &BeginRow, &BeginCol, &EndRow,
&EndCol);
read_image(Image,'fabrik')
edges_image (Image, ImaAmp, ImaDir, 'lanser2', 0.5, 'nms', 8, 16)
threshold (ImaAmp, RawEdges, 8, 255)
skeleton (RawEdges, Skeleton)
junctions_skeleton (Skeleton, EndPoints, JuncPoints)
difference (Skeleton, JuncPoints, SkelWithoutJunc)
connection (SkelWithoutJunc, SingleBranches)
select_shape (SingleBranches, SelectedBranches, 'area', 'and', 16, 99999)
split_skeleton_lines (SelectedBranches, 3, BeginRow, BeginCol, EndRow, \
EndCol)
read_image(Image,'fabrik')
edges_image (Image, ImaAmp, ImaDir, 'lanser2', 0.5, 'nms', 8, 16)
threshold (ImaAmp, RawEdges, 8, 255)
skeleton (RawEdges, Skeleton)
junctions_skeleton (Skeleton, EndPoints, JuncPoints)
difference (Skeleton, JuncPoints, SkelWithoutJunc)
connection (SkelWithoutJunc, SingleBranches)
select_shape (SingleBranches, SelectedBranches, 'area', 'and', 16, 99999)
split_skeleton_lines (SelectedBranches, 3, BeginRow, BeginCol, EndRow, \
EndCol)
read_image(Image,'fabrik')
edges_image (Image, ImaAmp, ImaDir, 'lanser2', 0.5, 'nms', 8, 16)
threshold (ImaAmp, RawEdges, 8, 255)
skeleton (RawEdges, Skeleton)
junctions_skeleton (Skeleton, EndPoints, JuncPoints)
difference (Skeleton, JuncPoints, SkelWithoutJunc)
connection (SkelWithoutJunc, SingleBranches)
select_shape (SingleBranches, SelectedBranches, 'area', 'and', 16, 99999)
split_skeleton_lines (SelectedBranches, 3, BeginRow, BeginCol, EndRow, \
EndCol)
split_skeleton_linessplit_skeleton_linessplit_skeleton_linesSplitSkeletonLinesSplitSkeletonLines always returns the value 2 (H_MSG_TRUE). The
behavior in case of empty input (no regions given) can be set via
set_system('no_object_result',<Result>)set_system("no_object_result",<Result>)set_system("no_object_result",<Result>)SetSystem("no_object_result",<Result>)SetSystem("no_object_result",<Result>),
the behavior in case of an empty input region via
set_system('empty_region_result',<Result>)set_system("empty_region_result",<Result>)set_system("empty_region_result",<Result>)SetSystem("empty_region_result",<Result>)SetSystem("empty_region_result",<Result>),
and the behavior in case of an empty result region via
set_system('store_empty_region',<true/false>)set_system("store_empty_region",<true/false>)set_system("store_empty_region",<true/false>)SetSystem("store_empty_region",<true/false>)SetSystem("store_empty_region",<true/false>).
If necessary, an exception is raised.
connectionconnectionconnectionConnectionConnection,
select_shapeselect_shapeselect_shapeSelectShapeSelectShape,
skeletonskeletonskeletonSkeletonSkeleton,
junctions_skeletonjunctions_skeletonjunctions_skeletonJunctionsSkeletonJunctionsSkeleton,
differencedifferencedifferenceDifferenceDifference
select_linesselect_linesselect_linesSelectLinesSelectLines,
partition_linespartition_linespartition_linesPartitionLinesPartitionLines,
disp_linedisp_linedisp_lineDispLineDispLine
split_skeleton_regionsplit_skeleton_regionsplit_skeleton_regionSplitSkeletonRegionSplitSkeletonRegion,
detect_edge_segmentsdetect_edge_segmentsdetect_edge_segmentsDetectEdgeSegmentsDetectEdgeSegments
Foundation
| HALCON Reference Manual 10.0.2 |
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