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removed doc-breaking blank lines

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Alex Matulich
2025-03-24 17:31:41 -07:00
parent a45f354b1c
commit bf75ab5f49
1 changed files with 6 additions and 12 deletions
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18
isosurface.scad
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@@ -3478,18 +3478,12 @@ function _showstats_isosurface(voxsize, bbox, isoval, cubes, triangles, faces) =
// . // .
// When `closed=false`, paths that intersect the edge of the bounding box end at the bounding box. This // When `closed=false`, paths that intersect the edge of the bounding box end at the bounding box. This
// means that the list of paths may include a mixture of closed and open paths. Regardless of whether // means that the list of paths may include a mixture of closed and open paths. Regardless of whether
// any of the output paths are open, all closed paths have identical first and last points so that closed and open paths can be distinguished. You can use {{are_ends_equal()}} to determine if a path is closed. A path list that includes open paths is not a region, since regions are lists of closed polygons. Duplicating the ends of closed paths can cause problems for some functions such as {{offset()}} which will complain about repeated points; to deal with this problem you can pass the closed components to {{list_unwrap()}} to remove the extra endpoint. // any of the output paths are open, all closed paths have identical first and last points so that closed and
// open paths can be distinguished. You can use {{are_ends_equal()}} to determine if a path is closed. A path
// list that includes open paths is not a region, since regions are lists of closed polygons. Duplicating the
// The parameter `closed=true` is set by default, which causes polygon segments to be generated wherever a // ends of closed paths can cause problems for some functions such as {{offset()}} which will complain about
// contour is clipped by the bounding box, so that all contours are closed polygons. When `closed=true`, // repeated points; to deal with this problem you can pass the closed components to {{list_unwrap()}} to remove
// the list of paths returned by `contour()` is a valid [region](regions.scad) with no duplicated // the extra endpoint.
// vertices in any path, and all paths are treated as as closed polygons by the `contour()` module.
// When calling `contour()` as a module, the `closed` parameter is unavailable and always true.
// .
// When `closed=false`, however, the list of paths returned by the `contour()` function may include a
// mixture of closed and unclosed paths, in which the closed paths can be identified as having equivalent
// start and end points (this duplication makes the path list an invalid [region](regions.scad)).
// Arguments: // Arguments:
// f = The contour function or array. // f = The contour function or array.
// isovalue = a scalar giving the isovalue parameter. // isovalue = a scalar giving the isovalue parameter.