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Change to allow roundings that fully occupy segment with deduplicate

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This commit is contained in:
Adrian Mariano 2022-01-02 18:04:24 -05:00
parent ff1ff2d2b6
commit fe9a9a5d01
1 changed files with 5 additions and 5 deletions
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10
rounding.scad
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@ -54,8 +54,7 @@ include <structs.scad>
// If you select curves that are too large to fit the function will fail with an error. You can set `verbose=true` to
// get a message showing a list of scale factors you can apply to your rounding parameters so that the
// roundovers will fit on the curve. If the scale factors are larger than one
// then they indicate how much you can increase the curve sizes before collisions will occur. Note that for roundings
// to fit, you must leave space between them, so you you cannot round a length 10 segment with radius 5 roundings at each end.
// then they indicate how much you can increase the curve sizes before collisions will occur.
// .
// The parameters `radius`, `cut`, `joint` and `k` can be numbers, which round every corner using the same parameters, or you
// can specify a list to round each corner with different parameters. If the curve is not closed then the first and last points
@ -293,14 +292,15 @@ function round_corners(path, method="circle", radius, cut, joint, k, closed=true
],
dummy = verbose ? echo("Roundover scale factors:",scalefactors) : 0
)
assert(min(scalefactors)>1,str("Roundovers are too big for the path. If you multitply them by this vector they should fit: ",scalefactors))
[
assert(min(scalefactors)>=1,str("Roundovers are too big for the path. If you multitply them by this vector they should fit: ",scalefactors))
// duplicates are introduced when roundings fully consume a segment, so remove them
deduplicate([
for(i=[0:1:len(path)-1]) each
(dk[i][0] == 0)? [path[i]] :
(method=="smooth")? _bezcorner(select(path,i-1,i+1), dk[i]) :
(method=="chamfer") ? _chamfcorner(select(path,i-1,i+1), dk[i]) :
_circlecorner(select(path,i-1,i+1), dk[i])
];
]);
// Computes the continuous curvature control points for a corner when given as
// input three points in a list defining the corner. The points must be