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Fix false positives in collinear-segments rule (#10599)

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Álvaro Mondéjar 2024-03-08 23:36:38 +01:00 committed by GitHub
parent a26ec24a84
commit 955b608858
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2 changed files with 45 additions and 39 deletions
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.svglint-ignored.json
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78
.svglintrc.mjs
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@ -669,104 +669,112 @@ export default {
_resetStartPoint = false;
for (let s = 0; s < segments.length; s++) {
let seg = segments[s].params,
cmd = seg[0],
const seg = segments[s],
parms = seg.params,
cmd = parms[0],
nextCmd = s + 1 < segments.length ? segments[s + 1][0] : null;
switch (cmd) {
// Next switch cases have been ordered by frequency
// of occurrence in the SVG paths of the icons
case 'M':
currAbsCoord[0] = seg[1];
currAbsCoord[1] = seg[2];
currAbsCoord[0] = parms[1];
currAbsCoord[1] = parms[2];
// SVG 1.1:
// If a moveto is followed by multiple pairs of coordinates,
// the subsequent pairs are treated as implicit lineto commands.
if (!seg.chained || seg.chainStart === seg.start) {
startPoint = undefined;
}
break;
case 'm':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[1];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[1];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[2];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[2];
if (!seg.chained || seg.chainStart === seg.start) {
startPoint = undefined;
}
break;
case 'H':
currAbsCoord[0] = seg[1];
currAbsCoord[0] = parms[1];
break;
case 'h':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[1];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[1];
break;
case 'V':
currAbsCoord[1] = seg[1];
currAbsCoord[1] = parms[1];
break;
case 'v':
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[1];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[1];
break;
case 'L':
currAbsCoord[0] = seg[1];
currAbsCoord[1] = seg[2];
currAbsCoord[0] = parms[1];
currAbsCoord[1] = parms[2];
break;
case 'l':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[1];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[1];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[2];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[2];
break;
case 'Z':
case 'z':
// Overlapping in Z should be handled in another rule
// TODO: Overlapping in Z should be handled in another rule
currAbsCoord = [startPoint[0], startPoint[1]];
_resetStartPoint = true;
break;
case 'C':
currAbsCoord[0] = seg[5];
currAbsCoord[1] = seg[6];
currAbsCoord[0] = parms[5];
currAbsCoord[1] = parms[6];
break;
case 'c':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[5];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[5];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[6];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[6];
break;
case 'A':
currAbsCoord[0] = seg[6];
currAbsCoord[1] = seg[7];
currAbsCoord[0] = parms[6];
currAbsCoord[1] = parms[7];
break;
case 'a':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[6];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[6];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[7];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[7];
break;
case 's':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[1];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[1];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[2];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[2];
break;
case 'S':
currAbsCoord[0] = seg[1];
currAbsCoord[1] = seg[2];
currAbsCoord[0] = parms[1];
currAbsCoord[1] = parms[2];
break;
case 't':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[1];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[1];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[2];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[2];
break;
case 'T':
currAbsCoord[0] = seg[1];
currAbsCoord[1] = seg[2];
currAbsCoord[0] = parms[1];
currAbsCoord[1] = parms[2];
break;
case 'Q':
currAbsCoord[0] = seg[3];
currAbsCoord[1] = seg[4];
currAbsCoord[0] = parms[3];
currAbsCoord[1] = parms[4];
break;
case 'q':
currAbsCoord[0] =
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + seg[3];
(!currAbsCoord[0] ? 0 : currAbsCoord[0]) + parms[3];
currAbsCoord[1] =
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + seg[4];
(!currAbsCoord[1] ? 0 : currAbsCoord[1]) + parms[4];
break;
default:
throw new Error(`"${cmd}" command not handled`);