Searched refs:cw (Results 1 - 19 of 19) sorted by relevance

/inkscape/src/2geom/
H A Dray.h142 // evaluate the angle between r1 and r2 rotating r1 in cw or ccw direction on r2
145 double angle_between(Ray const& r1, Ray const& r2, bool cw = true) {
148 if (!cw) angle = 2*M_PI - angle;
161 * - If @a cw is set to @c true, the returned ray will equal the passed rays @a r1 and @a r2.
162 * - If @a cw is set to @c false, the returned ray will go in the opposite direction.
167 Ray make_angle_bisector_ray(Ray const& r1, Ray const& r2, bool cw = true)
176 return (cw ? bisector : bisector.reverse());
H A Dangle.h196 * @param cw Which direction the interval goes. True means that it goes
199 AngleInterval(Angle s, Angle e, bool cw = false)
200 : _start_angle(s), _end_angle(e), _sweep(cw), _full(false)
202 AngleInterval(double s, double e, bool cw = false)
203 : _start_angle(s), _end_angle(e), _sweep(cw), _full(false)
H A Dcircle.cpp239 Point qd = (h/d) * cv.cw();
H A Dline.cpp106 Point v = vector().cw();
H A Dpoint.h138 Point cw() const { function in class:Geom::Point
H A Dline.h451 // evaluate the angle between l1 and l2 rotating l1 in cw direction
480 Point d = line.vector().cw();
H A Dbezier-clipping.cpp341 Line line(p, (c.back() - c.front()).cw() + p);
/inkscape/src/livarot/
H A DPathOutline.cpp399 stNor=stTgt.cw();
400 enNor=enTgt.cw();
442 stNor=stTgt.cw();
443 enNor=enTgt.cw();
482 stNor=stTgt.cw();
483 enNor=enTgt.cw();
532 stNor=stTgt.cw();
533 enNor=enTgt.cw();
588 stNor=stTgt.cw();
589 enNor=enTgt.cw();
[all...]
H A DPathCutting.cpp972 p1 = pts[i - 1].p.cw();
973 p2 = pts[i].p.cw();
974 localPos = pos.cw();
/inkscape/src/ui/widget/
H A Dcolor-slider.cpp206 gint cx, cw; local
212 cw = allocation.get_width() - 2 * cx;
216 ColorScales::setScaled(_adjustment->gobj(), CLAMP((gfloat)(event->x - cx) / cw, 0.0, 1.0));
257 gint cx, cw; local
264 cw = allocation.get_width() - 2 * cx;
265 ColorScales::setScaled(_adjustment->gobj(), CLAMP((gfloat)(event->x - cx) / cw, 0.0, 1.0));
317 gint cx, cy, cw, ch; local
330 cw = allocation.get_width() - 2 * cx;
332 if ((gint)(ColorScales::getScaled(_adjustment->gobj()) * cw) != (gint)(_value * cw)) {
[all...]
/inkscape/src/helper/
H A Dgeom-pathstroke.cpp53 Geom::Point normal = unitTangentAt(curve, t).cw();
82 normal = Geom::Point(curve[1] - curve[0]).cw();
93 normal = Geom::Point(curve[3] - curve[2]).cw();
183 Point p1 = intersection_point(incoming.finalPoint(), tang1, point_limit, bisector_versor.cw());
184 Point p2 = intersection_point(outgoing.initialPoint(), tang2, point_limit, bisector_versor.cw());
/inkscape/src/display/
H A Dguideline.cpp100 cairo_rotate(buf->ct, atan2(normal_dt.cw()));
/inkscape/src/
H A Ddesktop-events.cpp405 guide->set_normal(Geom::Point::polar(angle).cw(), false);
487 guide->set_normal(Geom::Point::polar(angle).cw(), true);
/inkscape/src/live_effects/
H A Dlpe-knot.cpp98 Point N = T.cw();
H A Dlpe-powerstroke.cpp120 Geom::Point normal = unitTangentAt(curve, t).cw();
/inkscape/src/extension/internal/
H A Dwmf-print.cpp746 Geom::Point puv = uv.cw(); // perp. to unit vector
H A Demf-print.cpp1326 Geom::Point puv = uv.cw(); // perp. to unit vector
/inkscape/src/libnrtype/
H A DLayout-TNG-OutIter.cpp322 Geom::Point normal = tangent.cw();
/inkscape/share/extensions/
H A Dgcodetools.py4469 cw=[]
4475 cw+=p
4476 curlen = get_way_len(cw)
4479 minimal_way=cw

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