Searched refs:C1 (Results 1 - 6 of 6) sorted by relevance

/inkscape/src/2geom/
H A Dconicsec.cpp237 std::vector<Point> decompose_degenerate(xAx const & C1, xAx const & C2, xAx const & xC0) { argument
282 std::vector<double> rts = C1.roots(L0);
287 rts = C1.roots(L1);
338 if(fabs(C1.hessian().det()) > fabs(C2.hessian().det()))
339 cnrts = C1.roots(L);
360 std::vector<Point> intersect(xAx const & C1, xAx const & C2) { argument
362 if(xAx_descr(C1) == 0) {
363 return decompose_degenerate(C1, C2, C1);
366 return decompose_degenerate(C1, C
[all...]
H A Dbezier-clipping.cpp762 std::vector<Point>* C1 = &pA; local
773 Point M1 = middle_point(C1->front(), C1->back());
789 dom = clip<intersection_point_tag>(*C1, *C2, precision);
807 if (is_constant(*C2, precision) && is_constant(*C1, precision))
809 Point M1 = middle_point(C1->front(), C1->back());
816 print(*C1, "C1");
865 swap(C1, C
921 std::vector<Point>* C1 = &pA; local
[all...]
H A Dconicsec.h492 std::vector<Point> intersect(const xAx & C1, const xAx & C2);
/inkscape/src/
H A Dsp-rect.cpp164 #define C1 0.554 macro
208 c->curveto(x + w - rx * (1 - C1), y, x + w, y + ry * (1 - C1), x + w, y + ry);
214 c->curveto(x + w, y + h - ry * (1 - C1), x + w - rx * (1 - C1), y + h, x + w - rx, y + h);
220 c->curveto(x + rx * (1 - C1), y + h, x, y + h - ry * (1 - C1), x, y + h - ry);
226 c->curveto(x, y + ry * (1 - C1), x + rx * (1 - C1), y, x + rx, y);
/inkscape/src/ui/tools/
H A Dfreehand-base.cpp387 const double C1 = 0.552; local
389 c->curveto(0, (1 - C1) * SHAPE_HEIGHT/2, (1 - C1) * SHAPE_LENGTH/2, 0, SHAPE_LENGTH/2, 0);
390 c->curveto((1 + C1) * SHAPE_LENGTH/2, 0, SHAPE_LENGTH, (1 - C1) * SHAPE_HEIGHT/2, SHAPE_LENGTH, SHAPE_HEIGHT/2);
391 c->curveto(SHAPE_LENGTH, (1 + C1) * SHAPE_HEIGHT/2, (1 + C1) * SHAPE_LENGTH/2, SHAPE_HEIGHT, SHAPE_LENGTH/2, SHAPE_HEIGHT);
392 c->curveto((1 - C1) * SHAPE_LENGTH/2, SHAPE_HEIGHT, 0, (1 + C1) * SHAPE_HEIGHT/2, 0, SHAPE_HEIGHT/2);
/inkscape/share/extensions/
H A Dgcodetools.py6387 C1,C2 = P1+N1*r, P2+N2*r
6395 if vectors_ccw((P1-C1).to_list(),t1) == vectors_ccw((P2-C2).to_list(),t2) else
6403 C1,C2 = P1+N1*r, P2+N2*r
6404 Dc = C2-C1
6408 return csp_from_arc(p1, p2, C1.to_list(), r, t1)
6411 #draw_csp(self.transform_csp([[ [[C1.x-r*sin,C1.y+r*cos]]*3,[[C2.x-r*sin,C2.y+r*cos]]*3 ]],layer,reverse=True), color = "#00ff00;" )
6412 #draw_pointer(self.transform(C1.to_list(),layer,reverse=True))
6415 p1_end = [C1.x-r*sin*m,C1
[all...]

Completed in 35 milliseconds