| /inkscape/src/display/ |
| H A D | sp-canvas-util.h | 21 namespace Geom { namespace
33 Geom::Affine sp_canvas_item_i2p_affine (SPCanvasItem * item);
37 Geom::Affine sp_canvas_item_i2i_affine (SPCanvasItem * from, SPCanvasItem * to);
41 void sp_canvas_item_set_i2w_affine (SPCanvasItem * item, Geom::Affine const & aff);
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| /inkscape/src/2geom/ |
| H A D | geom.h | 45 namespace Geom { namespace
47 boost::optional<Geom::LineSegment>
48 rect_line_intersect(Geom::Rect &r,
49 Geom::LineSegment ls);
51 int centroid(std::vector<Geom::Point> const &p, Geom::Point& centroid, double &area);
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| H A D | sbasis-geometric.h | 50 namespace Geom { namespace
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| H A D | sbasis-math.h | 46 namespace Geom{ namespace
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| H A D | sbasis-poly.h | 39 namespace Geom{ namespace
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| H A D | sbasis.h | 55 namespace Geom{ namespace
63 namespace Geom {
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| H A D | solver.h | 42 namespace Geom { namespace
48 crossing_count(Geom::Point const *V, /* Control pts of Bezier curve */
52 Geom::Point const *w, /* The control points */
75 Geom::Bezier const& bz,
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| H A D | sweep-bounds.h | 41 namespace Geom { namespace
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| H A D | basic-intersection.h | 50 namespace Geom { namespace
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| H A D | int-interval.h | 37 namespace Geom { namespace
51 } // namespace Geom
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| H A D | cairo-path-sink.h | 38 namespace Geom { namespace
43 * This class converts from 2Geom path representation to the Cairo representation.
44 * Use it to simplify visualizing the results of 2Geom operations with the Cairo library,
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| H A D | sbasis-to-bezier.h | 43 namespace Geom { namespace
64 std::vector<Geom::Point>
75 } // end namespace Geom
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| H A D | bezier-utils.h | 46 namespace Geom { namespace
86 } // end namespace Geom
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| H A D | utils.cpp | 36 namespace Geom namespace
65 } // end namespace Geom
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| H A D | bezier-to-sbasis.h | 40 namespace Geom namespace
82 } // end namespace Geom
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| H A D | int-rect.h | 38 namespace Geom { namespace
62 } // end namespace Geom
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| H A D | linear.h | 42 namespace Geom { namespace
154 } // end namespace Geom
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| H A D | nearest-time.h | 46 namespace Geom namespace
80 return nearest_time(p, c, Geom::derivative(c), from, to);
99 return all_nearest_times(p, c, Geom::derivative(c), from, to);
129 } // end namespace Geom
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| H A D | sbasis-poly.cpp | 3 namespace Geom{ namespace
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| H A D | coord.cpp | 110 namespace Geom { namespace
3668 } // namespace Geom
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| /inkscape/src/helper/ |
| H A D | geom-nodetype.h | 19 namespace Geom { namespace
43 } // namespace Geom
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| H A D | geom-nodetype.cpp | 18 namespace Geom { namespace
32 Geom::Curve *crv = c_incoming.reverse();
33 Geom::Point deriv_1 = -crv->unitTangentAt(0);
35 Geom::Point deriv_2 = c_outgoing.unitTangentAt(0);
36 double this_angle_L2 = Geom::L2(deriv_1);
37 double next_angle_L2 = Geom::L2(deriv_2);
38 double both_angles_L2 = Geom::L2(deriv_1 + deriv_2);
49 } // end namespace Geom
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| /inkscape/src/ui/ |
| H A D | control-manager.h | 24 namespace Geom namespace
29 } // namespace Geom
56 SPCtrlLine *createControlLine(SPCanvasGroup *parent, Geom::Point const &p1, Geom::Point const &p2, CtrlLineType type = CTLINE_PRIMARY);
58 SPCtrlCurve *createControlCurve(SPCanvasGroup *parent, Geom::Point const &p0, Geom::Point const &p1, Geom::Point const &p2, Geom::Point const &p3, CtrlLineType type = CTLINE_PRIMARY);
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| /inkscape/src/2geom/numeric/ |
| H A D | symmetric-matrix-fs-operation.h | 43 namespace Geom { namespace NL { namespace
85 } /* end namespace NL*/ } /* end namespace Geom*/
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| /inkscape/src/ |
| H A D | sp-conn-end-pair.h | 27 namespace Geom { class Point; } namespace
44 void getEndpoints(Geom::Point endPts[]) const;
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