/inkscape/src/live_effects/ |
H A D | lpe-envelope.cpp | 119 x2 -= boundingbox_X.extent(); 123 y3 -= boundingbox_Y.extent(); 130 double scaling1 = uskeleton1.cuts.back()/boundingbox_X.extent(); 135 double scaling2 = uskeleton2.cuts.back()/boundingbox_Y.extent(); 140 double scaling3 = uskeleton3.cuts.back()/boundingbox_X.extent(); 145 double scaling4 = uskeleton4.cuts.back()/boundingbox_Y.extent(); 155 xbis += boundingbox_X.extent(); 157 ybis += boundingbox_Y.extent(); 174 output_y /= (boundingbox_Y.extent()); 183 output_x /= (boundingbox_X.extent()); [all...] |
H A D | lpe-patternalongpath.cpp | 155 xspace *= pattBndsX->extent(); 156 noffset *= pattBndsY->extent(); 157 toffset *= pattBndsX->extent(); 161 if (xspace < -pattBndsX->extent()*.9) { 162 xspace = -pattBndsX->extent()*.9; 168 // spacing.param_set_range(-pattBndsX.extent()*.9, Geom::infinity()); 189 nbCopies = static_cast<int>(floor((uskeleton.domain().extent() - toffset + xspace)/(pattBndsX->extent()+xspace))); 194 nbCopies = (toffset + pattBndsX->extent() < uskeleton.domain().extent()) [all...] |
H A D | lpe-recursiveskeleton.cpp | 70 noffset *= pattBndsY->extent(); 71 toffset *= pattBndsX->extent(); 91 double scaling = (uskeleton.domain().extent() - toffset)/pattBndsX->extent(); 95 // double pattWidth = pattBndsX->extent() * scaling;
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H A D | lpe-extrude.cpp | 184 (boundingbox_X.extent() + boundingbox_Y.extent())*Geom::Point(-0.05,0.2) );
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H A D | lpe-vonkoch.cpp | 181 if (similar_only.get_value()) ratio = boundingbox_Y.extent()/boundingbox_X.extent()/2; 289 paths.push_back(path * Affine(1./3,0,0,1./3, A[X]*2./3, A[Y]*2./3 + boundingbox_Y.extent()/2)); 290 paths.push_back(path * Affine(1./3,0,0,1./3, B[X]*2./3, B[Y]*2./3 + boundingbox_Y.extent()/2)); 301 //paths.push_back(path * Affine(1./3,0,0,1./3, refA[X]*2./3, refA[Y]*2./3 + boundingbox_Y.extent()/2)); 302 //paths.push_back(path * Affine(1./3,0,0,1./3, refB[X]*2./3, refB[Y]*2./3 + boundingbox_Y.extent()/2));
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H A D | lpe-interpolate.cpp | 91 pResult += trajectory.valueAt(trajectory_domain.min() + fraction*trajectory_domain.extent());
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H A D | lpe-lattice.cpp | 125 double width = boundingbox_X.extent(); 126 double height = boundingbox_Y.extent();
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H A D | lpe-taperstroke.cpp | 411 double scaling = (uskeleton.domain().extent() - toffset)/pattBndsX->extent(); 414 double pattWidth = pattBndsX->extent() * scaling;
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H A D | lpe-sketch.cpp | 309 double k_min = k_bnds->min() + k_bnds->extent() * min_curvature; 310 double k_max = k_bnds->min() + k_bnds->extent() * max_curvature;
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H A D | lpe-bendpath.cpp | 132 double scaling = uskeleton.cuts.back()/bboxHorizontal.extent();
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H A D | lpe-rough-hatches.cpp | 358 double scale = 1+(hatch_dist*growth/domain.extent()); 567 vector = Geom::Point((*bbox)[X].extent()/4, 0.); 568 top_edge_variation.param_set_value( (*bbox)[Y].extent()/10, 0 ); 569 bot_edge_variation.param_set_value( (*bbox)[Y].extent()/10, 0 );
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H A D | lpe-perspective-envelope.cpp | 203 double width = boundingbox_X.extent(); 204 double height = boundingbox_Y.extent();
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/inkscape/src/helper/ |
H A D | pixbuf-ops.cpp | 118 doc->getHeight().value("px") - screen[Geom::Y].extent() - screen.min()[Geom::Y]); 120 origin[Geom::X] = origin[Geom::X] + (screen[Geom::X].extent() * ((1 - padding) / 2)); 121 origin[Geom::Y] = origin[Geom::Y] + (screen[Geom::Y].extent() * ((1 - padding) / 2));
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/inkscape/src/2geom/ |
H A D | bezier-clipping.cpp | 91 double d = I.extent(); 260 double t = I.extent() / (1 - I.min()); 746 if (domA.extent() == 1 && domB.extent() == 1) counter = 0; 784 && (dompA.extent() >= precision || dompB.extent() >= precision)) 827 if (dom->extent() > MIN_CLIPPED_SIZE_THRESHOLD) 830 std::cerr << "clipped less than 20% : " << dom->extent() << std::endl; 836 if (dompA.extent() > dompB.extent()) [all...] |
H A D | generic-rect.h | 171 /** @brief Get the horizontal extent of the rectangle. */ 172 C width() const { return f[X].extent(); } 173 /** @brief Get the vertical extent of the rectangle. */ 174 C height() const { return f[Y].extent(); } 181 CPoint dimensions() const { return CPoint(f[X].extent(), f[Y].extent()); } 186 C area() const { return f[X].extent() * f[Y].extent(); } 190 /** @brief Get the larger extent (width or height) of the rectangle. */ 191 C maxExtent() const { return std::max(f[X].extent(), [all...] |
H A D | angle.h | 289 Coord span = extent(); 304 Coord ex = extent(); 342 Coord extent() const { function in class:Geom::AngleInterval
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H A D | elliptical-arc.h | 213 Coord angularExtent() const { return _angles.extent(); }
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H A D | interval.h | 108 return (v - min()) / extent();
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H A D | generic-interval.h | 98 C extent() const { return max() - min(); } function in class:Geom::GenericInterval 169 * After this method, the interval's length (extent) will be increased by
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H A D | piecewise.cpp | 169 g01 /= g_range->extent();
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/inkscape/src/ui/dialog/ |
H A D | align-and-distribute.cpp | 334 span += sorted[i].bbox[_orientation].extent(); 349 pos += it->bbox[_orientation].extent(); 723 double x = _dialog.randomize_bbox->min()[Geom::X] + (*item_box)[Geom::X].extent() /2 + 724 g_random_double_range (0, (*_dialog.randomize_bbox)[Geom::X].extent() - (*item_box)[Geom::X].extent()); 725 double y = _dialog.randomize_bbox->min()[Geom::Y] + (*item_box)[Geom::Y].extent()/2 + 726 g_random_double_range (0, (*_dialog.randomize_bbox)[Geom::Y].extent() - (*item_box)[Geom::Y].extent());
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/inkscape/src/ |
H A D | sp-ellipse.cpp | 674 return !(Geom::are_near(a.extent(), 0) || Geom::are_near(a.extent(), SP_2PI));
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H A D | sp-hatch-path.cpp | 266 int segment_cnt = ceil((view.extents->extent()) / repeatLength) + 1;
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/inkscape/src/libuemf/ |
H A D | uwmf.c | 2585 \param extent Window Extent. 2587 char *U_WMRSETWINDOWEXT_set(U_POINT16 extent){ argument 2588 return U_WMRCORE_2U16_set(U_WMR_SETWINDOWEXT, U_U16(extent.y), U_U16(extent.x)); 2603 \param extent Viewport Extent. 2605 char *U_WMRSETVIEWPORTEXT_set(U_POINT16 extent){ argument 2606 return U_WMRCORE_2U16_set(U_WMR_SETWINDOWEXT, U_U16(extent.y), U_U16(extent.x)); 5058 \param extent Window Extent. 5062 U_POINT16 * extent [all...] |
H A D | uwmf.h | 1200 U_WMRSETWINDOWEXT, //!< WMF manual 2.3.5.30, Window X,Y extent 1202 U_WMRSETVIEWPORTEXT, //!< WMF manual 2.3.5.28, Viewport X,Y extent 2152 char *U_WMRSETWINDOWEXT_set(U_POINT16 extent); 2154 char *U_WMRSETVIEWPORTEXT_set(U_POINT16 extent); 2426 int U_WMRSETWINDOWEXT_get(const char *contents, U_POINT16 * extent); 2428 int U_WMRSETVIEWPORTEXT_get(const char *contents, U_POINT16 * extent);
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