| /forgerock/openam-v13/openam-core/src/main/java/com/sun/identity/log/handlers/ |
| H A D | SecureFileHandler.java | 252 String Interval = 254 if ((Interval == null) || (Interval.length() == 0)) { 257 signInterval = Long.parseLong(Interval) * 1000; 747 String Interval = 749 if ((Interval == null) || (Interval.length() == 0)) { 752 signInterval = Long.parseLong(Interval) * 1000;
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| /forgerock/openam/openam-core/src/main/java/com/sun/identity/log/handlers/ |
| H A D | SecureFileHandler.java | 251 String Interval = 253 if ((Interval == null) || (Interval.length() == 0)) { 256 signInterval = Long.parseLong(Interval) * 1000; 746 String Interval = 748 if ((Interval == null) || (Interval.length() == 0)) { 751 signInterval = Long.parseLong(Interval) * 1000;
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| /inkscape/src/live_effects/ |
| H A D | lpe-rough-hatches.h | 39 generateLevels(Geom::Interval const &domain, double x_org);
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| H A D | lpegroupbbox.h | 21 Geom::Interval boundingbox_X; 22 Geom::Interval boundingbox_Y;
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| /inkscape/src/ |
| H A D | sp-hatch-path.h | 47 Geom::Interval bounds() const;
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| /inkscape/src/2geom/ |
| H A D | bezier-clipping.cpp | 76 operator<< (std::basic_ostream<charT> & os, const Interval & I) 89 size_t get_precision(Interval const& I) 155 void map_to(Interval & J, Interval const& I) 250 void portion (std::vector<Point> & B , Interval const& I) 275 void iterate(std::vector<Interval>& domsA, 276 std::vector<Interval>& domsB, 279 Interval const& domA, 280 Interval const& domB, 358 * This bounds are returned through the output Interval paramete [all...] |
| H A D | concepts.h | 70 Interval dom; 93 /*With portion, Interval makes some sense, but instead I'm opting for 97 C) Interval version provided below 106 typedef typename ShapeTraits<T>::IntervalType Interval; typedef in struct:Geom::ShapeConcept 136 inline T portion(const T& t, const Interval& i) { return portion(t, i.min(), i.max()); }
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| H A D | coord.h | 126 // NOTE: operator helpers for Rect and Interval are defined here. 157 typedef Interval IntervalType; 163 boost::equality_comparable< Interval 164 , boost::equality_comparable< Interval, IntInterval 165 , boost::additive< Interval 166 , boost::multipliable< Interval 167 , boost::orable< Interval 168 , boost::arithmetic< Interval, Coord
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| H A D | curve.cpp | 129 Interval dom_i(prev_i, splits[i]); 134 Interval dom_j(prev_j, splits[j]);
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| H A D | curve.h | 102 virtual Interval timeRange() const { 103 Interval tr(0, 1); 221 /** @brief A version of that accepts an Interval. */ 222 Curve *portion(Interval const &i) const { return portion(i.min(), i.max()); } 250 /** @brief A version that takes an Interval. */ 251 Coord nearestTime(Point const &p, Interval const &i) const { 263 /** @brief A version that takes an Interval. */ 264 std::vector<Coord> allNearestTimes(Point const &p, Interval const &i) {
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| H A D | d2-sbasis.cpp | 303 static std::vector<Interval> intersect( std::vector<Interval> const &a, std::vector<Interval> const &b){ 304 std::vector<Interval> result; 318 std::vector<Interval> level_set( D2<SBasis> const &f, Rect region){ 322 std::vector<Interval> level_set( D2<SBasis> const &f, Point p, double tol){ 327 std::vector<std::vector<Interval> > level_sets( D2<SBasis> const &f, std::vector<Rect> regions){ 328 std::vector<Interval> regsX (regions.size(), Interval() ); 329 std::vector<Interval> regs [all...] |
| H A D | forward.h | 49 class Interval;
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| H A D | intersection.h | 111 typedef Interval IntervalType;
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| H A D | interval.h | 58 class Interval class in namespace:Geom 66 Interval() {} function in class:Geom::Interval 68 explicit Interval(Coord u) : Base(u) {} function in class:Geom::Interval 70 Interval(Coord u, Coord v) : Base(u,v) {} function in class:Geom::Interval 72 Interval(IntInterval const &i) : Base(i.min(), i.max()) {} function in class:Geom::Interval 73 Interval(Base const &b) : Base(b) {} function in class:Geom::Interval 81 * @return Interval that contains all values from [start, end). */ 83 static Interval from_range(InputIterator start, InputIterator end) { 84 Interval result = Base::from_range(start, end); 88 static Interval from_arra [all...] |
| H A D | line.cpp | 174 Interval xpart(root(r[X].min(), X), root(r[X].max(), X)); 175 Interval ypart(root(r[Y].min(), Y), root(r[Y].max(), Y)); 288 Interval unit(0, 1); 301 Interval unit(0, 1);
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| H A D | linear.h | 98 OptInterval bounds_exact() const { return Interval(a[0], a[1]); } 100 OptInterval bounds_local(double u, double v) const { return Interval(valueAt(u), valueAt(v)); }
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| H A D | path-intersection.h | 67 Crossings pair_intersect(Curve const & A, Interval const &Ad, 68 Curve const & B, Interval const &Bd); 69 Crossings mono_intersect(Curve const & A, Interval const &Ad, 70 Curve const & B, Interval const &Bd);
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| H A D | piecewise.cpp | 55 divi.setDomain(Interval(pa.cuts[i],pa.cuts[i+1])); 94 c0.setDomain(Interval(0.,.5)); 95 c1.setDomain(Interval(.5,1.)); 166 OptInterval g_range( Interval( g.at0(), g.at1() )); 187 SBasis g_portion = portion( g01, Interval(0.,.5) ); 188 SBasis f_portion = portion( f, Interval(0.,.5) ); 191 g_portion = portion( g01, Interval(.5, 1.) ); 192 f_portion = portion( f, Interval(.5, 1.) ); 231 std::vector<Interval> level_set(Piecewise<SBasis> const &f, Interval cons [all...] |
| H A D | piecewise.h | 219 inline Interval domain() const { return Interval(cuts.front(), cuts.back()); } 222 inline void setDomain(Interval dom) { 324 Interval const &m = *_m; 330 if(fi == ti) return bounds_local(f[fi], Interval(ft, tt)); 332 typename FragmentConcept<T>::BoundsType ret(bounds_local(f[fi], Interval(ft, 1.))); 335 if(tt != 0.) ret.unionWith(bounds_local(f[ti], Interval(0., tt))); 776 Interval bs = *bounds_fast(g); 824 fgi.setDomain(Interval(g.cuts[i], g.cuts[i+1])); 897 std::vector<Interval> level_se [all...] |
| H A D | rect.h | 101 Rect(Interval const &a, Interval const &b) : Base(a,b) {} 244 if(r.empty()) return Rect(Interval(0,0), Interval(0,0));
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| H A D | sbasis-math.cpp | 172 sqrtf0.setDomain(Interval(0.,.5)); 173 sqrtf1.setDomain(Interval(.5,1.)); 196 sqrtfi.setDomain(Interval(ff.cuts[i],ff.cuts[i+1])); 226 cosfi.setDomain(Interval(f.cuts[i],f.cuts[i+1])); 265 c0.setDomain(Interval(0.,.5)); 266 c1.setDomain(Interval(.5,1.)); 282 Piecewise<SBasis> reciprocalOnDomain(Interval range, double tol){
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| H A D | sbasis-roots.cpp | 94 Interval result = Interval(a.at0(), a.at1()); 104 Interval result = Interval(a.at0(), a.at1()); 125 Interval res(0,0); // an empty sbasis is 0. 184 Interval res = Interval(lo,hi); 269 Interval bs = *bounds_local(df,Interval(a,b)); 362 static bool compareIntervalMin( Interval [all...] |
| H A D | sbasis.h | 419 inline SBasis portion(const SBasis &t, Interval const &ivl) { return portion(t, ivl.min(), ivl.max()); } 447 std::vector<double> roots(SBasis const & s, Interval const inside); 467 std::vector<Interval> level_set (SBasis const &f, 482 std::vector<Interval> level_set (SBasis const &f, 483 Interval const &level, 496 std::vector<std::vector<Interval> > level_sets (SBasis const &f, 510 std::vector<std::vector<Interval> > level_sets (SBasis const &f, 511 std::vector<Interval> const &levels,
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| H A D | sweeper.h | 55 Interval itemBounds(ItemIterator /*ii*/) { return Interval(); } 74 * - Interval itemBounds(iterator i) - given an iterator from the above range, 115 Interval b = _set.itemBounds(i);
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| H A D | elliptical-arc.cpp | 143 Interval xival = Interval::from_range(coord[X], coord[X] + ncoord[X]); 144 Interval yival = Interval::from_range(coord[Y], coord[Y] + ncoord[Y]); 170 Interval unit_interval(0, 1); 569 Interval unit(0, 1); 841 Interval yspan(ymin[Y], ymax[Y]); 869 Interval ival(ymin[Y], fp[Y]); 875 Interval ival(ip[Y], fp[Y]); 881 Interval iva [all...] |