| /third_party/boost/libs/math/test/ |
| D | test_barycentric_rational.cpp | 43 boost::math::barycentric_rational<Real> interpolator(x.data(), y.data(), y.size()); in test_interpolation_condition() local
47 Real z = interpolator(x[i]); in test_interpolation_condition()
80 boost::math::barycentric_rational<Real> interpolator(x.data(), y.data(), y.size(), 5); in test_interpolation_condition_high_order() local
84 Real z = interpolator(x[i]); in test_interpolation_condition_high_order()
108 boost::math::barycentric_rational<Real> interpolator(x.data(), y.data(), y.size()); in test_constant() local
114 Real z = interpolator(t); in test_constant()
116 BOOST_CHECK_SMALL(interpolator.prime(t), sqrt(numeric_limits<Real>::epsilon())); in test_constant()
139 boost::math::barycentric_rational<Real> interpolator(x.data(), y.data(), y.size(), 7); in test_constant_high_order() local
144 Real z = interpolator(t); in test_constant_high_order()
146 BOOST_CHECK_SMALL(interpolator.prime(t), 100*sqrt(numeric_limits<Real>::epsilon())); in test_constant_high_order()
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| D | test_vector_barycentric_rational.cpp | 57 …boost::math::vector_barycentric_rational<decltype(t), decltype(y)> interpolator(std::move(t), std:… in test_agreement_with_1d() local
68 interpolator(z, t); in test_agreement_with_1d()
96 …boost::math::vector_barycentric_rational<decltype(t), decltype(y)> interpolator(std::move(t), std:… in test_interpolation_condition_eigen() local
101 interpolator(z, t_copy[i]); in test_interpolation_condition_eigen()
128 …boost::math::vector_barycentric_rational<decltype(t), decltype(y)> interpolator(std::move(t), std:… in test_interpolation_condition_std_array() local
133 interpolator(z, t_copy[i]); in test_interpolation_condition_std_array()
164 …boost::math::vector_barycentric_rational<decltype(t), decltype(y)> interpolator(std::move(t), std:… in test_interpolation_condition_ublas() local
169 interpolator(z, t_copy[i]); in test_interpolation_condition_ublas()
195 …boost::math::vector_barycentric_rational<decltype(t), decltype(y)> interpolator(std::move(t), std:… in test_interpolation_condition_high_order() local
200 interpolator(z, t_copy[i]); in test_interpolation_condition_high_order()
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| /third_party/boost/libs/math/doc/interpolators/ |
| D | cardinal_quadratic_b_spline.qbk | 44 The cardinal quadratic B-spline interpolator is very nearly the same as the cubic B-spline interpol…
49 you will nearly always wish to use the cubic B-spline interpolator rather than this.
50 However, this interpolator is occasionally useful for approximating functions of reduced smoothness,
53 It is reasonable to test this interpolator against the cubic b-spline interpolator when you are app…
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| D | pchip.qbk | 54 Periodically, it is helpful to see what data the interpolator has, and the slopes it has chosen.
59 Note that the interpolator is pimpl'd, so that copying the class is cheap, and hence it can be shar…
84 This interpolator chooses the slopes and forwards data to the cubic Hermite interpolator, so the pe…
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| D | cardinal_quintic_b_spline.qbk | 47 The cardinal quintic B-spline interpolator is very nearly the same as the cubic B-spline interpolat…
51 …he basis functions of the quintic B-spline interpolator are more smooth than the cubic /B/-spline …
52 For example, the second derivative of the cubic spline interpolator is a piecewise linear function,…
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| D | makima.qbk | 56 Periodically, it is helpful to see what data the interpolator has, and the slopes it has chosen.
61 Note that the interpolator is pimpl'd, so that copying the class is cheap, and hence it can be shar…
64 One unique aspect of this interpolator is that it can be updated in constant time.
89 The complexity and performance is identical to that of the cubic Hermite interpolator, since this o…
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| D | quintic_hermite.qbk | 71 The quintic Hermite interpolator takes a list of possibly non-uniformly spaced abscissas, ordinates…
88 Periodically, it is helpful to see what data the interpolator has.
93 Note that the interpolator is pimpl'd, so that copying the class is cheap, and hence it can be shar…
96 The interpolator can be updated in constant time.
121 The following google benchmark demonstrates the cost of the call operator for this interpolator:
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| D | barycentric_rational_interpolation.qbk | 86 A desirable property of any interpolator /f/ is that for all
89 /This property does not hold for the barycentric rational interpolator./
90 However, unless you deliberately try to antagonize this interpolator (by, for instance, placing the…
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| D | whittaker_shannon.qbk | 36 The Whittaker-Shannon interpolator takes equispaced data and interpolates between them via a sum of…
42 Hence this interpolator works best when operating on samples of compactly-supported functions.
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| D | cubic_hermite.qbk | 72 …,/y/')=(/x/,/y/,/f/(/x/,/y/))-which is exactly what is required for the cubic Hermite interpolator.
86 Sanity checking of the interpolator can be achieved via:
90 Note that the interpolator is pimpl'd, so that copying the class is cheap, and hence it can be shar…
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| D | cardinal_cubic_b_spline.qbk | 92 and hence is less accurate than would be naively expected from a linear interpolator.
94 Use the second derivative of the cubic B-spline interpolator only in desperation.
95 The quintic /B/-spline interpolator is recommended for cases where second derivatives are needed.
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| D | cardinal_trigonometric.qbk | 47 A simple use of this interpolator is shown below:
65 Off-by-one errors are common in programming, and hence if you wonder what this interpolator believe…
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| D | catmull_rom.qbk | 74 In either case, evaluating the interpolator at /s=0/ returns the first point in the list.
77 …e first data segment (second interpolator segment) has reasonable tangent vectors, and simply igno…
215 The Catmull-Rom interpolator requires memory for three more points than is provided by the user.
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| D | vector_barycentric_rational.qbk | 44 The /n/ dimensional vector-valued barycentric rational interpolator is exactly the same as /n/ scal…
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| /third_party/typescript/tests/baselines/reference/ |
| D | derivedInterfaceCallSignature.types | 72 interpolate(interpolator: string): D3SvgArea;
73 >interpolate : (interpolator: string) => D3SvgArea
74 >interpolator : string
93 >area.interpolate : (interpolator: string) => D3SvgArea
95 >interpolate : (interpolator: string) => D3SvgArea
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| D | derivedInterfaceCallSignature.symbols | 83 interpolate(interpolator: string): D3SvgArea;
85 >interpolator : Symbol(interpolator, Decl(derivedInterfaceCallSignature.ts, 20, 16))
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| D | derivedInterfaceCallSignature.js | 22 interpolate(interpolator: string): D3SvgArea;
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| D | derivedInterfaceCallSignature.errors.txt | 31 interpolate(interpolator: string): D3SvgArea;
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| /third_party/mesa3d/src/gallium/drivers/r600/sfn/ |
| D | sfn_shader_fragment.cpp | 610 auto interpolator = m_interpolator[barycentric_ij_index(instr)]; in load_barycentric_at_offset() local
611 PValue dummy(new GPRValue(interpolator.i->sel(), 0)); in load_barycentric_at_offset()
614 GPRVector interp({interpolator.j, interpolator.i, dummy, dummy}); in load_barycentric_at_offset()
636 …n(new AluInstruction(op3_muladd, help.reg_i(0), help.reg_i(0), ofs_x, interpolator.j, {alu_write})… in load_barycentric_at_offset()
637 …n(new AluInstruction(op3_muladd, help.reg_i(1), help.reg_i(1), ofs_x, interpolator.i, {alu_write, … in load_barycentric_at_offset()
656 auto interpolator = m_interpolator[barycentric_ij_index(instr)]; in load_barycentric_at_sample() local
657 assert(interpolator.enabled); in load_barycentric_at_sample()
658 PValue dummy(new GPRValue(interpolator.i->sel(), 0)); in load_barycentric_at_sample()
660 GPRVector src({interpolator.j, interpolator.i, dummy, dummy}); in load_barycentric_at_sample()
680 …struction(op3_muladd, slope.reg_i(0), {grad.reg_i(0), slope.reg_i(2), interpolator.j}, {alu_write}… in load_barycentric_at_sample()
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| /third_party/skia/src/gpu/gradients/ |
| D | README.md | 6 1. A color interpolator ("colorizer") that is one dimensional, returning a color
9 of bound inputs. A color interpolator will be named `GrXxxxxGradientColorizer`.
11 domain of the color interpolator. This is how a linear or radial gradient
15 3. A top-level effect that composes the layout and color interpolator together.
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| /third_party/flutter/skia/src/gpu/gradients/ |
| D | README.md | 6 1. A color interpolator that is one dimensional, returning a color for an input
9 interpolator will be named GrYGradientColorizer
11 domain of the color interpolator. This is how a linear or radial gradient
15 3. A master effect that composes the layout and color interpolator together. It
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| /third_party/typescript/tests/cases/compiler/ |
| D | derivedInterfaceCallSignature.ts | 21 interpolate(interpolator: string): D3SvgArea;
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| /third_party/flutter/flutter/packages/flutter/lib/src/material/animated_icons/ |
| D | animated_icons.dart | 282 // [interpolator] is the interpolation function used to interpolate between 2
291 T _interpolate<T>(List<T> values, double progress, _Interpolator<T> interpolator) {
300 return interpolator(values[lowIdx], values[highIdx], t);
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| /third_party/gstreamer/gstreamer/docs/random/slomo/ |
| D | controller.txt | 16 - Optimize trigger interpolator's get_value_array() to set trigger if
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| /third_party/skia/third_party/externals/dng_sdk/source/ |
| D | dng_mosaic_info.cpp | 1863 AutoPtr<dng_bilinear_interpolator> interpolator (new dng_bilinear_interpolator (*this, in InterpolateGeneric() local
1915 interpolator->Interpolate (srcBuffer, in InterpolateGeneric()
1940 dng_fast_interpolator interpolator (*this, in InterpolateFast() local
1952 host.PerformAreaTask (interpolator, in InterpolateFast()
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