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/dports/graphics/vips/vips-8.12.0/libvips/create/
H A Dsines.c82 VipsSines *sines = (VipsSines *) point; in vips_sines_point() local
84 return( cos( sines->c * (x * sines->costheta - y * sines->sintheta) ) ); in vips_sines_point()
99 theta = sines->hfreq == 0.0 ? in vips_sines_build()
100 VIPS_PI / 2.0 : atan( sines->vfreq / sines->hfreq ); in vips_sines_build()
101 factor = sqrt( sines->hfreq * sines->hfreq + in vips_sines_build()
102 sines->vfreq * sines->vfreq ); in vips_sines_build()
103 sines->costheta = cos( theta ); in vips_sines_build()
104 sines->sintheta = sin( theta ); in vips_sines_build()
142 vips_sines_init( VipsSines *sines ) in vips_sines_init() argument
144 sines->hfreq = 0.5; in vips_sines_init()
[all …]
/dports/science/harminv/harminv-1.3.1/
H A Dsines.c73 sinusoid *sines = NULL; in main() local
171 sines = (sinusoid*) realloc(sines, sizeof(sinusoid) * nalloc); in main()
172 CHECK(sines, "out of memory"); in main()
174 sines[nsines++] = s; in main()
189 output += sines[is].amplitude * in main()
190 cexp(I * (sines[is].phase - TWOPI*sines[is].freq * i*dt) in main()
191 - sines[is].decay * i*dt); in main()
199 free(sines); in main()
H A DChangeLog9 harminv.h, sines.c: version bump
23 harminv.1, harminv.c, harminv.h, sines.c: version, copyright year
107 * sines.c: sines -R
109 * harminv-main.c, sines.c: handle RE-IMi format
189 sines.c: copyright year update
198 * sines.c: added -s
226 * sines.c: add noise option -N
238 * sines.c: bug fix: default # timesteps should be NPERIODS
273 * sines.c: fixed compilation error under C
277 * sines.c: explained meaning of Im[freq]
[all …]
H A DMakefile.am5 noinst_PROGRAMS = sines
20 sines_SOURCES = sines.c
/dports/audio/lmms/lmms-1.2.2/plugins/LadspaEffect/calf/src/calf/
H A Dfft.h37 complex sines[1<<O]; variable
58 sines[i + 3 * N90] = -(sines[i + N90] = complex(-s, c)); in fft()
59 sines[i + 2 * N90] = -(sines[i] = complex(c, s)); in fft()
95 output[B1]=r1+r2*sines[(B1<<(O-i-1))&N1]; in calculate()
96 output[B2]=r1+r2*sines[(B2<<(O-i-1))&N1]; in calculate()
/dports/audio/calf-lv2/calf-648f05e85287cf08af198bdd9e52baba95b502ec/src/calf/
H A Dfft.h39 complex sines[1<<O]; variable
60 sines[i + 3 * N90] = -(sines[i + N90] = complex(-s, c)); in fft()
61 sines[i + 2 * N90] = -(sines[i] = complex(c, s)); in fft()
97 output[B1]=r1+r2*sines[(B1<<(O-i-1))&N1]; in calculate()
98 output[B2]=r1+r2*sines[(B2<<(O-i-1))&N1]; in calculate()
147 output[B1]=r1+r2*sines[(B1<<(O-i-1))&N1]; in calculateN()
148 output[B2]=r1+r2*sines[(B2<<(O-i-1))&N1]; in calculateN()
/dports/math/xtensor-python/xtensor-python-0.26.0/docs/source/examples/readme_example_1/
H A Dmain.cpp9 auto sines = xt::sin(m); // sines does not actually hold values. in sum_of_sines() local
10 return std::accumulate(sines.begin(), sines.end(), 0.0); in sum_of_sines()
/dports/math/xtensor-python/xtensor-python-0.26.0/docs/source/
H A Dbasic_usage.rst25 auto sines = xt::sin(m); // sines does not actually hold values.
26 return std::accumulate(sines.cbegin(), sines.cend(), 0.0);
34 m.def("sum_of_sines", sum_of_sines, "Sum the sines of the input values");
/dports/math/xtensor-python/xtensor-python-0.26.0/docs/source/examples/copy_cast/
H A Dmain.cpp10 auto sines = xt::sin(m); // sines does not actually hold values. in sum_of_sines() local
11 return std::accumulate(sines.begin(), sines.end(), 0.0); in sum_of_sines()
/dports/audio/sc3-plugins/sc3-plugins-Version-3.9.0/source/NCAnalysisUGens/sc/HelpSource/Classes/
H A DSMS.schelp8sines+noise model first described by Xavier Serra in his 1989 PhD thesis; an input sound is analys…
53 …provided buffer with sines + noise data; the buffer must be size 1 + 513 + 5*(maxsines). The first…
135 var in, fft, sines, noise, freq, hasFreq;
142 #sines, noise=SMS.ar(in, 50,50, 8, 1.0, MouseX.kr(0.5,4));
144 Pan2.ar(sines*(hasFreq.lag(0.01,0.01)) + LPF.ar(noise,MouseY.kr(100,10000,'exponential')),0.0)
153 var in, fft, sines, noise, freq, hasFreq;
160 #sines, noise=SMS.ar(if(hasFreq,in, Silent.ar), 50,50, 8, 1.0, MouseX.kr(0.5,4));
162 if(hasFreq,Pan2.ar(sines + LPF.ar(noise,MouseY.kr(100,10000,'exponential')), 0.0),0.25*in)
224 //just sines
314 //plot sines (512) only (not plotting noise for now but could do as (128 bands))
/dports/databases/percona57-pam-for-mysql/boost_1_59_0/libs/math/example/
H A Dsines.hpp19 static const boost::array<double, 32> sines = variable
21 static const std::array<double, 32> sines =
/dports/databases/mysqlwsrep57-server/boost_1_59_0/libs/math/example/
H A Dsines.hpp19 static const boost::array<double, 32> sines = variable
21 static const std::array<double, 32> sines =
/dports/databases/percona57-server/boost_1_59_0/libs/math/example/
H A Dsines.hpp19 static const boost::array<double, 32> sines = variable
21 static const std::array<double, 32> sines =
/dports/databases/xtrabackup/boost_1_59_0/libs/math/example/
H A Dsines.hpp19 static const boost::array<double, 32> sines = variable
21 static const std::array<double, 32> sines =
/dports/databases/percona57-client/boost_1_59_0/libs/math/example/
H A Dsines.hpp19 static const boost::array<double, 32> sines = variable
21 static const std::array<double, 32> sines =
/dports/math/xtensor/xtensor-0.24.0/docs/source/
H A Drelated.rst46 auto sines = xt::sin(m);
47 // sines does not actually hold any value
48 return std::accumulate(sines.cbegin(), sines.cend(), 0.0);
57 "Sum the sines of the input values");
176 auto sines = xt::sin(m); // sines does not actually hold values.
177 return std::accumulate(sines.cbegin(), sines.cend(), 0.0);
294 auto sines = xt::sin(m); // sines does not actually hold values.
295 return std::accumulate(sines.cbegin(), sines.cend(), 0.0);
/dports/audio/snd/snd-21.2/
H A Dsinger.rb98 sines = Vct.new(200)
279 sines.fill(0.0)
284 sines[1] = (cos(a2) + (sin(a2) - sin(b2)) * temp) * temp1 * one_over_two_pi
287 sines[1] = sines[1] + (0.75 + -cos(a2) + cos(2.0 * a2) * 0.25) * one_over_two_pi
295 sines[k] = (cos(ka2) + (sin(ka2) - sin(k * b2)) * temp) * (temp1 / k)
298 sines[k] = sines[k] + ((1.0 - cos(ka2)) / k) + \
301 sines[k] *= one_over_two_pi
312 glot_table[j] = glot_table[j] + cosines[k] * cos(k * x) + sines[k] * sin(k * x)
/dports/audio/spectmorph/spectmorph-0.5.2/src/
H A Dsmtool.cc516 vector<double> sines (frame_size); in exec() local
517 reconstruct (audio.contents[i], sines, audio); in exec()
521 sm_printf ("%zd %f %f %f\n", n, v, sines[n], v - sines[n]); in exec()
728 vector<double> sines (frame_size); in exec() local
730 reconstruct (audio.contents[i], sines, audio); in exec()
748 sines.resize (block_size); in exec()
749 for (guint i = 0; i < sines.size(); i++) in exec()
750 sines[i] *= window[i]; in exec()
754 sines.resize (block_size * zeropad); in exec()
760 std::copy (sines.begin(), sines.end(), fft_in); in exec()
[all …]
/dports/graphics/wdune/wdune-1.926/src/
H A DNurbsArc.cpp73 MyArray<float> cosines, sines; in NurbsArc() local
78 sines[i] = sin(angle); in NurbsArc()
110 P2 = rPoint + X * r * cosines[i] + Y * r * sines[i]; in NurbsArc()
113 T2 = X * (-sines[i]) + Y * cosines[i]; in NurbsArc()
/dports/cad/PrusaSlicer/PrusaSlicer-version_2.3.3/src/slic3r/GUI/
H A DGLModel.cpp170 std::vector<float> sines(resolution); in stilized_arrow() local
176 sines[i] = -::sin(angle); in stilized_arrow()
185 …append_vertex(data, { tip_radius * sines[i], tip_radius * cosines[i], stem_height }, { sines[i], c… in stilized_arrow()
198 …append_vertex(data, { tip_radius * sines[i], tip_radius * cosines[i], stem_height }, -Vec3f::UnitZ… in stilized_arrow()
204 …append_vertex(data, { stem_radius * sines[i], stem_radius * cosines[i], stem_height }, -Vec3f::Uni… in stilized_arrow()
219 …append_vertex(data, { stem_radius * sines[i], stem_radius * cosines[i], stem_height }, { sines[i],… in stilized_arrow()
225 …append_vertex(data, { stem_radius * sines[i], stem_radius * cosines[i], 0.0f }, { sines[i], cosine… in stilized_arrow()
241 … append_vertex(data, { stem_radius * sines[i], stem_radius * cosines[i], 0.0f }, -Vec3f::UnitZ()); in stilized_arrow()
/dports/audio/sc3-plugins/sc3-plugins-Version-3.9.0/source/MCLDUGens/sc/
H A DMCLDGetenvUGen.sc30 (t2-t1).poll(1, "101 sines");
31 (t3-t2).poll(1, "21 sines");
/dports/math/universal/universal-3.48/tests/vmath/
H A Dtrigonometry.cpp24 auto sines = sin(v); in TestTriangleVmath() local
25 std::cout << "sines = " << sines << '\n';; in TestTriangleVmath()
/dports/graphics/ogre3d/ogre-1.11.6/Samples/Water/include/
H A DWater.h527 static double sines[4] = {0,100,200,300}; in animateHead() local
531 sines[i]+=adds[i]*timeSinceLastFrame; in animateHead()
533 Real tx = ((sin(sines[0]) + sin(sines[1])) / 4 + 0.5 ) * (float)(COMPLEXITY-2) + 1 ; in animateHead()
534 Real ty = ((sin(sines[2]) + sin(sines[3])) / 4 + 0.5 ) * (float)(COMPLEXITY-2) + 1 ; in animateHead()
/dports/lang/mono/mono-5.10.1.57/mcs/class/referencesource/System.ServiceModel.Internals/System/Runtime/
H A DHashHelper.cs14 uint[] sines = new uint[] { in ComputeHash()
99 …b = a + f + sines[j] + (uint)(block[g] + (block[g + 1] << 8) + (block[g + 2] << 16) + (block[g + 3… in ComputeHash()
/dports/lang/mono/mono-5.10.1.57/mcs/class/referencesource/System.Workflow.Runtime/
H A DMD5HashHelper.cs14 uint[] sines = new uint[] { in ComputeHash()
99 …b = a + f + sines[j] + (uint)(block[g] + (block[g + 1] << 8) + (block[g + 2] << 16) + (block[g + 3… in ComputeHash()

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