| /dports/astro/stellarium/stellarium-0.21.3/src/tests/ |
| H A D | testStelSphereGeometry.cpp | 257 SphericalCap hz(vz, 0); in testPlaneIntersect2() local
258 QVERIFY2(SphericalCap::intersectionPoints(hx, hz, p1, p2)==true, "Plane intersect failed"); in testPlaneIntersect2()
264 QVERIFY2(SphericalCap::intersectionPoints(hx, hz, p1, p2)==true, "Plane/convex intersect failed"); in testPlaneIntersect2()
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| /dports/astro/wcslib/wcslib-7.7/C/ |
| H A D | wcsutrn.l | 190 hz|HZ {
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| /dports/astro/xphoon/xphoon-20000613/debian/ |
| H A D | changelog | 30 * fixed lintian error: move manpage from /usr/X11R6/man6/xphoon.6x.hz to
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| /dports/audio/alsa-utils/alsa-utils-1.2.2/bat/ |
| H A D | analyze.c | 65 int check_peak(struct bat *bat, struct analyze *a, int end, int peak, float hz, in check_peak() argument
69 float hz_peak = (float) (peak) * hz; in check_peak()
77 10.0 * log10f(p / mean), start * hz, end * hz); in check_peak()
106 float hz = 1.0 / ((float) bat->frames / (float) bat->rate); in check() local
141 err |= check_peak(bat, a, end, peak, hz, mean, in check()
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| /dports/audio/alsa-utils/alsa-utils-1.2.2/po/ |
| H A D | de.po | 1595 "-X,--force-frequency\tforce frequencies outside the 30-8000hz range\n"
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| H A D | fr.po | 1607 "-X,--force-frequency\tforce frequencies outside the 30-8000hz range\n"
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| H A D | ja.po | 1578 "-X,--force-frequency\tforce frequencies outside the 30-8000hz range\n"
1587 "-f,--frequency 正弦波周波数 (hz)\n"
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| /dports/audio/ardour6/Ardour-6.8.0/libs/ardour/ardour/ |
| H A D | minimp3.h | 17 int frame_bytes, channels, hz, layer, bitrate_kbps; member
1717 info->hz = hdr_sample_rate_hz(hdr); in mp3dec_decode_frame()
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| H A D | mp3fileimportable.h | 52 samplecnt_t samplerate () const { return _info.hz; } in samplerate()
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| /dports/audio/ardour6/Ardour-6.8.0/libs/plugins/a-delay.lv2/ |
| H A D | a-delay.ttl.in | 133 unit:unit unit:hz ;
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| /dports/audio/ardour6/Ardour-6.8.0/libs/plugins/a-fluidsynth.lv2/ |
| H A D | a-fluidsynth.ttl.in | 145 units:unit units:hz ;
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| /dports/audio/ardour6/Ardour-6.8.0/share/scripts/ |
| H A D | pitch_to_mts.lua | 56 function freq_to_mts (hz)
57 local note = math.floor (12. * log2 (hz / 440) + 69.0)
59 local cent = 1200.0 * log2 (hz / freq)
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| H A D | scl_to_mts.lua | 56 function freq_to_mts (hz)
57 local note = math.floor (12. * log2 (hz / 440) + 69.0)
59 local cent = 1200.0 * log2 (hz / freq)
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| /dports/audio/audacity/audacity-Audacity-3.1.3/lib-src/libnyquist/nyquist/nyqsrc/ |
| H A D | sound.c | 1664 double hz_to_step(double hz) in hz_to_step() argument
1666 return (log(hz) - p2) / p1; in hz_to_step()
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| /dports/audio/audacity/audacity-Audacity-3.1.3/lib-src/libnyquist/nyquist/tran/ |
| H A D | amosc.alg | 4 ("double" "hz") ("time_type" "t0") ("sound_type" "amod")
15 input->sr, sr, hz, &susp->ph_incr)") )
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| H A D | amosc.c | 447 sound_type snd_make_amosc(sound_type input, double step, rate_type sr, double hz, time_type t0, sou… in snd_make_amosc() argument
461 input->sr, sr, hz, &susp->ph_incr); in snd_make_amosc()
512 sound_type snd_amosc(sound_type input, double step, rate_type sr, double hz, time_type t0, sound_ty… in snd_amosc() argument
515 return snd_make_amosc(input, step, sr, hz, t0, amod_copy, phase); in snd_amosc()
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| H A D | amosc.h | 1 sound_type snd_make_amosc(sound_type input, double step, rate_type sr, double hz, time_type t0, sou…
2 sound_type snd_amosc(sound_type input, double step, rate_type sr, double hz, time_type t0, sound_ty…
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| H A D | areson.alg | 3 (ARGUMENTS ("sound_type" "input") ("double" "hz") ("double" "bw")
13 ("double" "c2" "c3t4 * cos(hz * PI2 / input->sr) / c3p1")
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| H A D | areson.c | 179 sound_type snd_make_areson(sound_type input, double hz, double bw, int normalization) in snd_make_areson() argument
201 susp->c2 = c3t4 * cos(hz * PI2 / input->sr) / c3p1; in snd_make_areson()
236 sound_type snd_areson(sound_type input, double hz, double bw, int normalization) in snd_areson() argument
239 return snd_make_areson(input_copy, hz, bw, normalization); in snd_areson()
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| H A D | areson.h | 1 sound_type snd_make_areson(sound_type input, double hz, double bw, int normalization);
2 sound_type snd_areson(sound_type input, double hz, double bw, int normalization);
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| H A D | aresoncv.alg | 3 (ARGUMENTS ("sound_type" "s1") ("double" "hz") ("sound_type" "bw")
13 ("double" "coshz" "cos(hz * PI2 / s1->sr)")
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| H A D | aresoncv.c | 531 sound_type snd_make_aresoncv(sound_type s1, double hz, sound_type bw, int normalization) in snd_make_aresoncv() argument
548 susp->coshz = cos(hz * PI2 / s1->sr); in snd_make_aresoncv()
609 sound_type snd_aresoncv(sound_type s1, double hz, sound_type bw, int normalization) in snd_aresoncv() argument
613 return snd_make_aresoncv(s1_copy, hz, bw_copy, normalization); in snd_aresoncv()
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| H A D | aresoncv.h | 1 sound_type snd_make_aresoncv(sound_type s1, double hz, sound_type bw, int normalization);
2 sound_type snd_aresoncv(sound_type s1, double hz, sound_type bw, int normalization);
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| H A D | aresonvc.alg | 3 (ARGUMENTS ("sound_type" "s1") ("sound_type" "hz") ("double" "bw")
6 (ALWAYS-SCALE hz)
7 (START (MAX s1 hz))
8 (TERMINATE (MIN s1 hz))
11 (STEP-FUNCTION hz)
21 hz->scale = (sample_type) (hz->scale * (PI2 / s1->sr))"))
22 (DEPENDS ("c2" "hz" "c3t4 * cos(hz) / c3p1")
23 ("c1" "hz" "(normalization == 0 ? 0.0 :
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| H A D | aresonvc.c | 23 sound_type hz; member
469 while ((ROUNDBIG((final_time - susp->hz->t0) * susp->hz->sr)) >= in aresonvc_toss_fetch()
470 susp->hz->current) in aresonvc_toss_fetch()
478 n = (int) ROUNDBIG((final_time - susp->hz->t0) * susp->hz->sr - in aresonvc_toss_fetch()
491 sound_xlmark(susp->hz); in aresonvc_mark()
499 sound_unref(susp->hz); in aresonvc_free()
542 hz->scale = (sample_type) (hz->scale * (PI2 / s1->sr)); in snd_make_aresonvc()
545 if (hz->sr > sr) { in snd_make_aresonvc()
546 sound_unref(hz); in snd_make_aresonvc()
564 if (t0 < hz->t0) sound_prepend_zeros(hz, t0); in snd_make_aresonvc()
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