/dports/comms/flrig/flrig-1.3.54/src/rigs/ |
H A D | TT538.cxx | 229 unsigned long int xfreq = freqA * (1 + VfoAdj/1e6) + 0.5; in set_vfoA() local 231 cmd[5] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoA() 232 cmd[4] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoA() 233 cmd[3] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoA() 234 cmd[2] = xfreq & 0xff; in set_vfoA() 264 unsigned long int xfreq = freqB * (1 + VfoAdj/1e6) + 0.5; in set_vfoB() local 267 cmd[5] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoB() 268 cmd[4] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoB() 269 cmd[3] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoB() 270 cmd[2] = xfreq & 0xff; in set_vfoB()
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H A D | TT588.cxx | 237 unsigned long int xfreq = freqA + vfo_corr; in set_vfoA() local 239 cmd[5] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoA() 240 cmd[4] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoA() 241 cmd[3] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoA() 242 cmd[2] = xfreq & 0xff; in set_vfoA() 268 unsigned long int xfreq = freqB + vfo_corr; in set_vfoB() local 270 cmd[5] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoB() 271 cmd[4] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoB() 272 cmd[3] = xfreq & 0xff; xfreq = xfreq >> 8; in set_vfoB() 273 cmd[2] = xfreq & 0xff; in set_vfoB()
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/dports/audio/xoscope/xoscope-2.0/ |
H A D | README.f51 | 5 xfreq is a spectrum analyzer program by Philip VanBaren. If you have 6 X11 this file will show you how to run both xoscope and xfreq together 25 Patch xfreq so that it can run as an external "ofreq" math command 43 * cp -p xfreq /usr/local/bin (or wherever you want xfreq) 45 * ln -s /usr/local/bin/xfreq /usr/local/lib/oscope/ofreq 51 You should now have a modified xfreq that has an option to use xoscope 52 as a "soundcard input device". Run `xfreq -h` to see the complete 56 By default, xfreq looks for a "freq.ini" file in the current directory 57 for initial configuration. When the new xfreq is launched with the 70 and xfreq or the results will be wrong. [all …]
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/dports/math/R/R-4.1.2/src/library/stats/R/ |
H A D | ts.R | 287 xfreq <- frequency(object) functionVar 646 xfreq <- xtsp[3L] functionVar 653 xfreq 658 thin <- round(xfreq/yfreq) 660 yfreq <- xfreq/thin 663 yfreq <- xfreq 670 start[1L] + (start[2L] - 1)/xfreq, 681 end[1L] + (end[2L] - 1)/xfreq, 717 i <- if(start > xtsp[2L]+ts.eps/xfreq || end < xtsp[1L] - ts.eps/xfreq) 753 xfreq <- xtsp[3L] functionVar [all …]
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H A D | spectrum.R | 59 xfreq <- frequency(x) functionVar 67 xfreq <- x$frequency 80 var.p/(xfreq*((1 - cs)^2 + sn^2)) 81 } else rep.int(var.p/xfreq, length(freq)) 83 spg.out <- list(freq = freq*xfreq, spec = spec, coh = coh, phase = phase, 103 xfreq <- frequency(x) functionVar 137 freq <- seq.int(from = xfreq/N, by = xfreq/N, length.out = Nspec) 142 pgram[, i, j] <- xfft[, i] * Conj(xfft[, j])/(N0*xfreq) 158 bandwidth <- bandwidth * xfreq/N
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H A D | ar.R | 50 xfreq <- frequency(x) functionVar 161 series = series, frequency = xfreq, call = match.call()) 209 xfreq <- frequency(newdata) functionVar 251 pred <- ts(pred, start = st + dt, frequency = xfreq) 269 xfreq <- frequency(x) functionVar 342 xfreq <- frequency(x) functionVar 484 xfreq <- frequency(x) functionVar 535 series = series, frequency = xfreq, call = match.call()) 551 xfreq <- frequency(x) functionVar 608 xfreq <- frequency(x) functionVar [all …]
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H A D | na.ts.R | 24 xfreq <- frequency(object) functionVar 46 tsp(object) <- c(tm[st], tm[en], xfreq)
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/dports/math/libRmath/R-4.1.1/src/library/stats/R/ |
H A D | ts.R | 287 xfreq <- frequency(object) functionVar 646 xfreq <- xtsp[3L] functionVar 653 xfreq 658 thin <- round(xfreq/yfreq) 660 yfreq <- xfreq/thin 663 yfreq <- xfreq 670 start[1L] + (start[2L] - 1)/xfreq, 681 end[1L] + (end[2L] - 1)/xfreq, 717 i <- if(start > xtsp[2L]+ts.eps/xfreq || end < xtsp[1L] - ts.eps/xfreq) 753 xfreq <- xtsp[3L] functionVar [all …]
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H A D | spectrum.R | 59 xfreq <- frequency(x) functionVar 67 xfreq <- x$frequency 80 var.p/(xfreq*((1 - cs)^2 + sn^2)) 81 } else rep.int(var.p/xfreq, length(freq)) 83 spg.out <- list(freq = freq*xfreq, spec = spec, coh = coh, phase = phase, 103 xfreq <- frequency(x) functionVar 137 freq <- seq.int(from = xfreq/N, by = xfreq/N, length.out = Nspec) 142 pgram[, i, j] <- xfft[, i] * Conj(xfft[, j])/(N0*xfreq) 158 bandwidth <- bandwidth * xfreq/N
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H A D | ar.R | 50 xfreq <- frequency(x) functionVar 161 series = series, frequency = xfreq, call = match.call()) 209 xfreq <- frequency(newdata) functionVar 251 pred <- ts(pred, start = st + dt, frequency = xfreq) 269 xfreq <- frequency(x) functionVar 342 xfreq <- frequency(x) functionVar 484 xfreq <- frequency(x) functionVar 535 series = series, frequency = xfreq, call = match.call()) 551 xfreq <- frequency(x) functionVar 608 xfreq <- frequency(x) functionVar [all …]
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H A D | na.ts.R | 24 xfreq <- frequency(object) functionVar 46 tsp(object) <- c(tm[st], tm[en], xfreq)
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/dports/math/R-cran-psych/psych/R/ |
H A D | polychoric.R | 72 xfreq <- apply(x- xmin + 1,2,tabulate,nbins=nvalues) functionVar 73 n.obs <- colSums(xfreq) 74 xfreq <- t(t(xfreq)/n.obs) 75 tau <- qnorm(apply(xfreq,2,cumsum))[1:(nvalues-1),] #these are the normal values of the cuts
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H A D | score.irt.poly.R | 159 xfreq <- apply(x- xmin+ 1,2,tabulate,nbins=nvalues) functionVar 160 n.obs <- colSums(xfreq) 161 xfreq <- t(t(xfreq)/n.obs) 162 tau <- qnorm(apply(xfreq,2,cumsum))[1:(nvalues-1),] #these are the normal values of the cuts
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/dports/audio/csound/csound-6.15.0/Opcodes/ |
H A D | sfont.h | 52 MYFLT *out1, *out2, *ivel, *inotnum,*xamp, *xfreq; member 66 MYFLT *out1, *ivel, *inotnum,*xamp, *xfreq, *ipresethandle, member 80 MYFLT *out1, *ivel, *inotnum, *xamp, *xfreq, *instrNum; member 94 MYFLT *out1, *out2, *ivel, *inotnum, *xamp, *xfreq; member
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H A D | sfont.c | 521 MYFLT *freq = p->xfreq; in SfPlay() 546 MYFLT freq = *p->xfreq; in SfPlay() 611 MYFLT *freq = p->xfreq; in SfPlay3() 636 MYFLT freq = *p->xfreq; in SfPlay3() 795 MYFLT *freq = p->xfreq; in SfPlayMono() 820 MYFLT freq = *p->xfreq; in SfPlayMono() 906 MYFLT freq = *p->xfreq; in SfPlayMono3() 1085 MYFLT freq = *p->xfreq; in SfInstrPlay() 1177 MYFLT freq = *p->xfreq; in SfInstrPlay3() 1352 MYFLT freq = *p->xfreq; in SfInstrPlayMono() [all …]
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/dports/graphics/radiance/radiance-baf2c40/resources/library/effects/ |
H A D | dwwave.glsl | 6 float xfreq = (iIntensity + 0.5) * 4.; 8 float x = mod((normCoord.x + normCoord.y) * 0.5 * xfreq + xpos, 1.);
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H A D | wwave.glsl | 7 float xfreq = (iIntensity + 0.5) * 2.; 8 float x = mod(normCoord.x * xfreq + xpos, 1.);
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H A D | stripes.glsl | 6 float xfreq = (iIntensity + 0.2) * 30.; 7 float x = mod((normCoord.x + normCoord.y) * xfreq + xpos, 1.);
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/dports/audio/spectmorph/spectmorph-0.5.2/tests/ |
H A D | testifreq.cc | 34 double xfreq = sm_ifreq2freq (ifreq); 35 double cent_error = (log (xfreq) - log (freq)) / log (CENT_FACTOR);
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/dports/graphics/leptonica/leptonica-1.76.0/src/ |
H A D | warper.c | 70 l_float32 xfreq, l_float32 yfreq, 117 l_float32 xfreq[] = {0.12f, 0.10f, 0.10f, 0.11f}; in pixSimpleCaptcha() local 184 l_float32 xfreq, in pixRandomHarmonicWarp() argument 221 applyWarpTransform(xmag, ymag, xfreq, yfreq, randa, nx, ny, in pixRandomHarmonicWarp() 263 l_float32 xfreq, in applyWarpTransform() argument 278 anglex = xfreq * randa[3 * i + 1] * xp + twopi * randa[3 * i + 2]; in applyWarpTransform() 284 anglex = xfreq * randa[3 * i + 3] * xp + twopi * randa[3 * i + 4]; in applyWarpTransform() 299 l_float32 xfreq, l_float32 yfreq, 331 l_float32 xfreq, in pixRandomHarmonicWarpLUT() argument 373 applyWarpTransformLUT(xmag, ymag, xfreq, yfreq, randa, nx, ny, in pixRandomHarmonicWarpLUT() [all …]
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/dports/devel/upp/upp/bazaar/PixRaster/lib/ |
H A D | warper.c | 59 l_float32 xfreq, l_float32 yfreq, 99 l_float32 xfreq[] = {0.12, 0.10, 0.10, 0.11}; in pixSimpleCaptcha() local 164 l_float32 xfreq, in pixRandomHarmonicWarp() argument 201 applyWarpTransform(xmag, ymag, xfreq, yfreq, randa, nx, ny, in pixRandomHarmonicWarp() 243 l_float32 xfreq, in applyWarpTransform() argument 258 anglex = xfreq * randa[3 * i + 1] * xp + twopi * randa[3 * i + 2]; in applyWarpTransform() 264 anglex = xfreq * randa[3 * i + 3] * xp + twopi * randa[3 * i + 4]; in applyWarpTransform() 279 l_float32 xfreq, l_float32 yfreq, 309 l_float32 xfreq, in pixRandomHarmonicWarpLUT() argument 351 applyWarpTransformLUT(xmag, ymag, xfreq, yfreq, randa, nx, ny, in pixRandomHarmonicWarpLUT() [all …]
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/dports/cad/calculix-ccx/CalculiX/ccx_2.18/src/ |
H A D | dashpots.f | 42 real*8 plicon(0:2*npmat_,ntmat_,*),xfreq,temperature, local 91 & xfreq 97 if(xfreq.gt.0.d0) frequency=.true.
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/dports/comms/wsjtz/wsjtx/lib/ |
H A D | fer65.f90 | 170 xfreq=s(4)/ngood 177 efreq=sqrt(sq(4)/ngood - xfreq**2) 183 dfreq=xfreq-1500.0
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/dports/graphics/leptonica/leptonica-1.76.0/prog/ |
H A D | warper_reg.c | 41 static const l_float32 xfreq[] = {0.11f, 0.10f, 0.10f, 0.12f}; variable 65 pixd = pixRandomHarmonicWarp(pixg, xmag[k], ymag[k], xfreq[k], in main()
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/dports/audio/supercollider/SuperCollider-3.11.0-Source/HelpSource/Tutorials/JITLib/ |
H A D | proxyspace_examples.schelp | 286 ~out.lag(\xfreq, 1); // equivalent to ~out.setRates(\xfreq, 1); 288 ~out = { arg trig, dt=1, xfreq=700; 289 Decay2.kr(trig, 0.01, dt) * Mix(SinOsc.ar(xfreq * [1.2, 1.3, 0.2])) 292 ~out.group.set(\trig, 0.1, \dt, 1, \xfreq, rrand(2000,9000)); 293 ~out.group.set(\trig, 0.1, \dt, 0.5, \xfreq, rrand(2000,9000)); 294 ~out.group.set(\trig, 0.1, \dt, 1, \xfreq, rrand(2000,9000)); 298 ~out.lag(\xfreq, 0.01); 299 ~out.group.set(\trig, 0.1, \dt, 1, \xfreq, rrand(2000,9000)); 300 ~out.group.set(\trig, 0.1, \dt, 1, \xfreq, rrand(2000,9000)); 301 ~out.group.set(\trig, 0.1, \dt, 1, \xfreq, rrand(2000,9000));
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