Home
last modified time | relevance | path

Searched refs:dispersion (Results 126 – 150 of 2521) sorted by relevance

12345678910>>...101

/dports/net/tcpdump/tcpdump-4.99.1/tests/
H A Dntp-time--vv.out4 Root Delay: 0.000000, Root dispersion: 0.000000, Reference-ID: (unspec)
14 Root Delay: 0.000320, Root dispersion: 0.036407, Reference-ID: 0x84c707c9
H A Dntp-time--vvv.out4 Root Delay: 0.000000, Root dispersion: 0.000000, Reference-ID: (unspec)
14 Root Delay: 0.000320, Root dispersion: 0.036407, Reference-ID: 0x84c707c9
/dports/math/R-cran-VGAM/VGAM/R/
H A Danova.vglm.q112 dispersion <- 1 functionVar
147 dispersion = dispersion,
348 df.dispersion <- Inf
354 scale = dispersion,
355 df.scale = df.dispersion)
450 dispersion <- 1 functionVar
451 df.dispersion <- if (dispersion == 1) Inf else min(resdf)
455 scale = dispersion,
456 df.scale = df.dispersion)
/dports/finance/R-cran-AER/AER/R/
H A Ddispersiontest.R15 NVAL <- c(dispersion = 1) nameattr
16 EST <- c(dispersion = mean(aux) + 1) nameattr
/dports/math/R-cran-gss/gss/R/
H A Dprint.R187 " family estimated to be ",format(x$dispersion),")\n\n",sep="")
191 " family taken to be ",format(x$dispersion),")\n\n",sep="")
221 " family taken to be ",format(x$dispersion),")\n\n",sep="")
224 " family estimated to be ",format(x$dispersion),")\n\n",sep="")
/dports/science/xtb/xtb-6.4.1/src/
H A Dread_gfn_param.f90176 xtbData%dispersion%dpar = disp
177 xtbData%dispersion%g_a = 3.0_wp
178 xtbData%dispersion%g_c = 2.0_wp
179 xtbData%dispersion%wf = 6.0_wp
251 call newD4Model(xtbData%dispersion%dispm, xtbData%dispersion%g_a, &
252 & xtbData%dispersion%g_c, p_refq_goedecker)
305 call newD4Model(xtbData%dispersion%dispm, xtbData%dispersion%g_a, &
306 & xtbData%dispersion%g_c, p_refq_gfn2xtb)
/dports/math/R-cran-statmod/statmod/man/
H A Dglmscoretest.Rd10 glm.scoretest(fit, x2, dispersion=NULL)
16 \item{dispersion}{the dispersion for the generalized linear model family.}
38 The dispersion parameter is treated as for \code{\link{summary.glm}}.
40 families, for which the dispersion is one.
/dports/math/R/R-4.1.2/src/library/stats/R/
H A Dadd.R310 dispersion <- if(scale == 0) summary(object, dispersion = NULL)$dispersion else scale functionVar
314 } else dev/dispersion
326 LRT <- if(dispersion == 1) "LRT" else "scaled dev."
335 SC <- if(dispersion == 1) "Rao score" else "scaled Rao sc."
336 dev <- dev/dispersion
543 dispersion <- if (is.null(scale) || scale == 0) functionVar
544 summary(object, dispersion = NULL)$dispersion
550 } else dev/dispersion
562 LRT <- if(dispersion == 1) "LRT" else "scaled dev."
569 SC <- if(dispersion == 1) "Rao score" else "scaled Rao sc."
[all …]
/dports/math/libRmath/R-4.1.1/src/library/stats/R/
H A Dadd.R310 dispersion <- if(scale == 0) summary(object, dispersion = NULL)$dispersion else scale functionVar
314 } else dev/dispersion
326 LRT <- if(dispersion == 1) "LRT" else "scaled dev."
335 SC <- if(dispersion == 1) "Rao score" else "scaled Rao sc."
336 dev <- dev/dispersion
543 dispersion <- if (is.null(scale) || scale == 0) functionVar
544 summary(object, dispersion = NULL)$dispersion
550 } else dev/dispersion
562 LRT <- if(dispersion == 1) "LRT" else "scaled dev."
569 SC <- if(dispersion == 1) "Rao score" else "scaled Rao sc."
[all …]
/dports/science/dalton/dalton-66052b3af5ea7225e31178bf9a8b031913c72190/DALTON/Doc/
H A Dccqr.tex12 \index{dispersion coefficients}
26 \item dispersion coefficients $D_{ABC}(n,m)$ for third-order properties,
34 Note that dispersion coefficients for third-order properties
38 %For dispersion coefficients also a citation of
49 For dispersion coefficients use the keyword \Key{DISPCF}.
86 Calculate the dispersion coefficients
88 \index{dispersion coefficients}
H A Dcclr.tex12 \index{dispersion coefficients}
28 \item dispersion coefficients $D_{AB}(n)$ for $\alpha_{AB}(\omega)$
31 In addition to the dispersion coefficients for $n \ge 0$
42 Coupled cluster linear response functions and dispersion coefficients
47 %For dispersion coefficients also a citation of Ref.\ \cite{Haettig:CAUCHY}
63 \item CC3 dispersion coefficients: F.~Pawlowski, P.~J{\o}rgensen, and C.~H\"{a}ttig \newblock {\em …
125 Calculate the dispersion coefficients
/dports/science/tinker/tinker/params/
H A Dwater21.prm69 damped dispersion, and anisotropic repulsion as per the papers below. The
138 dispersion 1 16.11930 4.28982
139 dispersion 2 3.68130 5.21764
/dports/net/tcpview/tcpview-1.0/
H A Dprint-ntp.c145 TCHECK(bp->dispersion, sizeof(bp->dispersion));
147 p_sfix(&bp->dispersion);
/dports/graphics/povray37/povray-3.7.0.10/distribution/include/
H A Dior.inc8 // Description: This file contains constants for ior and dispersion of various materials.
45 // dispersion, so I suggest using nD, if only for simplicity.
57 // PoV-ray characterizes dispersion as the quotient of refractive indices for "violet" and "red"…
60 // Approximating the PoV-ray "dispersion" value from the Abbe number is not so straightforward t…
62 // Approximating the PoV-ray "dispersion" value from individual wavelengths is again an easy tas…
74 // Formula to approximate PoV-ray's "dispersion" value
77 …disp) { 1+disp/(ri-disp/2) } // from refractive index ri (=nD) and nominal dispersion disp (=nG-nB)
107 …he POV values are computed here directly from the refractive index and dispersion values found in …
199 // Note: For these, I found information on refractive indices but none about dispersion
/dports/math/R-cran-geepack/geepack/R/
H A Dgeeglm-anova.R92 function (object, ..., dispersion = NULL, test = NULL) argument
120 anova.geeglm<-function (object, ..., dispersion = NULL, test = NULL) argument
135 return(anova.geeglmlist(c(list(object), dotargs), dispersion = dispersion, nameattr
/dports/math/R-cran-robustbase/robustbase/man/
H A Dpredict.glmrob.Rd12 dispersion = NULL, terms = NULL, na.action = na.pass, \dots)
31 \item{dispersion}{the dispersion of the GLM fit to be assumed in
52 dispersion used in computing the standard errors.}
/dports/science/afni/afni-AFNI_21.3.16/src/matlab/
H A Dspm_bf.m43 % p(3) - dispersion of response 1
44 % p(4) - dispersion of undershoot 1 X
H A Dspm_hrf.m11 % p(3) - dispersion of response 1
12 % p(4) - dispersion of undershoot 1
/dports/science/openems/openEMS-0.0.35-71-g4c24b6e/python/doc/Tutorials/
H A DCRLH_Extraction.rst38 :alt: CRLH unit cell dispersion diagram
40 CRLH unit cell dispersion diagram
/dports/math/R-cran-VGAM/VGAM/man/
H A Dsummaryvglm.Rd12 summaryvglm(object, correlation = FALSE, dispersion = NULL,
31 \item{dispersion}{
149 dispersion is estimated or known
153 % (It is possible that the dispersion is
174 % The dispersion of a GLM is not used in the fitting process, but it is
176 % If \code{dispersion} is not supplied or \code{NULL},
177 % the dispersion is taken as \code{1} for the \code{binomial} and
294 % dispersion = NULL, digits = NULL,
/dports/science/dynare/dynare-4.6.4/tests/identification/LindeTrabandt/
H A DLindeTrabandt2019_xfail.mod36 pstar ${p^\ast}$ (long_name='price dispersion')
43 delta1 ${\Delta_1}$ (long_name='price dispersion 1')
44 delta2 ${\Delta_2}$ (long_name='price dispersion 2')
45 delta3 ${\Delta_3}$ (long_name='price dispersion 3')
203 [name='overall price dispersion']
206 [name='price dispersion 1']
209 [name='price dispersion 2']
212 [name='price dispersion 3']
/dports/science/elk/elk-7.2.42/examples/phonons-superconductivity/Si-DFPT/
H A Delk.in2 ! Phonon dispersion of silicon.
49 ! These are the vertices to be joined for the phonon dispersion plot
/dports/net/ntp/ntp-4.2.8p15/ntpd/
H A Drefclock_datum.c499 double dispersion; in datum_pts_receive() local
715 dispersion = DATUM_DISPERSION; /* set the dispersion to 0 */ in datum_pts_receive()
716 ftimerr = dispersion; in datum_pts_receive()
719 printf("dispersion = %d, %f\n", dispersion, ftimerr); in datum_pts_receive()
/dports/math/R/R-4.1.2/src/library/stats/man/
H A Dsigma.Rd50 \eqn{sigma^2} (\code{sigma(.)^2}) is called \dQuote{dispersion
95 summary(glm.D93)$dispersion # == 1
96 ## and the *Quasi*poisson's dispersion
99 summary(glm.qD93)$dispersion # == 1.2933
/dports/math/libRmath/R-4.1.1/src/library/stats/man/
H A Dsigma.Rd50 \eqn{sigma^2} (\code{sigma(.)^2}) is called \dQuote{dispersion
95 summary(glm.D93)$dispersion # == 1
96 ## and the *Quasi*poisson's dispersion
99 summary(glm.qD93)$dispersion # == 1.2933

12345678910>>...101