/dports/math/concorde/concorde/TSP/ |
H A D | tsp_lp.c | 663 e[i].coef = 0; in CCtsp_build_lpgraph() 1466 int saved; in CCtsp_resparsify_lp() local 1487 &newmods, &saved); in CCtsp_resparsify_lp() 2113 cr->indices = (int *) NULL; in CCtsp_init_lprow() 2126 CC_IFFREE (cr->indices, int); in CCtsp_free_lprow() 2297 int saved; in CCtsp_add_cut() local 2318 &new.mods, &saved); in CCtsp_add_cut() 3217 e[i].coef = 0; in CCtsp_add_vars_to_lp() 3490 cr->begin, cr->indices, cr->entries); in CCtsp_add_multiple_rows() 3516 rval = CCutil_reallocrus_scale ((void **) &(cr->indices), in addrow_to_list() [all …]
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/dports/cad/gmsh/gmsh-4.9.2-source/contrib/blossom/concorde97/TSP/ |
H A D | tsp_lp.c | 650 e[i].coef = 0; 1434 g->edges[nzlist].coef = 0; 1546 g->edges[e].coef += j; 1693 cr->indices = (int *) NULL; 1711 CC_IFFREE (cr->indices, int); 1911 int saved; local 1934 &new.mods, &saved); 2840 e[i].coef = 0; 3094 cr->begin, cr->indices, cr->entries); 3130 rval = CCutil_reallocrus_scale ((void **) &(cr->indices), [all …]
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/dports/math/reduce/Reduce-svn5758-src/packages/scope/ |
H A D | codad2.red | 205 % such that 0<constant(i)<constant(j) if i<j and also such that coef- ; 437 % when replacing the negative, relative column-indices by a,b,c and d,; 840 % quotients contains indices of relevant quotients in lhs-rhs (kvarlst) 848 % dmlst = ( (item.(indices to quotients containing item in denominator)) 862 % nrlst = ((item.(indices of quotients containing item 1064 % number of multiplications and divisions saved by considering the ; 1069 % -1- quotient=s, i.e. 1 /-operation can be saved. ; 1070 % -2- quotient=s/a, i.e. 1 *-operation can be saved. ; 1071 % -3- quotient=s*a, i.e. 1 /-operation can be saved. ; 1072 % -4- quotient=(s*a)/b, i.e. 1 *-operation can de saved, but no ; [all …]
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/dports/math/R-cran-SparseM/SparseM/vignettes/ |
H A D | SparseM.Rnw | 121 indices of the elements stored in \texttt{ra}. 254 In addition to the computational time saved there is also a significant 277 sum.slm$coef <- sum.slm$coef[1:5,]
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/dports/math/R-cran-SparseM/SparseM/inst/doc/ |
H A D | SparseM.Rnw | 121 indices of the elements stored in \texttt{ra}. 254 In addition to the computational time saved there is also a significant 277 sum.slm$coef <- sum.slm$coef[1:5,]
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/dports/math/latte-integrale/latte-version_1_7_6/code/maple/ |
H A D | Conebyconeapproximations_08_11_2010.mpl | 312 # and lin(ISpace) of the vectors in the complement indices. We project a vector b on lin(Cspace) 430 …ace) oplus lin (ISpace), (with CSpace spanned by the v|i] in the complementary indices of Ispace ); 1134 # filename: if -1, the polynomial is not saved to a file. Else, the polynomial is saved to fileName. 1136 local coef, M, ell, ehrhartPoly, mapleLinForm; 1146 coef:=mapleLinForm[1]; 1151 …ehrhartPoly:= ehrhartPoly + coef*findEhrhartPolynomial_linearForm(n,nn,simpleCones,ell,M,d,useReal… 1153 …ehrhartPoly:= ehrhartPoly + coef*findEhrhartPolynomial_linearForm(n,nn,simpleCones,ell,M,d,useReal… 1260 # filename: if -1, the polynomial is not saved to a file. Else, the polynomial is saved to fileName. 1274 #coef:=linearForms[iLF][1];
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/dports/math/R/R-4.1.2/doc/manual/ |
H A D | R-intro.texi | 3596 qr.coef(X, y) 4139 > coef 4141 UseMethod("coef") 4149 > methods(coef) 4150 [1] coef.aov* coef.Arima* coef.default* coef.listof* 4151 [5] coef.nls* coef.summary.nls* 4172 z <- object$coef 4179 z <- object$coef 4542 @findex coef 5012 > ldp <- ld50(coef(fmp)); ldl <- ld50(coef(fml)); c(ldp, ldl) [all …]
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/dports/math/libRmath/R-4.1.1/doc/manual/ |
H A D | R-intro.texi | 3596 qr.coef(X, y) 4139 > coef 4141 UseMethod("coef") 4149 > methods(coef) 4150 [1] coef.aov* coef.Arima* coef.default* coef.listof* 4151 [5] coef.nls* coef.summary.nls* 4172 z <- object$coef 4179 z <- object$coef 4542 @findex coef 5012 > ldp <- ld50(coef(fmp)); ldl <- ld50(coef(fml)); c(ldp, ldl) [all …]
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/dports/math/R/R-4.1.2/doc/ |
H A D | NEWS.1 | 88 indices were ignored. (PR#7210) 307 version of R to be used for tasks such as building indices. 758 o Unnecessary methods coef.{g}lm and fitted.{g}lm have been 1194 o regexpr(fixed = TRUE) returned 0-based indices. 1671 or without saved images (saved images are still recommended 2027 namespace is saved. 2204 coefficients() and fitted.values() (which dispatch on "coef" 4723 o qr.coef(qr,*) now keeps the names of qr$qr. 5039 items to be saved are to be found. 5054 saved workspace if it is compressed. [all …]
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H A D | NEWS.0 | 24 objects saved in earlier versions can be loaded into this 44 saved .Random.seed's will work unchanged. The default 410 variable which gets saved. The error "unresolved node during 752 o problem with function()... inside saved functions because arg count 1459 o HTML indices get only built when installing a package to RHOME 1703 o New option `show.coef.Pvalue' (default: TRUE). If FALSE, 1729 allowing for array indices. 1797 - dummy.coef(), with methods for lm and aovlist fits. 2415 o list of currently loaded libraries (.Dyn.libs) not saved 2724 saved data images which contain expressions will probably not
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H A D | NEWS.3 | 364 output file should be saved in serialization format 2. 806 indices of identified points were returned in the order that the 1507 replaced via [ indexing with 2 indices. 2847 saved display list that contains a mix of grid and graphics 5892 for indices which are in-range: several packages were writing one 6957 • Matrix indexing of data frames by two-column numeric indices is 7084 call. This is more likely to work if the function is saved and 7335 integer indices (e.g., anyDuplicated() and match()) or because 7344 indices can be used to access elements beyond 2^31 - 1. 7361 • agrep() and grep() will return double vectors of indices for long [all …]
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H A D | NEWS.3.Rd | 436 use when the output file should be saved in serialization format 2. 930 that the indices of identified points were returned in the order 1360 \item \code{qr.coef(qr(<all 0, w/ colnames>))} now works. 1706 extracted and replaced via \code{[} indexing with 2 indices. 3206 \code{cairo_ps()}) when replaying a saved display list that contains 4535 \code{coef} is specified. (\PR{16597}) 7924 likely to work if the function is saved and used in a different 8190 with integer indices (e.g., \code{anyDuplicated()} and 8200 double-valued indices can be used to access elements beyond 8221 of indices for long vector inputs. [all …]
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H A D | NEWS.2 | 2158 s3method(coef, hclust, coefHclust). 6342 object saved from an earlier session. 6554 o qr.coef() misbehaved in the LAPACK case with a matrix RHS, so 7255 special characters on PDF indices gave errors which used to be 7436 o qr.coef() failed in the complex case for non-square systems. 9861 memory saved and load time). 10500 o qr.coef(QR, b) failed for an LAPACK-produced QR if b was 11837 package not in the saved database. 12607 saved and what was in it. 12939 o for() now supports raw vectors as the set of indices. [all …]
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/dports/math/libRmath/R-4.1.1/doc/ |
H A D | NEWS.1 | 88 indices were ignored. (PR#7210) 307 version of R to be used for tasks such as building indices. 758 o Unnecessary methods coef.{g}lm and fitted.{g}lm have been 1194 o regexpr(fixed = TRUE) returned 0-based indices. 1671 or without saved images (saved images are still recommended 2027 namespace is saved. 2204 coefficients() and fitted.values() (which dispatch on "coef" 4723 o qr.coef(qr,*) now keeps the names of qr$qr. 5039 items to be saved are to be found. 5054 saved workspace if it is compressed. [all …]
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H A D | NEWS.0 | 24 objects saved in earlier versions can be loaded into this 44 saved .Random.seed's will work unchanged. The default 410 variable which gets saved. The error "unresolved node during 752 o problem with function()... inside saved functions because arg count 1459 o HTML indices get only built when installing a package to RHOME 1703 o New option `show.coef.Pvalue' (default: TRUE). If FALSE, 1729 allowing for array indices. 1797 - dummy.coef(), with methods for lm and aovlist fits. 2415 o list of currently loaded libraries (.Dyn.libs) not saved 2724 saved data images which contain expressions will probably not
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H A D | NEWS.3 | 364 output file should be saved in serialization format 2. 806 indices of identified points were returned in the order that the 1507 replaced via [ indexing with 2 indices. 2847 saved display list that contains a mix of grid and graphics 5892 for indices which are in-range: several packages were writing one 6957 • Matrix indexing of data frames by two-column numeric indices is 7084 call. This is more likely to work if the function is saved and 7335 integer indices (e.g., anyDuplicated() and match()) or because 7344 indices can be used to access elements beyond 2^31 - 1. 7361 • agrep() and grep() will return double vectors of indices for long [all …]
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H A D | NEWS.3.Rd | 436 use when the output file should be saved in serialization format 2. 930 that the indices of identified points were returned in the order 1360 \item \code{qr.coef(qr(<all 0, w/ colnames>))} now works. 1706 extracted and replaced via \code{[} indexing with 2 indices. 3206 \code{cairo_ps()}) when replaying a saved display list that contains 4535 \code{coef} is specified. (\PR{16597}) 7924 likely to work if the function is saved and used in a different 8190 with integer indices (e.g., \code{anyDuplicated()} and 8200 double-valued indices can be used to access elements beyond 8221 of indices for long vector inputs. [all …]
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H A D | NEWS.2 | 2158 s3method(coef, hclust, coefHclust). 6342 object saved from an earlier session. 6554 o qr.coef() misbehaved in the LAPACK case with a matrix RHS, so 7255 special characters on PDF indices gave errors which used to be 7436 o qr.coef() failed in the complex case for non-square systems. 9861 memory saved and load time). 10500 o qr.coef(QR, b) failed for an LAPACK-produced QR if b was 11837 package not in the saved database. 12607 saved and what was in it. 12939 o for() now supports raw vectors as the set of indices. [all …]
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/dports/math/R-cran-NMF/NMF/ |
H A D | NEWS | 91 eg., saved on disk. 607 contain the indices of the basis-specific features. It is in practice what 612 o Methods 'basis<-' and 'coef<-' were not exported by file NAMESPACE.
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/dports/graphics/dataplot/dataplot-2c1b27601a3b7523449de612613eadeead9a8f70/lib/help/ |
H A D | dphe4f.tex | 16074 The Gini indices will be saved in the internal parameters GINI1, 16090 The Gini indices will be saved in the internal parameters GINI1, 16109 The Gini indices will be saved in the internal parameters GINI1, 22316 indices (of <x>); 22320 matched indices. 22750 saved; 22760 saved; 27770 LET <resp> = MATRIX SIMPLEX SOLUTION <obj> <coef mat> 27776 <coef mat> is a matrix containing the coefficients for the 27778 <coef mat> = [ Aij | tag | Bi] [all …]
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H A D | dphe2f.tex | 20390 are saved 37955 the CP and CPK capability indices. 49187 the CPK capability indices used for non-normal data and is 52020 let lcv = lognormal coef of vari y 52021 let lcvl = lower lognormal coef of vari conf limit y 52022 let ucvl = upper lognormal coef of vari conf limit y 58047 Compute condition indices of a regression design matrix. 58076 Condition indices are one measure that can be used to 58085 Condition indices between 30 and 100 indicate moderate to 62936 the CP and CPK capability indices. [all …]
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/dports/cad/gmsh/gmsh-4.9.2-source/doc/texinfo/ |
H A D | gmsh.texi | 1010 corresponding to the indices provided by the @var{expression-list}). 1011 The next cases permit to retrieve the indices of entities created 1904 physical groups affect the way meshes are saved. 2073 elementary curves in the saved mesh file. 2341 extruded entity at indices 2, 3, etc. For example: 3538 post-processing view indices start at 0. 3588 < INTERPOLATION_SCHEME @{ @var{val-coef-matrix} @} 3590 < @{ @var{geo-coef-matrix} @} @{ @var{geo-exp-matrix} @} > ; > 3703 space), then @var{val-coef-matrix} denotes the @var{d} x @var{d} matrix 3715 @var{geo-coef-matrix} denotes the @var{m} x @var{m} matrix @var{G} and [all …]
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/dports/math/R/R-4.1.2/src/library/base/po/ |
H A D | R-fr.po | 343 msgstr "il faut 0, 1 ou 2 indices" 362 msgstr "indices dupliqués pour les colonnes" 1038 msgid "[Previously saved workspace restored]" 1470 msgid "exact singularity in 'qr.coef'" 1471 msgstr "singularité parfaite dans 'qr.coef'"
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/dports/math/libRmath/R-4.1.1/src/library/base/po/ |
H A D | R-fr.po | 343 msgstr "il faut 0, 1 ou 2 indices" 362 msgstr "indices dupliqués pour les colonnes" 1038 msgid "[Previously saved workspace restored]" 1470 msgid "exact singularity in 'qr.coef'" 1471 msgstr "singularité parfaite dans 'qr.coef'"
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/dports/science/mbdyn/mbdyn-1.7.3/manual/input/ |
H A D | elements.tex | 1900 % # output: name of the file where the interface matrix is saved in sparse format 3534 The \nt{initial\_beam} and \nt{initial\_node} indices 5992 <data> ::= { <coef> | list , <coef_1> [ , ... ] } 6027 weighed by the coefficient \nt{coef} (or by the list of coefficients 6028 \nt{coef\_}\bnt{i}, in case different coefficients are given): 6034 - \nt{coef} \cdot \Delta\T{\lambda} 6035 &= - \T{\Phi}\plbr{\T{x}, t} + \nt{coef} \cdot \T{\lambda} 6039 In this sense, the coefficient \nt{coef} should be considered 6060 - \mathtt{<coef>} \cdot \Delta \T{\lambda} 6061 &= - \T{\Phi}\plbr{\T{x}, t} + \mathtt{<coef>} \cdot \Delta\T{\lambda} [all …]
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