/dports/math/R-cran-MCMCpack/MCMCpack/R/ |
H A D | MCMClogit.R | 249 userfun <- function(ttt) user.prior.density(ttt, ...) function 250 my.env <- environment(fun = userfun) 257 funval <- userfun(beta.start) 349 userfun, as.integer(Y), as.matrix(X), 367 hessian=TRUE, y=Y, X=X, userfun=userfun, 377 logpost.logit.userprior(theta.tilde, Y, X, userfun=userfun,
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H A D | MCMCmetrop1R.R | 268 userfun <- function(ttt) fun(ttt, ...) function 269 my.env <- environment(fun = userfun) 348 sample <- .Call("MCMCmetrop1R_cc", userfun, as.double(theta.init.0),
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H A D | BayesFactors.R | 85 "logpost.logit.userprior" <- function(theta, y, X, userfun, logfun, argument 96 logprior <- eval(userfun(theta), envir=my.env) 99 logprior <- log(eval(userfun(theta), envir=my.env))
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/dports/math/fricas/fricas-1.3.7/pre-generated/target/share/hypertex/pages/ |
H A D | EXIT.ht | 29 The function \userfun{gasp} is given return type \spadtype{Exit} since it is 40 The return type of \userfun{half} is determined by resolving the types of 51 \userfun{gasp} has the return type \spadtype{Exit}, 52 the type of \spad{if} in \userfun{half} is resolved to be \spadtype{Integer}.
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H A D | MAPPKG1.ht | 53 Now we define \userfun{square} in terms of \userfun{power}. 156 Here \userfun{shiftfib} is a unary function that modifies its argument.
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H A D | ug06.ht | 1297 This causes the functions \userfun{f} and \userfun{g} to have 1325 We also make \userfun{f} and \userfun{g} uncached. 1565 The return type of \userfun{f2} is still 1959 Turn on caching for \userfun{p}. 1974 Evaluate \userfun{p} the first time. 1984 Evaluate \userfun{p} the second time. 1991 Turn off caching for \userfun{p}. 2552 Here is the definition for \userfun{pal?}. 2554 \userfun{palAux?}. 2561 Here is \userfun{palAux?}. [all …]
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H A D | ug10.ht | 245 Here is the \userfun{drawRibbons} program. 280 The definition of \userfun{drawRibbons} 305 Let's try the function \userfun{drawRibbons}. 467 defines the function \userfun{makeArrow}(p1, p2) to 496 Read the input file defining \userfun{makeArrow}. 698 not declare the type of the function \userfun{clipFun}. 699 As it turns out, \userfun{clipFun} is called with a 701 This declaration ensures that \userfun{clipFun} never does a 815 Call this function \userfun{drawComplex}. 874 We try \userfun{drawComplex} using [all …]
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H A D | BSTREE.ht | 77 Define \userfun{insertRoot} to insert new elements by 93 Function \userfun{buildFromRoot} builds
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H A D | HEAP.ht | 60 a \userfun{heapsort} function.
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H A D | FR2.ht | 39 \userfun{double} takes an integer argument and returns an integer
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H A D | ug21.ht | 383 \userfun{conformalDraw}{\it (f, rRange, tRange, rSteps, tSteps, coord)} 408 \userfun{riemannConformalDraw}{\it (f, rRange, tRange, rSteps, tSteps, coord)} 411 Its arguments are the same as those for \userfun{conformalDraw}. 586 \userfun{ntubeDraw}{\it (spaceCurve, planeCurve,} 617 \userfun{nfrenetFrame}{\it (c, t, delT)} 641 \userfun{ngeneralTube}{\it (spaceCurve, planeCurve,}{\it delT, oltT)}
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/dports/math/p5-Math-Pari/Math-Pari-2.01080900/test_eng/ |
H A D | Testout.pm | 339 if (defined $userfun) { 340 $userfun .= "|$3"; 342 $userfun = $3; 357 } elsif ($userfun 358 and $in =~ / \b ($userfun) \s* \( /x) {
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/dports/math/fricas/fricas-1.3.7/src/doc/htex/ |
H A D | EXIT.htex | 45 The function \userfun{gasp} is given return type \spadtype{Exit} since it is 56 The return type of \userfun{half} is determined by resolving the types of 67 \userfun{gasp} has the return type \spadtype{Exit}, 68 the type of \spad{if} in \userfun{half} is resolved to be \spadtype{Integer}.
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H A D | ug06.htex | 1220 This causes the functions \userfun{f} and \userfun{g} to have 1248 We also make \userfun{f} and \userfun{g} uncached. 1470 The return type of \userfun{f2} is still 1845 Turn on caching for \userfun{p}. 1860 Evaluate \userfun{p} the first time. 1870 Evaluate \userfun{p} the second time. 1877 Turn off caching for \userfun{p}. 2393 \userfun{palAux?}. 2400 Here is \userfun{palAux?}. 2412 Try \userfun{pal?} on some examples. [all …]
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H A D | MAPPKG1.htex | 69 Now we define \userfun{square} in terms of \userfun{power}. 172 Here \userfun{shiftfib} is a unary function that modifies its argument.
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H A D | ug10.htex | 226 We now create a function \userfun{drawRibbons} of two arguments: 234 Here is the \userfun{drawRibbons} program. 266 The definition of \userfun{drawRibbons} 291 Let's try the function \userfun{drawRibbons}. 459 Read the input file defining \userfun{makeArrow}. 641 not declare the type of the function \userfun{clipFun}. 642 As it turns out, \userfun{clipFun} is called with a 644 This declaration ensures that \userfun{clipFun} never does a 743 Call this function \userfun{drawComplex}. 796 We try \userfun{drawComplex} using [all …]
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H A D | BSTREE.htex | 93 Define \userfun{insertRoot} to insert new elements by 109 Function \userfun{buildFromRoot} builds
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H A D | ug21.htex | 290 \userfun{conformalDraw}{\it (f, rRange, tRange, rSteps, tSteps, coord)} 313 \userfun{riemannConformalDraw}{\it (f, rRange, tRange, rSteps, tSteps, coord)} 316 Its arguments are the same as those for \userfun{conformalDraw}. 467 \userfun{ntubeDraw}{\it (spaceCurve, planeCurve,} 488 -- \quad{}to \userfun{ntubeDraw}, but takes 496 \userfun{nfrenetFrame}{\it (c, t, delT)} 518 \userfun{ngeneralTube}{\it (spaceCurve, planeCurve,}{\it delT, oltT)}
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/dports/science/afni/afni-AFNI_21.3.16/src/ |
H A D | powell_int.c | 81 static double (*userfun)( int n , double *x ) = NULL ; variable 82 # define SET_USERFUN(uu) userfun = uu 83 # define GET_USERFUN userfun 85 static double (*userfun[AO_NTH_MAX])( int n , double *x ) ; variable 86 # define SET_USERFUN(uu) userfun[AOth] = uu 87 # define GET_USERFUN userfun[AOth]
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/dports/shells/ksh2020/ast-ksh2020/src/cmd/ksh93/sh/ |
H A D | streval.c | 775 int userfun = 0; in expr() local 785 userfun = T_BINARY; in expr() 787 userfun = T_NOFLOAT; in expr() 791 sfputc(shp->stk, 1 + (userfun == T_BINARY)); in expr() 808 sfputc(shp->stk, call + userfun + nargs + x); in expr()
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/dports/shells/ast-ksh/ast-ksh93v/src/cmd/ksh93/sh/ |
H A D | streval.c | 759 int userfun=0; in expr() local 772 userfun = T_BINARY; in expr() 774 userfun = T_NOFLOAT; in expr() 777 sfputc(shp->stk,1+(userfun==T_BINARY)); in expr() 800 sfputc(shp->stk,call+userfun+nargs+x); in expr()
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/dports/math/casadi/casadi-3.5.5/casadi/interfaces/snopt/ |
H A D | snopt_interface.hpp | 141 void userfun(SnoptMemory* m, int* mode, int nnObj, int nnCon, int nnJac, int nnL, int neJac,
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/dports/shells/ksh93-devel/ast-cc1bca27/src/cmd/ksh93/sh/ |
H A D | streval.c | 711 int userfun=0; in expr() local 724 userfun = T_BINARY; in expr() 726 userfun = T_NOFLOAT; in expr() 747 stakputc(A_CALL1F+userfun+nargs+x); in expr()
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/dports/shells/ksh93/ast-93u/src/cmd/ksh93/sh/ |
H A D | streval.c | 711 int userfun=0; in expr() local 724 userfun = T_BINARY; in expr() 726 userfun = T_NOFLOAT; in expr() 747 stakputc(A_CALL1F+userfun+nargs+x); in expr()
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/dports/math/fricas/fricas-1.3.7/src/algebra/ |
H A D | fr.spad | 90 ++ map(fn, u) maps the function \userfun{fn} across the factors of 93 ++ \userfun{fn} is clearly not known in general. 518 ++ refine(u, fn) is used to apply the function \userfun{fn} to 563 ++ map(fn, u) is used to apply the function \userfun{fn} to every 568 ++ map_preserving(fn, u) is used to apply the function \userfun{fn}
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