* installing to library ‘/home/hornik/tmp/R.check/r-patched-gcc/Work/build/Packages’
* installing *source* package ‘mathr’ ...
** this is package ‘mathr’ version ‘0.1.3’
** package ‘mathr’ successfully unpacked and MD5 sums checked
** using staged installation
** R
** inst
** byte-compile and prepare package for lazy loading
** help
*** installing help indices
converting help for package ‘mathr’
finding HTML links ... done
Bin2Dec html
ChkFx html
Chol html
Choose html
DENORM html
Dbeta html
Dbinom html
Dchisq html
Dec2Bin html
Deriv0 html
Deriv1 html
Deriv2 html
Df html
Dgamma html
Dlnorm html
Dnorm html
Dpois html
Dt html
EXP html
GAMMA html
GQuad8 html
GenD html
GetP html
Grad html
Hessian html
LDLT html
LGAMMA html
LOG html
MachEps html
MachEps2 html
MachEps3 html
MachEps4 html
NORM html
NashSVD html
Optim0 html
OuterProd html
Pbeta html
Pbinom html
Pchisq html
Pf html
Pgamma html
Plnorm html
Pnorm html
PolyNom3 html
Ppois html
Pt html
Qbeta html
Qbinom html
Qchisq html
Qf html
Qgamma html
Qlnorm html
Qnorm html
Qpois html
Qt html
RK4 html
Rbeta html
Rexp html
Rgamma html
Rgamma0 html
Rmvn html
Rnorm html
Round html
Run.test html
SQRT html
SymDet html
SymInv html
SymSol html
VMmin html
betacf html
betai html
betaiapprox html
conv html
conv0 html
dc html
deconv html
deconv0 html
ellipRange html
ellipse html
erf html
erfc html
erfccheb html
evJacobi html
gammln html
gammp html
gammpapprox html
gammq html
gcf html
gser html
invbetai html
inverfc html
invgammp html
mlr html
romb html
run.p html
runifLC html
sft html
simps13 html
simps38 html
tableFactorial html
trapez0 html
trapez1 html
** building package indices
** testing if installed package can be loaded from temporary location
** testing if installed package can be loaded from final location
** testing if installed package keeps a record of temporary installation path
* DONE (mathr)