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.... Unfortunately I did not find enough information on the "pspline" function wether in the survival package nor using google.. I got following output: * library(survival)* > > > > > > > > > > > > > > *> Option.test2<-coxph(Surv(START,STOP,ZEROBAL==1)~pspline(OPTION), > data=FNMA)coxph(formula = Surv(START, STOP, ZEROBAL == 1) ~ > pspline(OPTION), data = FNMA)> > Option.test2> Call:> coxph(formula = > Surv(START, STOP, ZEROBAL == 1) ~ pspline(OPTION), > data = FNMA)> > coef se(c...

...ar. > I get following output when I use the pspline function inside the coxph > statement: > > * library(survival)* > > >> >> >> >> >> >> >> >> >> >> >> >> >> *> Option.test2<-coxph(Surv(START,STOP,ZEROBAL==1)~pspline(OPTION), >> data=FNMA)coxph(formula = Surv(START, STOP, ZEROBAL == 1) ~ >> pspline(OPTION), data = FNMA)> > Option.test2> Call:> coxph(formula = >> Surv(START, STOP, ZEROBAL == 1) ~ pspline(OPTION),> data = FNMA)> >>...

git://git.zytor.com/users/genec/syslinux.git Branch handoff-mbr-for-hpa This is a piece of code that can be used in place of a MBR or VBR/PBR (master boot record; volume/partition) in order to examine the data handed to the respective boot code. AX, SS, and SP are destroyed before examining anything. I set an internal restriction that limits it to 420 bytes such that it could be used with a