search for: fg2

Hi- I am trying to fit a log function to my data, with the ultimate goal of finding the second derivative of the function. However, I am stalled on the first step of fitting a curve. When I use the following code: FG2.model<-(nls((CO2~log(a*Time)+b), start=setNames(coef(lm(CO2 ~ log(Time), data=FG2)), c("a", "b")),data=FG2)) I get the following error: Error in numericDeriv(form[[3L]], names(ind), env) : Missing value or an infinity produced when evaluating the model In addition: Warning...

...t.char="") names(rel) > names(rel) [1] "upn" "rels" "relt" "random" times<-rel$relt[rel$rels==1] fg1<-comp.risk(Surv(relt,rels>0)~const(random),rel,rel$rels,times[-1],causeS=1,resample.iid=1,model="prop") summary(fg) fg2<-comp.risk(Surv(relt,rels>0)~random,rel,rel$rels,times[-1],causeS=1,resample.iid=1,model="prop") summary(fg) Question1: can you confirm that "fg1" evaluates "random" with the hypothesis that it has a constant hazard over time and that it is assumed as being time...

...NPWantParent]>; def LDRAM : FG1<0b000001, (outs GPRegs:$dst), (ins mem:$src), "ldram $dst,$src", [(set GPRegs:$dst, (load addr:$src))]>; def STRAM : FG1<0b000010, (outs), (ins GPRegs:$src, mem:$dst), "stram $dst,$src", [(store GPRegs:$src, addr:$dst)]>; def ADD : FG2<0b000000, (outs GPRegs:$dst), (ins GPRegs:$src1, GPRegs:$src2), "add $dst,$src1,$src2", [(set GPRegs:$dst, (add GPRegs:$src1, GPRegs:$src2))]>; Error Message: LDRAM: (set GPRegs:{i32:f32}:$dst, (ld:{i32:f32} addr:iPTR:$src)<<P:Predicate_unindexedload>><<P:Predicat...

Hi all, I have just installed and configured a squid setup authenticating against Active Directory using kerberos tickets and have achieved the holy-grail of IT - Single Sign On! The problem is that I have two users for whom is does not work. The ntlm_auth logs show that for users that are properly authenticated against squid we get the following (Usernames/Domains/Hosts have been changed for