search for: nstar

...opn, Dmax, AWC, SumEp, PotYield3, Nsupply) { Ymax<- 1-ifelse(Popn<=PopStd, eta1, eta2)*log(Popn/PopStd) Ymax <- Ymax*PotYield3*Popn/1000 Ymax <- Ymax*ifelse(Dmax<=DIs*AWC, 1, 1 - beta*(Dmax -DIs*AWC)/SumEp) Nstar <- (Nsupply- MnmN*Ymax) / (OptN*Ymax - MnmN*Ymax) Nstar<-pmax ( 0,Nstar) Ystar<-ifelse(Nstar<1, (1 + gN*(1 - Nstar))* Nstar^(gN), 1) Ystar<-pmax ( 0, Ystar) Y.model <- Ystar*Ymax Y.model }...

...1/3!*e2^3 for Taylor expansion (r = 3) excluding e2*e1^2 and e1*e2^2 ... I already write the number of possible combinations as : x <- as.vector(0) for (r in 1:r){x[r] <- 2*(sum(choose(2*q+r-1,r))-sum(choose(q+r-1,r)))}# q: number of lag of e1 and e2; r: order of taylor expansion nstar <- sum(x) # N* number of total combinations How to write f(x) in a general framework? Quid of this framework when e1 and e2 are completed with their lags if q > 1? Your help or advice would be greatly appreciated Bilel -- View this message in context: http://r.789695.n4.nabble.com/...

...--Type <return> to continue, or q <return> to quit--- 24, indent_increment=2, default_tag='%default', current_indent=0, short_first=1, _long_opt_fmt='%s=%s') at remote 0x7fffdd9a4908>, option_groups=[<SambaOptions(_configfile=None, _lp=<par...(truncated) nstar = <optimized out> callargs = <optimized out> stararg = ('/etc/samba/smb.bentley.conf',) result = 0x0 #28 PyEval_EvalFrameEx ( f=f at entry=Frame 0xb08960, for file /usr/lib64/python2.7/site-packages/samba/netcmd/__init__.py, line 176, in _run (self=&l...

On Fri, 2017-02-17 at 07:48 +1100, Tom Robinson via samba wrote: > Anyone? Can you please post a gdb backtrace --full? -------------- next part -------------- A non-text attachment was scrubbed... Name: signature.asc Type: application/pgp-signature Size: 862 bytes Desc: This is a digitally signed message part URL: