search for: b42

...perhaps eventually in nlme. I can fit this model in sas (see below, joint points to be estimated are a41 and a41), but am unsure how to specify this in the nlm function. I would really appreciate any suggestions or example code. Thanks a lot. -andy proc nlin data=Stems.Trees; params b41=-3 b42=1.5 b43=-1.5 b44=50 a41=0.75 a42=0.1; term1 = (b41*(x - 1) + b42*(x**2 -1)); if (a41 - x) >= 0 then term2 = (b43*(a41 - x)**2); else term2 = 0; if (a42 - x) >=0 then term3 = (b44*(a42 - x)**2); else term3 = 0; model y = term1+term2+term3; run;

...n (just joined the list) Is anyone running Ruby on Rails in a teaching environment? Regards John John Colby BA, MBCS, PGCertE Lecturer, Department of Computing, The Business School Room F316, Galton Building, University of Central England, Franchise Street, Perry Barr, Birmingham B42 2SU Tel: +44 (0) 121 331 6937, Fax +44 (0) 121 331 6281, Mobile: 07795 215 912 Essential Website - http://essential.tbs.uce.ac.uk -------------- next part -------------- An HTML attachment was scrubbed... URL: http://wrath.rubyonrails.org/pipermail/rails/attachments/20060209/132ad98d/attachme...

...****** Browse[2]> formula.str y ~ -1 + b1 + b2 + b3 + b4 + b5 + b6 + b7 + b8 + b9 + b10 + b11 + b12 + b13 + b14 + b15 + b16 + b17 + b18 + b19 + b20 + b21 + b22 + b23 + b24 + b25 + b26 + b27 + b28 + b29 + b30 + b31 + b32 + b33 + b34 + b35 + b36 + b37 + b38 + b39 + b40 + b41 + b42 + b43 + b44 + b45 + b46 + b47 + b48 + b49 + elevation + f(idx, model = "sphere", sphere.dir = "global_temperature_80s", T.order = 2, K.order = 2, T.model = "rotsym", K.model = "rotsym", initial = c(-4, 1, 0), param = c(-4, 0.01, 3, 0.01...

...] "a22" "a23" "a31" "a32" "b11" "b12" [13] "b13" "b21" "b31" "b32" "b33" "b41" [19] "b42" "c11" "c12" "c21" "c22" "c23" [25] "c31" "c32" "c33" "d11" "d12" "d13" [31] "d14"...

To whom it may concern, I am a student at Macaleste College, and next semester Macalester is going to offer a course for CellBio that is mainly statistically based. For the most part the students will be using R for analysis. The problem is there will be some simple differential equations for the students to solve. The committee that in charge of the classes corriculam would like only to

Dear Peter. I guess you know that Jim Lindseys code include nordr and ordglm in library gnlm - I attach the htmls which do various linear and nonlinear ordinal regressions - exemplified with just the data mentioned, McCullagh (1980) JRSS B42, 109-142. I had it work very fine. -----Oprindelig meddelelse----- Fra: Peter Malewski <p.malewski at tu-bs.de> Til: Troels Ring <tring at mail1.stofanet.dk> Dato: 25. februar 2000 07:35 Emne: Re: Sv: [R] Ordinal Regression >On Thu, 24 Feb 2000, Troels Ring wrote: > >> P...

Hi, is it possible to use firewall mark as an u32 hash key? What i understood from the source code is that only 32-bit number inside of the packet can be used as a hash key, though fw mark can be matched using u32 match(with 2.6 kernel and recent iproute2 version). Thanks, -b42

...- cells: pick single cell values and give them back as a vector or as a data.frame (the latter is new, type will be determined for each cell individually) - range: read ranges either by name or by a numeric 4-elem-vector (R1,C1,R2,C2) (A1 style, i.e. 'A1:C3', 'Sheet2!B42' could eventually be added here). o xls.sheet, NAMEORINDEX argument renamed - 'nameOrIndex' becomes 'sheet' and the default is the first/active sheet (depends if file is a physical file or an xls-obj) - 'copyAndInsert' action copies from the active sheet o xls....

Hello R users, For the last few days I am struggling with the following task: my data.frame: A1 A2 A3 B1 B2 B3 58.81 53.292 54.501 13.013 17.39 19.407 56.02 56.251 54.033 20.099 13.15 10.411 55.376 53.099 57.625 13.396 21.031 13.22 58.584 53.194 54.218 13.038 16.854 19.289 55.7 55.921 53.847 19.942 13.153 9.828 55.093 52.934

Macros to use VMI calls from assembly and C languages are introduced. The macros are quite complex, but the end result is rather impressive. The result is that when compiling a VMI kernel, the native code is emitted inline, with no function call overhead, and some wiggle room for register allocation. The hypervisor compatibility code is emitted out of line into a separate section, and patched

Macros to use VMI calls from assembly and C languages are introduced. The macros are quite complex, but the end result is rather impressive. The result is that when compiling a VMI kernel, the native code is emitted inline, with no function call overhead, and some wiggle room for register allocation. The hypervisor compatibility code is emitted out of line into a separate section, and patched

Hi list, I''ve got quite a strange problem with htb. I have following configuration: dual core athlon, two intel e1000 nics - eth1 is connected to lan and has private ip, eth0 is connected to our isp and has public ip (so there''s nat on eth0). There is practically same htb configuration on both interfaces, only the filters are different. On eth1, packets are classified by their