search for: t1i

Hi Dr. Viechtbauer, I'm doing meta-analysis using your package 'metafor'. I used the 'IRFT' to transform the incident rate. But when I tried to back-transform the summary estimates from function rma, I don't know what's the appropriate ti to feed in function transf.iirft. I searched and found your post about using harmonic mean for ni to back-transform the double

...or help that anyone can give on this issue and I appreciate your time very much. library(MASS) library(splines) library(sm) library(quantreg) library(locfit) set.seed(20) Zi = rnorm(5000,0, 2) ei = mvrnorm(5000, c(.6,2), matrix(c(.7,0,0,.9),2,2)) X1i = exp(-.5*Zi + ei[,1]) X2i = exp(-.5*(Zi*log(T1i) -log(T1i) + Zi) + ei[,2]) X1i = log(X1i) boot.weight = rmultinom(1,5000, prob=rep(1/5000, 5000)) boot.subset = rep(1:5000, boot.weight) loc.model.1 = locfit(1*(X2i[boot.subset]< 10) ~ lp(X1i[boot.subset], Zi[boot.subset], style = c ? ? ?("n","cpar"), h=0.4, deg = 1, nn=0),...

I happen to be using LLVM for just this reason. I process large volumes of data records with schemas that are only known at runtime and/or can change dynamically as various transforms are applied to such records at various stages. To this end, I auto-generate C99 syntax at run time, parse it using clang, do some AST transformations, compile using LLVM JIT, and then execute within the same (C++)

Using C++ code, I would like to generate code at run-time (the same way .NET code can use dynamic methods or compiled expressions) in order to obtain very high performance code (to read binary data records whose formats are only known at run-time.) I need to target x86 (Win32) and ARM (WinCE). Can LLVM be used for this purpose, or would something else work better? Are there any open-source

.... Is there any way to make tablgen ignore the %? I have tried '\' character, and two "%%". None worked. // ADD <Rd>, sp, #<imm8> // This is rematerializable, which is particularly useful for taking the // address of locals. let isReMaterializable = 1 in def tADDrSPi : T1I<(outs tGPR:$dst), (ins GPR:$sp, t_imm_s4:$rhs), IIC_iALUi, "add\t$dst, %prefix_$sp, $rhs", []>, T1Encoding<{1,0,1,0,1,?}> { // A6.2 & A8.6.8 bits<3> dst; bits<8> rhs; let Inst{10-8} = dst; let Inst{7-0} = rhs; } -...

Vlad wrote: > I happen to be using LLVM for just this reason. I process large volumes > of data records with schemas that are only known at runtime and/or can > change dynamically as various transforms are applied to such records at > various stages. > > To this end, I auto-generate C99 syntax at run time, parse it using > clang, do some AST transformations, compile using LLVM

* Kill the A8+A8 hack. Recent enough X servers (>=1.7) fall back to ARGB glyphs for drivers not supporting A8 render targets. * Kill all the global state. It doesn't matter a lot yet but it might if we get multicard working at some point. * Other random clean-ups with no functional changes. Some numbers from x11perf -aa10text -aa24text -comppixwin10 -comppixwin500: * Before, with A

...or help that anyone can give on this issue and I appreciate your time very much. library(MASS) library(splines) library(sm) library(quantreg) library(locfit) set.seed(20) Zi = rnorm(5000,0, 2) ei = mvrnorm(5000, c(.6,2), matrix(c(.7,0,0,.9),2,2)) X1i = exp(-.5*Zi + ei[,1]) X2i = exp(-.5*(Zi*log(T1i) -log(T1i) + Zi) + ei[,2]) X1i = log(X1i) boot.weight = rmultinom(1,5000, prob=rep(1/5000, 5000)) boot.subset = rep(1:5000, boot.weight) loc.model.1 = locfit(1*(X2i[boot.subset]< 10) ~ lp(X1i[boot.subset], Zi[boot.subset], style = c ? ? ?("n","cpar"), h=0.4, deg = 1, nn=0),...

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