search for: testregs

Hi All, I have a question about TableGen RegisterClass definition. I need to map different size of MVTs into a register class as below. def TestReg : RegisterClass<"Test", [v8i32, v4i32], ...> When I look at TableGen and CodeGen, it looks the types are used as following: 1. MCRegisterClass's RegSize and Alignment 2. SpillSize in TableGen 3. Type constraint for instruction

Dear all, in my TestRegisterInfo.td file, I defined a register like this: class TestReg<bits<6> enc, string name> : Register<name> { let HWEncoding{5-0} = enc; let Namespace = "TEST"; } def D0 : TestReg<0x01, "d0">, DwarfRegNum<[1]>; but when I compile, the result I have in TestGenAsmMatcher.inc is this: case 'd': // 7

Hi I'm trying to utilize the break command for breaking the loop when the p-value is less than 10 per cent using the urca package. But it does not break the loop, anyone that can help me? library(urca) set.seed(1) a1 <- runif(100) lag.max <- function(object, n = 12){ matris <- matrix(NA, nrow = n) for(i in 1:n) { matris[i] <- ur.df(object, lags = i,

Hi All, I'm new to R and am trying to run a unit root test on the vector "y" (a time series of inflation (i.e. changes in the Consumer Price Index quarter on quarter)). I've run the Augmented-Dickey-Fuller Test below (R's URCA package). It gives me an error that it cannot find the function ur.df unless I comment out the third last line of code (see below). I try to call

On 9/17/2015 7:04 AM, Sky Flyer via llvm-dev wrote: > It seems like d0 is always 14! > I check it with ARMGenAsmMatcher.inc it was the same! > How is it possible? because it should give the same register value that > matches the underlying platform not any autogenerated value!? The returned number is the register id as defined in <YourTarget>GenRegisterInfo.inc. These numbers

I was wondering if anyone could help with choosing optimal lag length for ZA test. There have been two lag order selection methods commonly used in the literature: 1) The ZA paper recommends to run the test with maximum number of lags. Then the lag order is reduced sequentially until the longest lag is statistically significant; 2) One could also use AIC or SBC or other criteria to choose lag

Dear R Users, Am using lm() with contrasts as below. If I skip the contrasts() statement, I get the coefficient names to be > names(results$coef) [1] "(Intercept)" "VarAcat" "VarArat" "VarB" which are much more meaningful than ones based on integers. Can anyone tell me how to get R to keep the coefficient names based on the factor levels

On 9/17/2015 8:30 AM, Sky Flyer wrote: > Hi Krzysztof, > > Thanks for your reply. I wanted to assign the hardware encoding to the > Instruction bits like the link below: > > https://groups.google.com/d/msg/llvm-dev/BfUmfIWYRM8/6JGXQf1gCQAJ > > but, at the end, what is assigned to the Inst is, I suppose, the > register ID not the encoding! > > to be more clear, I do

I need some real help on this, really stuck how are the coefficients for ur.ers(y, type = c("DF-GLS", "P-test"), model = c("constant", "trend"), lag.max = 0) The max lag is set at zero, so the regression should simply be Diff(zt) = a*z(t-1) where a is the value i'm trying to find and z(t)'s are the detrended values. but through performing

Dear R users, I am quite new to R, so most of the problems I've encountered working with it are technical, absurd or simple things. Sorry. Despite this, I am struggling with cajolst function for a day and still nothing. The problem is that I can't get an estimate for the break point (which is in the slot "bpoint") by using cajolst function. Finally, I've tried Johansen and