search for: quotients

OK, the code for sdivrem in APInt.h is wrong. Here's what's written: static void sdivrem(const APInt &LHS, const APInt &RHS, APInt &Quotient, APInt &Remainder) { if (LHS.isNegative()) { if (RHS.isNegative()) APInt::udivrem(-LHS, -RHS, Quotient, Remainder); else APInt::udivrem(-LHS, RHS, Quotient, Remainder); Quotient =

I wrote the following bit of code static APInt FloorOfQuotient(APInt a, APInt b) { unsigned bits = a.getBitWidth(); APInt q(bits, 1), r(bits, 1); APInt::sdivrem(a, b, q, r); * errs() << "sdivrem(" << a << ", " << b << ") = (" << q << ", " << r << ")\n"; * if (r == 0) return q; else {

hi netters Is there a function in R that can compute the quotient and remainder of a division calculation? such that when 11 is given as the dividend and 5 the divider, the function returns 2(quotient) and 1(remainder). Thanks a lot! _________________________________________________________________ 伱佲伔佈佅伮佋佖 MSN Explorer: http://explorer.msn.com/lccn/

​Can you guys clarify that by Rice you don't mean unary coding, but exponential golomb coding? that issue has confused me before, and probably others.​ -------------- next part -------------- An HTML attachment was scrubbed... URL: <http://lists.xiph.org/pipermail/flac-dev/attachments/20170523/525651dc/attachment.html>

I'm translating a matlab routine to R and I need some equivalent to deconv(): Description: deconv() [q,r] = deconv(v,u) deconvolves vector u out of vector v, using long division. The quotient is returned in vector q and the remainder in vector r such that v = conv(u,q)+r . If u and v are vectors of polynomial coefficients, convolving them is equivalent to multiplying the two polynomials, and

Hi, I conduct a panel data estimation and obtain estimators for two of the coefficients beta1 and beta2. R tells me the mean and covariance of the distribution of (beta1, beta2). Now I would like to find the distribution of the quotient beta1/beta2, and one way to do it is to simulate via the joint distribution (beta1, beta2), where both beta1 and beta2 follow t distribution. How could we

Introduction: We would like to add new keyword to 'sdiv'\'udiv' instructions i.e. 'no-overflow'. This is the updated solution devised in the discussion: http://lists.llvm.org/pipermail/llvm-dev/2017-October/118257.html The proposed keywords: "nof" stands for 'no-overflow' Syntax: <result> = sdiv nof <ty> <op1>,

I've been looking over Benjamin Schwartz's Skeleton A-mod proposal. I've been pretty busy with other projects over the past few months, so haven't had a chance to look at Ogg indexing until now... In general, I think Benjamin's ideas are sound, they're improvements, and I'm open to being convinced to take them in the next index version. We may as well get the index

how do I code the following in R. I want to produce a vector where dx=log( (d(x))/(d(x-1)) ). I can do it for dx=diff(log(x)). I am learning/trying to model log returns of a stock market index. But instead of using the difference of the closing values of two consecutive days, i want to use the log of the quotient of the two days. any help is most appreciated. d is a vector of the closing values of

On Mon, Dec 09, 2013 at 01:58:29PM +0000, Renato Golin wrote: > I can see the error, and it's just a bad selection of choices. I was > wrong in assuming that the "eabi" at the end would always force it: > > $ clang -target arm-elf-eabi -S mod.c -o - | grep mod > .file "mod.c" > bl __modsi3 > bl __umodsi3 I was discussing this with Tim on IRC and he

Here is a patch containing all but one of the changes. I realized that the remainder/modulo discussion does indeed belongs to the srem instruction. The semantics of urem are obvious and need no further clarification. Best Regards, Jon 1572,1573c1572,1575 < notation (see below). Floating point constants must have a <a < href="#t_floating">floating point</a>

On Tue, Sep 05, 2023 at 11:09:02AM +0100, Richard W.M. Jones wrote: > > > +static inline int64_t > > > +human_size_parse (const char *str, > > > + const char **error, const char **pstr) > > > +{ > > > + int64_t size; > > > + char *end; > > > + uint64_t scale = 1; > > > + > > > + /* XXX Should we

On my test machine, in set_time_scale(), the following code: ts->mul_frac = div_frac(MILLISECS(1000), tps32); crashes with a division by zero error if tps32 == 1000000000d. Unfortunately, tps32 is often that value. Does anyone know why this happens? I''ve resolved it temporarily by checking for tps32 == 1000000000 and changing the value slightly (101000010d works fine on my test

I have a rather basic background in statistics, and am looking for assistance in solving what I expect is a common type of problem. I have measurements of physical processes, and mathematical models of those processes that I want to feed the measurements into. A simple case is using measurements of electric power entering and leaving a power conversion device, sampled at regular intervals, and

Hi Jon, Please you'll want to submit patches as unified diffs and as attachments. I notice you're using Thunderbird, so I refer you to this tip: http://lists.cs.uiuc.edu/pipermail/llvmdev/2008-January/011992.html Although this note doesn't apply to how you included your original patch (looks like you pasted it in), Thunderbird has default attachment handling settings which

Dear list, If I know the standard error for k1 and k2, is there anything I can call in R to calculate the standard error of k1/k2? Thanks. Jun [[alternative HTML version deleted]]

On Wed, 2008-03-26 at 15:47 +0100, Duncan Sands wrote: > can you really use condition codes for multiply and floating point? For scalar multiply, not really. What you *can* do is use the native multiply instruction that does (32x32)->(lower,upper), and then decide based on the upper 32 bits of the result whether you had a multiply-carry. Similarly for i-divide 64->(quotient,remainder).

Here are some clarifications for the reference manual. Please verify that my assumptions are correct. Shall I post a patch? Floating-point Constants: Add "The assembler requires the exact decimal value of a floating-point constant. For example, the assembler accepts '1.25' but rejects '1.3' because '1.3' is a repeating decimal in binary." Binary

This patch-set deals with some of the style isues in blkvsc_drv.c. We also get rid most of the "dead code" in this file: 1) Get rid of most of the forward declarations in this file. The only remaining forward declarations are to deal with circular dependencies. 2) Get rid of most of the dead code in the file. Some of the functions in this file are place holders - they

This patch-set deals with some of the style isues in blkvsc_drv.c. We also get rid most of the "dead code" in this file: 1) Get rid of most of the forward declarations in this file. The only remaining forward declarations are to deal with circular dependencies. 2) Get rid of most of the dead code in the file. Some of the functions in this file are place holders - they