search for: indenpendently

Have got any R-proffessional a starting point for me how i can write me a function which multiply every column with every other column in the data.frame - indenpendent from the dim's . Thanks in advance regards,Christian -.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.- r-help mailing list -- Read http://www.ci.tuwien.ac.at/~hornik/R/R-FAQ.html Send

how can I compute partial correlation there's four variables; income, age, educational level, race. income is indenpendent variable and race is nominal variable I want to calculate partial correlation or semi-partial correlation between income & race help me out... thanks. -- View this message in context: http://r.789695.n4.nabble.com/partial-correlation-tp3591520p3591520.html Sent

> I disagree. This should be handled by the type legalization > infrastructure. huh... As far as I know, the type legalization is in the SelectionDAG phase, and it is also in the backend. Am I right? or I miss something. > there is currently no support for anything like f32 -> f24 You say "there is currently no support for anything like f32 -> f24", does it means I can

On Wednesday 26 November 2008 09:31:26 Wei wrote: > O...k... I try to make some conclusions: > > 1) The conversion from f32 to f24 or i32 to i24 should be written in > the backend. I disagree. This should be handled by the type legalization infrastructure. After all, that's what it is for! However there is currently no support for anything like f32 -> f24. On the other

I think Duncan and I disagree. Generally I would defer to anybody else on this list: my experience is backend Target only, with very little poking around the internals. I'm usually asking, not answering, questions here: the 24 bit floats reminded me of the "good old days" at ATI. That said, I think you could make f32/i32 work for your purposes - given the limited types

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Hi everyone, I've some doubts regarding the usage/working of libvirt-lxc with openstack. I'm doing a project titled "Low density virtualization for Storage cloud" 1. Can i use libvirt for lxc with Openstack swift alone (excluding nova, glance and keystone)? If no what other openstack components should i use for virtualization? (Is it necessary to install openstack nova to do

On Tuesday 05 August 2008 03:27, Bill Wendling wrote: > On Aug 4, 2008, at 10:29 PM, Shrutarshi Basu wrote: > > Hello all, > > I'm a rising sophomore CS/Engineering student in the US and I'm > > interested in programming languages/ compilers.I think the LLVM would Yay! We need more compiler people in this industry. :) This is actually a very good time to be getting

Do you mean MVT::getIntegerVT? Because I can not find getExtendedIntegerVT in the llvm source codes. I am excited seeing this function, however I have the following more questions. 1) You mention I will have to change not small amount of target indenpendent codegen codes to support this extended type. Are there any document to describe how to do such kind modification? I see there is a

On Nov 22, 2008, at 7:48 AM, Wei wrote: > Do you mean MVT::getIntegerVT? Because I can not find > getExtendedIntegerVT in the llvm source codes. > I am excited seeing this function, however I have the following more > questions. See ValueTypes.h and ValueTypes.cpp. Also this example: @str = internal constant [4 x i8] c"%d\0A\00" define void @foo2(i24 %a, i24 %b) nounwind

24 bit is not unusual in the DSP world. I suppose int == 24 bit integer for some of these chips? There isn't a i24 simple type. However, you can create an extended integer type. See getExtendedIntegerVT. It's almost guaranteed you will have to change a chunk of target independent codegen to support the use of an extended type though. Evan On Nov 20, 2008, at 4:46 AM, Wei wrote:

Because each channel contains 24-bit, so.. what is the llvm::SimpleValueType I should use for each channel? the current llvm::SimpleValueType contains i1, i8, i16, i32, i64, f32, f64, f80, none of them are fit one channel (24-bit). I think I can use i32 or f32 to represent each 24-bit channel, if the runtime result of some machine instructions exceeds 23-bit (1 bit is for sign), then it is an