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I would also be interested in fixed-point arithmetic support in clang/llvm? Is there any movement on this direction since August? Regards, Pedro Malagon -- Pedro Malagon Dpt. Electrical Engineering - Technical University of Madrid Assistant Professor Office B-113 Avda. Complutense s/n, 28040 Madrid Tel. (+34) 915495700 ext. 4220 @:malagon at die.upm.es On 08/10/2013 09:24 PM, Giorgio Franceschetti wrote: > I am. > > Giorgio > >...

...d staff are currently busy just getting our LLVM backend out of the door (in-house only). I hope we will have time to look at this in a year or so.) Regards, Patrik Hägglund -----Original Message----- From: llvmdev-bounces at cs.uiuc.edu [mailto:llvmdev-bounces at cs.uiuc.edu] On Behalf Of Pedro Malagon Sent: den 3 december 2013 14:30 To: llvmdev at cs.uiuc.edu Subject: Re: [LLVMdev] Fixed-point arithmetic I would also be interested in fixed-point arithmetic support in clang/llvm? Is there any movement on this direction since August? Regards, Pedro Malagon -- Pedro Malagon Dpt. Electrical Eng...

Hi, Is there anyone else interested in fixed-point arithmetic support in clang/llvm? Regards, Sergey On Sat, Aug 3, 2013 at 12:14 AM, Sergey Yakoushkin < sergey.yakoushkin at gmail.com> wrote: > Hi all, > > Were there any further discussion or progress with the fixed point support > (ISO/IEC TR 18037) in the meantime? >

I am. Giorgio Il 10/08/2013 12.12, Sergey Yakoushkin ha scritto: > Hi, > > Is there anyone else interested in fixed-point arithmetic support in > clang/llvm? > > Regards, > Sergey > >

Buenas noches Tengo una base de datos a la cual le debo eliminar los valores NA y los valores iguales a 99, 98 y mayores de 10000000. Los valores NA los elimine con la función is.na, pero no tengo idea de como eliminar los valores anteriormente mencionados del vector de datos. Gracias [[alternative HTML version deleted]]

Hola a todos Estoy cargando una base de datos a R llamada "Base", desde excel. A la hora de utilizar funciones como: >pairs(Base) Error in pairs.default(Base) : non-numeric argument to 'pairs' Una forma de arreglar este problema es utilizando la funcion as.numeric(), pero me toca hacerlo variable por variable: >Base$Variable1<-as.numeric( Base$Variable1)

Estimados Hoy instale RStudio, y por sorpresa o desconocimiento de mi parte, veo que hay la posibilidad de importar datos excel, spss, sas, stata, texto, recuerdo consultas en la lista al respecto, posiblemente mucho se soluciones con las herramientas propuestas por RStudio. Javier Rubén Marcuzzi [[alternative HTML version deleted]]

...e backend is not available TriCore backend was developed in 2009, before LLVM2.6. Is there support for this in newer LLVM versions? Is there any example on how this was solved or any one faced this problem later? Can I use the CallingConvention.td or the compatibility is impossible? Thanks, Pedro Malagon -- Pedro Malagón - Profesor ayudante 91 549 57 00 - ext. 4220 Departamento de Ingeniería Electrónica Escuela Técnica Superior de Ingenieros de Telecomunicación Universidad Politécnica de Madrid

On Mon, Oct 8, 2012 at 2:44 AM, Pedro Malagón <malagon at die.upm.es> wrote: > Hi, > > I am trying to complete the hardware multiplier option for MSP430 backend. > > As the hardware multiplier in most of the MSP430 devices is for i8 and > i16 operands, with i16 and i32 result, I am lowering MUL_i8 and MUL_I16. > However, the fro...

Hi, I am trying to complete the hardware multiplier option for MSP430 backend. As the hardware multiplier in most of the MSP430 devices is for i8 and i16 operands, with i16 and i32 result, I am lowering MUL_i8 and MUL_I16. However, the front-end promotes the i8 argument to i32, executes 32-bit multiplier and truncates to 16-bit, so I never lower MUL_I8 nor MUL_I16 but MUL_I32, wchich is lowered

Hi, I am creating a new backend for a custom microcontroller. In order to create the backend I am modifying from Mips backend. My architecture has a store instruction with direct address mode. It accepts two arguments: source register and address (immediate). This instruction is not available in Mips, but it is in Hexagon, so I copied from Hexagon the following, adapting it to my registers: -