search for: float32

Dear R_Help: The following gives me a matrix with integer values. z= matrix(rep(10:1, each= 10), ncol= 10, byrow=TRUE)> str(z)?int [1:10, 1:10] 10 9 8 7 6 5 4 3 2 1 ... How do I specify that I want Float32 values instead. Thanks,Chris

Hello, I've recently run into an unknown bit in Tesla shaders, and was hoping you could shed some light on it. I believe they're related to clamping of some sort. Here are 2 examples (from diff shaders): a0000401 cc054780 cvt rpi f32 $r0 f32 $r2 [unknown: 00000000 00010000] a000060d 8c014780 cvt rni s32 $r3 f32 $r3 [unknown: 00000000 00010000] [This is intel-style syntax, cvt =

...the core typesystem knows of the type, the codegen might not know how to emit operations on that type. now, of note: in my project (not LLVM based), float16 had not been supported directly (since it is not known to the CPU), rather, some loader and saver thunks were used which converted to/from float32 (this used as the 'internal' representation of the type). in most cases, I would think this would be faster than directly operating on the float16, since the CPU supports float32, but float16 would have to be emulated. (unless of course newer CPUs are adding native float16 support or sim...

Hi, I am working on DSP module of Ne10. I see there are fixed-point and floating-point FFT inside Opus. Is fixed-point FFT only a fall back for CPU without VFP? On ARMv7-A and ARMv8-A, benchmark result shows that fixed-point (int32) and floating-point (float32) FFT have similar performance. I guess fixed-point version is not often used on these platforms. Is it worth the effort to NEON-optimize fixed-point FFT? Best Regards, Phil Wang -- IMPORTANT NOTICE: The contents of this email and any attachments are confidential and may also be privileged. If you...

I need to support 16 bit floats for some operations, outside of datatypes.td and the constants class, is there anything else I will need to modify to add f16 support? Thanks, Micah Villmow Systems Engineer Advanced Technology & Performance Advanced Micro Devices Inc. S1-609 One AMD Place Sunnyvale, CA. 94085 P: 408-749-3966 -------------- next part -------------- An HTML

...> type, the codegen might not know how to emit operations on that type. > > now, of note: > in my project (not LLVM based), float16 had not been supported > directly (since it is not known to the CPU), rather, some loader and > saver thunks were used which converted to/from float32 (this used as > the 'internal' representation of the type). in most cases, I would > think this would be faster than directly operating on the float16, > since the CPU supports float32, but float16 would have to be emulated. > > (unless of course newer CPUs are adding n...

Hi Ilia, sorry for the slow response. This isn't my area of expertise, but as I understand it: * You've correctly decoded both instructions: * The first is a float32-to-float32 conversion, applying ceil() * The second is a float32-to-signed-int32 conversion, rounding to the nearest even integer * For the {float,int}-to-{float,int} operations, bit 48 indicates whether the input is signed (1==signed), but that bit is ignored when the source format is...

...n/build/xen-unstable.hg-3.0-20060725.5/tools/ioemu/cpu-all.h:348: warning: return type defaults to `int'' /data/xen/build/xen-unstable.hg-3.0-20060725.5/tools/ioemu/cpu-all.h: In function `ldfl_le_p'': /data/xen/build/xen-unstable.hg-3.0-20060725.5/tools/ioemu/cpu-all.h:349: error: `float32'' undeclared (first use in this function) /data/xen/build/xen-unstable.hg-3.0-20060725.5/tools/ioemu/cpu-all.h:349: error: (Each undeclared identifier is reported only once /data/xen/build/xen-unstable.hg-3.0-20060725.5/tools/ioemu/cpu-all.h:349: error: for each function it appears in.) /da...

Estimado Jesús Para Fernández En teoría es ese material, lo vi muy rápido y en la parte genética tiene cosas que biológicamente no son así, hay un libro de Falconer, Introducción a la genética cuantitativa, que tiene escrita la parte matemática, hay un abismo entre la biología y los ingenieros que se inspiran en la biología. Yo pensaba en la resolución de un problema real, aunque relativamente

Hello, Code: int f1(int a, int b) { return sqrt(a) > sqrt(b); } int f2(int a, int b) { return a > b; } Possibly, under -ffast-math (to ignore NaNs), f1 could be transformed to f2 variant. Also a transformation could support sin and tan, and reverse comparison for cos. Suggestions? Thanks -------------- next part -------------- An HTML attachment was scrubbed... URL:

...fo(infile) nl=infile_info[[1]] ns=infile_info[[2]] for (row in 1:nl) { templine <- readGDAL(infile,region.dim=c(1,ns),offset=c(row-1,0)) writeBin(templine[[1]], outcon,size=4) } close(outcon) # Below doesn't work # writeGDAL(templine,outfile_base,drivername='EHdr',type="Float32") ### The issue is this: I need to be able to effectively copy the geographic/header information from the input file (the last line almost works, but as you can see it sets the line #s to 1, not "ns"), and parse it over to the output file (which is some form of a flat binary fil...

...he core typesystem knows of the type, the codegen might not know how to emit operations on that type. now, of note: in my project (not LLVM based), float16 had not been supported directly (since it is not known to the CPU), rather, some loader and saver thunks were used which converted to/from float32 (this used as the 'internal' representation of the type). in most cases, I would think this would be faster than directly operating on the float16, since the CPU supports float32, but float16 would have to be emulated. (unless of course newer CPUs are adding native float16 support or si...

BTW: You can pass also the float32 data directly to DirectSound instead of doing the conversion (float32->int16) yourself. Have a look at "WAVEFORMATEXTENSIBLE" in the Windows Platform SDK Tobias Waldvogel -----Ursprüngliche Nachricht----- Von: Martin Cesky [mailto:martin@scssoft.com] Gesendet: Dienstag, 2. April 200...

On Apr 27, 2011, at 1:03 AM, Joe Armstrong wrote: > But what is 0x400928F5C0000000? it is NOT the 64 bit representation > with the low order > 32 bits zeroed - it is the 62 bit representation with the low order 28 > bits zeroed. > > Why 28 bits? - 32 bits might be understandable but not 28. I bet the low 29 bits are zeroed. That is the difference between the 52 bit double

Using the following MATLAB snippet: fnames={'chirp','perfect','block','filter'} for k=1:length(fnames) fn=fnames{k}; myfile=fopen([fn, '.fl'], 'r', 'ieee-le'); x=fread(myfile, Inf, 'float32', 0, 'ieee-le'); fclose(myfile); X=specgram(x,2048,1,kaiser(2048,14)); spectrogram_floor=-96; pcolor(max(spectrogram_floor,20*log10(abs(X(end:-1:1,:))))); shading flat colorbar print('-dpng','-r300', [fn, '.png']) end ['Done']...

...: - Fix CVE-2018-10393 and CVE-2017-14160 out-of-bounds read encoding very low sample rates. - Fix handling invalid bytes per sample arguments. - Fix handling invalid channel count arguments. - Fix invalid free on seek failure. - Fix negative shift reading blocksize. - Fix accepting unreasonable float32 values. - Fix tag comparison depending on locale. - Fix unnecessarily linking libm. - Fix memory leak in test_sharedbook. - Update Visual Studio projects for ogg library filename change. - Distribute CMake build files with the source package. - Remove unnecessary configure --target switch. - Add gi...

> I am working on DSP module of Ne10. I see there are fixed-point and > floating-point FFT inside Opus. Is fixed-point FFT only a fall back for CPU > without VFP? On ARMv7-A and ARMv8-A, benchmark result shows that fixed-point > (int32) and floating-point (float32) FFT have similar performance. I guess > fixed-point version is not often used on these platforms. Is it worth the > effort to NEON-optimize fixed-point FFT? Floating point units are optional on the ARM Cortex-M series so I believe it might still be worth while. The Cortex-M3-7 are based on...

...e: > Hi, > > > > I am working on DSP module of Ne10. I see there are fixed-point and > floating-point FFT inside Opus. Is fixed-point FFT only a fall back for > CPU without VFP? On ARMv7-A and ARMv8-A, benchmark result shows that > fixed-point (int32) and floating-point (float32) FFT have similar > performance. I guess fixed-point version is not often used on these > platforms. Is it worth the effort to NEON-optimize fixed-point FFT? > > > > Best Regards, > > Phil Wang > > > -- IMPORTANT NOTICE: The contents of this email and any att...

...kernel: hdaa1: +-------------------+ Sep 20 15:40:31 rmbp kernel: hdaa1: Sep 20 15:40:31 rmbp kernel: hdaa1: Default Parameter Sep 20 15:40:31 rmbp kernel: hdaa1: ----------------- Sep 20 15:40:31 rmbp kernel: hdaa1: Stream cap: 0x00000003 Sep 20 15:40:31 rmbp kernel: hdaa1: FLOAT32 PCM Sep 20 15:40:31 rmbp kernel: hdaa1: PCM cap: 0x001e07f0 Sep 20 15:40:31 rmbp kernel: hdaa1: 16 20 24 32 bits, 32 44 48 88 96 176 192 KHz Sep 20 15:40:31 rmbp kernel: hdaa1: IN amp: 0x00000000 Sep 20 15:40:31 rmbp kernel: hdaa1: OUT amp: 0x00000000 Sep 2...

On Wed, Apr 27, 2011 at 12:51 AM, John McCall <rjmccall at apple.com> wrote: > On Apr 26, 2011, at 2:07 AM, Joe Armstrong wrote: >> Compiles (via clang) to: >> >>  ; ModuleID = 'test101.c' >>  target datalayout = >>