Displaying 4 results from an estimated 4 matches for "lc10".
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fc10
2011 Jul 25
2
[LLVMdev] dragon egg adding extra characters to function names
Hello,
I'm looking at compiling some pieces of the standard library with llvm but
I'm running into problems with some functions being renamed by dragonegg.
For example, when I compile the acos implementation with plain gcc I get:
$ nm acos.o
0000000000000000 r .LC1
0000000000000048 r .LC10
0000000000000050 r .LC11
0000000000000058 r .LC12
0000000000000060 r .LC13
0000000000000068 r .LC14
0000000000000070 r .LC15
0000000000000008 r .LC2
0000000000000010 r .LC3
0000000000000018 r .LC4
0000000000000020 r .LC5
0000000000000028 r .LC6
0000000000000030 r .LC7
0000000000000038 r .LC8
000000...
2011 Jul 26
0
[LLVMdev] dragon egg adding extra characters to function names
...t compiling some pieces of the standard library with llvm but I'm
> running into problems with some functions being renamed by dragonegg. For
> example, when I compile the acos implementation with plain gcc I get:
>
> $ nm acos.o
> 0000000000000000 r .LC1
> 0000000000000048 r .LC10
> 0000000000000050 r .LC11
> 0000000000000058 r .LC12
> 0000000000000060 r .LC13
> 0000000000000068 r .LC14
> 0000000000000070 r .LC15
> 0000000000000008 r .LC2
> 0000000000000010 r .LC3
> 0000000000000018 r .LC4
> 0000000000000020 r .LC5
> 0000000000000028 r .LC6
>...
2011 Jul 27
2
[LLVMdev] dragon egg adding extra characters to function names
...dard library with llvm
> but I'm
> > running into problems with some functions being renamed by dragonegg. For
> > example, when I compile the acos implementation with plain gcc I get:
> >
> > $ nm acos.o
> > 0000000000000000 r .LC1
> > 0000000000000048 r .LC10
> > 0000000000000050 r .LC11
> > 0000000000000058 r .LC12
> > 0000000000000060 r .LC13
> > 0000000000000068 r .LC14
> > 0000000000000070 r .LC15
> > 0000000000000008 r .LC2
> > 0000000000000010 r .LC3
> > 0000000000000018 r .LC4
> > 000000000000...
2012 Apr 02
7
Calculating NOEL using R and logistic regression - Toxicology
Hello, I used the glm function in R to fit a dose-response relationship and
then have been using dose.p to calculate the LC50, however I would like to
calculate the NOEL (no observed effect level), ie the lowest dose above
which responses start occurring. Does anyone know how to do this?
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