Displaying 4 results from an estimated 4 matches for "long_t".
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2005 Apr 16
1
[LLVMdev] Re: New primitive type for 32/64 compatibility?
On Sat, 16 Apr 2005 10:38:10 -0500, Chris Lattner wrote:
> While I don't think that having 'long_t' or something like that is
> necessarily a good idea, I do think that having an 'intptr' type could be
> a useful feature, with the advantage of it being a language-independent
> construct. I think this would capture what you're really going for, and
> have very sim...
2005 Apr 16
0
[LLVMdev] New primitive type for 32/64 compatibility?
...ally appropriate. The problem is that 'long' varies in different
ways on different platforms/os's, some of which make sense, and some of
which do not. Also, this is a very c-centric request, I am not sure if it
makes sense for other people.
While I don't think that having 'long_t' or something like that is
necessarily a good idea, I do think that having an 'intptr' type could be
a useful feature, with the advantage of it being a language-independent
construct. I think this would capture what you're really going for, and
have very simple and well-defined...
2005 Apr 16
2
[LLVMdev] New primitive type for 32/64 compatibility?
Hello,
I was asking some questions on IRC tonight about LLVM and 32bit/64bit
compatibility. I'm sure some of these questions sound a bit naive, but
so far you guys have been wonderful at forgiving my lack of knowledge :)
I'm interested in having one LLVM bytecode file that I can then turn
into a 32bit or 64bit ELF file that links against 32bit or 64bit ELF
shared libraries, respectively.
2012 Oct 03
0
ggplot2 problem
...0.1991832405
227 1.116115e+12 2005-05-15 -0.0029508672
228 1.116202e+12 2005-05-16 0.1759385169
229 1.116288e+12 2005-05-17 -0.7524182200
230 1.116374e+12 2005-05-18 0.0271098670
Here is the code wich forms input matrix to make_stars function:
transpose_stars = function(lat_b, long_b,lat_t,long_t,step){
matrix <- readSO2Data(lat_b, long_b) // read an arbitrary point for
calculating matrix size
nlat <- (lat_t-lat_b)/step+1
nlong <- (long_t-long_b)/step+1
ntime <- length(matrix$value)
list_lat<-list()
list_long<-list()
list_time<-list()
for( m in 1:nlat){
list_lat[m]&l...