On 27-Oct-06, at 2:25 AM, Leo Kislov wrote:
Ivan Vinogradov wrote:
...
call(core/main) works but uses .. of core for input/output.
call(core/main,cwd=core) and call(main,cwd=core) both
result in
[snip exception]
Usually current directory is not in the PATH on UNIX. Try
call(./main
Dear All,
I would greatly appreciate a nudge in the right direction concerning
the use of cwd argument in the call function from subprocess module.
The setup is as follows:
driver.py - python script
core/ - directory
main- fortran executable
snip
NaNs are handled.
Throwing an exception would be nice in regular Python (non-scipy).
This works to catch NaN on OSX and Linux:
# assuming x is a number
if x+1==x or x!=x:
#x is NaN
But is expensive as a precautionary measure.
Assert can be used for testing, if production code
Another option is to use a dedicated section and simply omit values
for options:
[dirs]
/path/1:
/long/path/2:
/etc:
Then get options for section dirs.
This approach precludes using ':' or '=' in paths though.
--
http://mail.python.org/mailman/listinfo/python-list
snip
There are those of us that need NaNs in production code, so it
would have to be something that could be configured. I find
that in my programs the places where I need to do something
exceptional with a NaN are very limited. The vast majority
of the time, I need them to propagate
On 5-May-06, at 6:45 PM, Grant Edwards wrote:
On 2006-05-05, Robert Kern [EMAIL PROTECTED] wrote:
Our programming expectations may differ, but an option to catch
NaNs as
an exception is a great idea.
[...]
Pure Python has a similar, but somewhat less flexible method, on
UNIX
On 31-Mar-06, at 11:17 AM, bayerj wrote:
Mind, that XML documents are not more flexible than RDBMS.
You can represent any XML document in a RDBMS. You cannot represent
any
RDBMS in an XML document. RDBMS are (strictly spoken) relations and
XML
documents are trees. Relations are
Hello All,
this seems like a trivial problem, but I just can't find an elegant
solution neither by myself, nor with google's help.
I'd like to be able to keep an array representing coordinates for a
system of points.
Since I'd like to operate on each point's coordinates individually,
for
