Liam Clarke wrote:
oh? Is is the negative?
No, the decimal fraction. It's easy enough to try it:
Not exactly, it's a combination of string *and* decimal fraction.
int('-945')
-945
int('-945.0')
Traceback (most recent call last):
File "", line 1, in ?
ValueError: invalid literal for int(): -945.0
i
Liam Clarke wrote:
oh? Is is the negative?
No, the decimal fraction. It's easy enough to try it:
>>> int('950')
950
>>> int('-950')
-950
>>> int('950.00')
Traceback (most recent call last):
File "", line 1, in ?
ValueError: invalid literal for int(): 950.00
>>> int('-950.00')
Traceback (most
oh? Is is the negative?
On Mon, 07 Feb 2005 09:36:02 -0500, Kent Johnson <[EMAIL PROTECTED]> wrote:
> Liam Clarke wrote:
> >>>example of (1):
> >>>-
> >>>#this part of the program reads the file basin.out (the data we want to
> >>>analyze) a
Liam Clarke wrote:
example of (1):
-
#this part of the program reads the file basin.out (the data we want to
analyze) and changes its contents to the array arr_xy
#layout of basin.out:
#1 -950.0010.00 200> this line contains start
Karen,
Put all of your code into a function, maybe called import_cobra(). The function should take the path
to the basic.out file as a parameter and return the array of data. So it will look something like this:
def import_cobra(basicPath):
cobra_xy_file = open(basicPath)
# All the same c
Actually, if I may rewrite some sections of your code -
> > example of (1):
> > -
> > #this part of the program reads the file basin.out (the data we want to
> > analyze) and changes its contents to the array arr_xy
> > #layout of basin.out:
Hi Karen,
if I have a file called foo.py =
def la()
return "la"
x = 15
I can do the following in bar.py =
import foo#Notice there's no .py extension!
j = foo.la()
print j
print foo.x
> la
> 15
Hope that helps
Liam Clarke
On Mon, 07 Feb 2005 14:40:06 +0100, Karen Leever
<[EMAIL P
Hello,
I've been writing some small python programs that basically do function
analysis on the (x,y) output of a fortran code called COBRA.
The COBRA output (basin.out) is the shape of a flexed beam, of which I
calculate the 0-crossing, x and y of max. amplitude, and cross sectional
area between
