Try the following...
On 10/25/07 1:26 AM, "[EMAIL PROTECTED]" <[EMAIL PROTECTED]> wrote:
> cmdargs1= ["elevation=%s" %dtm]
> cmdargs2=["slope=slope1", "format=percent", "--overwrite"]
> os.execvp("r.slope.aspect", ["r.slope.aspect"] + cmdargs1 + cmdargs2)
>
>
> cmdargs3=["input=slope1", "output=slope_prova1", "method=average",
> "size=9"]
> os.execvp("r.neighbors",["r.neighbors"] + cmdargs3)
cmdargs1= ["r.slope.aspect","elevation=%s" %dtm,"slope=slope1",
"format=percent", "--overwrite"]
cmdargs2=["r.neighbors", "input=slope1", "output=slope_prova1",
"method=average","size=9"]
p1 = subprocess.Popen(cmdargs1)
# NOTE: you may have to insert a wait or something here to make sure that
# slope1 is created before running the next process
p2 = subprocess.Popen(cmdargs2)
# you can do more sophisticated things with Popen if you want
# and can check return values by parsing p1 and p2
Michael
__________________________________________
Michael Barton, Professor of Anthropology
Director of Graduate Studies
School of Human Evolution & Social Change
Center for Social Dynamics and Complexity
Arizona State University
phone: 480-965-6213
fax: 480-965-7671
www: http://www.public.asu.edu/~cmbarton
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