Yes. Actually, I have changed it to this kine od script:
# == model loop ==
#Optione1
if True:
z=zeros( (numlayers,) )
thickness= (thickness*1.0)
for l in layers:
z = arange ((-thickness - h * l),0,dz)
##z= t -h * l
nu = num+ (0.001*exp(-0.005*(z+200.))*dz)
#Option2
if False:
thicknes
stm atoc wrote:
Thank you so much for your reply. It was very helpful information and
I used it in order to improve the program
Here is the new version of the program:
zvalues = [-200] # starting value
hvalues = [10] # starting value
increments = [1, 1, 1, 1, 1, 1, 1, 1]
for N in incremen
Thank you so much. This script and all information was totally helpful
and actually helped me for the next step of my work as well.
Have a great time.
Sue
On Fri, Nov 25, 2011 at 10:44 PM, Andreas Perstinger
wrote:
> On 2011-11-25 14:46, stm atoc wrote:
>>
>> Here is the new version of the p
On 2011-11-25 14:46, stm atoc wrote:
Here is the new version of the program:
zvalues = [-200] # starting value
hvalues = [10] # starting value
increments = [1, 1, 1, 1, 1, 1, 1, 1]
for N in increments:
h = hvalues[-1] - N
hvalues.append(h)
z = zvalues[-1] + h
zv
Thank you so much for your reply. It was very helpful information and
I used it in order to improve the program
Here is the new version of the program:
zvalues = [-200] # starting value
hvalues = [10] # starting value
increments = [1, 1, 1, 1, 1, 1, 1, 1]
for N in increments:
h = hva
stm atoc wrote:
Hi there,
I am a new python user.
I have a question regarding do loop.
This is a simple program that I have written:
-
N=10
h=10.0 # [micrometer]
z=-200.0 # [micrometer]
You define N, h and z here, but later on you use them as loop variables.
So these t
regarding to the last email:
what I am trying to do is seeing the variation of 'nu' over (changes of) 'z'.
My concern is how to arrange this!
Basically, I am not able to define the variation of nu by z ( 1 to
200). I am looking for a statement to show the changes of 'nu' for
each step of z (
Sue,
I'm not familiar with FORTRAN, and since I'm not completely sure what you're
trying to accomplish please take this simply as an 'educated guess'.
My guess is that you're not getting the curve because Z is only defined to one
decimal location (1/10th) precision and probably needs higher p
Hi there,
I am a new python user.
I have a question regarding do loop.
This is a simple program that I have written:
-
N=10
h=10.0 # [micrometer]
z=-200.0 # [micrometer]
num = 0.05 #m**2/s
dz = 1.0
nuh=[]
tmax=3600
dt=20.
nu=[]height = arange(z*dz,0,dz)
outfile=open('nu.da
