SOrry, just started python programming. I have so much to learn still.
My output was
What is the value of xmin?-2.5
What is the value of dx?0.5
What is the value of nx?11
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
Please choose a scale for your plot50
*
I think I called the functions now...but I don't get the desired output, is
it my gaussian function which is wrong?
We had a lecture on "def" function, but wasn't really told how to do this
program.
from __future__ import division
import math
a=raw_input("What is the value of xmin?")
b=raw_input("What is the value of dx?")
c=raw_input("What is the value of nx?")
xmin=float(a)
dx=float(b)
nx=int(c)
n=int(c)
l=[]
for x in range(0.00,n):
print xmin+x*dx
def line(n):
s=''
i=raw_input("Please choose a scale for your plot")
n=int(i)
for j in range(0.00,n):
s= s+ "*" + "\n"
print s
return s
def gauss(x):
gaussa=math.pi(2)
gaussb=math.sqrt(gaussa)
gaussc=1/gaussb
gaussd=math.exp(-0.5*-2.00**2)
gausse= gaussc*gaussd
return gausse
print gausse
line(gauss)
optimum wrote:
>
> I dont think that this program uses the gaussian function, am I in the
> right wavelength?
>
> from __future__ import division
> import math
>
> a=raw_input("What is the value of xmin?")
> b=raw_input("What is the value of dx?")
> c=raw_input("What is the value of nx?")
>
> xmin=float(a)
> dx=float(b)
> nx=int(c)
> n=int(c)
> l=[]
>
> for x in range(0.00,n):
> print xmin+x*dx
> def line(n):
> s=''
> i=raw_input("Please choose a scale for your plot")
> n=int(i)
> for j in range(0.00,n):
> s= s+ "***" + "\n"
> print s
> return s
>
> def gauss(x):
> gaussa=math.pi(2)
> gaussb=math.sqrt(gaussa)
> gaussc=1/gaussb
> gaussd=math.exp(-0.5*-2.00**2)
> gausse= gaussc*gaussd
> print gausse
>
>
>
> Bob Gailer wrote:
>>
>> optimum wrote:
>>> Hey. Is there anyone who can give me some help?
>>> Below is the question I was set.
>>>
>> This sounds like a homework assignment. We don't write programs for
>> assignments. We offer help after you give it your best effort.
>>> I am having trouble with the gaussian function and don't really know
>>> where
>>> to start.
>>>
>>
>> It sounds like you are having trouble with programming, not with the
>> gaussian function. Did you run the following code? Did it give you any
>> useful results? (I expect it to raise an exception.) At least run it and
>> see what happens. How does it contribute to the overall result?
>>
>> s=''
>> for n in range (0,100):
>> s=s+ '*'
>> print s
>>
>>
>> Can you at least outline the program or algorithm as a starting place.
>>> "Write a program which asks the user for values
>>> of xmin, dx and nx. The program should then
>>> output a plot of the gaussian function
>>>
>>>
>>> at the following series of values of x:
>>> xmin, xmin+dx, xmin+2*dx, xmin+3*dx, : : :,
>>> xmin+(nx-1)*dx. e.g. the following output
>>> should result if xmin = 2:5, dx = 0:5 and
>>> nx = 11.
>>> -2.50 *
>>> -2.00 ***
>>> -1.50 ******
>>> -1.00 ************
>>> -0.50 ******************
>>> 0.00 ********************
>>> 0.50 ******************
>>> 1.00 ************
>>> 1.50 ******
>>> 2.00 ***
>>> 2.50 *
>>> The program should contain and make full use
>>> of the following functions:
>>> gauss(x) - Returns the value of the Gaussian
>>> function
>>>
>>> line(n) - Prints a line of n asterisks followed
>>> by a newline character.
>>>
>>> You will need to choose a scale for your plot;
>>> in the example shown the number of asterisks
>>> is 50 * gauss(x).
>>>
>>> Should I start with a program like this?
>>>
>>> s=''
>>> for n in range (0,100):
>>> s=s+ '*'
>>> print s
>>>
>>> Thanks for any help received. :confused:
>>>
>>
>>
>> --
>> Bob Gailer
>> Chapel Hill NC
>> 919-636-4239
>>
>> When we take the time to be aware of our feelings and
>> needs we have more satisfying interatctions with others.
>>
>> Nonviolent Communication provides tools for this awareness.
>>
>> As a coach and trainer I can assist you in learning this process.
>>
>> What is YOUR biggest relationship challenge?
>>
>> _______________________________________________
>> Tutor maillist - Tutor@python.org
>> http://mail.python.org/mailman/listinfo/tutor
>>
>>
>
>
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