CTSB01 wrote:
> On Thursday, July 25, 2013 3:19:27 PM UTC-4, Dave Angel wrote:
> > On 07/25/2013 12:03 PM, CTSB01 wrote:
> >
> > > I have the following code that runs perfectly:
> >
> >
> > > def psi_j(x, j):
> >
> > >rtn = []
> >
> > >for n2 in range(0, len(x) * j - 2
Some additional comments.
On 7/25/2013 7:00 PM, Terry Reedy wrote:
On 7/25/2013 4:58 PM, CTSB01 wrote:
1) I decided to use Python 2.7, and I will be sure to specify this in
all future threads.
Given that you are not using any libraries, let alone one that does not
run on Python 3, I strongly
On 07/25/2013 04:58 PM, CTSB01 wrote:
Sorry Dave, to answer each part of your response:
1) I decided to use Python 2.7, and I will be sure to specify this in all
future threads.
2) It is a list of positive integers. In fact, it is always going to be a list
of positive increasing integer
On 7/25/2013 4:58 PM, CTSB01 wrote:
1) I decided to use Python 2.7, and I will be sure to specify this in
all future threads.
Given that you are not using any libraries, let alone one that does not
run on Python 3, I strongly recommend using the latest version (3.3).
2) It is a list of posit
On Thursday, July 25, 2013 3:19:27 PM UTC-4, Dave Angel wrote:
> On 07/25/2013 12:03 PM, CTSB01 wrote:
>
> > I have the following code that runs perfectly:
>
>
> > def psi_j(x, j):
>
> >rtn = []
>
> >for n2 in range(0, len(x) * j - 2):
>
> > n = n2 /
On 07/25/2013 12:03 PM, CTSB01 wrote:
I have the following code that runs perfectly:
def psi_j(x, j):
rtn = []
for n2 in range(0, len(x) * j - 2):
n = n2 / j
r = n2 - n * j
rtn.append(j * x[n] + r * (x[n + 1] - x[n]))
I have the following code that runs perfectly:
def psi_j(x, j):
rtn = []
for n2 in range(0, len(x) * j - 2):
n = n2 / j
r = n2 - n * j
rtn.append(j * x[n] + r * (x[n + 1] - x[n]))
print 'n2 =', n2, ': n =', n, ' r =' , r, '
