On 01/05/2017 01:10 PM, Peter Otten wrote:
S. P. Molnar wrote:
I have just started attempting programming in Python and am using Spyder
with Python 3.5.2 on a Linux platform. (I first started programing in
Fortran II using punched paper tape. Yes, am a rather elderly . . .).
I have bumbled
On Thu, Jan 05, 2017 at 08:29:33AM -0500, S. P. Molnar wrote:
[...]
> To change the frequency to wave length I did the following:
>
>
> p=1/1e7
> wave_length = p*np.array(frequency)
>
> (The relationship between wavelength and frequency is: wavelength =
> 1.0e7/frequency, where 1e7 is the
S. P. Molnar wrote:
> I have just started attempting programming in Python and am using Spyder
> with Python 3.5.2 on a Linux platform. (I first started programing in
> Fortran II using punched paper tape. Yes, am a rather elderly . . .).
>
> I have bumbled through, what I foolishly thought
On 01/05/2017 11:41 AM, Alan Gauld via Tutor wrote:
On 05/01/17 13:29, S. P. Molnar wrote:
Fortran II using punched paper tape. Yes, am a rather elderly . . .).
You are not the only one, there are at least 2 more of us on
this list that started in that era...
short program to change
On 05/01/17 13:29, S. P. Molnar wrote:
> Fortran II using punched paper tape. Yes, am a rather elderly . . .).
You are not the only one, there are at least 2 more of us on
this list that started in that era...
> short program to change frequency to wavelength for a plot of
> ultraviolet
