Thanks Jeff! That is just wonderful! No need for a non-spherical earth
model for me.
Again, thanks!
Rob
Jeff Whitaker wrote:
>
> Rob Frohne wrote:
>> Hi Jeff,
>>
>> I am an amateur radio operator, and I am writing a little application to
>> display where the major lobe of my antenna is point
Rob Frohne wrote:
> Hi Jeff,
>
> I am an amateur radio operator, and I am writing a little application to
> display where the major lobe of my antenna is pointing. I can control the
> direction of my antenna with the computer, and it would be nice to have a
> display of the whole world, as well as
Hi Jeff,
I am an amateur radio operator, and I am writing a little application to
display where the major lobe of my antenna is pointing. I can control the
direction of my antenna with the computer, and it would be nice to have a
display of the whole world, as well as circles representing how fa
Rob Frohne wrote:
> Hi,
>
> I think I am running into the same thing John is here. When you want to
> display the whole earth in 'aeqd' mode, the projection needs to be onto a
> circle. As it is, what is plotted is a square that just fits inside the
> circle I want. Here is a link to a photo of
Hi,
I think I am running into the same thing John is here. When you want to
display the whole earth in 'aeqd' mode, the projection needs to be onto a
circle. As it is, what is plotted is a square that just fits inside the
circle I want. Here is a link to a photo of the kind of projection I wan
I just thought I would include some code so you can see what I mean.
from mpl_toolkits.basemap import Basemap
import matplotlib.pyplot as plt
import numpy as np
map=Basemap(projection='aeqd', lat_0=46, lon_0=-118.4, width=2830,
height=2830,
resolution='c', area_thresh=1000.)
m
