On 27/05/21 4:17 am, Chris Angelico wrote:
Worst case, it
is technically available as the ._fullcircle member, but I would
advise against using that if you can help it!
If you're worried about that, you could create your own
turle subclass that tracks the state how you want.
--
Greg
--
https:/
On Wed, May 26, 2021 at 10:59 AM Michael F. Stemper wrote:
> In order to turn the turtle, I need to select a way to represent
> angles. I could use either degrees or radians (or, I suppose,
> grads). However, for my functions to work, I need to set the
> turtle to that mode. This means that I cou
On Thu, May 27, 2021 at 6:51 AM Michael F. Stemper wrote:
>
> On 26/05/2021 11.17, Chris Angelico wrote:
> > On Thu, May 27, 2021 at 1:59 AM Michael F. Stemper
> > wrote:
>
>
> >>What I would like to do is capture the
> >> angle-representation mode on entry and restore it on return.
> >> How
On 26/05/2021 13.24, Stefan Ram wrote:
"Michael F. Stemper" writes:
What I would like to do is capture the
angle-representation mode on entry and restore it on return.
another one:
def f( turtle_ ):
my_turtle = turtle_.clone()
# now work with my_turtle on
On 26/05/2021 11.17, Chris Angelico wrote:
On Thu, May 27, 2021 at 1:59 AM Michael F. Stemper wrote:
What I would like to do is capture the
angle-representation mode on entry and restore it on return.
However, looking through the methods of turtle.Turtle(), I
can't find any means of captu
On Thu, May 27, 2021 at 1:59 AM Michael F. Stemper wrote:
> In order to turn the turtle, I need to select a way to represent
> angles. I could use either degrees or radians (or, I suppose,
> grads). However, for my functions to work, I need to set the
> turtle to that mode. This means that I could
