Thanks for this elaborate explanation - a real eye-opener and hint for a
(pseudo) work-around :)
When we change Impl B to (using _0,_2,...):
Implementation == BOP add
Rep := BOP
coerce(s:Symbol):% == operator s
_0:PINT
_2:PINT
r:Polynomial Integer
On Thu, Sep 01, 2022 at 07:32:00PM +0200, Kurt Pagani wrote:
> On 01.09.2022 19:11, Waldek Hebisch wrote:
> > On Thu, Sep 01, 2022 at 09:11:33AM -0700, Kurt Pagani wrote:
> >> Problem: when using a type A(p:Polynomial Integer) in another type B, then
> ...
> >
> > ATM I see no chance to make
On 01.09.2022 19:11, Waldek Hebisch wrote:
> On Thu, Sep 01, 2022 at 09:11:33AM -0700, Kurt Pagani wrote:
>> Problem: when using a type A(p:Polynomial Integer) in another type B, then
...
>
> ATM I see no chance to make this working. Let me recall what I wrote
> im March 2021:
>
> : However,
On Thu, Sep 01, 2022 at 09:11:33AM -0700, Kurt Pagani wrote:
> Problem: when using a type A(p:Polynomial Integer) in another type B, then
> Fricas complains if p is a number (Expression makes no difference). Is
> there any method to tell the compiler that the number (if) is a "Polynomial
>
Problem: when using a type A(p:Polynomial Integer) in another type B, then
Fricas complains if p is a number (Expression makes no difference). Is
there any method to tell the compiler that the number (if) is a "Polynomial
Integer"? I tried out as much as crossed my mind. Any clues highly
