On 08/04/2016 09:06 AM, Steven Schveighoffer wrote:
On 8/4/16 11:19 AM, Andre Pany wrote:
On Thursday, 4 August 2016 at 13:48:46 UTC, Steven Schveighoffer wrote:
On 8/3/16 2:34 PM, Ali Çehreli wrote:
void main() {
Element[] elements = cast(Element[])[ quadraticCoefficient(1),
On 8/4/16 11:19 AM, Andre Pany wrote:
On Thursday, 4 August 2016 at 13:48:46 UTC, Steven Schveighoffer wrote:
On 8/3/16 2:34 PM, Ali Çehreli wrote:
void main() {
Element[] elements = cast(Element[])[ quadraticCoefficient(1),
linearCoefficient(2), equals(), constant(1) ];
is the cast
On Thursday, 4 August 2016 at 13:48:46 UTC, Steven Schveighoffer
wrote:
On 8/3/16 2:34 PM, Ali Çehreli wrote:
void main() {
Element[] elements = cast(Element[])[
quadraticCoefficient(1),
linearCoefficient(2), equals(), constant(1) ];
is the cast necessary? I assumed the compiler would
On 8/3/16 2:34 PM, Ali Çehreli wrote:
void main() {
Element[] elements = cast(Element[])[ quadraticCoefficient(1),
linearCoefficient(2), equals(), constant(1) ];
is the cast necessary? I assumed the compiler would infer the common
base type...
-Steve
On Wednesday, 3 August 2016 at 18:34:02 UTC, Ali Çehreli wrote:
On 08/03/2016 10:58 AM, Andre Pany wrote:
> [...]
(linear/equals/)
> [...]
common
> [...]
quadraticCoefficient(1)~linearCoefficient(2)~equals()~constant(1);
[...]
Thanks a lot Ali.
Kind regards
André
On 08/03/2016 10:58 AM, Andre Pany wrote:
> I try to initialize an array of objects. The methods (linear/equals/)
> returns object of different classes, but all implement a common
> interface "Element".
>
> Element[] elements =
>
Hi,
I try to initialize an array of objects. The methods
(linear/equals/)
returns object of different classes, but all implement a common
interface "Element".
Element[] elements =
quadraticCoefficient(1)~linearCoefficient(2)~equals()~constant(1);
I tried different casts and different
