Variant tries to mimic D's built-in rules for arithmetic
conversions but:
import std.variant, std.stdio;
void main()
{
auto v1 = Variant(4.5f);
auto v2 = Variant(3.5f);
writeln((v1+v2).type()); // double
}
The reason is Variant doesn't try to convert to float in
opArithmetic (it's is eas
On 9/18/12 1:36 PM, cal wrote:
Variant tries to mimic D's built-in rules for arithmetic conversions but:
import std.variant, std.stdio;
void main()
{
auto v1 = Variant(4.5f);
auto v2 = Variant(3.5f);
writeln((v1+v2).type()); // double
}
The reason is Variant doesn't try to convert to float in o
On Tuesday, 18 September 2012 at 19:02:33 UTC, Andrei
Alexandrescu wrote:
On 9/18/12 1:36 PM, cal wrote:
Variant tries to mimic D's built-in rules for arithmetic
conversions but:
import std.variant, std.stdio;
void main()
{
auto v1 = Variant(4.5f);
auto v2 = Variant(3.5f);
writeln((v1+v2).type
