On Sat, Dec 26, 2009 at 10:50:40AM +0100, Tim Blechmann wrote:
> >>> Thus telling the compiler that `this` is not an alias when
> >>> process() is called.
> >>
> >> On second thought... since those didn't work for me, perhaps part of
> >> the problem is that osc_block is a global variable, and thus
>>> Thus telling the compiler that `this` is not an alias when
>>> process() is called.
>>
>> On second thought... since those didn't work for me, perhaps part of
>> the problem is that osc_block is a global variable, and thus there's
>> no way to prove __restrict__ on it.
>>
>> -gabriel
>
> fields
On Tue, Dec 22, 2009 at 02:11:23PM -0600, Gabriel M. Beddingfield wrote:
>
>
> On Tue, 22 Dec 2009, Gabriel M. Beddingfield wrote:
>
> >Thus telling the compiler that `this` is not an alias when
> >process() is called.
>
> On second thought... since those didn't work for me, perhaps part of
> t
On Tue, 22 Dec 2009, Gabriel M. Beddingfield wrote:
> Thus telling the compiler that `this` is not an alias when
> process() is called.
On second thought... since those didn't work for me,
perhaps part of the problem is that osc_block is a global
variable, and thus there's no way to prove __r
On Tue, 22 Dec 2009, torbenh wrote:
> class Ramp
> {
>private:
> float _phase;
> float _omega;
>public:
> Ramp();
> float process()
> {
> _phase += _omega;
> return _phase;
> }
> };
Is the problem that _phase and _omega get reload
On Tue, Dec 22, 2009 at 05:55:08PM +0100, torbenh wrote:
>
> hi...
>
> i discovered yesterday, that gcc cant optimize something like:
>
> ---
> class Ramp
> {
> private:
> float _phase;
> float _omega;
> publ
hi...
i discovered yesterday, that gcc cant optimize something like:
---
class Ramp
{
private:
float _phase;
float _omega;
public:
Ramp();
float process()
{
_phase += _
