output::Output::AdditionalData
DensityMap<Listener,Dim>
::announceStormSize(const Announcement& a)
{
announcement.reset( new Announcement(a) );
this->strategy->announce( a );
this->listener->announce( a );
set_base_image_size();
return AdditionalData();
}
Output::AdditionalData
ProgressMeter::announceStormSize(const Announcement &a) {
first = *a.image_number().range().first;
if ( a.image_number().range().second.is_initialized() )
length = *a.image_number().range().second + first
+ 1 * camera::frame;
else
progress.indeterminate = true;
max = frame_count::from_value(0);
return AdditionalData();
}
AverageImage::AdditionalData AverageImage::announceStormSize(const Announcement &a)
{
boost::shared_ptr<const engine::InputTraits> t = a.input_image_traits;
image = Image(t->image(0).size, 0 * camera::frame);
return AdditionalData().set_source_image();
}
inline TRec(TImpl* parent, const TLogRecord& rec)
: TLogRecord(rec.Priority, (const char*)AdditionalData(), rec.Len)
, Parent_(parent)
{
memcpy(AdditionalData(), rec.Data, rec.Len);
}
inline void* Buf() const throw () {
return AdditionalData();
}
