void RenderingContext::RestoreBatch()
{
if (mBatch!=nullptr)
{
mBatch->Restore();
}
ResetBatch();
}
void CDX9Renderer::EndBatch()
{
if (batch.empty())
return;
if(begin_scene_nest == 0)
{
// Its better if this doesn't happen...but if it does...force direct x to have
// a begin scene otherwise it will crash. This messes up parallel processing,
// but its better than the runtime crashing! - Davo
CRASSERT(d3d9_device != NULL);
hr = d3d9_device->BeginScene();
}
batches_per_present++;
#ifdef CR_DEBUG
if (debug_save_next_batch)
DoBatchLog();
#endif
// Lock exactly the right number of indices and vertices
vertex* vertex_mem;
unsigned short* index_mem;
unsigned int vertex_bytes = vertices_vector.size() * sizeof(vertex);
unsigned int index_bytes = indices_vector.size() * sizeof(unsigned short);
// Update only when bytes are to be copied (D3D interprets 0 as 'lock entire buffer'!)
if (vertex_bytes != 0) {
batch_buffer->Lock(0, vertex_bytes, (void**)&vertex_mem, D3DLOCK_DISCARD);
memcpy(vertex_mem, &(vertices_vector.front()), vertex_bytes);
batch_buffer->Unlock();
}
if (index_bytes != 0) {
index_buffer->Lock(0, index_bytes, (void**)&index_mem, D3DLOCK_DISCARD);
memcpy(index_mem, &(indices_vector.front()), index_bytes);
index_buffer->Unlock();
}
// Loop the batch doing every item
BatchIterator i = batch.begin();
BatchIterator batch_end = batch.end();
for ( ; i != batch_end; ++i)
(*i)->Do();
if(begin_scene_nest == 0)
{
// Its better if this doesn't happen...but if it does...force direct x to have
// a begin scene otherwise it will crash. This messes up parallel processing,
// but its better than it crashing! - Davo
CRASSERT(d3d9_device != NULL);
hr = d3d9_device->EndScene();
}
// Put everything back
ResetBatch();
}
