bool QueueRender(TA_context* ctx)
{
verify(ctx != 0);
if (FrameSkipping && frameskip) {
frameskip=1-frameskip;
tactx_Recycle(ctx);
fskip++;
return false;
}
if (rqueue)
{
tactx_Recycle(ctx);
fskip++;
return false;
}
frame_finished.Reset();
#ifndef TARGET_NO_THREADS
slock_lock(mtx_rqueue);
#endif
TA_context* old = rqueue;
rqueue=ctx;
#ifndef TARGET_NO_THREADS
slock_unlock(mtx_rqueue);
#endif
verify(!old);
return true;
}
bool QueueRender(TA_context* ctx)
{
verify(ctx != 0);
if (FrameSkipping && frameskip) {
frameskip=1-frameskip;
tactx_Recycle(ctx);
fskip++;
return false;
}
//Try to limit speed to a "sane" level
//Speed is also limited via audio, but audio
//is sometimes not accurate enough (android, vista+)
u32 cycle_span = sh4_sched_now64() - last_cyces;
last_cyces = sh4_sched_now64();
double time_span = os_GetSeconds() - last_frame;
last_frame = os_GetSeconds();
bool too_fast = (cycle_span / time_span) > (SH4_MAIN_CLOCK * 1.2);
if (rqueue && too_fast && settings.pvr.SynchronousRender) {
//wait for a frame if
// we have another one queue'd and
// sh4 run at > 120% on the last slice
// and SynchronousRendering is enabled
frame_finished.Wait();
verify(!rqueue);
}
if (rqueue) {
tactx_Recycle(ctx);
fskip++;
return false;
}
frame_finished.Reset();
mtx_rqueue.Lock();
TA_context* old = rqueue;
rqueue=ctx;
mtx_rqueue.Unlock();
verify(!old);
return true;
}
void FinishRender(TA_context* ctx)
{
verify(rqueue == ctx);
mtx_rqueue.Lock();
rqueue = 0;
mtx_rqueue.Unlock();
tactx_Recycle(ctx);
}
void FinishRender(TA_context* ctx)
{
verify(rqueue == ctx);
#ifndef TARGET_NO_THREADS
slock_lock(mtx_rqueue);
#endif
rqueue = 0;
#ifndef TARGET_NO_THREADS
slock_unlock(mtx_rqueue);
#endif
tactx_Recycle(ctx);
frame_finished.Set();
}
void rend_start_render()
{
pend_rend = false;
bool is_rtt=(FB_W_SOF1& 0x1000000)!=0;
TA_context* ctx = tactx_Pop(CORE_CURRENT_CTX);
SetREP(ctx);
if (ctx)
{
if (!ctx->rend.Overrun)
{
//printf("REP: %.2f ms\n",render_end_pending_cycles/200000.0);
FillBGP(ctx);
ctx->rend.isRTT=is_rtt;
ctx->rend.isAutoSort = UsingAutoSort();
ctx->rend.fb_X_CLIP=FB_X_CLIP;
ctx->rend.fb_Y_CLIP=FB_Y_CLIP;
max_idx=max(max_idx,ctx->rend.idx.used());
max_vtx=max(max_vtx,ctx->rend.verts.used());
max_op=max(max_op,ctx->rend.global_param_op.used());
max_pt=max(max_pt,ctx->rend.global_param_pt.used());
max_tr=max(max_tr,ctx->rend.global_param_tr.used());
max_mvo=max(max_mvo,ctx->rend.global_param_mvo.used());
max_modt=max(max_modt,ctx->rend.modtrig.used());
#if HOST_OS==OS_WINDOWS && 0
printf("max: idx: %d, vtx: %d, op: %d, pt: %d, tr: %d, mvo: %d, modt: %d, ov: %d\n", max_idx, max_vtx, max_op, max_pt, max_tr, max_mvo, max_modt, ovrn);
#endif
if (QueueRender(ctx)) {
palette_update();
rs.Set();
pend_rend = true;
}
}
else
{
ovrn++;
printf("WARNING: Rendering context is overrun (%d), aborting frame\n",ovrn);
tactx_Recycle(ctx);
}
}
}
bool QueueRender(TA_context* ctx)
{
verify(ctx != 0);
if (rqueue) {
tactx_Recycle(ctx);
fskip++;
return false;
}
mtx_rqueue.Lock();
TA_context* old = rqueue;
rqueue=ctx;
mtx_rqueue.Unlock();
verify(!old);
return true;
}
