void GLWidget::clientDraw()
{
if(m_world->isRayCast()) {
m_world->render(getCamera());
glDisable(GL_BLEND);
drawFrontImagePlane();
}
else {
m_world->draw(getCamera());
}
std::stringstream sst;
if(AdeniumInterface::BakeFile.isOpened()) {
sst.str("");
sst<<"bake file: "<<AdeniumInterface::BakeFile.fileName();
hudText(sst.str(), 2);
sst.str("");
sst<<"frame: "<<AdeniumInterface::BakeFile.currentFrame();
hudText(sst.str(), 3);
AdeniumInterface::ReadBakeFrame(m_world);
sst.str("");
sst<<"world p: "<<m_world->currentTranslation();
hudText(sst.str(), 4);
if(m_world->doneVelocityCaching()) hudText("all frames saved", 5);
}
else
hudText("no bake loaded", 2);
sst.str("");
sst<<"fps: "<<frameRate();
hudText(sst.str(), 1);
}
void GLWidget::clientDraw()
{
if(m_thread->numLoops() < WorldThread::NumSubsteps) {
emit updatePhysics();
return;
}
std::stringstream sst;
sst.str("");
sst<<"fps: "<<frameRate();
hudText(sst.str(), 1);
#if DRGDRW
if(m_isPhysicsRunning) m_interface->draw(m_world, getDrawer());
#else
if(m_isPhysicsRunning) {
emit updatePhysics();
m_interface->draw(m_world, getDrawer());
m_world->dbgDraw();
}
#endif
//else m_interface->drawFaulty(m_world, getDrawer());
}
