bool CDasherInterfaceBase::Redraw(unsigned long ulTime, bool bRedrawNodes, CExpansionPolicy &policy) {
DASHER_ASSERT(m_pDasherView);
// Draw the nodes
if(bRedrawNodes) {
m_pDasherView->Screen()->SendMarker(0);
if (m_pDasherModel) {
m_pDasherModel->RenderToView(m_pDasherView,policy);
// if anything was expanded or collapsed render at least one more
// frame after this
if (policy.apply())
ScheduleRedraw();
}
if(m_pGameModule) {
m_pGameModule->DecorateView(ulTime, m_pDasherView, m_pDasherModel);
}
}
//From here on, we'll use bRedrawNodes just to denote whether we need to blit the display...
// Draw the decorations
m_pDasherView->Screen()->SendMarker(1);
if(m_pInputFilter) {
if (m_pInputFilter->DecorateView(m_pDasherView, m_pInput)) bRedrawNodes=true;
}
return bRedrawNodes;
}
bool CDasherModel::RenderToView(CDasherView *pView, CExpansionPolicy &policy) {
DASHER_ASSERT(pView != NULL);
DASHER_ASSERT(m_Root != NULL);
// XXX we HandleOutput in RenderToView
// DASHER_ASSERT(Get_node_under_crosshair() == m_pLastOutput);
bool bReturnValue = false;
std::vector<std::pair<myint,bool> > vGameTargetY;
// The Render routine will fill iGameTargetY with the Dasher Coordinate of the
// youngest node with NF_GAME set. The model is responsible for setting NF_GAME on
// the appropriate Nodes.
pView->Render(m_Root, m_Rootmin + m_iDisplayOffset, m_Rootmax + m_iDisplayOffset, policy, true, &vGameTargetY);
/////////GAME MODE TEMP//////////////
if(m_bGameMode)
if(GameMode::CDasherGameMode* pTeacher = GameMode::CDasherGameMode::GetTeacher())
pTeacher->SetTargetY(vGameTargetY);
//////////////////////////////////////
// TODO: Fix up stats
// TODO: Is this the right way to handle this?
HandleOutput(NULL, NULL);
//ACL Off-screen nodes (zero collapse cost) will have been collapsed already.
//Hence, this acts to maintain the node budget....or whatever the queue's policy is!
if (policy.apply(m_pNodeCreationManager,this)) bReturnValue=true;
return bReturnValue;
}