void SPFlowregionExclude::UpdateComputed(void)
{
SPObject* object=SP_OBJECT(this);
if (computed) {
delete computed;
computed = NULL;
}
for (SPObject* child = sp_object_first_child(object) ; child != NULL ; child = SP_OBJECT_NEXT(child) ) {
GetDest(child,&computed);
}
}
void SPFlowregion::UpdateComputed(void)
{
SPObject* object=SP_OBJECT(this);
for (std::vector<Shape*>::iterator it = computed.begin() ; it != computed.end() ; it++)
delete *it;
computed.clear();
for (SPObject* child = sp_object_first_child(object) ; child != NULL ; child = SP_OBJECT_NEXT(child) ) {
Shape *shape = NULL;
GetDest(child,&shape);
computed.push_back(shape);
}
}
void Room::Update()
{
float east = m_tilesize.x * m_gridsize.x * 0.5f;
float west = -east;
float south = m_tilesize.y * m_gridsize.y * 0.5f;
float north = -south;
float smallDistX = 20.0f; // TODO CONFIG
float smallDistY = 40.0f; // TODO CONFIG
bool changeLoc = false;
int destLocation = 0;
Vec3f destPos;
// Check if local player has left room
Player* p = GetLocalPlayer();
if (p)
{
Vec3f pos = p->GetPos();
if (pos.x < west + smallDistX)
{
int w = GetDest(AMJU_ROOM_W);
if (w)
{
// Go to West room
changeLoc = true;
destLocation = w;
destPos = pos;
Vec2f size = GetRoomSize(w); // get size of dest room
destPos.x = size.x * 0.5f - smallDistX;
}
}
else if (pos.x > east - smallDistX)
{
int e = GetDest(AMJU_ROOM_E);
if (e)
{
// Go to East room
changeLoc = true;
destLocation = e;
destPos = pos;
Vec2f size = GetRoomSize(e); // get size of dest room
destPos.x = size.x * -0.5f + smallDistX;
}
}
if (pos.z > south - smallDistY) // off bottom
{
int s = GetDest(AMJU_ROOM_S);
if (s)
{
// Go to West room
changeLoc = true;
destLocation = s;
destPos = pos;
Vec2f size = GetRoomSize(s); // Get size of dest room
destPos.z = size.y * -0.5f + smallDistY;
}
}
else if (pos.z < north + smallDistY) // up, off top of room
{
int n = GetDest(AMJU_ROOM_N);
if (n)
{
// Go to East room
changeLoc = true;
destLocation = n;
destPos = pos;
Vec2f size = GetRoomSize(n); // Get size of dest room
destPos.z = size.y * 0.5f - smallDistY;
}
}
if (changeLoc)
{
SetLocalPlayerLocation(destLocation); // LocalPlayer
// Just do this, and wait for round trip from server. Ensures consistency..?
TheObjectUpdater::Instance()->SendChangeLocationReq(p->GetId(), destPos, destLocation);
// Set new position immediately
p->SetPos(destPos);
p->MoveTo(destPos); // stop moving ?
return;
}
// Check for collision with obstacles layer (tilemap [1])
// (Another way could be to create an Obstacle game object for each tile,
// but this is linear time anyway.)
TileVec& tv = m_tiles[1];
for (TileVec::iterator it = tv.begin(); it != tv.end(); ++it)
{
Tile& tile = *it;
Vec3f& pos = tile.m_pos;
Vec2f& size = tile.m_size;
AABB aabb(pos.x,pos.x + size.x,
0, 10, pos.y, pos.y + size.y);
if (aabb.Intersects(p->GetAABB()))
{
// Slow down if in contact with obstacle??
//Vec3f vel = p->GetVel();
//vel *= 0.5f; // TODO Config
//p->SetVel(vel);
UnCollide(p, p->GetOldPos(), aabb);
}
}
}
}