void SkeletalCreature::snapDownFoot() {
// TODO: this isn't very well thought-out.
int orig_footpart = (downfoot_left ? 11 : 12);
float footx = x + attachmentX(orig_footpart, 1);
float footy = y + attachmentY(orig_footpart, 1);
MetaRoom *m = world.map.metaRoomAt(x, y);
if (!m) return; // TODO: exceptiony death
shared_ptr<Room> newroom;
if (downfootroom) {
if (downfootroom->containsPoint(footx, footy)) {
newroom = downfootroom;
} else {
if (downfootroom->x_left <= footx && downfootroom->x_right >= footx) {
newroom = downfootroom; // TODO, we're just forcing for now
} else {
float ydiff = 10000.0f; // TODO: big number
for (std::map<weak_ptr<Room>,RoomDoor *>::iterator i = downfootroom->doors.begin(); i != downfootroom->doors.end(); i++) {
shared_ptr<Room> thisroom = i->first.lock();
if (engine.version == 2 && size.getInt() > i->second->perm) continue;
if (thisroom->x_left <= footx && thisroom->x_right >= footx) {
float thisydiff = fabs(footy - thisroom->floorYatX(footx));
if (thisydiff < ydiff) {
newroom = thisroom;
ydiff = thisydiff;
}
}
}
}
}
} else {
newroom = bestRoomAt(footx, footy, 3, m, shared_ptr<Room>());
// insane emergency handling
float newfooty = footy;
while (!newroom && newfooty > (footy - 500.0f)) {
newroom = m->roomAt(footx, newfooty);
newfooty--;
}
// TODO: give up here
footy = newfooty;
}
bool newroomchosen = (newroom != downfootroom) && downfootroom;
bool hadroom = (downfootroom);
downfootroom = newroom;
if (!downfootroom /*|| !falling */) {
// TODO: hackery to cope with scripts moving us, this needs handling correctly somewhere
if (fabs(lastgoodfootx - attachmentX(orig_footpart, 1) - x) > 50.0f || fabs(lastgoodfooty - attachmentY(orig_footpart, 1) - y) > 50.0f) {
downfootroom = bestRoomAt(footx, footy, 3, m, shared_ptr<Room>());
if (downfootroom) {
snapDownFoot();
return;
} else {
std::cout << "Creature out of room system at (" << footx << ", " << footy << ")!" << std::endl;
// TODO: exceptiony death?
return;
}
}
// We fell out of the room system! How did that happen? Push ourselves back in, run collision script.
std::cout << "Creature out of room system at (" << footx << ", " << footy << "), pushing it back in." << std::endl;
// TODO: sucky code
x = lastgoodfootx - attachmentX(orig_footpart, 1);
footx = lastgoodfootx;
footy = lastgoodfooty;
downfootroom = m->roomAt(footx, footy);
queueScript(6);
if (!downfootroom) {
std::cout << "no down foot room! (" << footx << ", " << footy << ")" << std::endl;
// TODO: exceptiony death
return;
}
}
bool belowfloor = false;
float newy = downfootroom->floorYatX(footx);
if (engine.version == 2 && hadroom && y > newy) {
// TODO: hilar hack: cope with walking below floors
belowfloor = true;
newy = downfootroom->bot.pointAtX(footx).y;
}
if (engine.version > 1) {
// TODO: hilar hack: enable gravity if we're snapping by much
if (newroomchosen && abs(y - (newy - (footy - y))) > 20) {
falling = true;
return;
}
}
moveTo(x, newy - (footy - y));
lastgoodfootx = footx;
lastgoodfooty = footy;
if (engine.version > 2) {
if (engine.version == 2 && !belowfloor && downfootroom->floorpoints.size()) {
// TODO: hilar hack: same as above for floorvalue
if (size.getInt() <= downfootroom->floorvalue.getInt()) {
falling = true;
return;
}
} else {
// TODO: hilar hack: same as above for perm
shared_ptr<Room> downroom = world.map.roomAt(footx, downfootroom->y_left_floor + 1);
if (downfootroom->doors.find(downroom) != downfootroom->doors.end()) {
int permsize = (engine.version == 2 ? size.getInt() : perm);
if (permsize <= downfootroom->doors[downroom]->perm) {
falling = true;
return;
}
}
}
}
}
// Creatures 2 collision finding
void Agent::findCollisionInDirection(unsigned int i, class MetaRoom *m, Point src, int &dx, int &dy, Point &deltapt, double &delta, bool &collided, bool followrooms) {
src.x = (int)src.x;
src.y = (int)src.y;
if (m->wraparound()) {
if (src.x > m->x() + m->width() || (dx > 0 && src.x == m->x() + m->width())) src.x -= m->width();
else if (src.x < m->x() || (dx < 0 && src.x == m->x())) src.x += m->width();
}
// TODO: caching rooms affects behaviour - work out if that's a problem
shared_ptr<Room> room = roomcache[i].lock();
if (!room || !room->containsPoint(src.x, src.y)) {
room = bestRoomAt(src.x, src.y, i, m, shared_ptr<Room>());
roomcache[i] = room;
}
if (!room) { // out of room system
if (!displaycore)
unhandledException(boost::str(boost::format("out of room system at (%f, %f)") % src.x % src.y), false);
falling = false;
displaycore = true;
return;
}
int lastdirection = 0;
bool steep = abs(dy) > abs(dx);
int signdx = dx < 0 ? -1 : 1;
int signdy = dy < 0 ? -1 : 1;
Line l(Point(0,0),Point(dx,dy));
Point lastpoint(0,0);
Vehicle *vehicle = 0;
if (invehicle) vehicle = dynamic_cast<Vehicle *>(invehicle.get());
for (int loc = 0; loc <= abs(steep ? dy : dx); loc++) {
Point p = steep ? l.pointAtY(loc*signdy) : l.pointAtX(loc*signdx);
p.x = (int)p.x;
p.y = (int)p.y;
if (vehicle) {
if (src.x + p.x < vehicle->x + vehicle->cabinleft) {
lastdirection = 0;
collided = true;
break;
}
if (src.x + p.x > vehicle->x + vehicle->cabinright) {
lastdirection = 1;
collided = true;
break;
}
if (src.y + p.y < vehicle->y + vehicle->cabintop) {
lastdirection = 2;
collided = true;
break;
}
if (src.y + p.y > vehicle->y + vehicle->cabinbottom) {
lastdirection = 3;
collided = true;
break;
}
lastpoint = p;
continue;
}
bool trycollisions = false;
bool endofroom = false;
if (src.x + p.x < room->x_left) {
if (i != 1 && dx < 0) { trycollisions = true; lastdirection = 0; }
endofroom = true;
}
if (src.x + p.x > room->x_right) {
if (i != 0 && dx > 0) { trycollisions = true; lastdirection = 1; }
endofroom = true;
}
if (src.y + p.y < room->y_left_ceiling) {
if (i != 3 && dy < 0) { trycollisions = true; lastdirection = 2; }
endofroom = true;
}
if (src.y + p.y > room->y_left_floor) {
if (i != 2 && dy > 0) { trycollisions = true; lastdirection = 3; }
endofroom = true;
}
// find the next room, if necessary, and work out whether we should move into it or break out
if (endofroom) {
if (m->wraparound()) {
if (dx > 0 && src.x + p.x >= m->x() + m->width()) src.x -= m->width();
else if (dx < 0 && src.x + p.x <= m->x()) src.x += m->width();
}
shared_ptr<Room> newroom = bestRoomAt(src.x + p.x, src.y + p.y, i, m, room);
bool collision = false;
// collide if we're out of the room system
if (!newroom) { collision = true; }
// collide if there's no new room connected to this one
else if (room->doors.find(newroom) == room->doors.end()) { collision = true; }
// collide if the PERM between this room and the new room is smaller than or equal to our size
else if (size.getInt() > room->doors[newroom]->perm) { collision = true; }
if (collision && (trycollisions || (!newroom))) {
collided = true;
break;
}
// move to the new room and keep going!
room = newroom;
}
if (room->floorpoints.size() && i == 3 && dy >= 0 && size.getInt() > room->floorvalue.getInt()) { // TODO: Hack!
// TODO: we don't check floorYatX isn't returning a 'real' room floor, but floorpoints should cover the whole floor anyway
int floory = room->floorYatX(src.x + p.x);
// never collide when the top point of an object is below the floor.
Point top = boundingBoxPoint(2);
// TODO: consider steep floors
if (src.y + p.y > floory && top.y < floory) {
collided = true;
lastdirection = 3;
break;
}
}
if ((!followrooms) && endofroom) break;
lastpoint = p;
}
double length2 = (lastpoint.x * lastpoint.x) + (lastpoint.y * lastpoint.y);
if (length2 < delta) {
// TODO: !followrooms is a horrible way to detect a non-physics call
if (collided && followrooms) lastcollidedirection = lastdirection;
deltapt = lastpoint;
delta = length2;
}
}
