FBox Door::computeBBox(DoorState state) const {
float3 size = (float3)m_sprite.bboxSize();
float maxs = max(size.x, size.z);
FBox box;
if(classId() == DoorClassId::sliding || state == DoorState::closed)
box = FBox(float3(0, 0, 0), state == DoorState::opened_in? float3(0, 0, 0) : size);
else if(state == DoorState::closing_in || state == DoorState::opening_in)
box = FBox(-maxs + 1, 0, 0, 1, size.y, maxs);
else if(state == DoorState::closing_out || state == DoorState::opening_out)
box = FBox(0, 0, 0, maxs, size.y, maxs);
else if(state == DoorState::opened_out)
box = FBox(0, 0, 0, size.z, size.y, size.x);
else if(state == DoorState::opened_in)
box = FBox(-size.z + 1, 0, 0, 1, size.y, size.x);
//TODO: this is still wrong
FBox out = rotateY(box, size * 0.5f, dirAngle());
out.min = (float3)(int3)out.min;
out.max = (float3)(int3)out.max;
DASSERT(classId() == DoorClassId::sliding || !out.empty());
return out;
}
Actor::Actor(Stream &sr)
:EntityImpl(sr), m_actor(*m_proto.actor) {
m_inventory.setDummyWeapon(Weapon(*m_actor.punch_weapon));
u8 flags;
sr.unpack(flags, m_stance, m_action);
m_hit_points = decodeInt(sr);
m_sound_variation = decodeInt(sr);
m_client_id = decodeInt(sr);
m_faction_id = decodeInt(sr);
if(flags & 1)
sr >> m_target_angle;
else
m_target_angle = dirAngle();
sr >> m_inventory;
}
Actor::Actor(const XMLNode &node)
:EntityImpl(node), m_actor(*m_proto.actor), m_stance(Stance::stand), m_inventory(node.child("inventory")),
m_target_angle(dirAngle()), m_client_id(-1) {
m_inventory.setDummyWeapon(Weapon(*m_actor.punch_weapon));
m_sound_variation = node.attrib<int>("sound_variation") % m_actor.sounds.size();
m_faction_id = node.attrib<int>("faction_id");
m_hit_points = m_actor.hit_points;
animate(Action::idle);
}
Actor::Actor(const Proto &proto, Stance stance)
:EntityImpl(proto), m_actor(*m_proto.actor), m_stance(stance), m_target_angle(dirAngle()), m_client_id(-1) {
const float2 Entity::dir() const {
return angleToVector(dirAngle());
}
Turret::Turret(const Proto &proto)
:EntityImpl(proto), m_target_angle(dirAngle()) {
m_hit_points = m_proto.hit_points;
animate(TurretAction::idle);
}
Turret::Turret(const XMLNode &node)
:EntityImpl(node), m_target_angle(dirAngle()) {
m_hit_points = m_proto.hit_points;
animate(TurretAction::idle);
}
void Turret::nextFrame() {
setDirAngle(blendAngles(dirAngle(), m_target_angle, constant::pi / 4.0f));
ThinkingEntity::nextFrame();
}