CollisionComponent::CollisionComponent(Rect _boundingRect, EPhysicsType physType)
{
SetBoundingRect(_boundingRect);
SetPhysicsType(physType);
}
BulletModel::BulletModel(glm::vec3 dir) : Lib3dsModel(), mAge(0)
{
SetPhysicsType(Model::Dynamic);
SetScaling(glm::vec3(0.5, 0.5, 0.5));
mDirection = glm::normalize(dir);
float verticalAngle = -glm::asin(mDirection.y); // approximately good
float horizontalAngle = -((-3.14159 / 2.0) + glm::atan(mDirection.z / mDirection.x));
// ATAN2
if (mDirection.x < 0){
if (mDirection.z >= 0){
horizontalAngle -= 3.14159;
}
else{
horizontalAngle += 3.14159;
}
}
//std::cout << "Bullet model vAngle: " << verticalAngle << " hAngle " << horizontalAngle << " x: " << direction.x << " z: " << direction.z << std::endl;
q3Quaternion rot_vert( q3Vec3(1,0,0), verticalAngle);
q3Quaternion rot_horiz(q3Vec3(0,1,0), horizontalAngle);
mRotation = rot_horiz * rot_vert;
mScaling = glm::vec3(0.01, 0.01, 0.01);
mMeshes.insert(13);
mFileName = "../Assets/Objects/bombs.3ds";
LoadModel();
//mMaxAge = 90; // 90 second exipr date
}
void EngineActions::DuplicateEntity( ECS::Entity* p_entity )
{
//Create new entity
ECS::Entity* newEntity = CreateEntity();
//Set position, scale and rotation of new entity to same as old entity + a little offset in X (to avoid clipping and confusion)
SetPosition(newEntity, GetPosition(p_entity) + glm::vec3(10, 0, 0));
SetOrientation(newEntity, GetOrientation(p_entity));
SetScale(newEntity, GetScale(p_entity));
//Get all components
RootForce::Renderable* renderable = m_world->GetEntityManager()->GetComponent<RootForce::Renderable>(p_entity);
RootForce::Physics* physics = m_world->GetEntityManager()->GetComponent<RootForce::Physics>(p_entity);
RootForce::Collision* collision = m_world->GetEntityManager()->GetComponent<RootForce::Collision>(p_entity);
RootForce::Script* script = m_world->GetEntityManager()->GetComponent<RootForce::Script>(p_entity);
RootForce::WaterCollider* watercollider = m_world->GetEntityManager()->GetComponent<RootForce::WaterCollider>(p_entity);
RootForce::ParticleEmitter* particleEmitter = m_world->GetEntityManager()->GetComponent<RootForce::ParticleEmitter>(p_entity);
//Check if there's a renderable and copy data
if(renderable != nullptr)
{
AddRenderable(newEntity);
SetRenderableModelName(newEntity, GetRenderableModelName(p_entity));
SetRenderableMaterialName(newEntity, GetRenderableMaterialName(p_entity));
}
//Check if there's a renderable and copy data
if(collision != nullptr)
{
if(physics != nullptr)
{
AddPhysics(newEntity, true);
SetMass(newEntity, GetMass(p_entity));
}
else
AddPhysics(newEntity, false);
SetPhysicsType(newEntity, GetPhysicsType(p_entity));
SetPhysicsShape(newEntity, GetPhysicsShape(p_entity));
SetShapeHeight(newEntity, GetShapeHeight(p_entity));
SetShapeRadius(newEntity, GetShapeRadius(p_entity));
SetPhysicsMesh(newEntity, GetPhysicsMesh(p_entity));
SetCollideWithStatic(newEntity, GetCollideWithStatic(p_entity));
SetCollideWithWorld(newEntity, GetCollideWithWorld(p_entity));
SetGravity(newEntity, GetGravity(p_entity));
}
//Check if there's a script and copy data
if(script != nullptr)
{
AddScript(newEntity);
SetScript(newEntity, GetScript(p_entity));
}
//Check if there's a water collider and copy data
if(watercollider != nullptr)
{
AddWaterCollider(newEntity);
SetWaterColliderInterval(newEntity, GetWaterColliderInterval(p_entity));
SetWaterColliderPower(newEntity, GetWaterColliderPower(p_entity));
SetWaterColliderRadius(newEntity, GetWaterColliderRadius(p_entity));
}
if(particleEmitter != nullptr)
{
AddParticle(newEntity);
SetParticleEmitter(newEntity, GetParticleEmitter(p_entity));
}
}
