using Unity.Netcode; using UnityEngine; namespace LobbyRelaySample.inGame { /// /// This holds the logic and data for an individual symbol, which can be "clicked" if the server detects the collision with a player who sends a click input. /// public class SymbolObject : NetworkBehaviour { [SerializeField] private SymbolData m_symbolData; [SerializeField] private SpriteRenderer m_renderer; [HideInInspector] public NetworkVariable symbolIndex; // The index into SymbolData, not the index of this object. private ulong m_localId; public override void OnNetworkSpawn() { symbolIndex.OnValueChanged += OnSymbolIndexSet; m_localId = NetworkManager.Singleton.LocalClientId; } /// /// Because of the need to distinguish host vs. client calls, we use the symbolIndex NetworkVariable to learn what symbol to display. /// private void OnSymbolIndexSet(int prevValue, int newValue) { m_renderer.sprite = m_symbolData.GetSymbolForIndex(symbolIndex.Value); symbolIndex.OnValueChanged -= OnSymbolIndexSet; } /// /// The host has confirmed this symbol as a valid selection (this player's cursor collides with it and it's also next in their target sequence), so handle any visual feedback. /// [ClientRpc] public void OnSelectConfirmed_ClientRpc() { // TODO: Visual effects here. } [ServerRpc] public void Destroy_ServerRpc() { // Actually destroying the symbol objects can cause garbage collection and other delays that might lead to desyncs. // Instead, just deactivate the object, and it will be cleaned up once the NetworkManager is destroyed. // (If object pooling, this is where to instead return it to the pool.) this.transform.localPosition = Vector3.down * 500; // TODO: Visually disappear immediately. } } }