// Setups the single player modals.
private void SetupSinglePlayerModals()
{
OfflineRulesProcessor offlineRulesProcessor = m_RulesProcessor as OfflineRulesProcessor;
EndGameModal endGame = offlineRulesProcessor.endGameModal;
if (endGame == null)
{
endGame = m_DefaultSinglePlayerModal;
}
InstantiateEndGameModal(endGame);
if (m_EndGameModal != null)
{
m_EndGameModal.SetRulesProcessor(m_RulesProcessor);
}
// Handle start game modal
if (offlineRulesProcessor.startGameModal != null)
{
m_StartGameModal = Instantiate(offlineRulesProcessor.startGameModal);
m_StartGameModal.transform.SetParent(m_EndGameUiParent, false);
m_StartGameModal.gameObject.SetActive(false);
m_StartGameModal.Setup(offlineRulesProcessor);
m_StartGameModal.Show();
LazyLoadLoadingPanel();
m_LoadingScreen.transform.SetAsLastSibling();
}
}
/// <summary>
/// Setups the single player modals.
/// </summary>
private void SetupSinglePlayerModals()
{
//Cache the offline rules processor
OfflineRulesProcessor offlineRulesProcessor = m_RulesProcessor as OfflineRulesProcessor;
//Get the end game modal
EndGameModal endGame = offlineRulesProcessor.endGameModal;
//If an end game modal is not specified then use the default
if (endGame == null)
{
endGame = m_DefaultSinglePlayerModal;
}
InstantiateEndGameModal(endGame);
if (m_EndGameModal != null)
{
m_EndGameModal.SetRulesProcessor(m_RulesProcessor);
}
//Handle start game modal
if (offlineRulesProcessor.startGameModal != null)
{
m_StartGameModal = Instantiate(offlineRulesProcessor.startGameModal);
m_StartGameModal.transform.SetParent(m_EndGameUiParent, false);
m_StartGameModal.gameObject.SetActive(false);
m_StartGameModal.Setup(offlineRulesProcessor);
m_StartGameModal.Show();
LazyLoadLoadingPanel();
//The loading screen must always be the last sibling
m_LoadingScreen.transform.SetAsLastSibling();
}
}
public override void Setup(OfflineRulesProcessor rulesProcessor)
{
base.Setup(rulesProcessor);
if (this.m_RulesProcessor != null)
{
m_SinglePlayerRulesProcessor = this.m_RulesProcessor as SinglePlayerRulesProcessor;
Objective[] objectives = m_SinglePlayerRulesProcessor.objectiveInstances;
int lengthOfArray = objectives.Length;
//Display the objectives: Primary first then Secondary
CreateHeading("PRIMARY");
for (int i = 0; i < lengthOfArray; i++)
{
if (i == 1)
{
CreateHeading("SECONDARY");
}
ObjectiveUI newObjectiveUi = Instantiate <ObjectiveUI>(i == 0 ? m_PrimaryObjectiveUiElement : m_ObjectiveUiElement);
newObjectiveUi.transform.SetParent(m_ObjectiveList, false);
newObjectiveUi.Setup(objectives[i], false);
}
m_LevelName.text = m_SinglePlayerRulesProcessor.GetRoundMessage().ToUpper();
}
}
private void LazyLoadRuleProcessor()
{
if (m_RuleProcessor != null ||
GameManager.s_Instance == null)
{
return;
}
m_RuleProcessor = GameManager.s_Instance.rulesProcessor as OfflineRulesProcessor;
}
//reset game
public virtual void OnResetClick()
{
OfflineRulesProcessor offlineRules = m_RulesProcessor as OfflineRulesProcessor;
if (offlineRules != null)
{
offlineRules.ResetGame();
}
CloseModal();
}
/// <summary>
/// Setup the specified rulesProcessor.
/// </summary>
/// <param name="rulesProcessor">Rules processor.</param>
public virtual void Setup(OfflineRulesProcessor rulesProcessor)
{
}
/// <summary>
/// Setup the specified rulesProcessor.
/// </summary>
/// <param name="rulesProcessor">Rules processor.</param>
public virtual void Setup(OfflineRulesProcessor rulesProcessor)
{
this.m_RulesProcessor = rulesProcessor;
}
