private void OnLevelDropdownValueChanged(int value)
{
int selectedLevel = OptionDataToLevelNumber(levelDropdown.options[value]);
// Clear out the options in the enclosure dropdown
enclosureDropdown.ClearOptions();
foreach (LevelID id in UIParent.Data.Levels)
{
if (id.LevelNumber == selectedLevel)
{
enclosureDropdown.options.Add(EnclosureNumberToOptionData(id.EnclosureNumber));
}
}
// Get the enclosure represented in the current scene
LevelID currentLevel = LevelID.Current();
// If we selected the current level, then select the current enclosure number
if (currentLevel.LevelNumber == selectedLevel)
{
enclosureDropdown.value = currentLevel.EnclosureNumber - 1;
}
else
{
enclosureDropdown.value = 0;
}
// Set the enclosure to the first one selected
enclosureDropdown.RefreshShownValue();
OnEnclosureDropdownValueChanged(enclosureDropdown.value);
}
public override void Setup()
{
base.Setup();
// Setup the bookmark target to get-set the enclosure id
bookmarkTarget.Setup(() => CurrentLevelID, x => CurrentLevelID = (LevelID)x);
// Clear out any existing options
levelDropdown.ClearOptions();
enclosureDropdown.ClearOptions();
// Loop through all enclosure id's and add them to the list
foreach (LevelID id in UIParent.Data.Levels)
{
TMP_Dropdown.OptionData option = LevelNumberToOptionData(id.LevelNumber);
// If no option with the same text yet exists, then add it to the dropdown
if (levelDropdown.options.FindIndex(x => x.text == option.text) < 0)
{
levelDropdown.options.Add(option);
}
}
// Update the level dropdown to reflect the current level
LevelID currentLevel = LevelID.Current();
levelDropdown.value = currentLevel.LevelNumber;
levelDropdown.RefreshShownValue();
OnLevelDropdownValueChanged(levelDropdown.value);
// Add listeners for the value changed events
levelDropdown.onValueChanged.AddListener(OnLevelDropdownValueChanged);
enclosureDropdown.onValueChanged.AddListener(OnEnclosureDropdownValueChanged);
}
private void OnEnclosureSelected(LevelID id)
{
// Destroy all existing editors
foreach (TestAndMetricsEntryEditor editor in currentEditors)
{
Destroy(editor.gameObject);
}
// Clear out the list
currentEditors.Clear();
// Foreach entry in the selected list, add an editor
foreach (TestAndMetricsEntryData entry in UIParent.Data.TestAndMetrics.GetEntryList(id).Entries)
{
TestAndMetricsEntryEditor editor = Instantiate(editorPrefab, editorParent.transform);
editor.Setup(id, entry, editorScroller);
currentEditors.Add(editor);
}
// If the enclosure selected is the current enclosure, then add a new editor
// that we can use to add more entries
if (id == LevelID.Current())
{
CreateAddingEntry();
}
}
public void Setup(NotebookTab tab, ToggleGroup parent, UnityAction <NotebookTab> callback)
{
// Setup the notebook child base
base.Setup();
// Set the tab
this.tab = tab;
// Setup the toggle
myToggle.group = parent;
myToggle.onValueChanged.AddListener(OnToggleStateChanged);
// Listen for the callback when selected event is raised
selectedEvent.AddListener(callback);
// Set the text on the GUI element
tabName.text = tab.ToString();
if (GameManager.Instance)
{
// This toggle is only interactable if the tab scaffold says so
LevelID current = LevelID.Current();
myToggle.interactable = UIParent.Config.TabScaffold.GetMask(current).Get(tab);
}
else
{
myToggle.interactable = true;
}
}
public override void Setup()
{
base.Setup();
// Add listener for the enclosure picked event
enclosurePicker.OnLevelIDPicked.AddListener(OnEnclosureSelected);
OnEnclosureSelected(LevelID.Current());
}
public override void Setup()
{
base.Setup();
// Add listnener to enclosure id picked event and select the enclosure for the current scene
enclosurePicker.OnLevelIDPicked.AddListener(OnEnclosureSelected);
OnEnclosureSelected(LevelID.Current());
}
private void CreateAddingEntry()
{
TestAndMetricsEntryEditor editor = Instantiate(editorPrefab, editorParent.transform);
editor.Setup(LevelID.Current(), null, editorScroller);
editor.OnNewEntryCreated.AddListener(OnNewEntryCreated);
currentEditors.Add(editor);
}
private void Start()
{
// Load the notebook from save, or create a new one if save data doesn't exist
data = GameManager.Instance.LoadNotebook() ?? new NotebookData(config);
// Set the configuration of the notebook data
data.SetConfig(config);
// Add the current level
data.OnLevelEncountered(LevelID.Current());
// Try to get an instance of the game manager
GameManager instance = GameManager.Instance;
// If the instance exists then unlock all item id's that exist in the list of items
if (instance)
{
foreach (LevelData.ItemData item in instance.LevelData.ItemQuantities)
{
data.UnlockItem(item.itemObject.ItemID);
}
}
// Setup the tab picker first of all children
tabPicker.Setup();
// Get the resource request editor manually
resourceRequestEditor = GetComponentInChildren <ResourceRequestEditor>(true);
// Setup all children, ensuring correct initialization order
NotebookUIChild[] children = GetComponentsInChildren <NotebookUIChild>(true);
foreach (NotebookUIChild child in children)
{
child.Setup();
}
// Map all bookmark targets to their corresponding game object names
BookmarkTarget[] allBookmarkTargets = GetComponentsInChildren <BookmarkTarget>(true);
foreach (BookmarkTarget bookmarkTarget in allBookmarkTargets)
{
nameTargetMap.Add(bookmarkTarget.name, bookmarkTarget);
}
// Setup sound events after all children are set up
soundManager.SetupSoundEvents();
// This line of code prevents the notebook from turning off the first time that it is turned on,
// while also making sure it is turned off at the start
if (!isOpen)
{
SetIsOpen(false);
}
}
private void OnSuccessConversationEnded()
{
// Update the save data with the id of the level we are qualified to go to
LevelEndingData ending = GameManager.Instance.LevelData.Ending;
SaveData.QualifyForLevel(ending.GetNextLevelID());
// Compute the rating for this level
int rating = LevelRatingSystem.RateCurrentLevel();
SaveData.SetLevelRating(LevelID.Current(), rating);
// Save changes to the save data
SaveData.Save();
// Let the game manager handle level exiting
GameManager.Instance.HandleExitLevel();
// Open the success window
OpenWindow(successWindow, () => LevelDataLoader.LoadNextLevel(), () => SceneManager.LoadScene("LevelMenu"));
}
public override void Setup()
{
base.Setup();
// Confirm button confirms the review given
confirmButton.onClick.AddListener(() =>
{
displayRoot.SetActive(false);
lastReviewConfirmed = review;
UIParent.Data.Concepts.ConfirmReviwedResourceRequest(LevelID.Current(), review);
onReviewConfirmed.Invoke();
});
// Cancel button disables the display
cancelButton.onClick.AddListener(() =>
{
displayRoot.SetActive(false);
});
// At the setup, make sure the display is inactive
displayRoot.SetActive(false);
}
// Setup this editor with the entry that it will edit
public void Setup(ObservationsEntryData entry, LevelID id, ScrollRect scrollTarget)
{
base.Setup();
// Setup the text in the input with the initial values of the entry
titleInput.text = entry.Title;
textInput.text = entry.Text;
// Cache the current enclosure
LevelID current = LevelID.Current();
// If the id setting up is the same as the current then add the listeners
if (id == current)
{
titleInput.onEndEdit.AddListener(x => entry.Title = x);
textInput.onEndEdit.AddListener(x => entry.Text = x);
}
// Input only interactable if the id for this editor is the same as the current id
titleInput.readOnly = id != current;
textInput.readOnly = id != current;
// Dim the elements if they are not interactable
if (id == current)
{
group.alpha = 1f;
}
else
{
group.alpha = 0.5f;
}
// Add scroll interceptor to the title input
OnScrollEventInterceptor interceptor = titleInput.gameObject.AddComponent <OnScrollEventInterceptor>();
interceptor.InterceptTarget = scrollTarget;
// Add scroll interceptor to the text input
interceptor = textInput.gameObject.AddComponent <OnScrollEventInterceptor>();
interceptor.InterceptTarget = scrollTarget;
}
public void UpdateListEdited(LevelID id)
{
// Make sure that the list is set up
if (!IsSetUp)
{
Setup();
}
// Destroy all existing editors
foreach (ResourceRequestEditor editor in currentEditors)
{
Destroy(editor.gameObject);
}
// Clear out the list
currentEditors.Clear();
// Copy the requests and sort the copy
//List<ResourceRequest> sortedRequests = new List<ResourceRequest>(UIParent.Notebook.Concepts.GetReviewedResourceRequestList(id).Requests);
//sortedRequests.Sort();
//// Foreach entry in the selected list, add an editor
//foreach (ResourceRequest request in sortedRequests)
//{
// ResourceRequestEditor editor = Instantiate(editorPrefab, editorParent.transform);
// editor.Setup(id, request, editorScroller, SortEditors, () => OnRequestDeleted(editor));
// currentEditors.Add(editor);
//}
// If the enclosure selected is the current enclosure, then add a new editor
// that we can use to add more entries
if (id == LevelID.Current())
{
CreateAddingEntry();
}
else
{
SortEditors();
}
}
/// <summary>
/// Initialize stuffs here
/// </summary>
public void Initialize()
{
startingConversation = GameManager.Instance.LevelData.StartingConversation;
defaultConversation = GameManager.Instance.LevelData.DefaultConversation;
ConversationManager.OnConversationEnded += ConversationEnded;
if (this.startingConversation != null)
{
currentDialogue = this.startingConversation;
}
else
{
UpdateCurrentDialogue();
}
if (ConversationManager.Instance != null && !skipOpeningConversation)
{
StartNewConversation();
currentDialogue.OnConversationEnded(IntroFinished);
//Allow for conversation skipping if intro has already been finished
if(SaveData.LatestLevelIntroFinished >= LevelID.Current())
{
ConversationManager.Instance.SetSkipConversationButton(true);
}
}
}
public NPCConversation Create(DialogueManager dialogueManager)
{
// Build a new quiz. This will result in regenerating new questions from any randomized pools
GenerateQuizInstance();
// Create the callback that is called after any option is answered
UnityAction OptionSelectedFunctor(int questionIndex, int optionIndex)
{
return(() => currentQuiz.AnswerQuestion(questionIndex, optionIndex));
}
// Say the conversation that corresponds to the grade that the player got on the quiz
void SayResponse()
{
// Destroy any previous response
if (currentResponse)
{
Destroy(currentResponse);
}
// Instantiate a new response
currentResponse = response.Get(CurrentQuiz.Grade).InstantiateAndSay();
// If we should requiz when we fail, then we must say the quiz after the response
if (requizOnFail && CurrentQuiz.Grade != QuizGrade.Excellent)
{
SayQuizConversationNext();
}
// If we will not requiz, then invoke my conversation ended event when this conversation is done
else
{
// Set the quiz on the reports data to the quiz that we just finished
GameManager.Instance.NotebookUI.Data.Reports.SetQuiz(LevelID.Current(), currentQuiz);
// Invoke the quiz conversation ended event when the response is over
currentResponse.OnConversationEnded(onConversationEnded.Invoke);
}
}
// Try to get an npc conversation. If it exists, destroy it and add a new one
NPCConversation conversation = gameObject.GetComponent <NPCConversation>();
if (conversation)
{
#if UNITY_EDITOR
DestroyImmediate(conversation);
#else
Destroy(conversation);
#endif
}
conversation = gameObject.AddComponent <NPCConversation>();
// Create the conversation to be edited here in the code
EditableConversation editableConversation = new EditableConversation();
EditableSpeechNode previousSpeechNode = null;
// A list of all nodes added to the conversation
List <EditableConversationNode> nodes = new List <EditableConversationNode>();
// Loop over every question and add speech and option nodes for each
for (int i = 0; i < currentQuiz.RuntimeTemplate.Questions.Length; i++)
{
// Cache the current question
QuizQuestion question = currentQuiz.RuntimeTemplate.Questions[i];
// Create a new speech node
EditableSpeechNode currentSpeechNode = CreateSpeechNode(conversation, editableConversation, question.Question, 0, i * 300, i == 0, null);
nodes.Add(currentSpeechNode);
// If a previous speech node exists, then make the options on the previous node
// point to the speech on the current node
if (previousSpeechNode != null)
{
foreach (EditableOptionNode option in previousSpeechNode.Options)
{
option.Speech.SetSpeech(currentSpeechNode);
}
}
// Add an option node for each quiz option
for (int j = 0; j < question.Options.Length; j++)
{
// Get the current option
QuizOption option = question.Options[j];
// Create a new option node with the same label as the quiz option
EditableOptionNode optionNode = CreateOptionNode(conversation, editableConversation, option.Label, j * 220, (i * 300) + 100);
currentSpeechNode.AddOption(optionNode);
nodes.Add(optionNode);
// Create a dummy node. It is used to invoke events
UnityAction optionCallback = OptionSelectedFunctor(i, j);
EditableSpeechNode dummyNode = CreateSpeechNode(conversation, editableConversation, string.Empty, j * 220, (i * 300) + 200, false, optionCallback);
nodes.Add(dummyNode);
// Make the dummy node advance immediately
dummyNode.AdvanceDialogueAutomatically = true;
dummyNode.AutoAdvanceShouldDisplayOption = false;
dummyNode.TimeUntilAdvance = 0f;
// Make the option node point to the dummy node
optionNode.SetSpeech(dummyNode);
}
// Update previous speech node to current before resuming
previousSpeechNode = currentSpeechNode;
}
// Create the end of quiz node
EditableSpeechNode endOfQuiz = CreateSpeechNode(conversation, editableConversation, endOfQuizText, 0, currentQuiz.RuntimeTemplate.Questions.Length * 300, false, SayResponse);
nodes.Add(endOfQuiz);
// If a previous speech node exists,
// then make its options point to the end of quiz node
if (previousSpeechNode != null)
{
foreach (EditableOptionNode option in previousSpeechNode.Options)
{
option.Speech.SetSpeech(endOfQuiz);
}
}
// Have all the nodes register their UIDs (whatever the frick THAT means)
foreach (EditableConversationNode node in nodes)
{
node.RegisterUIDs();
}
// Serialize the editable conversation back into the NPCConversation and return the result
conversation.RuntimeSave(editableConversation);
return(conversation);
}
private void GenerateQuizInstance()
{
// Get the list of reviews for the current attempt of this level
ReviewedResourceRequestList reviewsList = GameManager
.Instance
.NotebookUI
.Data
.Concepts
.GetEntryWithLatestAttempt(LevelID.Current())
.reviews;
// If there are reviewed requests then create a quiz with additional questions
if (reviewsList.Reviews.Count > 0)
{
// Filter only reviews that were granted,
// and combine reviews that addressed and requested the same item
ReviewedResourceRequest[] filteredReviews = reviewsList
.Reviews
.Where(ResourceRequestGeneratesQuestion)
.Distinct(new ReviewedResourceRequest.ItemComparer())
.ToArray();
// Check to make sure there are some reviews to quiz on
if (filteredReviews.Length > 0)
{
// Create an array with all the quiz questions
QuizQuestion[] requestQuestions = new QuizQuestion[filteredReviews.Length];
// Fill in the info for each question
for (int i = 0; i < requestQuestions.Length; i++)
{
ResourceRequest request = filteredReviews[i].Request;
// Set the category to the item addressed by the request
QuizCategory category = new QuizCategory(request.ItemAddressed, request.NeedAddressed);
// Generate the quiz options
QuizOption[] options = GenerateQuizOptions(request, category);
// Setup the format for the question
string question = $"Was the requested {request.ItemRequested.Data.Name.Get(ItemName.Type.Colloquial)} " +
$"useful for improving the {request.ItemAddressed.Data.Name.Get(ItemName.Type.Colloquial)}" +
$" {request.NeedAddressed} need?";
// Create the question
requestQuestions[i] = new QuizQuestion(question, category, options);
}
// Set the current quiz with additional request questions
currentQuiz = new QuizInstance(template, requestQuestions);
}
else
{
currentQuiz = new QuizInstance(template);
}
}
// If there are no reviwed requests
// then create a quiz without additional questions
else
{
currentQuiz = new QuizInstance(template);
}
}
private void IntroFinished()
{
SaveData.TrySetLatestLevelIntro(LevelID.Current());
SaveData.Save();
}
public void Setup(LevelID enclosureID, TestAndMetricsEntryData entry, ScrollRect scrollTarget)
{
base.Setup();
// Setup private fields
this.enclosureID = enclosureID;
this.entry = entry;
// Setup each dropdown
itemDropdown.Setup(ItemRegistry.Category.Food, ItemRegistry.Category.Species);
needDropdown.Setup(new NeedType[] { NeedType.FoodSource, NeedType.Terrain, NeedType.Liquid });
// Reset the difference options
differenceDropdown.ClearOptions();
differenceDropdown.options.Add(new TMP_Dropdown.OptionData("Deteriorated"));
differenceDropdown.options.Add(new TMP_Dropdown.OptionData("Improved"));
// Set the initial values of the elements
if (entry != null)
{
itemDropdown.SetSelectedItem(entry.Item);
needDropdown.SetNeedTypeValue(entry.Need);
differenceDropdown.value = entry.Improved ? 1 : 0;
inputField.text = entry.Notes;
}
// If the entry is null, set the values to the first in the dropdown lists
else
{
itemDropdown.SetDropdownValueWithoutNotify(0);
needDropdown.SetDropdownValue(0);
differenceDropdown.value = 0;
inputField.text = UIParent.Config.TestAndMetrics.GetInitialText(enclosureID);
}
// Cache the current id
LevelID current = LevelID.Current();
// Only add the listeners if this editor is in the current scene
if (enclosureID == current)
{
// Add event listeners for everything
itemDropdown.OnItemSelected.AddListener(x => Entry.Item = x);
needDropdown.OnNeedTypeSelected.AddListener(x => Entry.Need = x);
differenceDropdown.onValueChanged.AddListener(x => Entry.Improved = x == 1);
inputField.onValueChanged.AddListener(x => Entry.Notes = x);
}
// Elements are only interactable if id is the same as the current scene
group.interactable = enclosureID == current;
// Make elements faded if the entry is null - meaning editing this will add a new entry
if (entry != null)
{
group.alpha = 1f;
}
else
{
group.alpha = 0.5f;
}
// Make sure the scroll event is taken away from the input field
OnScrollEventInterceptor interceptor = inputField.gameObject.AddComponent <OnScrollEventInterceptor>();
interceptor.InterceptTarget = scrollTarget;
}
