public StoryChoiceButton BuildChoiceButtonFromChoiceData(StoryChoiceDataSO data)
{
Debug.Log("StoryEventController.BuildChoiceButtonFromChoiceData() called for choice: " + data.description);
// Create game object, parent to the vertical fitter
StoryChoiceButton newButton = Instantiate(choiceButtonPrefab, choiceButtonsParent.transform).GetComponent <StoryChoiceButton>();
// Cache data
newButton.myChoiceData = data;
activeChoiceButtons.Add(newButton);
// Set button main label text
newButton.descriptionText.text = data.description;
// set requirment text
AutoSetChoiceButtonRequirementText(newButton, data);
// set consequence texts
AutoSetChoiceButtonSuccessConsequencesText(newButton, data);
AutoSetChoiceButtonFailureConsequencesText(newButton, data);
// calculate success chance, set related text values
newButton.successChanceText.text = CalculateFinalSuccessChanceOfChoiceData(newButton.myChoiceData).ToString() + "%";
// return the button just made
return(newButton);
}
public void AutoSetChoiceButtonFailureConsequencesText(StoryChoiceButton button, StoryChoiceDataSO data)
{
Debug.Log("StoryEventController.AutoSetChoiceButtonFailureConsequencesText() called for button: '" +
data.description + "'");
string consequencesString = "";
// Disable the on failure text elements if they are not needed
if (data.onFailureConsequences.Count == 0)
{
button.onFailureTextRowParent.SetActive(false);
}
else
{
foreach (ChoiceConsequence cc in data.onFailureConsequences)
{
// Add the choice requirement to the final string
consequencesString += ConvertChoiceConsequenceToString(cc);
// Seperate each requirement with a comma, if it is not the last req in list
if (cc != data.onFailureConsequences.Last())
{
consequencesString += ", ";
}
}
}
// Apply generated string to description text component
button.failureConsequenceText.text = consequencesString;
}
public void AutoSetChoiceButtonRequirementText(StoryChoiceButton button, StoryChoiceDataSO data)
{
Debug.Log("StoryEventController.AutoSetChoiceButtonRequirementText() called for button: '" +
data.description + "'");
string requirementString = "";
// if there are no requirements in choice req list, just set text to 'None'
if (data.choiceRequirements.Count == 0)
{
requirementString = "None";
}
else
{
foreach (ChoiceRequirment cr in data.choiceRequirements)
{
// Add the choice requirement to the final string
requirementString += ConvertChoiceRequirementToString(cr);
// Seperate each requirement with a comma, if it is not the last req in list
if (cr != data.choiceRequirements.Last())
{
requirementString += ", ";
}
}
}
// Apply generated string to description text component
button.requirementsText.text = requirementString;
}
// Mouse + Input Logic
#region
public void OnChoiceButtonClicked(StoryChoiceButton buttonClicked)
{
Debug.Log("StoryEventController.OnChoiceButtonClicked() called for button: " + buttonClicked.myChoiceData.description);
if (!buttonClicked.locked)
{
StartResolveChoiceProcess(buttonClicked);
}
else
{
Debug.Log("StoryEventController.OnChoiceButtonClicked() detected that button '" + buttonClicked.myChoiceData.description
+ "' is locked and is an invalid selection, cancelling resolve button process...");
}
}
public void StartResolveChoiceFailureProcess(StoryChoiceButton choiceButton)
{
Debug.Log("StoryEventController.StartResolveChoiceSuccessfulProcess() called...");
// Resolve player relevant effects (xp rewards, gain gold, etc)
foreach (ChoiceConsequence consequence in choiceButton.myChoiceData.onFailureConsequences)
{
ResolveChoiceConsequence(consequence);
}
// Resolve all GUI updates and events
foreach (ChoiceResolvedGuiEvent guiEvent in choiceButton.myChoiceData.onFailureGuiEvents)
{
ResolveChoiceGuiEvent(guiEvent);
}
}
// Choice buttons logic
#region
public void BuildAllChoiceButtonsFromStoryPage(List <StoryChoiceDataSO> choicesList)
{
Debug.Log("StoryEventController.BuildAllChoiceButtonsFromStoryPage() called...");
foreach (StoryChoiceDataSO data in choicesList)
{
// Build a new choice button
StoryChoiceButton newButton = BuildChoiceButtonFromChoiceData(data);
// Does the player meet the requirements to enable this choice?
if (!AreChoiceButtonRequirementsMet(data))
{
// They don't, lock the choice button
LockChoiceButton(newButton);
}
}
}
// Resolve Events + Choices + Consequences
#region
public void StartResolveChoiceProcess(StoryChoiceButton buttonClicked)
{
Debug.Log("StoryEventController.StartResolveChoiceProcess() called...");
// Did we pass the success chance roll?
if (DidChoicePassSuccessRoll(buttonClicked))
{
// we did, start handle pass result process
Debug.Log("Event roll PASSED, resolving ON SUCCESS events...");
StartResolveChoiceSuccessfulProcess(buttonClicked);
}
else
{
// we failed to roll high enough, start handle fail result process
Debug.Log("Event roll FAILED, resolving ON FAILURE events...");
StartResolveChoiceFailureProcess(buttonClicked);
}
}
public bool DidChoicePassSuccessRoll(StoryChoiceButton choiceButton)
{
Debug.Log("StoryEventController.DidChoicePassSuccessRoll() called...");
bool boolReturned = false;
// Calculate the roll required to pass the success check
int rollResultRequired = CalculateFinalSuccessChanceOfChoiceData(choiceButton.myChoiceData);
// Roll for success
int rollResultActual = GenerateRandomRollResult();
if (rollResultActual <= rollResultRequired)
{
boolReturned = true;
}
return(boolReturned);
}
public void AutoSetChoiceButtonSuccessConsequencesText(StoryChoiceButton button, StoryChoiceDataSO data)
{
Debug.Log("StoryEventController.AutoSetChoiceButtonSuccessConsequencesText() called for button: '" +
data.description + "'");
string consequencesString = "";
foreach (ChoiceConsequence cc in data.onSuccessConsequences)
{
// Add the choice requirement to the final string
consequencesString += ConvertChoiceConsequenceToString(cc);
// Seperate each requirement with a comma, if it is not the last req in list
if (cc != data.onSuccessConsequences.Last())
{
consequencesString += ", ";
}
}
// Apply generated string to description text component
button.successConsequenceText.text = consequencesString;
}
public void LockChoiceButton(StoryChoiceButton button)
{
button.SetPanelColour(button.disabledColour);
button.locked = true;
}
void SetupElements()
{
// Delete all old children
foreach (Transform child in choiceHolder)
{
Destroy(child.gameObject);
}
// Put all the refreshable items in.
storyText.text = currentItem.StoryInfo;
// Spawn them one at a time
int index = 0;
foreach (InteractiveStoryItem.StoryChoice item in currentItem.choices)
{
// Skip previously visited onetime destinations, or null (removed) destinations
if ((item.Disabled == true && (item.cascades == null || item.cascades.historyCascades.Length == 0)) || (storyHistory.Contains(item.pointsTo) && item.pointsTo.OneTimeVisit))
{
index++;
continue;
}
// Create the choice button
Transform inst = Instantiate(choiceButtonPrefab, choiceHolder);
// Assign text
StoryChoiceButton choice = inst.GetComponent <StoryChoiceButton>();
choice.choiceID = index;
choice.textObject.text = item.ChoiceString;
// Increment choice index
index++;
}
// Apply audio loop.
// Do not alter looping sound if current sound matches prior sound.
if (loopingSource != null && currentItem.LoopSound != null && loopingSource.clip != currentItem.LoopSound)
{
loopingSource.Stop();
loopingSource.clip = currentItem.LoopSound;
loopingSource.loop = true; // make sure this is always on.
loopingSource.Play();
}
// Apply one-shot sound.
if (oneShotSource != null && currentItem.EntrySound != null)
{
oneShotSource.PlayOneShot(currentItem.EntrySound);
}
// Apply background information.
// In the event there is no background, hide the image component entirely.
if (BackgroundElement != null)
{
BackgroundElement.enabled = (currentItem.BackgroundPicture != null);
BackgroundElement.sprite = currentItem.BackgroundPicture;
}
// Record this item to history
storyHistory.Add(currentItem);
}
