// For singular cards
public void SetDialogQueue(DialogCard card)
{
// Refactor later for better performance?
if (queue == null) Debug.LogError("Why is this null?");
queue.LoadQueue(SplitCard(card));
currentCard = queue.Next();
}
public void SetDialogQueue(DialogCard[] cards)
{
// Refactor later for better performance?
if (queue == null) Debug.LogError("Why is this null?");
// Time for terrible hacky code.
// For each card, we divide the card at its return characters, and add a list of all these expanded cards to the queue
List<DialogCard> expandedCards = new List<DialogCard>();
foreach (DialogCard card in cards)
{
expandedCards.AddRange(SplitCard(card));
}
queue.LoadQueue(expandedCards.ToArray());
currentCard = queue.Next();
}
public void DisplayNextCard()
{
if (backgroundImage.enabled == false)
{
backgroundImage.enabled = true;
dialogText.enabled = true;
}
if (currentCard != null)
{
StartCoroutine("TranscribeDialog", currentCard);
if (queue.HasNext())
{
currentCard = queue.Next();
}
else
currentCard = null;
}
else
{
CleanDialogGUI();
}
}
IEnumerator TranscribeDialog(DialogCard card)
{
dialogText.color = card.textColor;
audio.Play();
while (charactersShowing <= card.dialog.Length - 1)
{
float speedMultiplier = 1f;
int charactersInLastFrame = Mathf.FloorToInt(charactersShowing);
string textToDisplay = "";
charactersShowing += Time.deltaTime * card.textSpeed * speedMultiplier / 60f;
int locationOfColorSymbol = card.dialog.Substring(charactersInLastFrame,
Mathf.FloorToInt(charactersShowing) - charactersInLastFrame).IndexOf("*");
// WARNING - could break if the machine somehow gets past both *s in one update
// Also if keyword is last character
if (locationOfColorSymbol != -1)
{
if (!colorTagOpen)
{
// Tag length minus one for the * we are deleting
charactersShowing += 16f;
// Replace original card text with a rich-text coded string
card.dialog = card.dialog.Substring(0, charactersInLastFrame + locationOfColorSymbol) + "<color=#"
+ ColorToHex(itemTextColor) + ">" + card.dialog.Substring(charactersInLastFrame
+ locationOfColorSymbol + 1);
colorTagOpen = true;
}
else
{
charactersShowing += 7f;
// Replace original card text with a rich-text coded string
card.dialog = card.dialog.Substring(0, charactersInLastFrame + locationOfColorSymbol) + "</color>"
+ card.dialog.Substring(charactersInLastFrame + locationOfColorSymbol + 1);
colorTagOpen = false;
}
}
if (colorTagOpen)
{
textToDisplay = card.dialog.Substring(0, Mathf.FloorToInt(charactersShowing)) + "</color>";
}
else
{
textToDisplay = dialogText.text = card.dialog.Substring(0, Mathf.FloorToInt(charactersShowing));
}
dialogText.text = textToDisplay;
yield return null;
}
dialogText.text = card.dialog;
allTextDisplayed = true;
charactersShowing = 0;
audio.Stop();
}
private DialogCard[] SplitCard(DialogCard card)
{
string[] parts = card.dialog.Split('\n');
DialogCard[] cards = new DialogCard[parts.Length];
for (int i = 0; i < parts.Length; i++)
{
cards[i] = new DialogCard(card.textSpeed, parts[i]);
cards[i].textColor = card.textColor;
cards[i].backgroundColor = card.backgroundColor;
}
return cards;
}
public void CleanDialogGUI()
{
audio.Stop();
allTextDisplayed = false;
colorTagOpen = false;
backgroundImage.enabled = false;
dialogText.text = "";
dialogText.enabled = true;
currentCard = null;
}
public void LoadQueue(DialogCard[] cards) {
queue = cards;
dialogPointer = 0;
}
