private void SetNarrativeDialogue(SpeakerUIController _activeSpeakerUI, SpeakerUIController _inactiveSpeakerUI, string _text)
{
activeSpeakerUI = _activeSpeakerUI;
_activeSpeakerUI.Dialogue = _text;
_activeSpeakerUI.Show();
if (_activeSpeakerUI.dialoguePanelGO != enabled)
{
AM.PlayConsistentOneShot(panelOpenCloseSound, panelOpenCloseVolume);
}
_inactiveSpeakerUI.Hide();
if (_activeSpeakerUI.dialoguePanelGO == enabled)
{
AM.PlayConsistentOneShot(panelOpenCloseSound, panelOpenCloseVolume);
}
_activeSpeakerUI.Dialogue = "";
if (typeCoroutine != null)
{
StopCoroutine(typeCoroutine);
}
typeCoroutine = TypeWritterEffect_N(_text, _activeSpeakerUI);
StartCoroutine(typeCoroutine);
}
private IEnumerator EffectTypewriter(string text, SpeakerUIController controller)
{
foreach (char character in text.ToCharArray())
{
controller.dialogue.text += character;
// yield return new WaitForSeconds(0.1f);
yield return(null);
}
}
private void SetDialogue(SpeakerUIController activeSpeakerUI, Character character, string text, Position position, Emote emote)
{
activeSpeakerUI.Speaker = character;
switch (position)
{
case Position.LEFT:
activeSpeakerUI.SetLeft();
break;
case Position.RIGHT:
activeSpeakerUI.SetRight();
break;
case Position.CENTER:
activeSpeakerUI.SetCenter();
break;
default:
activeSpeakerUI.SetLeft();
break;
}
switch (emote)
{
case Emote.ANGRY:
activeSpeakerUI.SetPortrait(character.angryPortrait);
break;
case Emote.CONFUSED:
activeSpeakerUI.SetPortrait(character.confusedPortrait);
break;
case Emote.HAPPY:
activeSpeakerUI.SetPortrait(character.happyPortrait);
break;
case Emote.UNHAPPY:
activeSpeakerUI.SetPortrait(character.unhappyPortrait);
break;
case Emote.SAD:
activeSpeakerUI.SetPortrait(character.sadPortrait);
break;
case Emote.SILLY:
activeSpeakerUI.SetPortrait(character.sillyPortrait);
break;
default:
activeSpeakerUI.SetPortrait(character.portrait);
break;
}
activeSpeakerUI.Show();
activeSpeakerUI.Dialogue = "";
StopAllCoroutines();
StartCoroutine(EffectTypewriter(text, activeSpeakerUI));
}
private void StartNarrative()
{
AM.DampenAllAudio(true);
if (narTrigger.isDampenMusic)
{
AM.DampenBGMusic(true);
}
isNarrativeEventRunning = true;
// Disable both the player input and the enemy movements
pCon.DisablePlayerController();
Toolbox.GetInstance().GetLevelManager().PauseAllEnemies();
AM.PlayConsistentOneShot(speakersMoveInSound, speakersMoveInVolume);
// Check if this narrative is a monologue, and if so, only enable the speaker on the left side
if (N.isMonologue)
{
speakerUILeft = speakerLeft.GetComponent <SpeakerUIController>();
speakerUILeft.Speaker = N.speakerOnTheLeft;
speakerUILeft.ShowSprite();
}
// Else enable both speakers for the conversation
else
{
speakerUILeft = speakerLeft.GetComponent <SpeakerUIController>();
speakerUILeft.Speaker = N.speakerOnTheLeft;
speakerUILeft.ShowSprite();
speakerUIRight = speakerRight.GetComponent <SpeakerUIController>();
speakerUIRight.Speaker = N.speakerOnTheRight;
speakerUIRight.ShowSprite();
}
if (!N.hasTutorial)
{
tutorialsRemaining = false;
}
if (!pCon.isController)
{
Cursor.visible = true;
Cursor.lockState = CursorLockMode.None;
}
AdvanceNarrative();
}
private void SetNarrativeMonologueDialogue(SpeakerUIController _activeSpeakerUI, string _text)
{
activeSpeakerUI = _activeSpeakerUI;
_activeSpeakerUI.Dialogue = _text;
_activeSpeakerUI.Show();
_activeSpeakerUI.Dialogue = "";
if (typeCoroutine != null)
{
StopCoroutine(typeCoroutine);
}
typeCoroutine = TypeWritterEffect_N(_text, _activeSpeakerUI);
StartCoroutine(typeCoroutine);
}
public IEnumerator TypeWritterEffect_N(string _text, SpeakerUIController _speakerUI)
{
isTyping = true;
yield return(new WaitForSeconds(0.3f));
typingSource.volume = textVolume;
typingSource.clip = textSound;
typingSource.Play();
foreach (char letter in _text.ToCharArray())
{
_speakerUI.Dialogue += letter;
yield return(new WaitForSeconds(textDelayTime));
}
typingSource.Stop();
isTyping = false;
}
private void Awake()
{
speakerUI = speaker.GetComponent <SpeakerUIController>();
}
