/// <summary>
/// This checks for every single token per line and see if it matches the
/// begining line of the respective token.
/// If it does, it applies the respective effect of the token to the text.
/// NOTE: This uses the current line in the raw text rather than the text you see
/// </summary>
/// <param name="currentline"></param>
public token.TOKENTYPE ParseTxt(int currentline, int text_index)
{
token.TOKENTYPE currenttok = token.TOKENTYPE.ANIMATION;
foreach (token tok in listoftokens)
{
if (currentline == tok.b_line && tok.dialogue_num == text_index)
{
print("Commands " + tok.tokentype);
currenttok = tok.tokentype;
if (tok.tokentype == token.TOKENTYPE.END)
{
commands.Pop();
}
else
{
commands.Push(tok);
}
}
}
TypeLine(currentline);
// if (commands.Peek().tokentype == token.TOKENTYPE.WAIT)
//
return(currenttok);
}
public IEnumerator DisplayDialogue(string textasset)
{
done_event = false;
txbx.SetActive(true);
textTarg = textasset;
CompileText();
bool istyping = true;
current_text = 0;
while (current_text != disptxt.Length)
{
if (istyping)
{
for (int i = 0; i < disptxt[current_text].Length; i++)
{
token.TOKENTYPE toktype = ParseTxt(i, current_text);
yield return(new WaitForSeconds(speed));
if (commands.Count > 0)
{
switch (commands.Peek().tokentype)
{
case token.TOKENTYPE.WAIT:
speed = default_speed;
commands.Pop();
break;
case token.TOKENTYPE.SELECT_CHARACTER:
case token.TOKENTYPE.MOVEPOS:
case token.TOKENTYPE.ANIMATION:
case token.TOKENTYPE.TXTSPD:
case token.TOKENTYPE.FADE:
commands.Pop();
break;
}
}
}
istyping = false;
}
yield return(new WaitForSeconds(Time.deltaTime));
if (Input.GetKeyDown(KeyCode.Space))
{
textthing.text = "";
istyping = true;
current_text++;
}
}
RemoveIcon();
txbx.SetActive(false);
done_event = true;
}
public void CreateToken(token.TOKENTYPE enu, string tok, int beginlin, int ind, Vector2 vect)
{
foreach (tokendef tokens in tokendictionary)
{
if (tokens.tokentype == (int)enu)
{
token newtok = new token();
newtok.b_line = beginlin; //- tok.Length;
newtok.dialogue_num = ind;
newtok.tokentype = (token.TOKENTYPE)tokens.tokentype;
newtok.capturedat = tok;
newtok.position = vect;
newtok.number = 0;
listoftokens.Add(newtok);
}
}
}
public void CreateToken(token.TOKENTYPE enu, string tok, int beginlin, int ind, Color colour, float time)
{
foreach (tokendef tokens in tokendictionary)
{
if (tokens.tokentype == (int)enu)
{
token newtok = new token();
newtok.b_line = beginlin; //- tok.Length;
newtok.dialogue_num = ind;
newtok.tokentype = (token.TOKENTYPE)tokens.tokentype;
newtok.capturedat = tok;
newtok.colour = colour;
newtok.time = time;
newtok.number = 0;
listoftokens.Add(newtok);
}
}
}
/// <summary>
/// Processed during compile-time, this creates the list of tokens that are put in effect into the
/// run time thing.
/// </summary>
/// <param name="tok">The token that was found.</param>
/// <param name="beginlin">The line that the effect of this token begins</param>
/// <param name="ind">Which part of the dialgoue the token applies to</param>
public void CreateToken(token.TOKENTYPE enu, string tok, int beginlin, int ind)
{
//TODO:
//DO A FOREACH LOOP OF THE TOKENS OF WHICH INSTRUCTIONS TO INCLUDE
foreach (tokendef tokens in tokendictionary)
{
if (tokens.tokentype == (int)enu)
{
token newtok = new token();
newtok.b_line = beginlin; //- tok.Length;
newtok.dialogue_num = ind;
newtok.tokentype = (token.TOKENTYPE)tokens.tokentype;
newtok.capturedat = tok;
newtok.time = 0;
newtok.number = 0;
listoftokens.Add(newtok);
}
}
}
void TypeLine(int currentline)
{
Stack <token> temp_stk = new Stack <token>();
foreach (token stack in commands)
{
temp_stk.Push(stack);
}
//This is for the line by line check
while (temp_stk.Count > 0)
{
token.TOKENTYPE currenttok = temp_stk.Peek().tokentype;
switch (currenttok)
{
case token.TOKENTYPE.SELECT_CHARACTER:
Set(temp_stk.Peek().capturedat, 0);
temp_stk.Pop();
break;
case token.TOKENTYPE.WAIT:
speed = (float)temp_stk.Peek().time;
temp_stk.Pop();
break;
case token.TOKENTYPE.COLOUR:
textthing.text += "<color=" + temp_stk.Peek().capturedat + ">";
temp_stk.Pop();
break;
case token.TOKENTYPE.ITALICS:
textthing.text += "<i>";
temp_stk.Pop();
break;
case token.TOKENTYPE.TXTSPD:
default_speed = (float)temp_stk.Peek().time;
speed = default_speed;
temp_stk.Pop();
break;
case token.TOKENTYPE.MOVEPOS:
if (anim != null)
{
anim.transform.position = temp_stk.Peek().position;
}
temp_stk.Pop();
break;
case token.TOKENTYPE.ANIMATION:
//anim.GetComponent<o_actor>().anim_enum = (int)temp_stk.Peek().time;
print((int)temp_stk.Peek().time);
temp_stk.Pop();
break;
case token.TOKENTYPE.FADE:
Color fadecol = fad.GetComponent <Image>().color;
fadecol.a = fad.GetComponent <Image>().color.a;
StartCoroutine(Fade(fadecol, temp_stk.Peek().colour, (float)temp_stk.Peek().time));
temp_stk.Pop();
break;
}
}
textthing.text += disptxt[current_text][currentline];
foreach (token tok in commands)
{
switch (tok.tokentype)
{
case token.TOKENTYPE.COLOUR:
textthing.text += "</color>";
break;
case token.TOKENTYPE.ITALICS:
textthing.text += "</i>";
break;
}
}
}