void init()
{
//Instantiate scoring and players
if (VarHolder.scores == null)
{
VarHolder.initScore();
}
int[] scores = VarHolder.scores;
float scoreSpacing = (scoreXRange * 2) / (playerCount - 1);
for (int i = 0; i < playerCount; i++)
{
float scoreX = (float)i * scoreSpacing - scoreXRange;
players[i].scoreUI = Instantiate(scorePrefab, new Vector3(scoreX, scoreY, 0), transform.rotation);
players[i].scoreUI.GetComponent <Text>().color = colours[i];
players[i].scoreUI.transform.SetParent(canvas_Scores.transform);
players[i].scoreUI.transform.localPosition = new Vector3(scoreX, scoreY, 0);
players[i].scoreUI.GetComponent <Text>().text = scores[i].ToString();
players[i].score = scores[i];
}
spawnPlayers();
}
// Use this for initialization
void Start()
{
playerCount = VarHolder.playerCount;
pointsToWin = VarHolder.pointsToWin;
if (VarHolder.reset)
{
VarHolder.initScore();
}
players = new PlayerStat[playerCount];
canvas_Scores = GameObject.Find("Can_Scores");
canvas_Prompts = GameObject.Find("Can_Controls");
StartCoroutine(SpawnAsteroids());
init();
winnerText.SetActive(false);
}
public string vmachine(List <Token> polskStroka)
{
string output = "";
foreach (Token token in polskStroka)
{
switch (token.Name)
{
/*RegEx.Add(new TokenRegistrateEx("printT", @"(^print$)"));
* RegEx.Add(new TokenRegistrateEx("openBracketsT", @"(^\($)"));
* RegEx.Add(new TokenRegistrateEx("closeBracketsT", @"(^\)$)"));
* RegEx.Add(new TokenRegistrateEx("varT", @"(^([A-Za-z][A-Za-z0-9]*)$)"));
* RegEx.Add(new TokenRegistrateEx("arOpT", @"(^([+|\-|*|\/])$)"));
* RegEx.Add(new TokenRegistrateEx("digitT", @"(^((-?\d+)(\,\d*)?)$)"));
* RegEx.Add(new TokenRegistrateEx("equalOpT", @"^(=)$"));
* RegEx.Add(new TokenRegistrateEx("endT", @"(^(;)$)"));
* RegEx.Add(new TokenRegistrateEx("spaceT", @"(^\s$)"));*/
case "printT":
output += stack.Pop().value;
break;
case "varT":
{
if (!IsExist(token.Value))
{
stack.Push(new VarHolder(token.Value, 0f));
vars.Add(new VarHolder(token.Value, 0f));
}
else
{
stack.Push(new VarHolder(token.Value, GetVarHolderByName(token.Value)));
}
}
break;
case "digitT":
stack.Push(new VarHolder("", Convert.ToDouble(token.Value)));
break;
case "arOpT":
{
double op1 = stack.Pop().value;
double op2 = stack.Pop().value;
if (token.Value == "+")
{
stack.Push(new VarHolder("", (op1 + op2)));
}
else if (token.Value == "-")
{
stack.Push(new VarHolder("", (op2 - op1)));
}
else if (token.Value == "*")
{
stack.Push(new VarHolder("", (op1 * op2)));
}
else if (token.Value == "/")
{
stack.Push(new VarHolder("", (op1 / op2)));
}
}
break;
case "equalOpT":
{
double opb = stack.Pop().value;
string opa = stack.Pop().name;
int a = (GetVarHolderByNameIndex(opa));
vars[a] = new VarHolder("", opb);
}
break;
case "endT": { stack.Clear(); break; }
default: { break; }
}
}
return(output);
}
