public void Update()
{
if (p2LockedIn && p3LockedIn && p4LockedIn && lockedIn == false)
{
/*
* for (int i = 0; i < choices.Length; i++)
* {
* Debug.Log("Heyeyeyayayayyayaaa");
* runTimeChoices.chosenGods[i] = chooseableGods[choices[i]];
* }
*/
//transitionNarrator.DoNarration();
if (runTimeChoices.chosenGods[2] == null)
{
runTimeChoices.chosenGods[2] = runTimeChoices.chosenGods[0];
}
if (runTimeChoices.chosenGods[1] == null)
{
runTimeChoices.chosenGods[1] = runTimeChoices.chosenGods[0];
}
Invoke("LoadTransition", 1.5f);
lockedIn = true;
return;
}
//Messy input-region. Couldn't think of a more concise way to write this without having to make God-Objects to draw from in this script. Not perfect.
#region Inputs
int currentPlayerIndex = p2Index; //Index of the player whose character we're checking inputs for.
if (!p2LockedIn)
{
bool p2leftPressed = false;
bool p2rightPressed = false;
float p2HoriInput = Input.GetAxis(p2HorizontalAxisName);
//Debug.Log(p2HoriInput);
if (p2HoriInput != 0 && !p2WaitForNextClick)
{
p2leftPressed = p2HoriInput < 0 ? true : false;
p2rightPressed = !p2leftPressed;
p2WaitForNextClick = true;
}
if (p2HoriInput == 0)
{
p2WaitForNextClick = false;
}
if (Input.GetKeyDown(p2left) || p2leftPressed)
{
int selection = (choices[currentPlayerIndex] + (amountOfChoices - 1)) % amountOfChoices; //Move leftwards in choices.
ChangeAndDisplaySelection(currentPlayerIndex, selection);
}
if (Input.GetKeyDown(p2right) || p2rightPressed)
{
int selection = (choices[currentPlayerIndex] + (amountOfChoices + 1)) % amountOfChoices; //Move right in choices.
ChangeAndDisplaySelection(currentPlayerIndex, selection);
}
if (Input.GetKeyDown(p2select) || Input.GetKeyDown(p2SelectAlt))
{
//Debug.Log("P2 chose hero");
p2LockedIn = true;
UpdateHoverVisuals(0);
runTimeChoices.chosenGods[0] = chooseableGods[choices[0]];
audioList = FindObjectOfType <AudioList>();
audioList.OnGodPicked(2);
buttonSounds.OnChoiceMade();
if (gamesettings.GetAmountOfPlayers() == 2)
{
p3LockedIn = true;
p4LockedIn = true;
}
}
}
currentPlayerIndex = p3Index;
if (!p3LockedIn)
{
bool p3leftPressed = false;
bool p3rightPressed = false;
float p3HoriInput = Input.GetAxis(p3HorizontalAxisName);
if (p3HoriInput != 0 && p3WaitForNextClick)
{
p3leftPressed = p3HoriInput < 0 ? true : false;
p3rightPressed = !p3leftPressed;
p3WaitForNextClick = true;
}
if (p3HoriInput == 0)
{
p3WaitForNextClick = false;
}
if (Input.GetKeyDown(p3left) || p3leftPressed)
{
int selection = (choices[currentPlayerIndex] + (amountOfChoices - 1)) % amountOfChoices;
ChangeAndDisplaySelection(currentPlayerIndex, selection);
}
if (Input.GetKeyDown(p3right) || p3leftPressed)
{
int selection = (choices[currentPlayerIndex] + (amountOfChoices + 1)) % amountOfChoices; //Move leftwards in choices.
ChangeAndDisplaySelection(currentPlayerIndex, selection);
}
if (Input.GetKeyDown(p3select) || Input.GetKeyDown(p3SelectAlt))
{
p3LockedIn = true;
UpdateHoverVisuals(1);
runTimeChoices.chosenGods[1] = chooseableGods[choices[1]];
FindObjectOfType <AudioList>().OnGodPicked(3);
buttonSounds.OnChoiceMade();
}
}
currentPlayerIndex = p4Index;
if (!p4LockedIn)
{
bool p4leftPressed = false;
bool p4rightPressed = false;
float p4HoriInput = Input.GetAxis(p4HorizontalAxisName);
if (p4HoriInput != 0 && p4WaitForNextClick)
{
p4leftPressed = p4HoriInput < 0 ? true : false;
p4rightPressed = !p4leftPressed;
p4WaitForNextClick = true;
}
if (p4HoriInput == 0)
{
p4WaitForNextClick = false;
}
if (Input.GetKeyDown(p4left) || p4leftPressed)
{
int selection = (choices[currentPlayerIndex] + (amountOfChoices - 1)) % amountOfChoices;
ChangeAndDisplaySelection(currentPlayerIndex, selection);
}
if (Input.GetKeyDown(p4right) || p4rightPressed)
{
int selection = (choices[currentPlayerIndex] + (amountOfChoices + 1)) % amountOfChoices;
ChangeAndDisplaySelection(currentPlayerIndex, selection);
}
if (Input.GetKeyDown(p4select) || Input.GetKeyDown(p4SelectAlt))
{
p4LockedIn = true;
UpdateHoverVisuals(2);
runTimeChoices.chosenGods[2] = chooseableGods[choices[2]];
FindObjectOfType <AudioList>().OnGodPicked(4);
buttonSounds.OnChoiceMade();
}
}
#endregion Inputs
}