//Function that creates the player and assigns a control scheme to it as detected by the input or if the player is already active it just assigns the control scheme detected
void Create_Player()
{
//If some Players are already active it assigns a control scheme to them (works progressively from player 1 to 4)
if (is_p1_active == true && player1move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned /*&& !ps1.is_CPU*/)
{
newPlayer = player1move;
ps = panel1.GetComponent <PlayerSelector>();
}
else if (is_p2_active == true && player2move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned && !ps2.is_CPU)
{
newPlayer = player2move;
ps = panel2.GetComponent <PlayerSelector>();
}
else if (is_p3_active == true && player3move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned && !ps3.is_CPU)
{
newPlayer = player3move;
ps = panel3.GetComponent <PlayerSelector>();
}
else if (is_p4_active == true && player4move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned && !ps4.is_CPU)
{
newPlayer = player4move;
ps = panel4.GetComponent <PlayerSelector>();
}
//If there are no active players it creates a new player and assigns the control scheme detected
else
{
if (num_players <= 4)
{
num_players++;
}
switch (num_players)
{
case 1:
player.SetActive(true);
newPlayer = player1move;
is_p1_active = true;
ps = panel1.GetComponent <PlayerSelector>();
break;
case 2:
player2.SetActive(true);
newPlayer = player2move;
is_p2_active = true;
ps = panel2.GetComponent <PlayerSelector>();
break;
case 3:
player3.SetActive(true);
newPlayer = player3move;
is_p3_active = true;
ps = panel3.GetComponent <PlayerSelector>();
break;
case 4:
player4.SetActive(true);
newPlayer = player4move;
is_p4_active = true;
ps = panel4.GetComponent <PlayerSelector>();
break;
default:
num_players = 4;
break;
}
newPlayer.Hand.SetAsLastSibling();
if (newPlayer.playerID == 1)
{
newPlayer.GetComponent <Collider2D>().enabled = false;
}
newPlayer.is_this_active = true;
ps.CPU_Controls = 1;
ps.switch_case = 1;
ps.HandObject.SetActive(true);
ps.Token.sprite = ps.Player_Token;
ps.Hand.sprite = ps.hand_closed;
ps.carImage.sprite = ps.default_Empty;
}
setControlScheme();
}
//Function that creates the player and assigns a control scheme to it as detected by the input or if the player is already active it just assigns the control scheme detected
void Create_Player()
{
//If some Players are already active it assigns a control scheme to them (works progressively from player 1 to 4)
if (is_p1_active == true && player1move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned /*&& !ps1.is_CPU*/)
{
newPlayer = player1move;
ps = panel1.GetComponent<PlayerSelector>();
}
else if (is_p2_active == true && player2move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned && !ps2.is_CPU)
{
newPlayer = player2move;
ps = panel2.GetComponent<PlayerSelector>();
}
else if (is_p3_active == true && player3move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned && !ps3.is_CPU)
{
newPlayer = player3move;
ps = panel3.GetComponent<PlayerSelector>();
}
else if (is_p4_active == true && player4move.ThisPlayerControl == MoveSelector.ControlTypesHere.NotAssigned && !ps4.is_CPU)
{
newPlayer = player4move;
ps = panel4.GetComponent<PlayerSelector>();
}
//If there are no active players it creates a new player and assigns the control scheme detected
else {
if (num_players <= 4) { num_players++; }
switch (num_players)
{
case 1:
player.SetActive(true);
newPlayer = player1move;
is_p1_active = true;
ps = panel1.GetComponent<PlayerSelector>();
break;
case 2:
player2.SetActive(true);
newPlayer = player2move;
is_p2_active = true;
ps = panel2.GetComponent<PlayerSelector>();
break;
case 3:
player3.SetActive(true);
newPlayer = player3move;
is_p3_active = true;
ps = panel3.GetComponent<PlayerSelector>();
break;
case 4:
player4.SetActive(true);
newPlayer = player4move;
is_p4_active = true;
ps = panel4.GetComponent<PlayerSelector>();
break;
default:
num_players = 4;
break;
}
newPlayer.Hand.SetAsLastSibling();
if (newPlayer.playerID == 1) { newPlayer.GetComponent<Collider2D>().enabled = false; }
newPlayer.is_this_active = true;
ps.CPU_Controls = 1;
ps.switch_case = 1;
ps.HandObject.SetActive(true);
ps.Token.sprite = ps.Player_Token;
ps.Hand.sprite = ps.hand_closed;
ps.carImage.sprite = ps.default_Empty;
}
setControlScheme();
}
//This funciton is called when the activation button on the panel is pressed (changes the player status to active, non active or cpu)
public void PanelManager()
{
if (m.playerID != 1) //Player 1 will have a slightly different behaviour
{
if (!CoinController.is_grabbed)
{
//A new player can be activated only if it's the one right next to the highest currently activated player. e.g. if only player 1 is active you can activate player 2 but not player 3
if (l.num_players == m.playerID || l.num_players == m.playerID - 1)
{
switch_case++;
switch (switch_case)
{
case 1:
//Makes it an active player
if (l.num_players == m.playerID - 1 && !m.is_this_active)
{
Token.sprite = Player_Token;
HandObject.SetActive(true);
playerCoin.SetActive(true);
cpuText.text = "";
t.text = nameplayer;
Hand.sprite = hand_closed;
m.Hand.SetAsLastSibling();
if (m.playerID == 1)
{
m.GetComponent <Collider2D>().enabled = false;
}
if (l.num_players < m.playerID)
{
l.num_players++;
}
if (m.playerID == 1)
{
l.is_p1_active = true;
}
else if (m.playerID == 2)
{
l.is_p2_active = true;
}
else if (m.playerID == 3)
{
l.is_p3_active = true;
}
else if (m.playerID == 4)
{
l.is_p4_active = true;
}
m.is_this_active = true;
CPU_Controls = 1;
is_CPU = false;
carImage.sprite = default_Empty;
}
break;
case 2:
//Makes it a CPU
if (l.num_players == m.playerID - 1 && !m.is_this_active)
{
playerCoin.SetActive(true);
m.is_this_active = true;
l.num_players++;
if (m.playerID == 1)
{
l.is_p1_active = true;
}
else if (m.playerID == 2)
{
l.is_p2_active = true;
}
else if (m.playerID == 3)
{
l.is_p3_active = true;
}
else if (m.playerID == 4)
{
l.is_p4_active = true;
}
}
if (m.is_this_active)
{
cpuText.text = "";
t.text = "CPU";
is_CPU = true;
CPU_Controls = 2;
carImage.sprite = default_Empty;
Controls = 4;
HandObject.SetActive(false);
Token.sprite = CPU_Token;
l.num_CPU_Players++;
resetControlsCPU();
ControlManager();
}
break;
default:
//Deactivates it and resets all its variables
if (l.num_players == m.playerID && m.is_this_active)
{
print("deleting player");
playerCoin.SetActive(false);
if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.Joy1)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_joy1_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.Joy2)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_joy2_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.ArrowKeys)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_arrowKeys_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.WSDA)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_wsda_taken = false;
}
if (m.playerID == 1)
{
l.is_p1_active = false;
}
else if (m.playerID == 2)
{
l.is_p2_active = false;
}
else if (m.playerID == 3)
{
l.is_p3_active = false;
}
else if (m.playerID == 4)
{
l.is_p4_active = false;
}
l.num_players--;
l.num_CPU_Players--;
m.is_this_active = false;
is_CPU = false;
CoinController.is_car_selected = false;
}
switch_case = 0;
playerCoin.transform.position = m.playerPosition;
carImage.sprite = default_notActive;
if (Car1.ThisCarSelected == true && CoinController.CoinID == Car1.ID)
{
Car1.CheckPlayerActivation();
}
else if (Car2.ThisCarSelected == true && CoinController.CoinID == Car2.ID)
{
Car2.CheckPlayerActivation();
}
else if (Car3.ThisCarSelected == true && CoinController.CoinID == Car3.ID)
{
Car3.CheckPlayerActivation();
}
else if (Car4.ThisCarSelected == true && CoinController.CoinID == Car4.ID)
{
Car4.CheckPlayerActivation();
}
CPU_Controls = 0;
t.text = "N/A";
cpuText.text = "";
if (m.playerID == 1)
{
buttonController.SetOverlay(false);
controlController.SetOverlay(false);
}
Controls = 4;
ControlManager();
break;
}
}
//If this is a middle player (e.g. player 2 when 3 players are active) only switches between CPU and active status. Player cannot be disabled
else if (m.is_this_active)
{
CPU_Controls++;
switch (CPU_Controls)
{
case 1:
is_CPU = false;
resetControlsCPU();
Controls = 4;
ControlManager();
Hand.sprite = hand_closed;
cpuText.text = "";
t.text = nameplayer;
switch_case = 1;
Token.sprite = Player_Token;
HandObject.SetActive(true);
CPU_Controls = 1;
l.num_CPU_Players--;
break;
case 2:
cpuText.text = "";
t.text = "CPU";
is_CPU = true;
CPU_Controls = 0;
switch_case = 2;
resetControlsCPU();
Controls = 4;
ControlManager();
l.num_CPU_Players++;
HandObject.SetActive(false);
Token.sprite = CPU_Token;
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
break;
default:
switch_case = 0;
CPU_Controls = 0;
Controls = 4;
is_CPU = false;
break;
}
}
}
}
//Player 1 can also not be deactivated as it controls other players' statuses and activation
else
{
CPU_Controls++;
switch (CPU_Controls)
{
case 1:
cpuText.text = "";
t.text = nameplayer;
is_CPU = false;
switch_case = 1;
Token.sprite = Player_Token;
break;
case 2:
cpuText.text = "";
t.text = "CPU";
is_CPU = true;
CPU_Controls = 0;
Token.sprite = CPU_Token;
switch_case = 2;
break;
default:
switch_case = 0;
CPU_Controls = 0;
is_CPU = false;
break;
}
}
}