public bool ChangeSwitchStands(int switchNumber)
{
switch (switchNumber)
{
case 1:
Switch1.ChangeSwitchState();
return(true);
case 2:
Switch2.ChangeSwitchState();
return(true);
case 3:
Switch3.ChangeSwitchState();
return(true);
case 4:
Switch4.ChangeSwitchState();
return(true);
case 5:
Switch5.ChangeSwitchState();
return(true);
}
return(false);
}
// Start is called before the first frame update
void Start()
{
Switch1image = Switch1.GetComponent <SpriteRenderer>();
Switch2image = Switch2.GetComponent <SpriteRenderer>();
Switch3image = Switch3.GetComponent <SpriteRenderer>();
Switch4image = Switch4.GetComponent <SpriteRenderer>();
Switch5image = Switch5.GetComponent <SpriteRenderer>();
Switch6image = Switch6.GetComponent <SpriteRenderer>();
Switch7image = Switch7.GetComponent <SpriteRenderer>();
Switch8image = Switch8.GetComponent <SpriteRenderer>();
Switch1OnOff = Switch1.GetComponent <LeverActivate>();
Switch2OnOff = Switch2.GetComponent <LeverActivate>();
Switch3OnOff = Switch3.GetComponent <LeverActivate>();
Switch4OnOff = Switch4.GetComponent <LeverActivate>();
Switch5OnOff = Switch5.GetComponent <LeverActivate>();
Switch6OnOff = Switch6.GetComponent <LeverActivate>();
Switch7OnOff = Switch7.GetComponent <LeverActivate>();
Switch8OnOff = Switch8.GetComponent <LeverActivate>();
Switch1active = false;
Switch2active = false;
Switch3active = false;
Switch4active = false;
Switch5active = false;
Switch6active = false;
Switch7active = false;
Switch8active = false;
states = 0;
}
// Start is called before the first frame update
void Start()
{
//initiallize anything not dopped in from Unity
Switch1move = Switch1.GetComponent <Transform>();
Switch2move = Switch2.GetComponent <Transform>();
Switch3move = Switch3.GetComponent <Transform>();
Switch4move = Switch4.GetComponent <Transform>();
Switch1image = Switch1.GetComponent <SpriteRenderer>();
Switch2image = Switch2.GetComponent <SpriteRenderer>();
Switch3image = Switch3.GetComponent <SpriteRenderer>();
Switch4image = Switch4.GetComponent <SpriteRenderer>();
Switch1OnOff = Switch1.GetComponent <LeverActivate>();
Switch2OnOff = Switch2.GetComponent <LeverActivate>();
Switch3OnOff = Switch3.GetComponent <LeverActivate>();
Switch4OnOff = Switch4.GetComponent <LeverActivate>();
Switch1active = false;
Switch2active = false;
Switch3active = false;
Switch4active = false;
states = 0;
}
// Start is called before the first frame update
void Start()
{
Switch1image = Switch1.GetComponent <SpriteRenderer>();
Switch2image = Switch2.GetComponent <SpriteRenderer>();
Switch3image = Switch3.GetComponent <SpriteRenderer>();
Switch1OnOff = Switch1.GetComponent <LeverActivate>();
Switch2OnOff = Switch2.GetComponent <LeverActivate>();
Switch3OnOff = Switch3.GetComponent <LeverActivate>();
Switch1active = false;
Switch2active = false;
Switch3active = false;
states = 0;
}
/* Initialize GPIO, SPI, and the display */
private async void InitAll()
{
try
{
await MCP23S17.InitSPI();
MCP23S17.InitMCP23S17();
MCP23S17.setPinMode(0x00FF); // 0x0000 = all outputs, 0xffff=all inputs, 0x00FF is PIFace Default
MCP23S17.pullupMode(0x00FF); // 0x0000 = no pullups, 0xffff=all pullups, 0x00FF is PIFace Default
MCP23S17.WriteWord(0x0000); // 0x0000 = no pullups, 0xffff=all pullups, 0x00FF is PIFace Default
Switch0.AddHandler(PointerPressedEvent, new PointerEventHandler(Switch0_PointerPressed), true);
Switch0.AddHandler(PointerReleasedEvent, new PointerEventHandler(Switch0_PointerReleased), true);
Switch1.AddHandler(PointerPressedEvent, new PointerEventHandler(Switch1_PointerPressed), true);
Switch1.AddHandler(PointerReleasedEvent, new PointerEventHandler(Switch1_PointerReleased), true);
Switch2.AddHandler(PointerPressedEvent, new PointerEventHandler(Switch2_PointerPressed), true);
Switch2.AddHandler(PointerReleasedEvent, new PointerEventHandler(Switch2_PointerReleased), true);
Switch3.AddHandler(PointerPressedEvent, new PointerEventHandler(Switch3_PointerPressed), true);
Switch3.AddHandler(PointerReleasedEvent, new PointerEventHandler(Switch3_PointerReleased), true);
initTimer();
}
catch (Exception ex)
{
//Text_Status.Text = "Exception: " + ex.Message;
//if (ex.InnerException != null)
//{
// Text_Status.Text += "\nInner Exception: " + ex.InnerException.Message;
//}
//return;
}
}
public Map()
{
Switches = new AbstractSwitch[5];
spawnPoints = new SpawnPoint[3];
Movables = new List <Movable>();
ShipRoute = new Track[8];
r = new Random();
Row1 = new Track[23];
Row2 = new Track[23];
Row3 = new Track[10];
Row4 = new Track[9];
Row5 = new Track[23];
SpawnPoint SP1 = new SpawnPoint();
SpawnPoint SP2 = new SpawnPoint();
SpawnPoint SP3 = new SpawnPoint();
spawnPoints[0] = SP1;
spawnPoints[1] = SP2;
spawnPoints[2] = SP3;
DefaultTrack DT1 = new DefaultTrack();
SP1.Next = DT1;
DefaultTrack DT2 = new DefaultTrack();
SP2.Next = DT2;
DefaultTrack DT3 = new DefaultTrack();
SP3.Next = DT3;
DefaultTrack DT4 = new DefaultTrack();
DT1.Next = DT4;
DefaultTrack DT5 = new DefaultTrack();
DT2.Next = DT5;
DefaultTrack DT6 = new DefaultTrack();
DT3.Next = DT6;
DefaultTrack DT7 = new DefaultTrack();
DT4.Next = DT7;
DefaultTrack DT8 = new DefaultTrack();
DT5.Next = DT8;
DefaultTrack DT9 = new DefaultTrack();
DT6.Next = DT9;
Switch2 S1 = new Switch2(DT7, DT8);
S1.Previous = DT8;
DT8.Next = S1;
DefaultTrack DT10 = new DefaultTrack();
S1.Next = DT10;
DefaultTrack DT11 = new DefaultTrack();
DefaultTrack DT12 = new DefaultTrack();
Switch S2 = new Switch(DT11, DT12);
DT10.Next = S2;
S2.Next = DT11;
DefaultTrack DT13 = new DefaultTrack();
DT11.Next = DT13;
DefaultTrack DT14 = new DefaultTrack();
DT12.Next = DT14;
DefaultTrack DT15 = new DefaultTrack();
DT13.Next = DT15;
DefaultTrack DT16 = new DefaultTrack();
DT15.Next = DT16;
DefaultTrack DT17 = new DefaultTrack();
DT16.Next = DT17;
DefaultTrack DT32 = new DefaultTrack();
DT9.Next = DT32;
DefaultTrack DT33 = new DefaultTrack();
DT32.Next = DT33;
DefaultTrack DT34 = new DefaultTrack();
DT33.Next = DT34;
Switch2 S3 = new Switch2(DT14, DT34);
DT14.Next = S3;
S3.Previous = DT14;
DefaultTrack DT20 = new DefaultTrack();
S3.Next = DT20;
DefaultTrack DT18 = new DefaultTrack();
DefaultTrack DT19 = new DefaultTrack();
DT18.Next = DT19;
DefaultTrack DT35 = new DefaultTrack();
Switch S4 = new Switch(DT18, DT35);
S4.Next = DT35;
DT20.Next = S4;
DefaultTrack DT36 = new DefaultTrack();
DT35.Next = DT36;
DefaultTrack DT37 = new DefaultTrack();
DT36.Next = DT37;
DefaultTrack DT38 = new DefaultTrack();
DT37.Next = DT38;
DefaultTrack DT39 = new DefaultTrack();
DT38.Next = DT39;
DefaultTrack DT40 = new DefaultTrack();
DT39.Next = DT40;
DefaultTrack DT41 = new DefaultTrack();
DT40.Next = DT41;
Shunt SH1 = new Shunt();
DT41.Next = SH1;
Shunt SH2 = new Shunt();
SH1.Next = SH2;
Shunt SH3 = new Shunt();
SH2.Next = SH3;
Shunt SH4 = new Shunt();
SH3.Next = SH4;
Shunt SH5 = new Shunt();
SH4.Next = SH5;
Shunt SH6 = new Shunt();
SH5.Next = SH6;
Shunt SH7 = new Shunt();
SH6.Next = SH7;
Shunt SH8 = new Shunt();
SH7.Next = SH8;
Switch2 S5 = new Switch2(DT17, DT19);
S5.Previous = DT17;
DT17.Next = S5;
DefaultTrack DT21 = new DefaultTrack();
S5.Next = DT21;
DefaultTrack DT22 = new DefaultTrack();
DT21.Next = DT22;
DefaultTrack DT23 = new DefaultTrack();
DT22.Next = DT23;
DefaultTrack DT24 = new DefaultTrack();
DT23.Next = DT24;
DefaultTrack DT25 = new DefaultTrack();
DT24.Next = DT25;
DefaultTrack DT26 = new DefaultTrack();
DT25.Next = DT26;
Harbour H1 = new Harbour();
DT26.Next = H1;
DefaultTrack DT27 = new DefaultTrack();
H1.Next = DT27;
DefaultTrack DT28 = new DefaultTrack();
DT27.Next = DT28;
DefaultTrack DT29 = new DefaultTrack();
DT28.Next = DT29;
DefaultTrack DT30 = new DefaultTrack();
DT29.Next = DT30;
DefaultTrack DT31 = new DefaultTrack();
DT30.Next = DT31;
EndField EI = new EndField();
DT31.Next = EI;
//make water tiles and add to list
Water W1 = new Water();
Water W2 = new Water();
WaterHarbour W3 = new WaterHarbour();
H1.WaterHarbour = W2;
Water W4 = new Water();
Water W5 = new Water();
Water W6 = new Water();
Water W7 = new Water();
WaterEnd W8 = new WaterEnd();
ShipRoute[0] = W1;
ShipRoute[1] = W2;
ShipRoute[2] = W3;
ShipRoute[3] = W4;
ShipRoute[4] = W5;
ShipRoute[5] = W6;
ShipRoute[6] = W7;
ShipRoute[7] = W8;
W1.Next = W2;
W2.Next = W3;
W3.Next = W4;
W4.Next = W5;
W5.Next = W6;
W6.Next = W7;
W7.Next = W8;
//fill switches list
Switches[0] = S1;
Switches[1] = S2;
Switches[2] = S3;
Switches[3] = S4;
Switches[4] = S5;
//fill rows
Row1[0] = SP1;
Row1[1] = DT1;
Row1[2] = DT4;
Row1[3] = DT7;
Row1[4] = new EmptySpace();
Row1[5] = DT11;
Row1[6] = DT13;
Row1[7] = DT15;
Row1[8] = DT16;
Row1[9] = DT17;
Row1[10] = new EmptySpace();
Row1[11] = new EmptySpace();
Row1[12] = new EmptySpace();
Row1[13] = new EmptySpace();
Row1[14] = new EmptySpace();
Row1[15] = W1;
Row1[16] = W2;
Row1[17] = W3;
Row1[18] = W4;
Row1[19] = W5;
Row1[20] = W6;
Row1[21] = W7;
Row1[22] = W8;
Row2[0] = new EmptySpace();
Row2[1] = new EmptySpace();
Row2[2] = new EmptySpace();
Row2[3] = S1;
Row2[4] = DT10;
Row2[5] = S2;
Row2[6] = new EmptySpace();
Row2[7] = new EmptySpace();
Row2[8] = new EmptySpace();
Row2[9] = S5;
Row2[10] = DT21;
Row2[11] = DT22;
Row2[12] = DT23;
Row2[13] = DT24;
Row2[14] = DT25;
Row2[15] = DT26;
Row2[16] = H1;
Row2[17] = DT27;
Row2[18] = DT28;
Row2[19] = DT29;
Row2[20] = DT30;
Row2[21] = DT31;
Row2[22] = EI;
Row3[0] = SP2;
Row3[1] = DT2;
Row3[2] = DT5;
Row3[3] = DT8;
Row3[4] = new EmptySpace();
Row3[5] = DT12;
Row3[6] = DT14;
Row3[7] = new EmptySpace();
Row3[8] = DT18;
Row3[9] = DT19;
Row4[0] = new EmptySpace();
Row4[1] = new EmptySpace();
Row4[2] = new EmptySpace();
Row4[3] = new EmptySpace();
Row4[4] = new EmptySpace();
Row4[5] = new EmptySpace();
Row4[6] = S3;
Row4[7] = DT20;
Row4[8] = S4;
Row5[0] = SP3;
Row5[1] = DT3;
Row5[2] = DT6;
Row5[3] = DT9;
Row5[4] = DT32;
Row5[5] = DT33;
Row5[6] = DT34;
Row5[7] = new EmptySpace();
Row5[8] = DT35;
Row5[9] = DT36;
Row5[10] = DT37;
Row5[11] = DT38;
Row5[12] = DT39;
Row5[13] = DT40;
Row5[14] = DT41;
Row5[15] = SH1;
Row5[16] = SH2;
Row5[17] = SH3;
Row5[18] = SH4;
Row5[19] = SH5;
Row5[20] = SH6;
Row5[21] = SH7;
Row5[22] = SH8;
}
// Update is called once per frame
void Update()
{
if (!isDisabled)
{
if (Out1.GetComponent <Object_Button_Trigger>().activated == true && !Ignoreinputs && Timer <= 0)
{
if (!FloorUp)
{
CloseDoors();
Timer = MovingTime;
insideElev = false;
Ignoreinputs = true;
soundPlayed = false;
}
else
{
Door1.DoorSwitch();
}
}
if (Out2.GetComponent <Object_Button_Trigger>().activated == true && !Ignoreinputs && Timer <= 0)
{
if (FloorUp)
{
CloseDoors();
Timer = MovingTime;
insideElev = false;
Ignoreinputs = true;
soundPlayed = false;
}
else
{
Door2.DoorSwitch();
}
}
if ((Switch1.GetComponent <Object_Button_Trigger>().activated == true || Switch2.GetComponent <Object_Button_Trigger>().activated == true) && !Ignoreinputs && Timer <= 0)
{
//SwitchFloor(Floor1.transform, Floor2.transform);
CloseDoors();
Door1.isDisabled = true;
Door2.isDisabled = true;
Timer = MovingTime;
insideElev = true;
Ignoreinputs = true;
soundPlayed = false;
}
}
Timer -= Time.deltaTime;
if (Timer <= (MovingTime - 2) && !soundPlayed)
{
GameController.instance.GlobalSFX.PlayOneShot(elev);
soundPlayed = true;
}
if (Timer <= 3 && Ignoreinputs)
{
Door1.isDisabled = false;
Door2.isDisabled = false;
FloorUp = !FloorUp;
State = !State;
GameController.instance.SetObjectState(State, id);
if (insideElev)
{
if (FloorUp)
{
StartCoroutine(SwitchFloor(Floor2, Floor1));
}
else
{
StartCoroutine(SwitchFloor(Floor1, Floor2));
}
}
if (FloorUp)
{
Door1.DoorSwitch();
GameController.instance.holdRoom = false;
}
else
{
Door2.DoorSwitch();
GameController.instance.holdRoom = true;
}
GameController.instance.GlobalSFX.PlayOneShot(ding);
Ignoreinputs = false;
}
}
