void Awake()
{
Pathways.StateChange += new StateHandler(EventListener);
term = new util::key((n) => {
if (!wait && n && !term.input)
{
StartCoroutine(Term());
}
term.input = n;
}); // were in constructor
Pathways.terminal = this;
rect = GetComponent <RectTransform>();
inputField = GetComponentInChildren <ui::InputField>();
foreach (var elem in GetComponentsInChildren <ui::Text>())
{
if (elem.name == "Prompt")
{
elem.text = prompt;
}
}
log = GetComponentInChildren <ui::Text>();
logs = new Queue <string>();
Pathways.Log("init");
}
public Window() {
accept = new util::key((n)=> {
if (!accept.input && n) {
accept.input = n;
Disable();
} else if (!n) accept.input = n; });
}
internal CharacterMotor()
{
jumping = false; wasJumping = false;
maxSpeed = 57.2f; massPlayer = 80;
dampingGround = 30.0f; dampingAirborne = 20.0f;
modSprint = 1.6f; modCrouch = 0.8f;
speedAnterior = 16.0f; speedPosterior = 10.0f;
speedLateral = 12.0f; speedVertical = 1.0f;
extraHeight = 4.1f; slidingSpeed = 15.0f;
weightPerp = 0.0f; weightSteep = 0.5f;
lastStartTime = 0.0f; lastEndTime = -100.0f;
lateralControl = 1.0f; speedControl = 0.4f;
deltaCrouch = 1.0f; deltaHeight = 2.0f;
deltaPitch = 0.2f; deltaStep = 0.3f;
velocity = Vector3.zero; lastVelocity = Vector3.zero;
groundNormal = Vector3.zero; lastGroundNormal = Vector3.zero;
jumpDir = Vector3.up; inputMove = Vector3.zero;
hitPoint = Vector3.zero;
lastHitPoint = new Vector3(Mathf.Infinity,0,0);
jump = new util::key((n)=>jump.input=n);
dash = new util::key((n)=>dash.input=n);
duck = new util::key((n)=>duck.input=n);
axisX = new util::axis((n)=>axisX.input=n);
axisY = new util::axis((n)=>axisY.input=n);
}
internal CharacterMotor()
{
jumping = false; wasJumping = false;
maxSpeed = 57.2f; massPlayer = 80;
dampingGround = 30.0f; dampingAirborne = 20.0f;
modSprint = 1.6f; modCrouch = 0.8f;
speedAnterior = 16.0f; speedPosterior = 10.0f;
speedLateral = 12.0f; speedVertical = 1.0f;
extraHeight = 4.1f; slidingSpeed = 15.0f;
weightPerp = 0.0f; weightSteep = 0.5f;
lastStartTime = 0.0f; lastEndTime = -100.0f;
lateralControl = 1.0f; speedControl = 0.4f;
deltaCrouch = 1.0f; deltaHeight = 2.0f;
deltaPitch = 0.2f; deltaStep = 0.3f;
velocity = Vector3.zero; lastVelocity = Vector3.zero;
groundNormal = Vector3.zero; lastGroundNormal = Vector3.zero;
jumpDir = Vector3.up; inputMove = Vector3.zero;
hitPoint = Vector3.zero;
lastHitPoint = new Vector3(Mathf.Infinity, 0, 0);
jump = new util::key((n) => jump.input = n);
dash = new util::key((n) => dash.input = n);
duck = new util::key((n) => duck.input = n);
axisX = new util::axis((n) => axisX.input = n);
axisY = new util::axis((n) => axisY.input = n);
}
public PlayerMachine()
{
jump = new util::key((n) => jump.input = n);
dash = new util::key((n) => dash.input = n);
duck = new util::key((n) => duck.input = n);
axisX = new util::axis((n) => axisX.input = n);
axisY = new util::axis((n) => axisY.input = n);
mouseX = new util::axis((n) => mouseX.input = n);
mouseY = new util::axis((n) => mouseY.input = n);
}
public Player()
{
menu = new util::key((n) => menu.input = n);
term = new util::key((n) => term.input = n);
lamp = new util::key((n) => { lamp.input = n;
if (n && left.heldItem != null && left.heldItem.held)
{
left.heldItem.Use();
}
});
}
public ThirdPersonController()
{
isLookCam = true;
airSpeed = 6.0f; airControl = 2.0f;
gravityMult = 2.0f; terminalVelocity = 24.0f;
moveSpeedMult = 1.0f; animSpeedMult = 1.0f;
stationaryTurnSpeed = 180.0f; movingTurnSpeed = 360.0f;
headLookSpeed = 1.0f; groundStick = 5.0f;
moveStep = 0.2f; heightStep = 0.3f;
crouchHeight = 0.6f; //crouchChangeSpeed = 2.0f;
autoTurnThresholdAngle = 100.0f; autoTurnSpeed = 2.0f;
jumpRepeatDelayTime = 0.25f; runCycleLegOffset = 0.2f;
jumpPower = 12.0f; groundCheckDist = 0.1f;
jump = new util::key((n)=>jump.input=n);
dash = new util::key((n)=>dash.input=n);
duck = new util::key((n)=>duck.input=n);
axisX = new util::axis((n)=>axisX.input=n);
axisY = new util::axis((n)=>axisY.input=n);
}
public ThirdPersonController()
{
isLookCam = true;
airSpeed = 6.0f; airControl = 2.0f;
gravityMult = 2.0f; terminalVelocity = 24.0f;
moveSpeedMult = 1.0f; animSpeedMult = 1.0f;
stationaryTurnSpeed = 180.0f; movingTurnSpeed = 360.0f;
headLookSpeed = 1.0f; groundStick = 5.0f;
moveStep = 0.2f; heightStep = 0.3f;
crouchHeight = 0.6f; //crouchChangeSpeed = 2.0f;
autoTurnThresholdAngle = 100.0f; autoTurnSpeed = 2.0f;
jumpRepeatDelayTime = 0.25f; runCycleLegOffset = 0.2f;
jumpPower = 12.0f; groundCheckDist = 0.1f;
jump = new util::key((n) => jump.input = n);
dash = new util::key((n) => dash.input = n);
duck = new util::key((n) => duck.input = n);
axisX = new util::axis((n) => axisX.input = n);
axisY = new util::axis((n) => axisY.input = n);
}
internal PrototypeMotor()
{
jumping = false; wasJumping = false;
maxSpeed = 57.2f; massPlayer = 80;
dampingGround = 30.0f; dampingAirborne = 20.0f;
modSprint = 1.6f; modCrouch = 0.8f;
speedAnterior = 16.0f; speedPosterior = 10.0f;
speedLateral = 12.0f; speedVertical = 1.0f;
extraHeight = 4.1f; slidingSpeed = 15.0f;
weightPerp = 0.0f; weightSteep = 0.5f;
lastStartTime = 0.0f; lastEndTime = -100.0f;
lateralControl = 1.0f; speedControl = 0.4f;
deltaCrouch = 1.0f; deltaHeight = 2.0f;
velocity = Vector3.zero; lastVelocity = Vector3.zero;
groundNormal = Vector3.zero; lastGroundNormal = Vector3.zero;
jumpDir = Vector3.up; inputMove = Vector3.zero;
hitPoint = Vector3.zero;
lastHitPoint = new Vector3(Mathf.Infinity, 0, 0);
// tpc
isLookCam = true;
airSpeed = 6.0f; airControl = 2.0f;
gravityMult = 2.0f; terminalVelocity = 24.0f;
moveSpeedMult = 1.0f; animSpeedMult = 1.0f;
stationaryTurnSpeed = 180.0f; movingTurnSpeed = 360.0f;
headLookSpeed = 1.0f; groundStick = 5.0f;
moveStep = 0.2f; heightStep = 0.3f;
crouchHeight = 0.6f; //crouchChangeSpeed = 2.0f;
autoTurnThresholdAngle = 100.0f; autoTurnSpeed = 2.0f;
jumpRepeatDelayTime = 0.25f; runCycleLegOffset = 0.2f;
jumpPower = 12.0f; groundCheckDist = 0.1f;
axisX = new util::axis((n) => axisX.input = n);
axisY = new util::axis((n) => axisY.input = n);
jump = new util::key((n) => jump.input = n);
dash = new util::key((n) => dash.input = n);
duck = new util::key((n) => duck.input = n);
}
public Lamp()
{
dash = new util::key((n)=>sprint=n);
}
public Hand()
{
fire = new util::key((n) => fire.input = n);
lamp = new util::key((n) => lamp.input = n);
}
public Lamp()
{
dash = new util::key((n) => sprint = n);
}
internal PrototypeMotor()
{
jumping = false; wasJumping = false;
maxSpeed = 57.2f; massPlayer = 80;
dampingGround = 30.0f; dampingAirborne = 20.0f;
modSprint = 1.6f; modCrouch = 0.8f;
speedAnterior = 16.0f; speedPosterior = 10.0f;
speedLateral = 12.0f; speedVertical = 1.0f;
extraHeight = 4.1f; slidingSpeed = 15.0f;
weightPerp = 0.0f; weightSteep = 0.5f;
lastStartTime = 0.0f; lastEndTime = -100.0f;
lateralControl = 1.0f; speedControl = 0.4f;
deltaCrouch = 1.0f; deltaHeight = 2.0f;
velocity = Vector3.zero; lastVelocity = Vector3.zero;
groundNormal = Vector3.zero; lastGroundNormal = Vector3.zero;
jumpDir = Vector3.up; inputMove = Vector3.zero;
hitPoint = Vector3.zero;
lastHitPoint = new Vector3(Mathf.Infinity,0,0);
// tpc
isLookCam = true;
airSpeed = 6.0f; airControl = 2.0f;
gravityMult = 2.0f; terminalVelocity = 24.0f;
moveSpeedMult = 1.0f; animSpeedMult = 1.0f;
stationaryTurnSpeed = 180.0f; movingTurnSpeed = 360.0f;
headLookSpeed = 1.0f; groundStick = 5.0f;
moveStep = 0.2f; heightStep = 0.3f;
crouchHeight = 0.6f; //crouchChangeSpeed = 2.0f;
autoTurnThresholdAngle = 100.0f; autoTurnSpeed = 2.0f;
jumpRepeatDelayTime = 0.25f; runCycleLegOffset = 0.2f;
jumpPower = 12.0f; groundCheckDist = 0.1f;
axisX = new util::axis((n)=>axisX.input=n);
axisY = new util::axis((n)=>axisY.input=n);
jump = new util::key((n)=>jump.input=n);
dash = new util::key((n)=>dash.input=n);
duck = new util::key((n)=>duck.input=n);
}
public Hand() {
fire = new util::key((n)=>fire.input=n);
lamp = new util::key((n)=>lamp.input=n);
}