public override void StateUpdate()
{
mi = pi.GetMovementInput();
climbProgress = pi.playerScript.ClimbAlongLedge(startPosition, startTime, endPosition);
//Default playerstate behavior to swap weapons in any state
HandleWeaponSwapInput(pi);
}
//This function controls the movement and ensures that it can't move the max distance from player.
internal void movement()
{
if (Mathf.Abs(transform.position.x - player.transform.position.x) > maxDistanceFromPlayer)
{
float offset = 1f;
if (transform.position.x < player.transform.position.x)
{
offset *= -1;
}
transform.position = new Vector3(transform.transform.position.x - offset, transform.position.y, transform.position.z);
}
else if (Mathf.Abs(transform.position.z - player.transform.position.z) > maxDistanceFromPlayer)
{
float offset = 1f;
if (transform.position.z < player.transform.position.z)
{
offset *= -1;
}
transform.position = new Vector3(transform.position.x, transform.position.y, transform.transform.position.z - offset);
}
Vector2 m = inputScript.GetMovementInput();
float forwardMovement = 20f * Time.deltaTime;
Vector3 movementVector = new Vector3(m.x, 0f, m.y);
transform.Translate(movementVector * forwardMovement, Space.World);
}
public void StateUpdate()
{
mi = pi.GetMovementInput();
//pass in the movement input vector so we know what direction to aim in
pi.playerScript.SpellAim(mi.x, mi.y);
spellInputTable = pi.GetSpellInputTable();
ci = pi.GetCancelInput();
}
//
/*If the player is in this state, they will always do whatever is in state update.
* Which includes accepting new input and */
public override void StateUpdate()
{
pi.playerScript.Idle();
mi = pi.GetMovementInput();
ji = pi.GetJumpInput();
ai = pi.GetAimInput();
//Default playerstate behavior to swap weapons in any state
HandleWeaponSwapInput(pi);
}
//
/*If the player is in this state, they will always do whatever is in state update.
* Which includes accepting new input and */
public void StateUpdate()
{
pi.playerScript.Idle();
mi = pi.GetMovementInput();
ri = pi.GetRunInput();
ji = pi.GetJumpInput();
spellInputTable = pi.GetSpellInputTable();
cancelSpell = pi.GetCancelInput();
}
public void StateUpdate()
{
mi = pi.GetMovementInput();
ri = pi.GetRunInput();
spellInputTable = pi.GetSpellInputTable();
ji = pi.GetJumpInput();
pi.playerScript.GroundMovement(mi.x, mi.y, mi.magnitude);
pi.playerScript.Run(ri.magnitude);
cancelSpell = pi.GetCancelInput();
}
public override void StateUpdate()
{
mi = pi.GetMovementInput();
jumpInput = pi.GetJumpInput();
//Only allow the player to jump if they stop pressing the jump input
if (jumpInput == 0f)
{
canJump = true;
}
cancelClimb = pi.GetCancelClimbInput();
//Default playerstate behavior to swap weapons in any state
HandleWeaponSwapInput(pi);
}
public override void StateUpdate()
{
mi = pi.GetMovementInput();
jumpInput = pi.GetJumpInput();
pi.playerScript.GroundMovement(mi);
pi.playerScript.GetPlayerRigidbody().velocity = new Vector3(0, fallingVelocity, 0);
if (jumpInput == 0f)
{
superJumpReady = true;
}
//Default playerstate behavior to swap weapons in any state
HandleWeaponSwapInput(pi);
}
public override void StateUpdate()
{
fi = pi.GetFireWeaponInput();
mi = pi.GetMovementInput();
rsi = pi.GetRightStickInput();
ji = pi.GetJumpInput();
ai = pi.GetAimInput();
if (fi > 0f)
{
pi.playerScript.FireCurrentWeapon();
}
else
{
pi.playerScript.StopFireWeapon();
}
pi.playerScript.Strafe(mi, rsi);
//Default playerstate behavior to swap weapons in any state
HandleWeaponSwapInput(pi);
}
public PlayerStateClimbing(PlayerInputScript player, GameObject go)
{
pi = player;
startPosition = pi.GetPlayerTransform().position;
startTime = Time.time;
ledge = go;
//If this is the end of the ledge, and there's no ledge to jump onto, then don't climb
if (startPosition == endPosition)
{
pi.currentState = new PlayerStateHangingOnLedge(pi, ledge);
}
mi = pi.GetMovementInput();
if (mi.x >= 0.2f)
{
endPosition = ledge.GetComponent <LedgeScript>().GetRightMostPoint();
}
if (mi.x <= -0.2f)
{
endPosition = ledge.GetComponent <LedgeScript>().GetLeftMostPoint();
}
Debug.Log("entering climbing");
}
public override void StateUpdate()
{
mi = pi.GetMovementInput();
jumpInput = pi.GetJumpInput();
jumpProgress = pi.playerScript.Jump(startPosition, startTime, mi);
}
public void StateUpdate()
{
jumpTimer += Time.deltaTime;
mi = pi.GetMovementInput();
pi.playerScript.Jump(walking, jumpTimer, mi);
}