public void FixedUpdate()
{
DebugDisplay.PrintLine($"Rise: {PlayerConstants.JUMP_RISE_GRAVITY}");
DebugDisplay.PrintLine($"Fall: {PlayerConstants.FREE_FALL_GRAVITY}");
// Many states use collision status(eg: are we touching the ground?)
// to decide if they should change to a different state.
// We need to update this information before
Motor.UpdateCollisionStatus();
// Run state logic that needs to be done early.
// Usually, this is where state transitions happen.
_currentState.EarlyFixedUpdate();
// Run the current state's main logic.
// Note that CurrentState may have been changed by EarlyFixedUpdate()
_currentState.FixedUpdate();
// Tell the motor to move at its current velocity.
Motor.Move();
// Display debugging metrics
DebugDisplay.PrintLine("HSpeed: " + HSpeed);
DebugDisplay.PrintLine("VSpeed: " + Motor.RelativeVSpeed);
DebugDisplay.PrintLine("HAngleDeg: " + HAngleDeg);
DebugDisplay.PrintLine("Double jump armed: " + DoubleJumpArmed);
DebugDisplay.PrintLine("In double jump window: " + IsInDoubleJumpWindow());
DebugDisplay.PrintLine("Jump height: " + (_debugJumpMaxY - LastJumpStartPos.y));
}
void Update()
{
DebugDisplay.PrintLine(_input.RightStick.ToString());
// Adjust the angles with the right stick
Vector3 rightStick = _input.RightStick;
if (INVERT_HORIZONTAL)
{
rightStick.x *= -1;
}
if (INVERT_VERTICAL)
{
rightStick.y *= -1;
}
_hAngleDeg += rightStick.x * MAX_ROTSPEED_DEG * Time.deltaTime;
_vAngleDeg += rightStick.y * MAX_ROTSPEED_DEG * Time.deltaTime;
if (_vAngleDeg > MAX_VANGLE_DEG)
{
_vAngleDeg = MAX_VANGLE_DEG;
}
if (_vAngleDeg < MIN_VANGLE_DEG)
{
_vAngleDeg = MIN_VANGLE_DEG;
}
// Calculate the where the position would be (if we didn't zoom)
Vector3 dir = SphericalToCartesian(_hAngleDeg, _vAngleDeg, 1);
Vector3 pos = _target.position + (dir * ORBIT_RADIUS);
// Zoom in if the view is obstructed
float targetZoomDistance = GetZoomDistance(
pos,
_target.position,
_target.position + (Vector3.up * PlayerConstants.BODY_HEIGHT)
);
float zoomSpeed = targetZoomDistance < _zoomDistance
? ZOOM_IN_SPEED
: ZOOM_OUT_SPEED;
_zoomDistance = Mathf.MoveTowards(
_zoomDistance,
targetZoomDistance,
zoomSpeed * Time.deltaTime
);
pos = _target.position + (_zoomDistance * dir);
// Jump to the position and look at the thing
transform.position = pos;
transform.LookAt(_target);
}
void Update()
{
DebugDisplay.PrintLine("Delta time: " + (Time.time / Time.frameCount));
DebugDisplay.PrintLine("Animation speed: " + _animator.speed);
_model.rotation = TweenUtils.DecayTowards(
_model.rotation,
GetTargetRot(),
TWEEN_HALF_LIFE,
Time.deltaTime
);
UpdateBones();
}
public void Update()
{
if (Input.JumpPressed)
{
LastJumpButtonPressTime = Time.time;
}
if (Input.AttackPressed)
{
LastAttackButtonPressTime = Time.time;
}
// Let the animator know our rotation
Anim.HAngleDeg = HAngleDeg;
// DEV CHEAT: slow down time with a button
DebugDisplay.PrintLine("CheatSlowTime: " + UnityEngine.Input.GetAxisRaw("CheatSlowTime"));
Time.timeScale = Input.CheatSlowTimeHeld
? 0.25f
: 1;
}