/// <summary>
/// Override this to send parameters to the character's animator. This is called once per cycle, by the Character
/// class, after Early, normal and Late process().
/// </summary>
public override void UpdateAnimator()
{
if (CurrentWeapon == null)
{
return;
}
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.IdleAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponIdle), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.StartAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponStart), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.DelayBeforeUseAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBeforeUse), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.UseAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBeforeUse || CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponUse || CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBetweenUses), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.SingleUseAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponUse), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.DelayBetweenUsesAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBetweenUses), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.StopAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponStop), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.ReloadStartAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponReloadStart), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.ReloadAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponReload), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.ReloadStopAnimationParameter, (CurrentWeapon.WeaponState.CurrentState == Weapon.WeaponStates.WeaponReloadStop), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, CurrentWeapon.EquippedAnimationParameter, true, _character._animatorParameters);
if (_aimableWeapon != null)
{
MMAnimator.UpdateAnimatorFloat(_animator, CurrentWeapon.WeaponAngleAnimationParameter, _aimableWeapon.CurrentAngle, _character._animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, CurrentWeapon.WeaponAngleRelativeAnimationParameter, _aimableWeapon.CurrentAngleRelative, _character._animatorParameters);
}
else
{
MMAnimator.UpdateAnimatorFloat(_animator, CurrentWeapon.WeaponAngleAnimationParameter, 0f, _character._animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, CurrentWeapon.WeaponAngleRelativeAnimationParameter, 0f, _character._animatorParameters);
}
}
protected virtual void UpdateAnimators()
{
if (_animator != null)
{
MMAnimator.UpdateAnimatorFloat(_animator, "Speed", _currentSpeed, _animatorParameters);
}
}
/// <summary>
/// Updates the animator's parameters
/// </summary>
protected virtual void UpdateAnimator()
{
if (_animator != null)
{
MMAnimator.UpdateAnimatorFloat(_animator, "Speed", _rigidBody2D.velocity.magnitude);
MMAnimator.UpdateAnimatorInteger(_animator, "Armor", _currentArmor);
}
}
public override void UpdateAnimator()
{
if (GetComponent <InputManager>() != null)
{
MMAnimator.UpdateAnimatorFloat(_animator, "Speed", Mathf.Abs(_normalizedHorizontalSpeed), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "Walking", (_movement.CurrentState == CharacterStates.MovementStates.Walking),
_character._animatorParameters);
}
}
/// <summary>
/// Override this to send parameters to the character's animator. This is called once per cycle, by the Character
/// class, after Early, normal and Late process().
/// </summary>
public virtual void UpdateAnimator()
{
for (int i = 0; i < Animators.Count; i++)
{
MMAnimator.UpdateAnimatorBool(Animators[i], IdleAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponIdle), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], StartAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponStart), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], DelayBeforeUseAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBeforeUse), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], UseAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBeforeUse || WeaponState.CurrentState == Weapon.WeaponStates.WeaponUse || WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBetweenUses), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], SingleUseAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponUse), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], DelayBetweenUsesAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBetweenUses), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], StopAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponStop), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], ReloadStartAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponReloadStart), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], ReloadAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponReload), _animatorParameters[i]);
MMAnimator.UpdateAnimatorBool(Animators[i], ReloadStopAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponReloadStop), _animatorParameters[i]);
if (_aimableWeapon != null)
{
MMAnimator.UpdateAnimatorFloat(Animators[i], WeaponAngleAnimationParameter, _aimableWeapon.CurrentAngle, _animatorParameters[i]);
MMAnimator.UpdateAnimatorFloat(Animators[i], WeaponAngleRelativeAnimationParameter, _aimableWeapon.CurrentAngleRelative, _animatorParameters[i]);
}
else
{
MMAnimator.UpdateAnimatorFloat(Animators[i], WeaponAngleAnimationParameter, 0f, _animatorParameters[i]);
MMAnimator.UpdateAnimatorFloat(Animators[i], WeaponAngleRelativeAnimationParameter, 0f, _animatorParameters[i]);
}
}
if (_ownerAnimator != null)
{
MMAnimator.UpdateAnimatorBool(_ownerAnimator, IdleAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponIdle), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, StartAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponStart), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, DelayBeforeUseAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBeforeUse), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, UseAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBeforeUse || WeaponState.CurrentState == Weapon.WeaponStates.WeaponUse || WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBetweenUses), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, SingleUseAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponUse), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, DelayBetweenUsesAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponDelayBetweenUses), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, StopAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponStop), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, ReloadStartAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponReloadStart), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, ReloadAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponReload), _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorBool(_ownerAnimator, ReloadStopAnimationParameter, (WeaponState.CurrentState == Weapon.WeaponStates.WeaponReloadStop), _ownerAnimatorParameters);
if (_aimableWeapon != null)
{
MMAnimator.UpdateAnimatorFloat(_ownerAnimator, WeaponAngleAnimationParameter, _aimableWeapon.CurrentAngle, _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorFloat(_ownerAnimator, WeaponAngleRelativeAnimationParameter, _aimableWeapon.CurrentAngleRelative, _ownerAnimatorParameters);
}
else
{
MMAnimator.UpdateAnimatorFloat(_ownerAnimator, WeaponAngleAnimationParameter, 0f, _ownerAnimatorParameters);
MMAnimator.UpdateAnimatorFloat(_ownerAnimator, WeaponAngleRelativeAnimationParameter, 0f, _ownerAnimatorParameters);
}
}
}
/// <summary>
/// This is called at Update() and sets each of the animators parameters to their corresponding State values
/// </summary>
protected virtual void UpdateAnimators()
{
if (_animator != null)
{
MMAnimator.UpdateAnimatorBool(_animator, "Grounded", true, _animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "ForwardSpeed", _currentSpeed, _animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "RotationSpeed", _currentRotationSpeed, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "Goal", Goal, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "GoalInProgress", GoalInProgress, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "RobotDance", RobotDance, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "Dead", Dead, _animatorParameters);
}
}
/// <summary>
/// Animates the character if it has an animator set
/// Also flips the character if needed
/// </summary>
public virtual void AnimateCharacter()
{
if (_destination == null)
{
return;
}
if (_destination.transform.position.x - _offset.x < transform.position.x)
{
if (CharacterIsFacingRight)
{
Flip();
}
}
if (_destination.transform.position.x - _offset.x > transform.position.x)
{
if (!CharacterIsFacingRight)
{
Flip();
}
}
// if we have an animator we'll want to let it know if our character is moving or not
if (_animator != null)
{
// if we've moved since last frame, we haven't reached our destination yet, so we set our current speed at 1
if (_positionLastFrame != transform.position)
{
_currentSpeed = 1f;
}
else
{
// if we haven't moved last frame, we're static
_currentSpeed = 0f;
}
// we pass that parameter to our animator
MMAnimator.UpdateAnimatorFloat(_animator, "Speed", _currentSpeed);
}
_positionLastFrame = transform.position;
}
/// <summary>
/// This is called at Update() and sets each of the animators parameters to their corresponding State values
/// </summary>
protected virtual void UpdateAnimators()
{
if ((UseDefaultMecanim) && (_animator != null))
{
MMAnimator.UpdateAnimatorBool(_animator, "Grounded", _controller.State.IsGrounded, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "Alive", (ConditionState.CurrentState != CharacterStates.CharacterConditions.Dead), _animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "xSpeed", _controller.Speed.x, _animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "ySpeed", _controller.Speed.y, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "CollidingLeft", _controller.State.IsCollidingLeft, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "CollidingRight", _controller.State.IsCollidingRight, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "CollidingBelow", _controller.State.IsCollidingBelow, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "CollidingAbove", _controller.State.IsCollidingAbove, _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "Idle", (MovementState.CurrentState == CharacterStates.MovementStates.Idle), _animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "FacingRight", IsFacingRight, _animatorParameters);
foreach (CharacterAbility ability in _characterAbilities)
{
if (ability.enabled && ability.AbilityInitialized)
{
ability.UpdateAnimator();
}
}
}
}
/// <summary>
/// At the end of each cycle, we send our character's animator the current following status
/// </summary>
public override void UpdateAnimator()
{
MMAnimator.UpdateAnimatorBool(_animator, "FollowingPath", (_movement.CurrentState == CharacterStates.MovementStates.FollowingPath), _character._animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "FollowingPathSpeed", Mathf.Abs(_mmPathMovement.CurrentSpeed.magnitude), _character._animatorParameters);
}
/// <summary>
/// At the end of each cycle, we send our character's animator the current flying status
/// </summary>
public override void UpdateAnimator()
{
MMAnimator.UpdateAnimatorBool(_animator, "Flying", (_movement.CurrentState == CharacterStates.MovementStates.Flying), _character._animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "FlySpeed", Mathf.Abs(_controller.Speed.magnitude), _character._animatorParameters);
}
/// <summary>
/// At the end of each cycle, we update our animator with our various states
/// </summary>
public override void UpdateAnimator()
{
MMAnimator.UpdateAnimatorBool(_animator, "LadderClimbing", (_movement.CurrentState == CharacterStates.MovementStates.LadderClimbing), _character._animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "LadderClimbingSpeedX", CurrentLadderClimbingSpeed.x, _character._animatorParameters);
MMAnimator.UpdateAnimatorFloat(_animator, "LadderClimbingSpeedY", CurrentLadderClimbingSpeed.y, _character._animatorParameters);
}
/// <summary>
/// Sends the current speed and the current value of the Walking state to the animator
/// </summary>
public override void UpdateAnimator()
{
MMAnimator.UpdateAnimatorFloat(_animator, "Speed", Mathf.Abs(_normalizedHorizontalSpeed), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "Walking", (_movement.CurrentState == CharacterStates.MovementStates.Walking), _character._animatorParameters);
MMAnimator.UpdateAnimatorBool(_animator, "AimLocked", (_inputManager.AimLockButton.State.CurrentState == MMInput.ButtonStates.ButtonPressed), _character._animatorParameters);
}
