// Below are the state functions. Each one is called based on the name of the state, so when currentState = Idle,
// we call Idle_EnterState. If currentState = Jump, we call Jump_SuperUpdate().
private void Idle_EnterState()
{
superCharacterController.EnableSlopeLimit();
superCharacterController.EnableClamping();
canJump = true;
doublejumped = false;
canDoubleJump = false;
}
/*void Update () {
* Update is normally run once on every frame update. We won't be using it
* in this case, since the SuperCharacterController component sends a callback Update
* called SuperUpdate. SuperUpdate is recieved by the SuperStateMachine, and then fires
* further callbacks depending on the state
* }*/
// Below are the three state functions. Each one is called based on the name of the state,
// so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call
// Jump_SuperUpdate()
void Idle_EnterState()
{
controller.EnableSlopeLimit();
controller.EnableClamping();
jumpCount = 0;
}
/*void Update () {
* Update is normally run once on every frame update. We won't be using it
* in this case, since the SuperCharacterController component sends a callback Update
* called SuperUpdate. SuperUpdate is recieved by the SuperStateMachine, and then fires
* further callbacks depending on the state
* }*/
#endregion
#region Character states functions
// Below are the three state functions. Each one is called based on the name of the state,
// so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call
// Jump_SuperUpdate()
void Idle_EnterState()
{
controller.EnableSlopeLimit();
controller.EnableClamping();
isDashJump = false;
airMoveCount = 0;
}
//Below are the state functions. Each one is called based on the name of the state, so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call Jump_SuperUpdate()
private void Idle_EnterState()
{
superCharacterController.EnableSlopeLimit();
superCharacterController.EnableClamping();
canJump = true;
animator.SetInteger("Jumping", 0);
animator.SetBool("Moving", false);
}
//Below are the state functions. Each one is called based on the name of the state, so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call Jump_SuperUpdate()
void Idle_EnterState()
{
superCharacterController.EnableSlopeLimit();
superCharacterController.EnableClamping();
canJump = true;
doublejumped = false;
canDoubleJump = false;
animator.SetInteger("Jumping", 0);
}
/*void Update () {
* Update is normally run once on every frame update. We won't be using it
* in this case, since the SuperCharacterController component sends a callback Update
* called SuperUpdate. SuperUpdate is recieved by the SuperStateMachine, and then fires
* further callbacks depending on the state
* }*/
// Below are the three state functions. Each one is called based on the name of the state,
// so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call
// Jump_SuperUpdate()
void Idle_EnterState()
{
anim.SetBool("Jump", false);
controller.EnableSlopeLimit();
controller.EnableClamping();
}
/*void Update () {
* Update is normally run once on every frame update. We won't be using it
* in this case, since the SuperCharacterController component sends a callback Update
* called SuperUpdate. SuperUpdate is recieved by the SuperStateMachine, and then fires
* further callbacks depending on the state.
* }*/
// Below are the three state functions. Each one is called based on the name of the state,
// so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call
// Jump_SuperUpdate().
private void Idle_EnterState()
{
controller.EnableSlopeLimit();
controller.EnableClamping();
}
// Below are the state functions. Each one is called based on the name of the state, so when currentState = Idle,
// we call Idle_EnterState. If currentState = Jump, we call Jump_SuperUpdate().
private void Idle_EnterState()
{
superCharacterController.EnableSlopeLimit();
superCharacterController.EnableClamping();
canJump = true;
}
// Below are the three state functions. Each one is called based on the name of the state,
// so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call
// Jump_SuperUpdate()
/// <summary>
/// Idle
/// </summary>
void Idle_EnterState()
{
controller.EnableSlopeLimit();
controller.EnableClamping();
doubleJump = false;
}
/*void Update () {
* Update is normally run once on every frame update. We won't be using it
* in this case, since the SuperCharacterController component sends a callback Update
* called SuperUpdate. SuperUpdate is recieved by the SuperStateMachine, and then fires
* further callbacks depending on the state
* }*/
// Below are state functions. Each one is called based on the name of the state,
// so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call
// Jump_SuperUpdate()
void Idle_EnterState()
{
timeInCurrentState = 0;
controller.EnableSlopeLimit();
controller.DisableClamping();
}
//Below are the state functions. Each one is called based on the name of the state, so when currentState = Idle, we call Idle_EnterState. If currentState = Jump, we call Jump_SuperUpdate()
void Idle_EnterState()
{
superCharacterController.EnableSlopeLimit();
superCharacterController.EnableClamping();
}
