public void Physics_Update(float delta)
{
_moveNode.Physics_Update(delta);
// Conditions of transition to Idle or Run states
if (Nucleus_Utils.StateMachine_Template.RootNode.IsOnFloor())
{
// _moveNode.Velocity.Length() : to deal with deceleration (force the character to stop when his velocity is close to 0)
string target_state = (_moveNode.isMoving && _moveNode.Velocity.Length() < 1.0f) ? "Move/Idle" : "Move/Run";
Nucleus_Utils.StateMachine_Template.TransitionTo(target_state, Nucleus_Utils.StateMachine_Template.TransitionToParam_Void);
}
}
public void Physics_Update(float delta)
{
_moveNode.Physics_Update(delta);
// Conditions of transition to Run or Air states
if (Nucleus_Utils.StateMachine_Template.RootNode.IsOnFloor() && _moveNode.isMoving)
{
Nucleus_Utils.StateMachine_Template.TransitionTo("Move/Run", Nucleus_Utils.StateMachine_Template.TransitionToParam_Void);
}
else if (!Nucleus_Utils.StateMachine_Template.RootNode.IsOnFloor())
{
Nucleus_Utils.StateMachine_Template.TransitionTo("Move/Air", Nucleus_Utils.StateMachine_Template.TransitionToParam_Void);
}
}
public void Physics_Update(float delta)
{
_moveNode.Physics_Update(delta);
// Conditions of transition to Idle or Air states
if (Nucleus_Utils.StateMachine_Template.RootNode.IsOnFloor() && !_moveNode.isMoving)
{
Nucleus_Utils.StateMachine_Template.TransitionTo("Move/Idle", Nucleus_Utils.StateMachine_Template.TransitionToParam_Void);
}
// _moveNode.Velocity.Length() : to deal with deceleration (force the character to stop when his velocity is close to 0)
else if (!Nucleus_Utils.StateMachine_Template.RootNode.IsOnFloor() && _moveNode.Velocity.Length() < 1.0f)
{
Nucleus_Utils.StateMachine_Template.TransitionTo("Move/Air", Nucleus_Utils.StateMachine_Template.TransitionToParam_Void);
}
}
