public DelayedImpulsion GetClone(Transform t)
{
Vector3 v = t.forward * impulsion.Direction.z + t.right * impulsion.Direction.x + t.up * impulsion.Direction.y;
DelayedImpulsion i = new DelayedImpulsion(v.normalized, impulsion.Strengh, impulsion.Delay, impulsion.Duration);
return(i);
}
public void Jump(float delay = 0.1f)
{
if (is_grounded)
{
impulsion = new DelayedImpulsion(Vector3.up, JumpForce, 0.3f, delay);
}
// rb.velocity += Vector3.up*JumpForce;
// rb.AddForce(transform.up*JumpForce);
}
void CheckImpulsion()
{
if (UseImpulsionAction)
{
impulsion_enumerator = (impulsion_enumerator + 1) % max_impulsion_enumerator;
bool ac = impulsionHolder[impulsion_enumerator].Analyze(real_current_state);
if (ac)
{
impulsion = impulsionHolder[impulsion_enumerator].GetClone(transform);
}
}
bool b = impulsion.Count();
if (b)
{
ApplyImpulsion();
}
}
public void InitiateImpulsion()
{
impulsion = new DelayedImpulsion(Vector3.zero, 0, 0, 0);
}
public void CustomImpulsion(Vector3 v, float f, float d, float de)
{
impulsion = new DelayedImpulsion(v, f, d, de);
}
public void Dash(Vector3 v)
{
v = CamToPlayer(v);
impulsion = new DelayedImpulsion(v, DashForce, DashTime, 0.0f);
}
void InitiateImpulsion()
{
impulsion = new DelayedImpulsion(Vector3.zero, 0f, 0f, 0f);
max_impulsion_enumerator = impulsionHolder.Count;
}
void CounterAndImpulsion(Vector3 v, float f, float de, float du, float c, float max_c)
{
impulsion = new DelayedImpulsion(v, f, de, du);
c = max_c;
}
void InitiateImpulsion()
{
impulsion = new DelayedImpulsion(Vector3.zero, 0f, 0f, 0f);
}
