public void Setup()
{
// create private container
container_ = new DiContainer();
container_.Bind <Reducer>().AsSingle();
// set up mock settings
var mockSettings = new Settings {
};
container_.Bind <Settings>().FromInstance(mockSettings);
// stub move action
mockMoveAction_ = new Action.Move {
inputVelocity = Vector2.up.normalized,
fixedDeltaTime = 1.0f
};
// stub turn action
mockTurnAction_ = new Action.Turn {
inputRotation = Vector2.up,
fixedDeltaTime = 1.0f
};
// stub state condition
mockCharacterState_ = new CharacterState {
isMoving = false,
isTurning = false,
moveDistance = Vector3.zero,
transformForward = Vector3.forward,
transformRight = Vector3.right,
localRotation = Quaternion.identity
};
}
// TODO: clone state
/* calculate distance from velocity and transform */
private CharacterState Move(CharacterState state, Action.Move action)
{
var inputVelocity = action.inputVelocity;
var playerVelocity = (inputVelocity.x * state.transformRight) + (inputVelocity.y * state.transformForward);
var distance = playerVelocity * action.fixedDeltaTime;
state.isMoving = true;
state.isTurning = false;
state.moveDistance = distance;
// Debug.Log($"in Move, returning state: {ObjectDumper.Dump(state)}");
return(state);
}
