It is an alternative way to understand such a system instead of the usual approach of constructing different his- tories and sets of working rules for every system. This small computational self-organized game is a good start to model and compre- hend the importance of the rules and the interactions between the forms they generated through them in order to rise produce great ecological diversity. All these aspects taken in consideration imply that synchronization and specific structural issues need to be taken into account in order to present a functional Game of Life that can carry universal computation. This is observable even in the static forms in the Game of Life like the still objects (figure 1). For example, if we alter just one neighbor in some of the objects presented like the oscillators (figure 2) or the puffer (figure 4) we may completely alter its function. Another interesting aspect that needs to be remarked is the fact that in this computational game, unlike many canonical mathematical structures, form is function, meaning that specific forms induce specific functions. It is important to note that the Game of Life is reported to be, not without debate, to be a class 4 cellular automaton, suggesting that the ability to create all of this ecology of living creatures (in a broad sense of “living” and “creatures”) is partly related to the fact that a set of rules operating in a critical regime is necessary in order to create this diverse set of patterns. The third is the apparently abundant zoology that can be produced with them. driven by the evolution of the initial condition, a set of initial living and dead cells, with successive iterations of the simple set of rules previously described. If you are interested in trying an experiment, please remind me around the 10th of august, I will be back from vacation. There might well be a way a solution of requesting exclusive access to the device from OSCulator (and thus preventing from using it in other applications), but I can't guarantee if it would work as desired. I understand you would like to hide the Wiimote from the game, but as far as I know this would be a bit difficult to do. The Wiimote is unfortunately not fully HID compliant, which means that the game will be unable to properly communicate with the remote.Ī small tip: you could try connecting your Wiimote before launching the game, it might help.įinally, there is no way of changing the device "signature". The "Nintendo RVL-CNT-01" joystick is not something new, it is just that previous versions of OSCulator tried to get an exclusive access to that device (which led to connection problems), but not anymore, which is why you can see the remote in the HID devices list. #Osculator game of life Bluetooth#Also it is much more respectful of the system and remote in that it does not try to force the bluetooth connection as it did before (in OSCulator 2.11 and before). OSCulator 2.12 has a new system for connecting Wiimotes that does not force you to pair the remote again and again. I think this is at first a problem of the game, but maybe You can help anyway. Would it be possible to change the class of the BT-Device for testing purposes? I'm not sure, but could it be, that the BT-Devices "Nintendo RVL-CNT-01" of the class "Joystick" (which I haven't noticed in the older versions - are they new?) bring the game in trouble? So no Virtual Joystick-Devices are used in the OSCulator-Setup. With the game "LEGO Starwars- The Clonewars" there seems to be a problem with the controller-setup, which I had not with the old OSCulator (2.11.x).Įvery time I launch the game with the paired Wiimotes or when I pair the Wiimotes after the Game has started, the Game interrupts and brings the Controller-Setup to the front, where I can do nothing but press CMD-Q or switching off the Wiimotes.īefore starting OSCulator I configured the Game for a pure Keyboard-Setup und in OSCulator I configured the matching keystrokes. I use OSCulator only for games and had success in all cases until now. I think there could be a new problem, with the newer versions of OSCulator in very special conditions.
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