#How to get mtasa 1.5.3 mod#
#How to get mtasa 1.5.3 update#
#How to get mtasa 1.5.3 driver#
#How to get mtasa 1.5.3 code#
#How to get mtasa 1.5.3 series#

This update will be slightly troublesome for some of our players who are still using Windows XP and Windows Vista (which is, to be honest, a rather small amount). The latter especially is an important change which we had explained further in a separate post and also summarized briefly below. We also had updated several dependencies (third-party components which are used in our mod), including a bunch of utility libraries (such as sqlite, zlib, libpng or libjpeg) and the CEF (Chromium Embedded Framework) components. In the meantime, and had worked on fixing bugs reported by the community.

#How to get mtasa 1.5.3 code#

We feel it will be better that way as some of these changes simply need more work as they affect a lot of the code base, making it harder to pinpoint other issues that might be discovered. However, during the above mentioned RC testing phase we decided to revert some of the code clean-up changes and leave them for a future release due to problems they were causing. A lot of effort was put by and into cleaning the code and reorganizing the build system, both of which should make it easier for us to maintain MTA:SA's code base and simplify the compilation procedure. Contrary to this definition, it is rather a huge update which contains mostly smaller changes, but makes up for it with the amount of them.

#How to get mtasa 1.5.3 series#

Just like before, this is an update for our current stable version series - MTA:SA 1.5.

#How to get mtasa 1.5.3 mod#

This phase went fine, so we feel that we are now ready to present you with the new stable version of the mod - Multi Theft Auto: San Andreas 1.5.3! We recently watched exciting videos like Deep Learning in 11 Lines of MATLAB Code, and are eager to try deep reinforcement learning for games.A while ago we had published a release candidate build for the upcoming release for you folks to test. What we'd really like to build up to here is to use the game-playing code for training the AI.

#How to get mtasa 1.5.3 driver#

Then you still can can win capturing a pretty impressive 42 marbles on your first move! Tiny change on line 18 of the driver code (loop 1:6 instead of 1:12) will give you the sequence of plays to use for this variation! What's Next?

Some of the other Mancala rule sets out there include: no 'free' move, no 'automatic' move, only picking from the side of the board you are sitting next to, different number of holes, marbles!ДЇor example, suppose 'automatic' moves and free moves are allowed, but you can only place on your side of the board. Let the Battle of the First Move play itself out! If newpickspot=0, newpickspot=12 end if board(newpickspot) > 1Д®nd end end end Found 48-marble winning sequence! Newpickspot = mod(pickspot-numpieces, 12) Our code generates a 30-step-long sequence of plays % for the sweeping 48-marble win on your first move! function = mancalafirstmove (apick, board)ДЇunction freemove = mancalamove(pickspot)ДЇreemove = (pickspot = mod(numpieces, 12)) Д«oard = circshift(addapiece, -1*i) + board Gametrees = Д®nd end if totalscore+score = 48 disp( 'Found 48-marble winning sequence!') disp(newwinningstreak) return end end endД®nd % The driver code calls a move function which will runs through 'automatic' % moves recursively. You know how some games have a first-player advantage? It turns out that in Mancala, you can find a way not only to win (which is nice), but to win all the marbles (awesome), and to do so on your very first move! % Here is driver code to find (one of many!) % all-48-marble-win-on-first-move solutions, which runs in ~20s on my % laptop! Is There a First-Player Advantage? (You Bet!) In the intial position, there are four stones in every hole. If you drop your last stone into a non-empty hole, you get to continue with what I call an 'automatic' move, picking up all stones from that hole. If you drop your last stone into your home, you get a 'free' turn. The rule set we wrote the code for is: you pick from any hole, and drop one stone at a time while circling the board in counterclockwise fashion, drop a stone into your home whenever you pass through it.

Now, there are many ways to play the games in the Mancala family. Shout-out to my daughter, sixth grader Natalie, for introducing me to the game, and being a partner in these experiments. Let me tell you what happened when I got tired of losing at Mancala, and decided to write some MATLAB code to play it.

Is There a First-Player Advantage? (You Bet!).