Algodoo

Very nice and simple!

2 Xray: Adhesion 1000 is not necessary, 10 is enough. Just forget to change back from test.

How much torque it would handle?

Neat one!
How about mouse control?

It's one of the greatest algodoo scenes.

Very good one!
Yoo just forget to set follow object.
I manage to brake it down (wheels on top of body) /-)

Well, 50m monster is kinda out of scale and I manage to broke it with reverse drive /-)))

I've develop thyme script to solve that
//
// Best result is:
// Finished with 6 steps: 1->2 2->3 3->1 2->3 1->2 2->3
//
scene.my.cans := [[8,8],[5,0],[3,0]];
scene.my.maxLevel := 8;
scene.my.trans := (cFrom, cTo, cans, level, history) => {
level <= scene.my.maxLevel ? {
finish := (cans) => {cans(0)(1) == 4 || cans(1)(1) == 4};
setCan := (cans, can, val) => {
newCans := [];
for(3, (i) => {
i == can ? {newCans = newCans ++ [[cans(i)(0), val]]} : {newCans = newCans ++ [cans(i)]}
});
newCans
};
nextCans := cans;
a := cans(cTo)(0) - cans(cTo)(1);
cans(cFrom)(1) > a ? {
nextCans = setCan(nextCans, cTo, cans(cTo)(0));
nextCans = setCan(nextCans, cFrom, cans(cFrom)(1) - a)
}:{
nextCans = setCan(nextCans, cTo, cans(cTo)(1) + cans(cFrom)(1));
nextCans = setCan(nextCans, cFrom, 0)
};
finish(nextCans) ? {print("Finished with "+level+" steps: " + history)}:{
transfers := [[0,1],[1,0],[0,2],[2,0],[1,2],[2,1]];
for(6, (j) => {
transfers(j) == [cFrom, cTo] || transfers(j) == [cTo, cFrom] ? {}:{
nextCans(transfers(j)(0))(1) > 0 && (nextCans(transfers(j)(1))(0) > nextCans(transfers(j)(1))(1)) ? {
scene.my.trans(transfers(j)(0),transfers(j)(1), nextCans, level + 1, history + (transfers(j)(0)+1) + "->" + (transfers(j)(1)+1) +" ");
}:{}
}
})
}
}:{};
};
scene.my.solveAll := {
scene.my.trans(0, 1, scene.my.cans, 1, "1->2 ");
scene.my.trans(0, 2, scene.my.cans, 1, "1->3 ")
};
scene.my.solveAll;

Well, there is a new challenge: to find more challenging challenge than 6 steps =) I find configuration with minimum 8-steps solution. The problem is it seems like a limit for algodoo 40 levels deep stack(

Looks good enough to use!
BTW, rods could be simulated with spring (few over-squizzed with 0 force)

By just removing "^0.5" you will get better performance and visual effect!

(e)=>{
s := ((vel(0)) ^ 2 + (vel(1)) ^ 2);
color = [2 * s, s / 2, 0.5 - s, 1]
}

I need to be able change speed (brake and accel)

I love this series! Great games!

Too laggy

Cheating but cool!

Brilliant!

Oh this is really good car!

What is so interesting about it?

Glad you are back!

hmmm, can't shoot, mouse and e/q buttons not working(

This is brilliant!

Nice demo!

Will looks good on helicopter!

Neat demo!

Thant is absolutely amazing game!

Good idea to port bumpy game into algodoo but not very playable

It needs checkpoints and handle ctrl-z correctly

There is some problems in scripts- you need to use := in cases with local temporary variables, and make it works with ctrl-Z

Can't complete level 5. It just hang in 5.5