Well done wiz! Congrats, on yet another point. Would you mind to share it with us earthlings? Btw, how is your friend lo? He hasn't updated his score in almost a year...
Haven't read this thread for a while. I better had. Great new people albeit a bit weird LOL. I like that. BTW I am missing one point in the list. Is that a secret point or what?
I have compared an old 573 position with my 574 and only 2 arrows have moved....by a total of 7 pixels..................... And there are more (much more) than one pos for 574 .
I had just entered that one into the list. The point I was missing was my own stupidity. Google docs Mobile does not update formulas automatically
I am not sure. Since there are several positions for 573 moving only the 2nd I was playing with 1 and 2, assuming that 3 and 4 are already good. The path does not look optimal in the beginning. But I am completely out of training so what I think may be complete BS. BTW has anybody found the highscore table on donutgames' web site? I mean from a computer, not from the phone.
cool... congratulations, wiz, really cool. sometimes you look at a path and think this is optimal path , i tell you: just wait and wiz will extract at least one more point out of it! really cool!
Time to find the point Alright. This means that two arrows have moved, so at least one arrow has to move 1 pixel - then, the second arrow has to move 6 pixel. There are for the first arrow 4 possibilities, for the second 24, makes for the pair 96 possible positions to be checked. For a motion 2/5 pixel there are 160 positions to be checked, for 3/4 pixel 192 positions to be checked. As 4/3 has the same number of possible positions as 3/4, we sum the first three and multiply by 2. Makes for any two arrows 896 different positions. For 4 arrows ABCD we have 6 different pairings: AB AC AD BC BD CD. Makes 6 combinations. Multiplied by 896 makes 5376 positions to be checked. Minus one, because wiz said "there are more than one solution" makes at least two solutions. As in this level the ball is moving slowly, it will take 30 seconds to position the arrows accurately, launch and see the result. If we apply Murphy's law, the last position will be the correct one, leading to a new point in 44 hours and 47 minutes and 30 seconds. Hey, that is faster than my last point! See you around guys I have to check positions...
some help you forgot the diagonals... sic!! Yes I have counted one pix if an arrow goes in a diagonal direction (so for ex one pix up then one pix right= one pix) so to help you this is the base 573 to play with one more hint: one of the arrow have moved by 2 pix in the same direction. now it will be a question of minutes....
PIxel Alright, i shifted three arrows - compared to Wiz's post above (with the picture) - by a total of 7 pixel. also, only one arrow is shifted in one direction (non-diagonal)... hope that helps
Not yet. Mainly because Wiz' arrows don't work here. Probably the order of arrows again. P.S. This screenshot app is great. Works a dream, just like in the old days. P.P.S. swapped a few arrows, still the ball touches the platform and lands short of the tail.
oupsss I think I have probably moved the last arrow by mistake with a "lost finger" before taking the screenshot..... from my supposed "573", move the last arrow 2 pix down and....
