Under rating threshold (hideshow)
@ Avengerous He won't make a sandbox mode, since it is so many possible combinations of tools which doesn't mane any sense, he explains it in the scrolly text at the buttom of the screen after you've completed the game.
Under rating threshold (hideshow)
the drag and drop method is too slow. need to be able to click on the paint/item to use it on the ball once the ball is initially selected.
Under rating threshold (hideshow)
@Yebittendog what are you talking about? the whole game is based off of experimenting with different tools to figure out how to make it. And not all games need a tutorial. And it has instructions. If you don't like it then don't play it. I've played all three factory balls, and I give it a 99/5 lol. it would be 100/5 if there was a sandbox mode. And that just got me thinking: why is it called sandbox mode anyway?
Under rating threshold (hideshow)
This strangely reminds me of that art forging game.
But anyways, its really neat how you can amke the balls with the ordinary belts, hard hats, glasses, and dust masks. (?) A sandbox mode surely would be appreciated.
Under rating threshold (hideshow)
Based on the comments, am I one of the few people that beat all 30 levels without even considering using the walkthrough?
Under rating threshold (hideshow)
Me: "I hope I can get this last level, it's getting challenging" Game: "Well done, you've completed 30 levels" Me: "WOOT.....heeeeeey, where's my acheivement?" (**clicks on achievements tab**) Game: "You aquired this badge on Feb 16, 2010 Me: "D'OH!!!"
Under rating threshold (hideshow)
Sadly I required a walkthrough for one of the balls but the game was very fun and challenging. I enjoyed it keep up the good work.
Under rating threshold (hideshow)
@ Hasstyp the mute button is in plain view, how could you not see it? And if you're not smart enough to play puzzle games why dont you play action games instead?
Under rating threshold (hideshow)
It felt bit easy to me... I guess after the first two, I'm getting to be a professional at assembling oddly designed balls =P