{"author_name":"Madball","cat":"LD #23","comments":[{"author_name":"dr_soda","time":"May 19, 2012 6:29 pm","epoch":1337470140,"text":"LOL, the title only makes sense if you make your android on your android so you can android while you android.","spam":"N"}],"epoch":1337438940,"likes":3,"metadata":{"p_key":"55749","p_author":"Madball","p_authorkey":"8370","p_urlkey":"91467","p_title":"I Heard You Like Android\u2026 and stealing post titles!","p_cat":"LD #23","p_event":"LD23","p_time":"1337438940","p_likes":"3","p_comments":"1","p_status":"UPD5","us_key":"8370","us_name":"Madball","us_username":"madball","event_start":"1334880000","event_key":"10","event_name":"LD23"},"text":"

I’m doing a circle resolution. I have an idea for my game: you can change the gravity for yourself, but for other objects it remains the same. I even made up an intro:<\/p>\n

*school, physics lesson*<\/p>\n

– Username, how much is gravity force?<\/p>\n

– I don’t know.<\/p>\n

– Why don’t you know?<\/p>\n

– I don’t want. Gravity is unimportant.<\/p>\n

Play the demo!<\/a> Drag the level, get the ball (either one :D) to the yellow circle. Red is no-drag zone.<\/p>\n

The placeholder name is “Problem, Newton?” Maybe I’ll leave it as it is.<\/p>\n

And I’m going to port it to Android! You will have to tilt the device to alter the gravity direction.<\/p>\n

P.S. I just started, so I’ll end a bit later.<\/p>","time":"May 19th, 2012 9:49 am","title":"I Heard You Like Android\u2026 and stealing post titles!"}