# Number = Angles

Posted 1 year ago
1318 Views
|
0 Replies
|
4 Total Likes
|
 Each number has that many angles. I saw a version of this recently with an ugly 9 and other problems, so I thought I'd redo it. Here's the code, maybe someone can improve this more. The seven needs work. Row[{ Graphics[{AbsoluteThickness[4],Circle[{0,0},{Sqrt[3],7/2}]}], Graphics[{AbsoluteThickness[4],Line[{{-Sqrt[3],3},{0,4},{0,-3}}]}], Graphics[{AbsoluteThickness[4],Line[{{-Sqrt[3],4},{Sqrt[3],4},{-Sqrt[3],-3},{Sqrt[3],-3}}]}], Graphics[{AbsoluteThickness[4],Line[{{-Sqrt[3],4},{Sqrt[3],4},{0,1},{Sqrt[3],-3},{-Sqrt[3],-3}}]}], Graphics[{AbsoluteThickness[4],Line[{{Sqrt[3],-3},{Sqrt[3],4},{-Sqrt[3],0},{Sqrt[3],0}}]}], Graphics[{AbsoluteThickness[4],Line[{{Sqrt[3],4},{-Sqrt[3],4},{-Sqrt[3],1},{Sqrt[3],1},{Sqrt[3],-3},{-Sqrt[3],-3},{-Sqrt[3],-2}}]}], Graphics[{AbsoluteThickness[4],Line[{{Sqrt[3],4},{-Sqrt[3],4},{-Sqrt[3],-3},{Sqrt[3],-3},{Sqrt[3],1},{-Sqrt[3],1}}]}], Graphics[{AbsoluteThickness[4],Line[{{-Sqrt[3],4},{Sqrt[3],4},{-1,-3}}],Line[{{-Sqrt[3],-3},{0,-3}}],Line[{{0,1},{1,1}}]}], Graphics[{AbsoluteThickness[4],Line[{{Sqrt[3],1},{Sqrt[3],4},{-Sqrt[3],4},{-Sqrt[3],-3},{Sqrt[3],-3},{Sqrt[3],1},{Sqrt[3],1}}]}], Graphics[{AbsoluteThickness[4],Line[{{Sqrt[3],1},{0,0},{-Sqrt[3],1},{-Sqrt[3],3},{0,4},{Sqrt[3],3},{Sqrt[3],1},{Sqrt[3],-2},{0,-3},{-Sqrt[3],-2}}]}]},Spacer[5]]