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Updated by Firstname Lastname on 07/16/2019
1920 U2L2p4 Mandala Design (starter)
Unit 2 Lab 2: Making Art by Using Data Structures > Mandala Design1. Figure out a possible algorithm for drawing this mandala.Betsy: I have an idea for the part of the program that actually draws the diagonals.
Betsy sketches this: Stage 2 of Mandala
Gamal: Smart! We'll draw all the diagonals from one vertex as a subproblem.script that draws all diagonals. Could be a block with a single input.Alphie: Perfect! Pick one vertex and use for each to connect just that one to each other vertex. After that, it's easy! We can use that block on each vertex.LABEL will stamp text on the stage at the given font size. The direction of the text is the direction the sprite is facing, and color will match the pen color.Hello!121datamapmany1data lists11110i121cont3catchtagcontcatchtagSpriteSprite