Difference between revisions of "The Solver"

Revision as of 20:57, 12 February 2016

by Jordan Aronson, Alex Herriott, Oscar Arias

The robot being built combined with a complex algorithm will take a rubik’s cube, evaluate it, and solve the cube.

To build this, we need these things:

1. Build a robot which includes a Raspberry Pi along with motors that can rotate parts of the cube horizontally and vertically.
2. Create code to take the set of instructions and give them to the robot which will execute the necessary moves to solve the cube.
3. Create code to detect the colors on a cube on each of its sides
- Backlight the camera
4. Convert an algorithm to solve a cube into Python and produce a set of instructions based on its given colors
5. Connect the Raspberry Pi to the motors using circuitry

@@ Line 1: / Line 1: @@
-The Solver.
+=='''The Solver'''==
+by Jordan Aronson, Alex Herriott, Oscar Arias
+==='''Project Overview:'''===
+The robot being built combined with a complex algorithm will take a rubik’s cube, evaluate it, and solve the cube.
+==='''Objectives:'''===
+To build this, we need these things:
+*1. Build a robot which includes a Raspberry Pi along with motors that can rotate parts of the cube horizontally and vertically.
+*2. Create code to take the set of instructions and give them to the robot which will execute the necessary moves to solve the cube.
+*3. Create code to detect the colors on a cube on each of its sides
+**Backlight the camera
+*4. Convert an algorithm to solve a cube into Python and produce a set of instructions based on its given colors
+*5. Connect the Raspberry Pi to the motors using circuitry
 [[Category:Projects]]
 [[Category:Spring 2016 Projects]]