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COLORFUL HEXAGONS:
This first example features a total of seven hexagons of different colors. Two functions are utilized in this little applet. One is called rgb and it converts RGB values into a form that can be used to set the value for fillStyle. The other function is called hex and it takes three values to create a small hexagon at the location and of the color specified. |
ASSIGNMENT:
Your job will be to add a fourth layer to the cluster of hexagons displayed
below. This will require that you plot eighteen hexagons around the perimeter
of the cluster shown here. Additionally, the center of your cluster should
be light blue and each concentric layer should be a perceptibly darker shade
of blue.
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