For this task, we made a RBG stoplight. We did this by running code through Arduino that installs in drivers that insert themselves into the ports. Through the ports, the code enters the motherboard.

For this task, we soldered the neopixels by melting solder onto the board.

For this task, we controlled the lights on the motherboard with the soldered neopixels. We did this by connecting the soldered neopixels to the mother through the correct outlets.

For this task, we controlled the lights on the light strip with the soldered ADAFRUIT code. We did this by downloading the ADAFRUIT program the Examples library, and then chose from the variety of option the program had to offer.

For this task, we used Inkscape to learned about alignment, distribution, as well as positive and negative space. We did this by starting with practice shapes to learn about alignment and distribution. Then, we removed the inner shape to practice positive and negative space. After that, we made a stop sign and a yield sign to combine all of principles we learned throughout this task.

For this task, we used Cad to create a "rotating" figure. We did this by creating a polygon, and creating clones that rotate around 360 degrees. *I created 15 clones = 24 per column* After that, I unlinked the clones and blended them together to remove any extra lines.

For this task, we used a program called Glowforge to cut out our designs from Cad. We did this by uploading our file from Cad to Glowforge. Then, we selected the material we were going to use which was 1/8 corrugated cardboard. Afterwards, the laser cutter burned through the cardboard in order to cut out the design.