altNevelson Fabrication | Pac Man City
The fabrication of my altNevelson project turned out very well. I was able to scale my project perfectly, and I can into no problems when I was cutting. The hardest part, in my opinion, was using the CNC router software. The interface felt outdated and complicated. Despite the hardships, I was able to successfully cut the foam into a respectable piece of artwork.
altNevelson Final | Pac Man City
I created my digital model of my altNevelson project by creating a box, and cutting into the box. However, I did not use this approach with the houses on top of the roadway. I extruded these up, as I found this to be easier. I purposely made the houses long and wide to take up lots of room, in order to achieve the best CNC cut. I also added a pac man ghost house, and a pac man “head” house. I thought that this would add more character the the theme of the project. Overall, I found the most challenging aspect of the project being designing a shape that would work well with the CNC router. I believe that I created a good CNC router shape.
altNevelson Iteration
Currently, I have made my styrofoam base that my project will be placed in, and I made a cutout of the road and the pac man shape in the road. The road has a polynomial shape as the the road is supposed to change shape and entry point, as per the group plan. The layer where the houses are will not be made from cutting into the foam, but I will make the buildings from extruding them to a height of 2 inches.
altNevelson Concept
Originally, our group created the idea of forming a pack man themed city plan, featuring roads lined with houses, and mac man characters indie the streets.
As a revision from our first sketch, our group had so make a few changes to more closely fallow the requirements of the project to ensure that our groups work will complement the rest of the class. This post only features dimensions changes.
The plan above features the most recent and final revision of our group plan. In order to ensure that our project finishes quickly, we made our foam cut outs 6 by 6. the road entries will be .75 inches wide when joining other classmates foam sections, but 2 inches wide when joining other group members projects. the tops of our buildings will be 2 inches tall, the base of the buildings (grass) will be 1.25 inches tall, the road bed will be 1.25 inches tall, and all road cutouts of pack man objects will be 1 inch high, or one inch deep.
Laundry Detergent Fabrication
In comparison to the fabrication required for project 1 and project 3, I found the fabrication for project 2 to be the most difficult. Troubleshooting the laser cutter to cut my file was very challenging. I had to make several file conversions and attempt to use the laser cutter more than once. I found the post production to be very time consuming as well. It was very tedious and time consuming to position each of the ten cardboard pieces perfectly to create the 3D object. After everything was said and done, I feel that the project turned out very well. The completed fabrication looks very creative. I learned a lot from the fabrication process, including technical computer skills required to fabricate with a laser cutter.
Multi Chess Fabrication
After I made my object in Fusion 360, I use the MakerBot 3D printers in the Maker Space to turn my digital idea into a tangible reality. In order to 3D print this object, I had to scale it appropriately to avoid using too much material, and to save time. When I 3D printed the object, I was a little concerned about scaffolding, but the scaffolding material ended up cleaning up very well. Unfortunately, some of the small parts from the object broke off. 2 of the feet and the crown fell off, and I needed to use super glue to fix these problems. If I were to make this object again, I would increase the width of the crown, so that it is thicker and stays on the head better. Overall, I am very impressed with the object, as it looks visually appealing and shows my creative work.
Multi-Chess
Above is a rendering of my completed Looking Glass Project, titled “Multi-Chess”. The name comes from the fact that this chess piece has parts of many different chess pieces. The “feet” of the object were inspired from the Rook piece, the “Body” of the object was inspired from the King and Queen piece, the “Arms” were inspired from the topping of a pawn piece, the shield was inspired from the knight piece, the bishop head was then placed on top, as the kings crown was placed over the bishop head. When I made this piece, I specifically checking to make sure that the part would easily 3D print. I did my best to keep support material to a minimum, as the support material can be very hard to remove.
When I designed this piece, I included many part from thingaverse.com. The Body, Feet, Head and Shield were taken from thingaverse.com and modified to work with the protect. The big challenge was scaling the object appropriately. The project is meant to mimic the “chess” theme, inspired from “Through the Looking-Glass”.
Multi-Chess Iteration
My iteration focuses on my concept of combining chess pieces to create a multi-chess piece. The multi-chess piece focuses on a Queen body, with Rook legs, surrounded by the tops of pawns, with the head of a bishop, and the king’s crown. I still need to find a way to add the knight piece into the project.
Looking Glass Concept
This post features the different ways that I can approach the looking glass project- a fire, a teacup, or the king chess piece. I will pay around with more of these objects in the software, but I like the fire over the other pieces, as it is the most original of the 3 ideas. The inspiration for the fire came from the reference to the fireplace in the wiki.
UPDATE!!!!
After more consideration, I decided that the fire was not going to work, as I needed to augment the shape more. I decided that it would be cool to distort a chess piece. I started with a king piece, with other pieces sticking out. Then I turned the rook piece into feet, as the object should still stand well with the feet. Last, I incorporated all the shapes into the Queen piece. I will need to scan a queen piece and a bishop piece to make this sketch a 3D model. I will make the kings crown, rook feet and the “pawn balls” myself in the software. I will create the final sketch.