Reverse Engineered Project

This was the first project where I saw all the homework activities fall into play during this project. I started this prompt with detailed measurements of the phone case within .001 inches wherever possible noted on a sketch. Just like for the screwdriver and screwdriver assignment these measurements guidelines for all the lines in this project.

Once the linework was down, I used loft/cap/ and extrude curve, were used to create the different colored surfaces which all together make the phone.

I am most pleased that my this project turned out to be so realistic. At first, I doubted my abilities to recreate the phone case. With precise measurements and the time taking the task of laying out every line, the final product was worth it.

One thing I could have done better was rendering, everything in this course seemed to come easily to me except rendering. With no previous rendering skills, this reverse-engineered phone case looks realistic. In the future, I would create multiple different saves, to have something to go back to in case any major changes need to be made. I realized this only after making my way through a majority of the project.

This project taught me to mainly build objects in Rhino using lines to generate surfaces, instead of using solids to difference from one another. Working with lines is a more precise efficient way to construct 3d models.

Comments

Screwdriver

This project allowed for personal creativity within the specified guidelines. Once a control point curve is used to draw the basic outline of the screwdriver it is used to rotate and make the basic screwdriver shape. Once completed a flat wirecut is used to make the flat head of the screwdriver. Lastly, the grip design was created after using a small pipe arrayed around the object which was then differenced from the screwdriver to leave an indentation. I used the same process to give a personalized name to the screwdriver. Some changes I would do differently in the future would include more attention to detail. This includes filleting edges to make a more smooth seamless look as well as a more proportionate model. One thing I could have improved on this project was the proportion of the screwdriver, even though I stayed within the guidelines my screwdriver is unproportionate. simple measurements and planning could have lead to a more precise s...

Chess Set

My chess set was inspired by one which appeared if low resolution and angular. Each piece was constructed by twisting and stretching various pentagons. The end result, when exported with low tolerances, is a low poly version of the original chess set design. Although the chess pieces turned out exactly as imagined the renderings did not. The renderings could use improvements, they don't do the physical 3D print justice. This project taught me how to generate a 3D object and create a physical print. Some of the most important ideas to keep in mind are the orientation of printing. In order to create a quality print, minimal support must be used. If I were to do something different in the future I would alter the original design of the low poly on one of the side. This would keep the design consistent with each "side" but breaks up the repetitiveness of the same design on both teams.

Head 3D Scan

In order to get a 3D version of my head into R hino , I had to sit in a chair for 30 second white someone walked a perfect circle around me. Frankie, my Professor was holding a 3D scanner plugged into a laptop. Multiple scans were done were done with different angles in order to get all features of the face. Once I imported the file into rhino I have an editable mesh of my own head. .

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