Jordan Synnestvedt - Week 10 Camera

So, after multiple failed attempts at following the tutorial, I moved on to something new. For my camera model, I decided to make a camera in the form of a magnifying glass, where one side of the glass has the retractable fish eye lens, and the other side is the screen display. On the handle of the magnifying glass are few buttons to manipulate this device. The large square button is the capture button as well as the "select button" when it comes to pulling up an options menu, and deleting photos on the device. The larger circular buttons are the zoom buttons, and when turned on its side, the smaller circular buttons are used to scroll.

Here is a screenshot of the stopping point I got up to with the model I started based on the tutorial. Not very far, but I had other ideas brewing.

Here is an image of my new camera design. This particular image shows that there are no naked edges in my model

This next Rhino screenshot shows my design with layers assigned to it in preparation for KeyShot. I duplicated and flipped the object so you are able to see the material application of all parts of this design.

Here is my KeyShot renderings of my camera. I used wood for the handle and circular rim around the lens. I chose a black plastic for the retracting lens and a clear glass for both the fish eye and the screen in the back. I used black plastic for the buttons, and an aluminum neck that connects the handle and the lens pieces of this project.

First is a view from the front with front, side, and top views of my project

This second shot shows the back of the camera with the buttons and the screen. Here you can see the perspective view of the project.

I found some pretty cool fish eye photos to Photoshop into the screen, but couldn't figure out how to do it correctly, but just because it's such a cool photo, here is what I was planning to place there.

With Professor Scott's help, I figured out how to Photoshop that image into my rendering, so here is that finished image.