Task 4: Final Project Proposal

Title: Corrected Focus

Project Description:

Photography changes the way we see the world. As we continue to learn about aspects of photography, we begin to see those aspects in the world around us. We begin to notice the ways the light from the sun falls on an object. We begin to see the lines and shapes that make up the everyday objects that we pass by every day. And we even begin to notice the way that contrast brings out aspects of what could be a beautifully composed image.

With Corrected Focus, I want to explore and visualize the way I see form and composition in the world.

As a person with glasses, I have two ways to visualize the world: With glasses, or without. Without glasses, I may not be able to see the details and texture of the image, but I can still see is the shapes, lines, and colors, pieces that make up the core of an image’s composition. With Corrected Focus, I will visualize these two ways of seeing the world.

This series will have two sets of images, one with clear images that represent the everyday world that I see with my corrected vision, and the other set that contrasts that with images that will be out of focus images to explore the core concepts of composition in photography.

Outcomes:

  • For this project, I will produce a series of 4-8 images in total. They will be displayed on 8×12 prints and they will be displayed on a white wall in two rows. Out of Focus images and Corrected vision images will be paired together in groups of twos.

Methods and Materials:

Method: Blurred images will be shot by throwing objects out of focus, or using selective focus while maintaining defined elements composition. Some images may be shot in monotone, while others will be shot in color. I plan on taking more of a minimalist approach with these images. Images will be processed in Adobe Creative Suite.

  • Nikon D3000 (Camera)
  • Nikkor 55-200mm lens
  • Nikkor 18 – 55mm lens
  • Tripod
  • Adobe Creative Suite
  • A pair of Glasses to shoot through or Clear pane of glass (to shoot through  simulating  the barrier between the eyes and the world created glasses)

References (some influences and research material):

 

Unedited test images (not fully representative of the final product)

Task 3: The Camera

1. Correct exposure

Exposure: 1/800 sec at f/3.5 ISO:100 Focal: 18mm

2. Overexposure

Exposure: 1/100 sec at f/3.5 ISO:100 Focal: 18mm

3. Underexposure

Exposure: 1/2000 sec at f/3.5 ISO:100 Focal: 18mm

4. High ISO:

Exposure: 1/250 sec at f/5.6 ISO: 25600 Focal: 55mm

5. Low ISO

Exposure: 1/15 sec at f/4 ISO: 100  Focal: 26mm (Same subject, but different time of day and slightly different settings.)

6. White Balance settings

Exposure: 1/640 sec at f/3.5 ISO: 100 Focal: 18mm

 

Exposure: 1/800 sec at f/3.5 ISO: 100 Focal: 18mm

 

Exposure: 1/1250 sec at f/3.5 ISO: 100 Focal: 18mm

 

Exposure: 1/1250 sec at f/3.5 ISO: 100 Focal: 18mm

7. Stopping (freezing) of rapid motion (fast shutter speed)

Exposure: 1/1250 sec at f/4 ISO: 100 Focal: 55mm

8. Blurring of rapid motion slow shutter speed)

Exposure: 30.0 sec at f/24.3 ISO: 100 (Not sure if this is the best examples of shutter speed, but I found it interesting how much it looks like a real candle at such a low shutter speed.)

 

Exposure: 1/800 sec at f/3.5 ISO: 400. Focal: 18mm (This is what the fake candle normally looks like.)

 

9. Shallow depth of field (wide aperture)

Exposure: 1/400 sec at f/3.5 ISO: 100 Focal: 18mm

10. Deep depth of field (narrow aperture)

Exposure: 1/40 sec at f/22 ISO: 200 Focal: 18mm

11. Standard Angle

Exposure: 1/800 sec at f/3.5 ISO: 100 Focal: 18mm

12. Alternative

Exposure: 1/800 sec at f/3.5 ISO: 100 Focal: 18mm

Other examples/shots along the way:

Exposure: 1/1000 sec at f/4 ISO: 100 Focal: 55mm

 

Exposure: 1/250 sec at f/32 ISO: 25600 Focal: 50mm
(This might have been the noisiest I could get it.)

 

Exposure: 1/2000 sec at f/22 ISO: 25600 Focal: 18mm (This too)

 

Exposure: 10.0 sec at f/20.2 ISO: 200 Focal: 18mm

 

Exposure: 1/1000 sec at f/4 ISO: 100 Focal: 86mm

Camera: Nikon D3300

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