31
Digital Imaging Week 2 Recap!

Short Course Week 3

Embed Size (px)

DESCRIPTION

 

Citation preview

Page 1: Short Course Week 3

Digital Imaging

Week 2 Recap!

Page 2: Short Course Week 3

• 1. If you set your camera to Landscape mode, how will this affect the aperture?

Page 3: Short Course Week 3

• 1. If you set your camera to Landscape mode, how will this affect the aperture?

• Small hole –

greater depth of field

Page 4: Short Course Week 3

• 2. If you set your aperture to Sports mode, how will this affect the shutter speed?

Page 5: Short Course Week 3

• 2. If you set your aperture to Sports mode, how will this affect the shutter speed?

• Fast shutter speed –

capture moving objects

Page 6: Short Course Week 3

• 3. If you’re camera was set to F.2.8, what would the depth of field on the image look like?

Page 7: Short Course Week 3
Page 8: Short Course Week 3

• 4. If you’re camera was set to F.32, would the lens have a BIG or a SMALL hole?

Page 9: Short Course Week 3

• 4. If you’re camera was set to F.32, would the lens have a BIG or a SMALL hole?

• Small hole –

Large depth of field

Page 10: Short Course Week 3

• 5. Explain what slow-sync flash is, and how it works…

Page 11: Short Course Week 3

• 5. Explain what slow-sync flash is, and how it works…

• Longer exposure

• Flash in foreground

• Sometimes blurry

if there’s movement

Page 12: Short Course Week 3

• 6. If we set our cameras to an ISO speed of 100, would we be more suited to a sunny or a cloudy day?

Page 13: Short Course Week 3

• 6. If we set our cameras to an ISO speed of 100, would we be more suited to a sunny or a cloudy day?

• Sunny – more light,

Lower ISO

Page 14: Short Course Week 3

• 7. If we set our cameras to an ISO of 1600, how would this effect the graininess of our photography?

Page 15: Short Course Week 3

• 7. If we set our cameras to an ISO of 1600, how would this effect the graininess of our photography?

• High ISO –

more grain

Page 16: Short Course Week 3

• 8. If we take a photograph in fluorescent lighting, what colour tint would our photograph have?

Page 17: Short Course Week 3

• 8. If we take a photograph in fluorescent lighting, what colour tint would our photograph have?

• Green

(tungsten is

orange)

Page 18: Short Course Week 3

• 9. What 3 colours are our digital photographs made up from?

Page 19: Short Course Week 3

• 9. What 3 colours are our digital photographs made up from?

• Red, green & blue

(RGB)

Page 20: Short Course Week 3

• 10. If we want to keep all of the quality of our digital images, would we zoom with digital or optical zoom?

Page 21: Short Course Week 3

• 10. If we want to keep all of the quality of our digital images, would we zoom with digital or optical zoom?

• Optical

Page 22: Short Course Week 3

Digital ImagingWeek 3

Aim: To be able to use scanners and basic Adobe Photoshop

functions.

Page 23: Short Course Week 3

Scanning

Page 24: Short Course Week 3

Scanning

Why still scan when we have digital cameras?

Page 25: Short Course Week 3

Tim Daly

Page 26: Short Course Week 3

Idris Khan

Page 27: Short Course Week 3

Foto Survey Group Of Great Britain

Page 28: Short Course Week 3

Victor Sloan

Page 29: Short Course Week 3

Digital Restoration

Page 30: Short Course Week 3

Adobe PhotoshopCS3

Page 31: Short Course Week 3

Adobe PhotoshopCS3

Scanning, image modification and manipulation, printing, drawing, animation, web design, compositing, photographic restoration, special effects, resizing, enhancing, re-formatting, duplicating, colourising.