Photographer approach to location lighting <joeMcNally>
Understanding Lighting Ratios <vividlight.com>
Lighting Ratios for Portraiture <cameradojo>
Posts
Excitement in the Skies! Solar Eclipse, 2024!
3 weeks ago
Saturday, June 20, 2009
Lighting Ratios
Good Photography Discussion on an approach to lighting a subject. <Strobist>
Photographer approach to location lighting <joeMcNally>
Understanding Lighting Ratios <vividlight.com>
Lighting Ratios for Portraiture <cameradojo>
Photographer approach to location lighting <joeMcNally>
Understanding Lighting Ratios <vividlight.com>
Lighting Ratios for Portraiture <cameradojo>
Inverse Square Law & Guide Numbers
In physics, an inverse-square law is any physical law stating that some physical quantity or strength is inversely proportional to the square of the distance from the source of that physical quantity. <wikipedia>
Lightsource Intensity =1 / Distance squared
The Inverse Square Law defines the level of light from a fixed light source relative to the distance from the light source.
If the Light Source produces an output of light equal to X at a distance from light source to subject Y, at a lightsource to subject distance two times (twice) Y, the Light Source output will be equal to 1/4 of X.
Inverse Square Law <Geoff Lawrence Photography Tutorials>
Inverse Square Law and Guide Numbers <portraitlighting.net>
Interesting article on AlienBees by W.A. "John" Johnson
Calculating Range of Guide Numbers article
Giude Numbers = Flash-to-subject distance * f/stop
At 10 feet:
f * 10 = GN
f/8 * 10 = 80
Lightsource Intensity =1 / Distance squared
The Inverse Square Law defines the level of light from a fixed light source relative to the distance from the light source.
If the Light Source produces an output of light equal to X at a distance from light source to subject Y, at a lightsource to subject distance two times (twice) Y, the Light Source output will be equal to 1/4 of X.
Inverse Square Law <Geoff Lawrence Photography Tutorials>
Inverse Square Law and Guide Numbers <portraitlighting.net>
Interesting article on AlienBees by W.A. "John" Johnson
Calculating Range of Guide Numbers article
Giude Numbers = Flash-to-subject distance * f/stop
At 10 feet:
f * 10 = GN
f/8 * 10 = 80
Thursday, June 11, 2009
Class Notes: Reference for Reading Assignments in Book
PHOTOGRAPHIC LIGHTING 4th Edition John Child & Mark Galer
CLASS 1 Intro to Light (pages 1-21) Chap. Introduction + Characteristics of Light
CLASS 2 Lighting 101 (pages 33-72) Exposure & Light Meters + Contrast & Compensation
CLASS 3 ReView White Lightning (pages 89 - 104) Color Correction & Filtration
CLASS 4 Field Trip
CLASS 5 Still Life Solid Object (pages 145 - 161) Studio Lighting
CLASS 6 Still Life Transparent Object
CLASS 7 Environmental Portrait (pages 109 - 125) Lighting on Location
CLASS 8 Painting with Light
CLASS 9 White Background
CLASS 10 Projects
CLASS 11 Hot Shoe Flash Photography (www.strobist.com)
CLASS 12 Business of Photography (www.asmp.org)
CLASS 13 Final Projects Due
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