Digital Film Tools Light 4.0 (3) (Photoshop) (Lightroom) [Mac Os X] [MAC599]

SYSTEM / SOFTWARE REQUIREMENTS:
Adobe Photoshop CS5 and up (64 Bit Only)
Adobe Photoshop Elements 13 and up (Non-app store version)
Apple Photoshop Lightroom 3 and up
Apple Aperture 3
Macintosh Multicore Intel® processor
Mac OSX 10.8.x and up

Light can be added to a scene where none existed before just as if you were adding light at the time of shooting. Realistic lighting and shadow is introduced using digital versions of the entire gobo libraries created by Gamproducts and Rosco.
Gobos (patterns) are widely used by designers in theatre, film, photography and television to create atmosphere, project scenery, and generally enhance the visual impact of their lighting. Normally used in front of lights during photography, these same exact gobos can be applied digitally to the entire image or inside a matte.

LIGHT FEATURES:

Light can be added to a scene where none existed before
Add diffusion, fill light, fog and glow effects
Rosco gobo library that includes 1380 gobos
Gam gobo library that includes 565 gobos
Rosco and GamColor Gel libraries
Use your own gobo image
Create your own presets
Layering system for multiple filters application
Sophisticated but easy to use masking tools
Sophisticated but easy to use masking tools
Modify images with presets or sliders
Quickly search for presets
Floating point image processing
Multi-processor acceleration
GPU acceleration
GOBO LIBRARY | The gobos are organized into Gam and Rosco groups. They are further sub-categorized into Abstract; Architectural & Retail; Boundaries & Wildlife; Breakups; Churches & Heraldics; Clouds Water & Sky; Fire & Ice; Foliage Breakups; Graphics & Grills; Occasions & Holidays; Rotation, Symbols & Signs; Trees & Flowers; Windows, Doors & Blinds; and World Around Us, etc.


GAMCOLOR GELS | Photographers, cinematographers and lighting designers often use colored filters or gels in front of lights. Digital equivalents of the lighting gels created by Gamproducts and Rosco can be applied to the light source.