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: Specifically designed to intelligently reduce small image defects, block artifacts (common in compressed footage), and "jaggies". Specialized Filters :
: You can direct blurs on a per-pixel basis using motion vectors or by using After Effects' 2D roto splines to control the blur direction. RE:Vision Effects SmoothKit v3.5.3 for After Ef...
“I found this software easy to use and I love plug-ins because they are detailed and in-depth.” Techjockey · revisionfx SmoothKit - RE:Vision Effects : Specifically designed to intelligently reduce small image
: Unlike standard blurs, SmoothKit's filters are designed to preserve important image features and edges, preventing the "over-softened" look common with basic effects. : Supports 16-bit and floating-point rendering to maintain
: Supports 16-bit and floating-point rendering to maintain professional image standards. User Perspectives “Best software I found for enhancement of images.” G2
: Reduces "staircasing" in footage, which is particularly useful for frames reconstructed from fields.
: Creates depth-of-field effects using grayscale depth images from 3D systems.
: Specifically designed to intelligently reduce small image defects, block artifacts (common in compressed footage), and "jaggies". Specialized Filters :
: You can direct blurs on a per-pixel basis using motion vectors or by using After Effects' 2D roto splines to control the blur direction.
“I found this software easy to use and I love plug-ins because they are detailed and in-depth.” Techjockey · revisionfx SmoothKit - RE:Vision Effects
: Unlike standard blurs, SmoothKit's filters are designed to preserve important image features and edges, preventing the "over-softened" look common with basic effects.
: Supports 16-bit and floating-point rendering to maintain professional image standards. User Perspectives “Best software I found for enhancement of images.” G2
: Reduces "staircasing" in footage, which is particularly useful for frames reconstructed from fields.
: Creates depth-of-field effects using grayscale depth images from 3D systems.
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