Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Soften Slightly blurs the image. Sharpen Increases the contrast, especially Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Soften: Slightly blurs the image. Box Sharpen: Increases the contrast Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural

Sobel, Prewitt and Kirsch all perform edge detection (in slightly different ways) based on vector calculus and set theory equations. Slightly blurs the image. Increases the contrast, especially at edges Alembic is focused on efficiently storing the computed results of complex procedural geometric constructions. It is very specifically not concerned with storing the complex dependency graph of procedural