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Since a 3D application is a less controlled environment (then a game-engine or 2D-paint-tool for example) - an image may be used for a modifier displacement map, composite node input, a background in the view-port or be painted onto - all at once. This means we have some constraints which make it harder to optimize for any single use-case.

Since a 3D application is a less controlled environment (than a game-engine or 2D-paint-tool for example) - an image may be used for a modifier displacement map, composite node input, a background in the view-port or be painted onto - all at once. This means we have some constraints which make it harder to optimize for any single use-case.

Since a 3D application its a less controlled environment (then a game-engine or 2D-paint-tool for example) - an image may be used for a modifier displacement map, composite node input, a background in the viewport or be painted onto - all at once. This means we have some constraints which make it harder to optimize for any single use-case.

Since a 3D application is a less controlled environment (then a game-engine or 2D-paint-tool for example) - an image may be used for a modifier displacement map, composite node input, a background in the view-port or be painted onto - all at once. This means we have some constraints which make it harder to optimize for any single use-case.

Since a 3D application its a less controlled environment (then a game-engine or 2D-paint-tool for example) - an image may be used for a modifier displacement map, a background in the viewport or be painted onto - all at once. This means we have some constraints which make it harder to optimize for any single use-case.

Since a 3D application its a less controlled environment (then a game-engine or 2D-paint-tool for example) - an image may be used for a modifier displacement map, composite node input, a background in the viewport or be painted onto - all at once. This means we have some constraints which make it harder to optimize for any single use-case.