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Fact: Monitors, TV's, etc - all use RGB colour scheme.
Fact: RGB colour scheme cannot represent all the visible colours of the electromagnetic spectrum. This is because some have a negative red component, that is to say, you'd have to add red to it to achieve a match with the RGB system.
In your opionion, is this significant, and will it prevent graphics ever being totally convincing?
Discuss ;)
Fact: RGB colour scheme cannot represent all the visible colours of the electromagnetic spectrum. This is because some have a negative red component, that is to say, you'd have to add red to it to achieve a match with the RGB system.
In your opionion, is this significant, and will it prevent graphics ever being totally convincing?
Discuss ;)
Page:
The RGB colour system can show 16,581,375 colours. Can you really tell the difference between the all?
We can't actually see all the colours of the spectrum.
There's Infra-red, Ultra-violet, and more!
Human eyes aren't made to see them!
There's Infra-red, Ultra-violet, and more!
Human eyes aren't made to see them!
Fact: Monitors, TV's, etc - all use RGB colour scheme.
Fact: RGB colour scheme cannot represent all the visible colours of the electromagnetic spectrum. This is because some have a negative red component, that is to say, you'd have to add red to it to achieve a match with the RGB system.
In your opionion, is this significant, and will it prevent graphics ever being totally convincing?
Discuss ;)
Fact: RGB colour scheme cannot represent all the visible colours of the electromagnetic spectrum. This is because some have a negative red component, that is to say, you'd have to add red to it to achieve a match with the RGB system.
In your opionion, is this significant, and will it prevent graphics ever being totally convincing?
Discuss ;)
Page: