Comments: 40
463art [2021-07-20 20:06:19 +0000 UTC]
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Ranarh In reply to 463art [2021-07-22 12:36:40 +0000 UTC]
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Akimati [2013-08-08 16:03:23 +0000 UTC]
Thank you very much, it 's really helpful!!!
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Akimati In reply to Ranarh [2013-08-14 08:23:54 +0000 UTC]
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Ranarh In reply to code-koda [2012-09-09 12:47:37 +0000 UTC]
That is the nicest thing you could've said. Thank you!
You are welcome.
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Ranarh In reply to AspiredWriter [2012-06-12 19:17:48 +0000 UTC]
I already thought about doing such a tip. It just moved a few places up in my list.
sneak peek: Next one will be "a mouthful"
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CleverProfileName [2012-03-26 04:08:30 +0000 UTC]
Excuse me but would I follow the same pattern with a water drop?
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Ranarh In reply to CleverProfileName [2012-03-27 16:21:39 +0000 UTC]
Water drops are usually even more colourless, if we are not speaking about drops of coffee or ink. A drop is more like a gem than a water surface. You will have to look out for the following:
A water drop casts a shadow on the ground on its lighted side. This is surprising, but true; after all, a water drop has thickness and blocks a little light. It also casts a smaller shadow on the ground on the side away from the light, and has a glossy, sharp highlight on the lit side.
Then refraction has to be taken into account, the effect that light appears brighter than the source because it is bundled, like with a magnifiying glass, or the patterns you see on the ocean floor in shallow water (remember that highlights can never be brighter than the light source; but refraction can bundle light and thus make spots that indeed are brighter than the source. Transparent materials like water and glass do this, as you can observe when putting a drinking glass in sunlight). Most of the time, the refracted light will appear inside the drop, raising saturation and brightness in that spot (if the light has a very low angle, the light can also be cast outside the drop).
This is all concerning a drop in a closeup. I recommend looking at some makro photos - I'm sure they're easy to find. If you need drops from further away, a small shadow on either side and a sparkly highlight will probably do. If your water is coloured, simply think about how transparent the water remains; the more particles, the less transparency.
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sevenofeleven [2012-03-19 01:53:56 +0000 UTC]
Thanks for the tips.
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chloedork [2012-03-08 23:09:45 +0000 UTC]
This is a lovely guide!
I will definitely be referring to it.
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Ranarh In reply to chloedork [2012-03-09 18:46:56 +0000 UTC]
Glad to help. Thank you.
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Ranarh In reply to Zedna7 [2012-01-22 19:20:14 +0000 UTC]
My pleasure
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puush [2012-01-21 12:37:13 +0000 UTC]
Thank you so much for these tiny tips. They really help me!
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Ranarh In reply to VivanSolem [2012-01-21 13:59:37 +0000 UTC]
Welcome!
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Ranarh In reply to JOCKPRIEST [2012-01-21 13:59:31 +0000 UTC]
Thank you very much.
It is indeed so, that the chemical substance water is colourless. There are however a lot of factors that can make it appear to have a colour, especially minerals solved in the water can give it a tint. Tiny particles in water in front of a dark background will make it appear blue, like blue eyes don't actually have a colour but have tiny particles in front of the black background.
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jornas [2012-01-20 19:25:47 +0000 UTC]
very informative. great work!
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mosobot64 [2012-01-20 15:24:54 +0000 UTC]
Good advice!
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Ranarh In reply to mosobot64 [2012-01-21 13:54:51 +0000 UTC]
Glad to hear!
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