Difference between revisions of "User:Le Forgeron/HowTo/Perfect glass"
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If you start with a filled glass, you might end with an empty glass. But the reversal is bogus: you would get coincident surface and its noise. | If you start with a filled glass, you might end with an empty glass. But the reversal is bogus: you would get coincident surface and its noise. | ||
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| − | + | [[Image:LeForgeronTutoGlass.png]] | |
| − | + | From right to left: | |
* an empty glass | * an empty glass | ||
* an half-filled flass | * an half-filled flass | ||
* a full glass | * a full glass | ||
* something that need to be explained | * something that need to be explained | ||
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===Start=== | ===Start=== | ||
Revision as of 16:13, 30 September 2012
Perfect glass
Welcome, if you are tired of coincident surface in your non opaque fluid containers, it might be the right place.
An easy test, as multiple-choice questions, to check the lesson of today:
- How do you make an empty plate ?
- You select a material, a shape and combine both.
- How do you make an empty glass ?
- You select a material, a shape and combine both.
- How do you put a cake on a plate ?
- Take the plate and and move the cake to the plate.
- How do you fill a glass with a liquid ?
- Take the empty glass and pour the liquid, well put the liquid in a suitable shape and move it to the glass.
- Mu. This is a non-sense.
The right answer is 2: to achieve a glass with some liquid, you should not start with an empty glass.
If you start with a filled glass, you might end with an empty glass. But the reversal is bogus: you would get coincident surface and its noise.
From right to left:
- an empty glass
- an half-filled flass
- a full glass
- something that need to be explained
Start
|
You should start with the shape of the glass, but only its outer shape. For the time being, consider a massively filled piece of glass.
Here we just take a basic cylinder, but so far any shape can do. The straw is just a bonus to check the actual effect of the variation of the index of refraction (ior) between normal space (1.0) and the transparent material of the glass (find many in glass.inc). |