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The 256th value is determined by having all the bits in the byte that represents that colour set to 1. In binary this would be 11111111. Not very intuitive to work with numbers like that so generally we represent bytes as a decimals, in this case 255. We can also use hexadecimal, which would be FF. (Note that since the 0 is counted, there are 256 possible values, so 255 is actual the 256th value) In answer to your other question, you give an example of a colour of R196, G 82, B13, which is an orange hue. If we then set the red component to the highest level as you suggest, we'd have R255, G82, R13. This would result in there being more red in that orange colour. If we set the other values to 0, so that you had R = 255, G = 0, B = 0, then we'd have the purest, most saturated red possible that can be represented by the system you are using. One final note, standard screens and monitors can only represent a small subset of the colours we can perceive. For example, they cannot represent green very well, so if you have a green value of 0, 255, 0, then that's the most saturated green your monitor can show, but in the real world your eye would be able to perceive more saturated green than this.

Hi...I use the Adobe CC Subscription service so I always use the latest version. This is the 2023 version, but this type of work is basically the same on Adobe CS3. The GUI looks a bit different but the basic approach is the same.

I run my own company and I've Just had a lot of work to do.

Preferably, scan it with a flatbed scanner. Otherwise you can photograph it. Most mobile phone cameras are good enough these days, if the drawing is quite small.

The table won' be mapped in the next tutorial. In that tutorial we'll be using just basic Blender materials. Unfortunately I can't do that video just yet due to other committments. To join the table is quite easy, Just select everything and press CTRL+ J. However you don't want to do this before you have applied the materials, otherwise it gets more complicated. For now, you can look at this document on materials if it's any help: www.dropbox.com/s/w7lvl6bc8o8opnq/07a_Materials.pdf?dl=0 The main thing to watch with materials is to avoid unnecessary duplicates, so if you ever copy an object that already has a material on it, don't use CTRl+ C and CTRL + V, use the duplicate command instead: www.dropbox.com/s/6i72uy4f7nlu9l5/07b_Copying_Objects.pdf?dl=0

You have to things to consider - (1) geometry, or form and (2) material and rendering. There are several ways to achieve what you want, but probably the easiest way for a beginner is to use edit mode. I suggest you watch my video showing how to use edit mode, and then try the following: 1. Make a cylinder 2. Go to the top view (NUM PAD 7) 3. Go to Edit mode 4. Choose Vertex Select (button at base of viewport) 5. Turn off "Limit Selection to Visible" (button at base of viewport) 6. Press "A" to deselect everything 7. Press "B" to begin a box selection and mark off half of the vertices on the circle and move them, to make a sausage shape. 8. Repeat steps (6) and (7) to produce the table form. 9. Change to a perspective view and choose Face Select (button at base of viewport) 10. Select top surface of table and move it down until the table top has the right thinkcness This will give you the basic form. For the glass material, it depends what is doing the rendering. Is if for a game or a still render?

The Engine Room It's a still render, I'm trying to make furniture for SweetHome3D. This what I have created so far, www.dropbox.com/s/s62t6sjnid9jrxv/Glass_Table_03_step_05.blend?dl=0 I am having difficulty in creating the curved corner. On BlenderArtists I have has a couple of different methods, but can't understand the instructions as I feel some steps are missing.

Peter Maddison Take a look at this. This is the simplest way I can think to do it. th-cam.com/video/N67UYu2N9FQ/w-d-xo.html