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Separate your shadows and GI/AO layers within the compositor to adjust their colours: By default in Blender, shadows and GI are black. This doesn’t always give the best result. If you look at Pixar’s work, for example, the shadow is usually a darker, more saturated version of the diffuse colour. You can achieve this effect in the compositor by specifying your layer to output a separate GI and shadow pass. Use the Mix node set to multiply your shadow/GI with a colour of choice, them Mix that back into your render pass for best effect. We sometimes render a scene (Scene01) with no GI or shadows at all, and an identical copy of that same scene (Scene02) to get just the GI and shadows layers by themselves. Use the compositor back in Scene01 to composite those layers from Scene02, using the colour picker inside the Mix node set to Multiply or Add to achieve the shadow colour we need.
I am a big fan of the node based compositor in Blender, but I always get annoyed by how slow it is. This makes comparing two different outputs in the node tree practically impossible. Fortunately there is a solution: The split viewer. This node replaces the default viewer and has two input sockets that are displayed next to each other. To see them you need to enable the backdrop in the top right corner of the compositor. I use it all the time when post processing my renders.
Never try to attack the entire model at once—instead, give each task your undivided attention. The more effort and focus that goes into every piece of the puzzle, the better everything’s going to end up. It’s next to impossible to master hard surface modeling without studying hard surfaces in their many forms—namely, in real life, as well as from photos and things that you read online. This includes not only using reference images but taking the time to make meaningful observations about stuff that you run into, even if it’s just something like the peeling yellow paint on an old steel banister. Structural details, mechanical details, and aesthetic design choices can all be fascinating to learn more about, and everything that you take in will inform your work greatly.
The Client machine automatically receives the rendered frames from network renders: Start by switching the render engine from Blender Render to Network Render. On your master node, choose Master from the Network Settings panel of Render Properties. When you click Start Service, you can view the status of the farm by opening a web browser on that machine and pointing it to http://localhost:8000. With the master node running, go to the other machines and set them up as slaves. It’s the same steps as for the master node: just choose Slave from Network Settings instead of Master. Assuming the machines are on the same network, when you click Start Service, the slave node should automatically find the master. See additional information at https://3darts.org/.