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I think you can solve the problem adding some kind of inset around the pole. Like this: If you want to adjust the sharpness around the pole, select the 12 surrounding vertices and use G G to edge sl …

Most likely one of these two options is on: Proportional editing, on left and the first edge loop is influenced when you move the second one Auto merge vertices, on right and the vertices were actua …

I'm quite sure this is not because of the triangle, but much more because there is an additional vertex or edge hidden behind. Something like this: Keep in mind that triangles are not absolutely f …

I suppose your goal here is not for the script, as you say "or if there is a pre-build button". So in edit mode, set the selection mode to 'face', select any quad and use the menu "Select/Select simi …

The why is given here. Workarounds: If you want to keep the grid at the same size: Use the option "correct face attribute". If you want to stretch down the grid when scaling down: Use some subdiv …

To illustrate the situation, this is due to this vertex that is on top of the two triangles, not directly because of the triangles, but because it is not supported, on its sides (as opposite to the on …

You can lower this using autosmooth shading and adding a normal edit modifier: Normal edit with "radial" option will align all the normals with axis coming to the face from a center (which can be the …

I don't think the diamond shape is so weird, but you can do the following: Keep your beveled initial setting: Then: Select the 'diamond' parts Subdivide using W Select the resulting vertices S …

he subdivision surface modifier is placed before the mirror. Invert them. The reason: if before, subdivision surface will smooth vertices out of the mirror axis, so they won't join anymore.

You can use this kind of topology, where the mesh goes around the corners: I suggest you don't matter of the circular part at the begining, as you can always make it circular at the end using loop tools …

Using Cycles (bevel node is Cycles only), you can do the following to obtain a mask: It compares the angle of the face normal to a normal generated by the bevel node. The less they are the same, the …

Here is a setup that allows to have the result from one plane. Practically speaking (regarding how is the final model in the question), I don't think this is better than the other answers, but it all …

The gif shows a bevel operation. In edit mode, select the vertex at the corner, then use CtrlB then, during the bevel operation, use the V key to apply the bevel op to the vertex.

You mesh has inverted normals and hidden faces that are not quad: Hidden faces can be revealed in edit mode with AltH. Delete them. Once done, recheck the normal and if need correct them (either Shif …

This is not conventional and may have consequences on the topology, but what can be done: Select the wall bottom edges and subdivide them by 2. So that you have. …