@UhhNope It depends on which critical part is going to constrain the surrounding geometry but the basic principle is the same: match the edge segments of the intersecting geometry. If that's not possible (because of some geometry restriction) then the next best thing is to either spread the error out over a wide area or…
@navneethdodla94 Start by blocking out the shapes and matching the cylinder segments near the intersections. Try to minimize the amount of superfluous geometry by using existing cylinder segments as support loops for additional operations. Avoid adding support loops and secondary details too early in the process as this…
@amoeba You're definitely on the right track. What you have right now looks fine on a flat surface and the basic edge flow is there. Most of these window louvers snap into place on the surround trim or are glued directly onto the glass and body work with adhesive or double sided tape. Some people like them and some people…
It's a destructive process so there are two concerns: preserving shape accuracy and avoiding manual work. Manual work is slow and the results are often inaccurate. Tools (used correctly) will be faster and more accurate than pushing points around manually. There's a couple ways to quickly re-build the shape without doing a…
@ned_poreyra Nothing wrong with testing different workflows but it's important to focus on the results and evaluate whether or not a given strategy justifies the time spent. Work through each modeling strategy and pick the one that produces the best results for the least amount of time and effort spent. Here's a few more…
@vakdlfjas Welcome to Polycount. Consider checking out the forum information and introduction thread. Placing support loops along the edges that make up the walls of a cylinder will causing pinching. The topology needs to be routed around the existing cylinder geometry so it doesn't interfere with the smoothing behavior at…
@Udjani You're on the right track. Sacboi is right about working through some additional block-outs to analyze the shape. There's a few distinct features that appear to be in conflict: the oblong boss appears to have a fixed width, the pattern draft appears to be relatively uniform and the complex profile appears to have…
Outside of specific project requirements, stock 3D certification programs and technical edge cases, there really isn't anything wrong with using triangles and n-gons in subdivision modeling. Flat surfaces are arguably the least effected by messy topology. As long as the corners are supported and the surfaces are co-planar…
@tatertots You're welcome and thank you for sharing your results and followup questions. Example images in my previous post only show the initial block out, the final topology with a smoothing preview and the final subdivision model with a shiny material to highlight any artifacts. Only showing the starting and ending…