@pr3stl1 @ned_poreyra As Eric and Axel have mentioned, the issues with both models can be solved by using the same topology strategy: Block out the shapes so the segment counts match and use the existing geometry of the primary shapes as support with the secondary shapes intersecting between the edge loops of the primary…
@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…
Hey friendo. You're gonna learn some math here, sorry. I see you didn't get the help needed, so here's a lesson in patterns. Identify the largest repeatable pattern. In this case, i'm able to pizza this boi into 6 pieces. The base angle for this pattern found by 360°/6=60° Now to break down one of these 60° slices. I do…
@FrankPolygon Hey Frank, thanks for the extensive answer. I'm pretty new to modelling and I have to admit that after reading the answer 5 times or so, I still don't quite understand everything. :) While I have managed to reconstruct something that leads to similar results, it feels like a trial-and-error approach to get…
Hey Frank, thanks for the extensive answer. I'm pretty new to modelling and I have to admit that after reading the answer 5 times or so, I still don't quite understand everything. :) While I have managed to reconstruct something that leads to similar results, it feels like a trial-and-error approach to get there. I have…
@ConvexSurface Overall it looks like you have the right idea but sometimes connecting directly to a curve's existing polygon grid can cause a lot of smoothing issues. In these cases it's often better to place the intersecting geometry between the existing segments of the curved surface and use the existing curve geometry…
@acarmona88 Welcome to Polycount. Consider checking out the forum information and introduction thread. Sharpening unsupported corners on curved surfaces often produces smoothing artifacts that can be resolved with a few different modeling and topology layout strategies. Deciding which is approach to use really just comes…
@PancakeMSTR Overall the topology routing around the major forms is well structured but the undulations in the shape is an issue. There's a lot of stray edge loops coming off some of those cut outs and this disrupts the segment spacing that controls the smoothing behavior of the curvature along the sides. Dissolving some…
@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…
@Neox Really appreciate the kudos. @laeion Welcome to Polycount. Consider checking out the forum information and introduction thread. Soft hard surface objects can be tricky to model but taking apart one of these packages or gathering references of them disassembled can provide some insight into how the paper is cut and…