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It is important that you maintain good, clean topology when building your 3D models. Maintaining good topology has a numerous amount of benefits:
Easier to work with – You can easily make modifications to a model that has nice topology compared to a model with bad, messy topology where vertices just hang around randomly for no good reason.
Makes deformed animations look fluid – The animators in your production team will be forever grateful if you incorporate good topology into your 3D modeling workflow. When vertices are organized in a way that makes sense with how objects bend and deform, animation becomes easier and smooth looking. With bad topology, animation becomes a little difficult and even if you manage to nudge out some animation, the result will look horrid with a lot of artefacts like punching and weird stretching in places.
No weird artefacts – Not only for animations, but your 3D model in general may be susceptible to weird artifacts like pinching and stretching in places if your topology is bad and unorganized. These may also be caused by some vertices overlapping one another.
Modifiers work smoothly – Popular modifiers like SubSurf will work better on models with good topology. You will get a nice smooth result without doing much tweaking. Adding a SubSurf modifier on a model with bad topology may introduce strange, unexpected results where your model won’t end up looking like your model.
It looks neater – 3D models with good topology still look good if you see a wireframe of the same model. It has a nice organized look. This is beneficial if you would like to sell your 3D models in a marketplace. People generally buy a 3D model if they see a model and will likely examine the wireframe images. This can determine whether people will buy it or not. Not only for selling though. If you work in a team environment, it is always pleasant for the other 3D modeler to use your models when you have nice, clean topology.
It uses less memory – A model with bad topology with hundreds of vertices/edges/faces is going to hog up valuable memory space. You don’t want to have hundreds of vertices just to model a cube. 8 vertices would be enough to get the job done. No point showing off. Good topology ensures that you create a 3D object using the least amount of vertices as necessary, so that your computer will electronically thank you and give you a big hug if you incorporate good topology in your workflow.

It is important that you maintain good, clean topology when building your 3D models. Maintaining good topology has a numerous amount of benefits:
Easier to work with – You can easily make modifications to a model that has nice topology compared to a model with bad, messy topology where vertices just hang around randomly for no good reason.
Makes deformed animations look fluid – The animators in your production team will be forever grateful if you incorporate good topology into your 3D modeling workflow. When vertices are organized in a way that makes sense with how objects bend and deform, animation becomes easier and smooth looking. With bad topology, animation becomes a little difficult and even if you manage to nudge out some animation, the result will look horrid with a lot of artefacts like punching and weird stretching in places.
No weird artefacts – Not only for animations, but your 3D model in general may be susceptible to weird artifacts like pinching and stretching in places if your topology is bad and unorganized. These may also be caused by some vertices overlapping one another.
Modifiers work smoothly – Popular modifiers like SubSurf will work better on models with good topology. You will get a nice smooth result without doing much tweaking. Adding a SubSurf modifier on a model with bad topology may introduce strange, unexpected results where your model won’t end up looking like your model.
It looks neater – 3D models with good topology still look good if you see a wireframe of the same model. It has a nice organized look. This is beneficial if you would like to sell your 3D models in a marketplace. People generally buy a 3D model if they see a model and will likely examine the wireframe images. This can determine whether people will buy it or not. Not only for selling though. If you work in a team environment, it is always pleasant for the other 3D modeler to use your models when you have nice, clean topology.
It uses less memory – A model with bad topology with hundreds of vertices/edges/faces is going to hog up valuable memory space. You don’t want to have hundreds of vertices just to model a cube. 8 vertices would be enough to get the job done. No point showing off. Good topology ensures that you create a 3D object using the least amount of vertices as necessary, so that your computer will electronically thank you and give you a big hug if you incorporate good topology in your workflow.

Creating a game can be a fun and rewarding experience, but it can also be a lot of work. Here are a few things to keep in mind when creating a game:

Decide on the type of game you want to create. There are many different genres of games, so it’s important to choose one that you’re interested in. Do you want to create a role-playing game, a strategy game, a puzzle game, or something else entirely?
Once you’ve decided on the genre, start brainstorming ideas for your game. What’s the premise? What are the goals? What are the rules?

Best game development institute in Chennai?

There are many game development institutes in Chennai that offer gaming courses. However, choosing the best institute can be a difficult task. Here are some factors that you need to consider while choosing a game development institute like in Chennai:

Course curriculum: Make sure that the institute you choose offers a comprehensive course curriculum. The course should cover all the aspects of game development, from design to programming to testing.
Faculty: The faculty of the institute should be experienced and qualified. They should be able to provide good quality education and training. At least should be Autherised Trainer certified for Unreal engine or Unity 3D Engine .
Infrastructure: The infrastructure of the institute should be good. The institute should have all