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Anonymous01/02/26, 07:13No.1024104
I’m currently learning Unreal and Blender to fulfill an idea I’ve had for a while, kind of do it myself thing. I knew going into this it would be incredibly difficult learning two new programs simultaneously, but for now I’m just focusing on blender and creating assets. I’m learning on the go which is the only way I can, and it’s been two weeks since I started.
My project will be a horror themed action/thriller stylized as an early 2000s game. I’m not emulating a specific console for graphics, I’m emulating the data storage techniques used so I can minimize RAM usage altogether, either for universal playability across any type of device and also to have it available for later use with in-game mechanics and huge levels. I don’t want a graphics card to stop any player from being able to play this, while maintaining compatibility within reason of eachother.
I say all that to ask this, so far I have some hard set rules for every single modular piece I create, as I’m currently in the very beginning of “grey boxing”. Every unit is in cm to match unreal.
Every floor, ceiling, and wall piece fits in a 400 x 400 x 400 box.
Every single wall must be 20cm thick.
The origin point must be at the bottom left corner of each piece.
Before exporting each piece, all transforms to scale 1,1,1.
Ensuring faces are pointing correctly, but I’ve opted for boxes for every place instead of a plane to mitigate this just for simplicity and shading/lighting in unreal.
Every box must be solid, any doorways or holes punched through must be made with Bool Tool or a manual Boolean Mesh. (?)
Upon finishing touches of each piece, triangulate to prevent texture warping (?)
UVs are snapped to grid edges (?)
From what I understand these are industry standards, and I’m only using them for ease of use and to “learn it the right way” the first time. Am I missing anything? Is there something else I should be doing for each piece? Thank you for your time!
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Anon01/02/26, 07:15No.1024105
Double post, but the (?) are for things that I am aware I have to do, but don’t fully understand yet. Maybe someone could explain it better or shed light. Thanks again!
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Anon01/02/26, 09:18No.1024108
Whats up with you nostalgia ridden beginner ngmis flooding the scene
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Anon01/02/26, 15:12No.1024116
Sometimes you just have to go for it. I forgot how it went, but I remember a historical anecdote about a paranoid prince who spent all of his time preparing for every possible contingency that could lead to his downfall instead of conquering his enemies. He spent his life stressing over sealing every crack and plugging every hole, but ultimately the problem he was unaware of was what got him since he couldn’t react in time. You could come to many conclusions about this story, but the one I will point out is that problems will come your way no matter what, and you never know what will go wrong. Sometimes you have to jump into action and have the flexibility to deal with problems as they come. This doesn’t mean you shouldn’t plan or organize things, and you do seem to already have a clear idea of what you want to do, but as a beginner, there’s not much of a point in excessive preparation since you don’t have the experience to know what to prepare for.
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Anon01/09/26, 01:40No.1024394
I would strongly advise you to use Godot due to it being much LIGHTER and LESS BLOATED. Just open it and see how fast it runs compared to other engines. But more importantly it is MUCH EASIER to learn and use.
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Anon01/09/26, 02:31No.1024401
one thing to keep in mind is instancing your objects in the game world rather than duplicating redundant geometry.
if you modeled a house in blender, for instance, you might make a bunch of windows duplicated around it. In a game engine you want a single window model that is instanced in multiple places around the building. You can build scenes directly in the engine to make sure, or you can figure out some way of building scenes with instanced geometry in blender and then transfer it to unreal engine.Also keep the models light and let your textures and normal maps do the work. you would be surprised at how low-poly the models actually are in highly detailed big budget games.I don't know what you're doing with the real-world measurements. that's going to slow you down trying to make everything the perfect size. What matters is that the thickness walls in a particular environment are consistent, so you can snap together instances of walls together in a modular way.You don't have to use booleans to grey box it, but it can make it easier. personally I would just model the walls i'm eventually planning to using, because they are so simple, and grey box with those