Hi there.
Do you know of a way to get raycast to 'ignore' the genshin models while affecting the rest of the scene, so that I can use this shader for the models themselves? Say I want a stage lit by raycast, and this shader on my models in the front.

Right now if I were to have the models in the scene and raycast activated, it gives the models an odd coloring. How do I get raycast to leave the models alone so that this shader works its magic?

I totally get it if you can't offer much help, this may be more of a raycast thing that you can't comment on. Either way thanks a ton! This shader's dope.

please help me with this. i already check the tutorial for it, bone names are correct but still doesn't apply to the face.

Hi! I love the shader, I think it works great for Genshin official characters.

The issue I have at the moment is with transparency. Anything transparent just become black as seen on my custom model below.

While she should have looked like this

The only solutions i found was to cut the model itself, but it's not very efficient.
It's nothing huge tho, so would be great to have transparency implemented :)

Hello, I would like to ask a question about your MMDGenshin shader. Recently I noticed that new characters from Genshin (Sumeru ones) use normal maps and something called "Avatar_Tex_Specular_Ramp", also some of the character skins have alpha parts, and I wanted to ask - Will next versions of your shader support those maps and textures?

Greetings,

I stumbled upon this repository since I'm attempting to recreate the game's character shader in UE5 out of sport.

I'm wondering how the rim light works in this implementation. I tried to replicate it based on the code in master here but the result wasn't what I expected. In game, it seems like the rim light is calculated using post-processing (though I could be completely wrong) because if you look closely you'll notice that the rim lighting is only applied on the outline of the character (based on the camera direction) and only where the edge depth is distant enough from what's behind it (kind of like sobel edge detection). Of course I could be totally wrong in my assumptions since I'm deriving conclusions based on what I observed in game.

What is your take on this challenge? Have you any insight on the rim light formula used in this case?

I tried the old method, but it didn't work

I tried to use this shader but failed,the face‘s shadow could not move as the model moves, and it could only follow the global lighting.I tried the 0.1.3 and the 0.1.5,they all could not work properly.