[HDT-SMP] A dynamic hairstyle adapted from the KS hair package

Pre-plugin: HDT Skinned Mesh Physics

Don't complain about the model, I'm just like that...

I made it when I was bored. I couldn't find one I liked (there were too many models), so I picked a model and changed the physics.

Note: You need a body with a collision body (simply put, you need the support of other HDT-SMP clothing, or you need to add a collision body representation to the default RY file yourself, or write a separate collision body representation xml file for the body model. Of course, it can also be used directly, but it will be through the body, which is very serious)

I've been so busy lately that I can only play with little things like my hair...

I'll wait until I have more hair before I can put it together. Now I haven't done a few pieces here and there, so just use as much esp as you can.

PS: Sister Hydrogen has recently reconstructed SMP (I don’t know if it is a reconstruction, I just know that the changes are very big, I will call it SMPV2.0 for the time being, um - this is just my personal opinion, just for the sake of distinction), and some players will have various openCL situations when using SMP. At this time, it is basically OK to update or reinstall the graphics card driver. If it still doesn’t work, install a CUDA SDK and AMD APP SDK, if none of the above can solve the problem, you must either reinstall the system or switch back to SMPV1.0. SMP is still being updated, and these will be solved (although I have not encountered any of these problems...)

If you can use SMPV2.0, don't use V1.0. Although there is no big difference in performance between the two versions, there is a huge difference in CPU usage. For example: when I use SMPV1.0 on a laptop, the CPU temperature can reach 90 degrees, but when using SMPV 2.0 is only 65 degrees. Although it is a normal operating temperature, it is better to be lower (by the way, SMPV2.0 seems to be able to directly hit the default collision, but I have not done a stress test. After all, the consumption of V2.0 is much smaller, these should be able to withstand it - in theory)