Honkai Impact 3rd: Female-Supremacy Simulation System

This is the first time I've seen someone who turned Honkai into a heroine, and I have to say that there's no sense of disobedience [I've learned] and it satisfies certain fantasies that otakus can't express 🤭

Can the author come up with more good plots? 😏😏😏 We all like to read it. After all, you don't want your kind of book to be discovered, right? 😏😏😏

Go quickly, use your colorful brain to write quickly!

Author, I have to say, you are amazing! 👍

It's quite enjoyable to read without thinking about it. This book mainly describes simulation and then conquering the heroine, but the emotional scenes are written relatively quickly, and the combat power is also very vague. If you don't care about these, it is still a good novel.

The book is really well done! Looks great!

The male protagonist in the first simulation looked like a female protagonist like a cold and wealthy lady, the male protagonist in the second simulation looked like a common female protagonist like Bai Yueguang, and the male protagonist in the third simulation looked like a beautiful killer master. However, the protagonist is not completely feminine, after all, the protagonist is a man, it just looks like the style I mentioned.

Overall, it's okay. It has both Beng San and female protagonists, but it's just not enough to watch!

Very pretty, but a little lacking

Here I will introduce what an ideal fluid can do ideal fluid A fluid whose flow rate does not change with time at any fixed point regardless of viscosity (viscosity is zero). Ideal fluid does not exist in reality, but the ideal fluid model can be applied to some situations where viscosity has a small impact, simplifying the problem. Difference Broadcast Edit Viscous fluid Due to the viscosity in the fluid, part of the mechanical energy of the fluid will be irreversibly converted into thermal energy, causing many complex phenomena in fluid flow, such as boundary layer effects, friction effects, non-Newtonian flow effects, etc. All real fluids in nature are viscous fluids. Some fluids have very low viscosity (such as water, air), while others have very high viscosity (such as glycerin, paint, honey). When the viscosity of the fluid is very small and the relative sliding speed is not large, the viscous stress is very small, and it can be approximately regarded as an ideal fluid. There is generally no heat conduction in ideal fluids. In fact, ideal fluid does not exist in nature, it is only an approximate model of real fluid. However, when analyzing and studying many fluid flows, the use of an ideal fluid model can simplify the flow problem without losing the main characteristics of the flow and can reflect the objective actual flow quite accurately, so this model has important use value. Complete gas Ideal fluid and perfect gas are two different concepts. The former refers to the fluid without viscosity, and the latter refers to the gas whose state parameters satisfy the Clapeyron equation (see boundary layer, fluid resistance, non-Newtonian fluid mechanics). To put it simply, if the whole body is covered with ideal fluid, it will be a problem if you touch it To put it bluntly, if we really want to say that the Herrscher has the strongest defense, it must be Emperor Wen Tian.