User:Mrlm1105/Sandbox5


 * The Effective Health of this armor set is given by $$\int_0^1 (HP \times x)(1+ \frac{(2-x)ArmorDef}{100} + \frac{TotalDef-ArmorDef}{100} ) dx $$

$$= HP \times \dfrac{4\times ArmorDef+3\times (TotalDef-ArmorDef) +300}{600}$$, where x is the percentage of health.


 * The Effective Health of this armor set is given by $$\int_0^1 Hx(1+ \frac{(2-x)D_A}{100} + \frac{D_O}{100} ) dx $$

$$= \dfrac{(4D_A + 3D_O +300)H}{600}$$, where $$x$$ is the percentage of, $$H$$ is , $$D_A$$ is armor and $$D_O$$ is non-armor.