private void Calculate()
{
double[] f = new double[65];
var ff = 0D;
var phys = 0D;
var elem = 0D;
Upheaval upheaval = new Upheaval();
for (int i = 1; i < CountOfRows(); i++)
{
var a = Tablex(i, 1).Value; // +-------+-------+-------+-------+-------+
var b = Tablex(i, 2).Value; // |单段倍率|伤害段数|属性加成|反应类型|伤害占比|
var c = Tablex(i, 3).Value; // +-------+-------+-------+-------+-------+
var d = Tablex(i, 4).Value; // | a | b | c | d | e |
var e = Tablex(i, 5).Value; // +-------+-------+-------+-------+-------+
var ab = Convert.ToDouble(a) * Convert.ToDouble(b);
var React1 = (1 + (16 * EM / (2000 + EM) + ReactionBuff)) * upheaval.Upheaval_Damage(Level, false) * Convert.ToDouble(b); //剧变反应
var React2 = 1 + (2.78 * EM / (1400 + EM) + ReactionBuff); //增幅反应
switch (d.ToString())
{
case "不反应":
switch (c.ToString())
{
case "物理": e = Buffcheck(0) * ab; break;
case "风": e = Buffcheck(1) * ab; break;
case "冰": e = Buffcheck(2) * ab; break;
case "雷": e = Buffcheck(3) * ab; break;
case "火": e = Buffcheck(4) * ab; break;
case "水": e = Buffcheck(5) * ab; break;
case "岩": e = Buffcheck(6) * ab; break;
default: e = 0; break;
}
break; //不反应
case "超导": e = React1 * 0.25 * RESCalc(Res[2]); break; //超导
case "扩散": e = React1 * 0.30 * RESCalc(Res[1]); break; //扩散
case "感电": e = React1 * 0.60 * RESCalc(Res[3]); break; //感电
case "碎冰": e = React1 * 0.75 * RESCalc(Res[0]); break; //碎冰
case "超载": e = React1 * 1.00 * RESCalc(Res[4]); break; //超载
case "火蒸发": e = React2 * 1.5 * Buffcheck(4) * ab; break; //1.5倍增幅
case "水蒸发": e = React2 * 2.0 * Buffcheck(5) * ab; break; //2.0倍增幅
case "火融化": e = React2 * 2.0 * Buffcheck(4) * ab; break; //2.0倍增幅
case "冰融化": e = React2 * 1.5 * Buffcheck(2) * ab; break; //1.5倍增幅
default: React1 = 0; React2 = 0; break;
}
if (d.ToString() == "不反应" && c.ToString() == "物理")
{
phys += Convert.ToDouble(e);
}
else
{
elem += Convert.ToDouble(e);
}
f[i] = Convert.ToDouble(e);
}
for (int i = 1; i < f.Length; i++)
{
ff += f[i];
if (f[i] == 0)
{
break;
}
}
for (int i = 1; i < CountOfRows(); i++)
{
Tablex(i, 5).Value = f[i] / ff;
}
DMG_P = phys;
DMG_E = elem;
DMG = DMG_P + DMG_E;
TimeCount = Convert.ToDouble(Time_Input.Text);
DPS = DMG / TimeCount;
DPS_P = DMG_P / TimeCount;
DPS_E = DMG_E / TimeCount;
DMG_Displayer();
DPS_Displayer();
}