public bool m000234(enum0273 p0)
{
return this.f00002c.m00029f().m00009c().m000234(p0);
}
public int m0002fd(enum0273 p0)
{
return this.f00002c.m00029f().m00009c().m00032c(p0);
}
public static int m0002fd(enum0273 p0)
{
return f0002c8[(int) p0];
}
public void m000030(enum0273 p0)
{
this.f00002c.m00029f().m00009c().m000030(p0);
}
internal static void m00032b(enum0273 p0, int p1)
{
f0002c8[(int) p0] = p1;
}
public void m00032f(enum0273 p0, int p1)
{
if (p1 != 0)
{
this.f00000a = true;
this.f0002c7[(int) p0] += p1;
}
}
public int m00032c(enum0273 p0)
{
return this.f0002c7[(int) p0];
}
public bool m000234(enum0273 p0)
{
return (this.f0002c7[(int) p0] >= f0002c8[(int) p0]);
}
public void m000030(enum0273 p0)
{
switch (p0)
{
case enum0273.f000041:
this.f00009b += f0002c8[1];
break;
}
int num = this.f0002c7[(int) p0] - f0002c8[(int) p0];
if (num > 0)
{
c00025c cc1 = c00027c.m000096().m000062();
cc1.m0002d2(cc1.m0000f0() + num);
}
this.f00000a = true;
this.f0002c7[(int) p0] = 0;
}
