public void a(lk.ac.mrt.cse.pc11.AI.b A_0, int A_1)
{
List<lk.ac.mrt.cse.pc11.AI.b> list;
int num;
bool flag;
list = new List<lk.ac.mrt.cse.pc11.AI.b>();
num = 0;
goto Label_0024;
Label_000B:
list.Add(this.a[num]);
num += 1;
Label_0024:
if ((num < A_1) != null)
{
goto Label_000B;
}
list.Add(A_0);
num = A_1;
goto Label_0051;
Label_0038:
list.Add(this.a[num]);
num += 1;
Label_0051:
if ((num < this.a.Count) != null)
{
goto Label_0038;
}
this.a = list;
this.a();
return;
}
public bool a(lk.ac.mrt.cse.pc11.AI.b A_0)
{
bool flag;
flag = (this.a == A_0.d()) & (this.b == A_0.c());
Label_0021:
return flag;
}
public int b(lk.ac.mrt.cse.pc11.AI.b A_0)
{
int num;
bool flag;
if (((A_0.c() < this.b) == 0) != null)
{
goto Label_001B;
}
num = 1;
goto Label_006D;
Label_001B:
if (((A_0.d() < this.a) == 0) != null)
{
goto Label_0035;
}
num = 2;
goto Label_006D;
Label_0035:
if (((A_0.b > this.b) == 0) != null)
{
goto Label_004F;
}
num = 3;
goto Label_006D;
Label_004F:
if (((A_0.d() > this.a) == 0) != null)
{
goto Label_0069;
}
num = 4;
goto Label_006D;
Label_0069:
num = 0;
Label_006D:
return num;
}
public void b(lk.ac.mrt.cse.pc11.AI.b A_0)
{
this.a(A_0, 0);
return;
}
public void a(lk.ac.mrt.cse.pc11.AI.b A_0)
{
this.a.Add(A_0);
this.a();
return;
}
public c(int A_0, lk.ac.mrt.cse.pc11.AI.b[] A_1, lk.ac.mrt.cse.pc11.AI.b[] A_2, List<DummyAI> A_3)
{
int num;
int num2;
lk.ac.mrt.cse.pc11.AI.b b;
lk.ac.mrt.cse.pc11.AI.b b2;
bool flag;
lk.ac.mrt.cse.pc11.AI.b[] bArray;
int num3;
this.d = new List<DummyAI>();
this.e = new List<lk.ac.mrt.cse.pc11.AI.b>();
this.f = new List<lk.ac.mrt.cse.pc11.AI.b>();
base..ctor();
lk.ac.mrt.cse.pc11.AI.c.b = A_0;
this.d = A_3;
a = new bool[lk.ac.mrt.cse.pc11.AI.c.b][];
num = 0;
goto Label_0087;
Label_004A:
a[num] = new bool[lk.ac.mrt.cse.pc11.AI.c.b];
num2 = 0;
goto Label_0070;
Label_0060:
a[num][num2] = 1;
num2 += 1;
Label_0070:
if ((num2 < ((int) a[num].Length)) != null)
{
goto Label_0060;
}
num += 1;
Label_0087:
if ((num < lk.ac.mrt.cse.pc11.AI.c.b) != null)
{
goto Label_004A;
}
bArray = A_1;
num3 = 0;
goto Label_00C0;
Label_009E:
b = bArray[num3];
a[b.d()][b.c()] = 0;
num3 += 1;
Label_00C0:
if ((num3 < ((int) bArray.Length)) != null)
{
goto Label_009E;
}
bArray = A_2;
num3 = 0;
goto Label_00F9;
Label_00D7:
b2 = bArray[num3];
a[b2.d()][b2.c()] = 0;
num3 += 1;
Label_00F9:
if ((num3 < ((int) bArray.Length)) != null)
{
goto Label_00D7;
}
return;
}
private lk.ac.mrt.cse.pc11.AI.a b(lk.ac.mrt.cse.pc11.AI.b A_0, lk.ac.mrt.cse.pc11.AI.b A_1, bool[][] A_2)
{
lk.ac.mrt.cse.pc11.AI.b b;
bool flag;
lk.ac.mrt.cse.pc11.AI.a a;
bool flag2;
b = this.e[0];
flag = 0;
goto Label_004D;
Label_0012:
b = this.e[0];
if (this.a(b, A_1, A_2) != null)
{
goto Label_0040;
}
this.e.RemoveAt(0);
goto Label_004C;
Label_0040:
a = this.a(A_0, b);
goto Label_0063;
Label_004C:;
Label_004D:
if ((this.e.Count > 0) != null)
{
goto Label_0012;
}
a = null;
Label_0063:
return a;
}
private bool a(lk.ac.mrt.cse.pc11.AI.b A_0, lk.ac.mrt.cse.pc11.AI.b A_1, bool[][] A_2)
{
bool flag;
bool flag2;
if ((((A_1.d() == A_0.d()) & (A_1.c() == A_0.c())) == 0) != null)
{
goto Label_002D;
}
flag = 1;
goto Label_00FE;
Label_002D:
if ((this.a(A_0.d(), A_0.c()) == 0) != null)
{
goto Label_00F9;
}
if ((A_2[A_0.d()][A_0.c()] == 0) != null)
{
goto Label_00F5;
}
A_2[A_0.d()][A_0.c()] = 0;
this.e.Add(new lk.ac.mrt.cse.pc11.AI.b(A_0.d() - 1, A_0.c(), A_0));
this.e.Add(new lk.ac.mrt.cse.pc11.AI.b(A_0.d() + 1, A_0.c(), A_0));
this.e.Add(new lk.ac.mrt.cse.pc11.AI.b(A_0.d(), A_0.c() - 1, A_0));
this.e.Add(new lk.ac.mrt.cse.pc11.AI.b(A_0.d(), A_0.c() + 1, A_0));
Label_00F5:
flag = 0;
goto Label_00FE;
Label_00F9:
flag = 0;
Label_00FE:
return flag;
}
private lk.ac.mrt.cse.pc11.AI.a a(lk.ac.mrt.cse.pc11.AI.b A_0, lk.ac.mrt.cse.pc11.AI.b A_1)
{
lk.ac.mrt.cse.pc11.AI.a a;
lk.ac.mrt.cse.pc11.AI.b b;
lk.ac.mrt.cse.pc11.AI.a a2;
bool flag;
a = new lk.ac.mrt.cse.pc11.AI.a();
b = A_1;
goto Label_002C;
Label_000B:
a.b(new lk.ac.mrt.cse.pc11.AI.b(b.d(), b.c()));
b = b.e();
Label_002C:
if ((((b.d() == A_0.d()) == 0) | ((b.c() == A_0.c()) == 0)) != null)
{
goto Label_000B;
}
a.b(new lk.ac.mrt.cse.pc11.AI.b(A_0.d(), A_0.c()));
a2 = a;
Label_006F:
return a2;
}
public lk.ac.mrt.cse.pc11.AI.a a(int A_0, lk.ac.mrt.cse.pc11.AI.b A_1, lk.ac.mrt.cse.pc11.AI.b A_2)
{
bool[][] flagArray;
int num;
int num2;
lk.ac.mrt.cse.pc11.AI.a a;
bool flag;
flagArray = new bool[b][];
num = 0;
goto Label_005F;
Label_0010:
flagArray[num] = new bool[b];
num2 = 0;
goto Label_004C;
Label_0022:
if ((lk.ac.mrt.cse.pc11.AI.c.a[num][num2] == 0) != null)
{
goto Label_003F;
}
flagArray[num][num2] = 1;
goto Label_0047;
Label_003F:
flagArray[num][num2] = 0;
Label_0047:
num2 += 1;
Label_004C:
if ((num2 < ((int) flagArray[num].Length)) != null)
{
goto Label_0022;
}
num += 1;
Label_005F:
if ((num < b) != null)
{
goto Label_0010;
}
num = 0;
goto Label_00B3;
Label_0071:
if ((A_0 == num) != null)
{
goto Label_00AE;
}
flagArray[this.d[num].d().d()][this.d[num].d().c()] = 0;
Label_00AE:
num += 1;
Label_00B3:
if ((num < this.d.Count) != null)
{
goto Label_0071;
}
this.e.Add(A_1);
a = this.b(A_1, A_2, flagArray);
Label_00E0:
return a;
}
public lk.ac.mrt.cse.pc11.AI.a a(int A_0, lk.ac.mrt.cse.pc11.AI.b A_1)
{
lk.ac.mrt.cse.pc11.AI.a a;
a = this.a(A_0, this.d[A_0].d(), A_1);
Label_001D:
return a;
}
internal void a(lk.ac.mrt.cse.pc11.AI.a A_0)
{
this.d = A_0;
Label_0008:
try
{
this.e = this.d.d();
goto Label_002A;
}
catch (Exception)
{
Label_001D:
this.e = 100;
goto Label_002A;
}
Label_002A:
return;
}
public b(int A_0, int A_1, lk.ac.mrt.cse.pc11.AI.b A_2)
{
this..ctor(A_0, A_1);
this.c = A_2;
return;
}
