CString CalcRealName(char name[], char key[])
{
CString sRet = "";
int n = 12/key[0];
int i, j, offset;
int temp[12], bak[12];
int value1, value2;

for (j=0;j<2;j++)
{
for (offset=0;offset<12;offset++)
{
for (i=0;i<12;i++)
temp = 0x1E;
temp[name[offset]] = (j==0)?0x28:0x14;
memcpy(bak, temp, sizeof(int)*12);
value1 = 0;
value2 = 0;
for (i=0;i<4;i++)
{
value1 += temp[(key[1]*4)+i];
value2 += temp[(key[2]*4)+i];
}
if (value1 == value2)
{
if (temp[key[3]*4+key[4]] == temp[key[5]*4+key[6]])
{
if (temp[key[7]*4+key[8]] == temp[key[9]*4+key[10]])
sRet = sRet + 'l';
else
sRet = sRet + 'k';
}
else
{
if (temp[key[7]*4+key[8]] == temp[key[9]*4+key[10]])
sRet = sRet + 'j';
else
sRet = sRet + 'i';
}
}
else if (value1 > value2)
{
temp[key[1]*4 + key[11]] = temp[key[12]*4+key[13]];
temp[key[1]*4 + key[14]] = temp[key[15]*4+key[16]];
temp[key[1]*4 + key[17]] = temp[key[18]*4+key[19]];
temp[key[2]*4 + key[20]] = temp[key[21]*4+key[22]];
temp[key[2]*4 + key[23]] = temp[key[24]*4+key[25]];
temp[key[2]*4 + key[26]] = temp[key[27]*4+key[28]];

value1 = 0;
value2 = 0;
for (i=0;i<4;i++)
{
value1 += temp[(key[1]*4)+i];
value2 += temp[(key[2]*4)+i];
}
if (value1 > value2)
{
if (temp[key[29]*4+key[30]] == temp[key[31]*4+key[32]])
sRet = sRet + 'e';
else
sRet = sRet + 'a';
}
else if (value1 < value2)
{
if (temp[key[33]*4+key[34]] > temp[key[35]*4+key[36]])
sRet = sRet + 'g';
else if (temp[key[33]*4+key[34]] < temp[key[35]*4+key[36]])
sRet = sRet + 'f';
else if (temp[key[33]*4+key[34]] == temp[key[35]*4+key[36]])
sRet = sRet + 'h';
}
else if (value1 == value2)
{
memcpy(temp, bak, sizeof(int)*12);
if (temp[key[37]*4+key[38]] > temp[key[39]*4+key[40]])
sRet = sRet + 'b';
else if (temp[key[37]*4+key[38]] < temp[key[39]*4+key[40]])
sRet = sRet + 'c';
else if (temp[key[37]*4+key[38]] == temp[key[39]*4+key[40]])
sRet = sRet + 'd';
}
}
else if (value1 < value2)
{
temp[key[1]*4 + key[11]] = temp[key[12]*4+key[13]];
temp[key[1]*4 + key[14]] = temp[key[15]*4+key[16]];
temp[key[1]*4 + key[17]] = temp[key[18]*4+key[19]];
temp[key[2]*4 + key[20]] = temp[key[21]*4+key[22]];
temp[key[2]*4 + key[23]] = temp[key[24]*4+key[25]];
temp[key[2]*4 + key[26]] = temp[key[27]*4+key[28]];

value1 = 0;
value2 = 0;
for (i=0;i<4;i++)
{
value1 += temp[(key[1]*4)+i];
value2 += temp[(key[2]*4)+i];
}
if (value1 > value2)
{
if (temp[key[41]*4+key[42]] > temp[key[43]*4+key[44]])
sRet = sRet + 'f';
else if (temp[key[41]*4+key[42]] < temp[key[43]*4+key[44]])
sRet = sRet + 'g';
if (temp[key[41]*4+key[42]] < temp[key[43]*4+key[44]])
sRet = sRet + 'h';
}
else if (value1 < value2)
{
if (temp[key[45]*4+key[46]] == temp[key[47]*4+key[48]])
sRet = sRet + 'e';
else
sRet = sRet + 'a';
}
else if (value1 == value2)
{
memcpy(temp, bak, sizeof(int)*12);
if (temp[key[49]*4+key[50]] > temp[key[51]*4+key[52]])
sRet = sRet + 'c';
else if (temp[key[49]*4+key[50]] < temp[key[51]*4+key[52]])
sRet = sRet + 'b';
else if (temp[key[49]*4+key[50]] == temp[key[51]*4+key[52]])
sRet = sRet + 'd';
}
}
}
}

return sRet;
}

temp[key[1]*4 + key[11]] = temp[key[12]*4+key[13]];
temp[key[1]*4 + key[14]] = temp[key[15]*4+key[16]];
temp[key[1]*4 + key[17]] = temp[key[18]*4+key[19]];
temp[key[2]*4 + key[20]] = temp[key[21]*4+key[22]];
temp[key[2]*4 + key[23]] = temp[key[24]*4+key[25]];
temp[key[2]*4 + key[26]] = temp[key[27]*4+key[28]];

key[3] = 0x02;
key[4] = rand()%2;
key[5] = 0x02;
key[6] = (key[4]+1)%2;
key[7] = 0x02;
key[8] = 2*(rand()%2);
key[9] = 0x02;
key[10] = (0x02+key[8])%4;

temp[key[1]*4 + key[11]] = temp[key[12]*4+key[13]];
temp[key[1]*4 + key[14]] = temp[key[15]*4+key[16]];
temp[key[1]*4 + key[17]] = temp[key[18]*4+key[19]];
temp[key[2]*4 + key[20]] = temp[key[21]*4+key[22]];
temp[key[2]*4 + key[23]] = temp[key[24]*4+key[25]];
temp[key[2]*4 + key[26]] = temp[key[27]*4+key[28]];

key[11] = rand()%3;
key[14] = (key[11] + 1 + rand()%2)%3;
key[17] = (6 - key[11] - key[14])%3;
key[11] ++;
key[14] ++;
key[17] ++;

key[20] = rand()%3;
key[23] = (key[20] + 1 + rand()%2)%3;
key[26] = (6 - key[20] - key[23])%3;
key[20] ++;
key[23] ++;
key[26] ++;

key[12] = 0x01;
key[15] = 0x01;
key[18] = 0x01;

key[13] = key[11];
key[16] = key[14];
key[19] = key[17];

key[21] = 0x02;
key[24] = 0x02;
key[27] = 0x02;

key[22] = key[20];
key[25] = key[23];
key[28] = key[26];

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