private void Solve1(List <string> res)
{
Dictionary <int, string> solv1up = new Dictionary <int, string> {
{ 40, "L2 Uz" },
{ 9, "B2 U2" },
{ 12, "R2 U" },
{ 24, "F2" },
{ 33, "L Uz Lz" },
{ 5, "Rz U R" },
{ 48, "Lz Uz L" },
{ 20, "R U Rz" },
{ 34, "Uz" },
{ 18, "" },
{ 6, "U" },
{ 3, "U2" }
};
Dictionary <int, string> solv1down = new Dictionary <int, string> {
{ 32, "U L2" },
{ 40, "Fz L F" },
{ 1, "U2 B2" },
{ 9, "U Lz B L" },
{ 4, "Uz R2" },
{ 12, "F Rz Fz" },
{ 16, "F2" },
{ 24, "Uz Rz F R" }
};
var temp = new List <Pair>()
{
new Pair(WHITE, GREEN),
new Pair(WHITE, RED),
new Pair(WHITE, BLUE),
new Pair(WHITE, ORANGE)
};
foreach (Pair p in temp)
{
BiPlace b = Find2(p.a, p.b);
if (state[b.S1][b.I1] == b.S1 && state[b.S2][b.I2] == b.S2)
{
continue;
}
res.Add(solv1up[Mask(b.S1, b.S2)]);
DoFormula(solv1up[Mask(b.S1, b.S2)]);
b = Find2(p.a, p.b);
int key = Mask(p.b, state[GREEN][1]);
res.Add(solv1down[key]);
DoFormula(solv1down[key]);
}
}
private BiPlace Find2(int c1, int c2)
{
List <Pair> bis = new List <Pair>()
{
new Pair(BLUE, YELLOW),
new Pair(BLUE, RED),
new Pair(BLUE, WHITE),
new Pair(BLUE, ORANGE),
new Pair(YELLOW, ORANGE),
new Pair(YELLOW, RED),
new Pair(YELLOW, GREEN),
new Pair(RED, GREEN),
new Pair(RED, WHITE),
new Pair(ORANGE, GREEN),
new Pair(ORANGE, WHITE),
new Pair(GREEN, WHITE)
};
foreach (Pair p in bis)
{
BiPlace b = (BiPlace)GetByMask(Mask(p.a, p.b));
int col1 = state[b.S1][b.I1];
int col2 = state[b.S2][b.I2];
if (col1 == c1 && col2 == c2)
{
return(new BiPlace(b.S1, b.I1, b.S2, b.I2));
}
else if (col1 == c2 && col2 == c1)
{
return(new BiPlace(b.S2, b.I2, b.S1, b.I1));
}
}
return(new BiPlace(-1, -1, -1, -1));
}
private void Solve3(List <string> res)
{
Dictionary <int, string> solv3up = new Dictionary <int, string> {
{ 33, "Uz Bz U B U L Uz Lz" },
{ 5, "U B Uz Bz Uz Rz U R" },
{ 48, "Uz Lz U L U F Uz Fz" },
{ 20, "U R Uz Rz Uz Fz U F" }
};
Dictionary <string, string> solv3down = new Dictionary <string, string> {
{ $"{BLUE}{RED}|{RED}", "Uz Bz U B U L Uz Lz" },
{ $"{BLUE}{RED}|{BLUE}", "U L Uz Lz Uz Bz U B" },
{ $"{BLUE}{ORANGE}|{ORANGE}", "U B Uz Bz Uz Rz U R" },
{ $"{BLUE}{ORANGE}|{BLUE}", "Uz Rz U R U B Uz Bz" },
{ $"{GREEN}{RED}|{GREEN}", "Uz Lz U L U F Uz Fz" },
{ $"{GREEN}{RED}|{RED}", "U F Uz Fz Uz Lz U L" },
{ $"{GREEN}{ORANGE}|{GREEN}", "U R Uz Rz Uz Fz U F" },
{ $"{GREEN}{ORANGE}|{ORANGE}", "Uz Fz U F U R Uz Rz" }
};
var temp = new List <Pair>()
{
new Pair(BLUE, RED),
new Pair(BLUE, ORANGE),
new Pair(GREEN, RED),
new Pair(GREEN, ORANGE)
};
string formulaBuffer;
string key;
foreach (Pair p in temp)
{
BiPlace b = Find2(p.a, p.b);
if (state[b.S1][b.I1] == b.S1 && state[b.S2][b.I2] == b.S2)
{
continue;
}
if (b.S1 != YELLOW && b.S2 != YELLOW)
{
formulaBuffer = solv3up[Mask(b.S1, b.S2)];
res.Add(formulaBuffer);
DoFormula(formulaBuffer);
}
b = Find2(p.a, p.b);
while (p.a != b.S1 && p.b != b.S2)
{
formulaBuffer = "U";
res.Add(formulaBuffer);
DoFormula(formulaBuffer);
b = Find2(p.a, p.b);
}
if (p.a == b.S1)
{
key = $"{p.a}{p.b}|{p.a}";
}
else
{
key = $"{p.a}{p.b}|{p.b}";
}
formulaBuffer = solv3down[key];
res.Add(formulaBuffer);
DoFormula(formulaBuffer);
}
}