static public Boolean set_finder(List <CARD> table)
{
Boolean solution = false;
for (int i = 0; i < table.Count - 2; i++)
{
for (int j = i + 1; j < table.Count - 1; j++)
{
for (int k = j + 1; k < table.Count; k++)
{
set s = new set()
{
a = (card)table[i].Tag, b = (card)table[j].Tag, c = (card)table[k].Tag
};
if (isSet(s))
{
solution = true;
goto k;
}
}
}
}
k : return(solution);
}
public static set ArrayToSet(List <CARD> c)
{
set s = new set();
s.a = (card)c[0].Tag;
s.b = (card)c[1].Tag;
s.c = (card)c[2].Tag;
return(s);
}
static public bool isSet(set s)
{
bool q2 = s.a.number != s.b.number && s.b.number != s.c.number && s.a.number != s.c.number;
bool q1 = s.a.number == s.b.number && s.b.number == s.c.number && s.a.number == s.c.number;
bool q = q1 || q2;
bool w2 = s.a.color != s.b.color && s.b.color != s.c.color && s.a.color != s.c.color;
bool w1 = s.a.color == s.b.color && s.b.color == s.c.color && s.a.color == s.c.color;
bool w = w1 || w2;
bool e2 = s.a.shape != s.b.shape && s.b.shape != s.c.shape && s.a.shape != s.c.shape;
bool e1 = s.a.shape == s.b.shape && s.b.shape == s.c.shape && s.a.shape == s.c.shape;
bool e = e1 || e2;
bool r2 = s.a.texture != s.b.texture && s.b.texture != s.c.texture && s.a.texture != s.c.texture;
bool r1 = s.a.texture == s.b.texture && s.b.texture == s.c.texture && s.a.texture == s.c.texture;
bool r = r1 || r2;
return(q && w && e && r);
}
public static Boolean set_finder(List<CARD> table)
{
Boolean solution = false;
for (int i = 0; i < table.Count - 2; i++)
for (int j = i + 1; j < table.Count - 1; j++)
for (int k = j + 1; k < table.Count; k++)
{
set s = new set() { a = (card)table[i].Tag, b = (card)table[j].Tag, c = (card)table[k].Tag };
if (isSet(s))
{
solution = true;
goto k;
}
}
k: return solution;
}
public static bool isSet(set s)
{
bool q2 = s.a.number != s.b.number && s.b.number != s.c.number && s.a.number != s.c.number;
bool q1 = s.a.number == s.b.number && s.b.number == s.c.number && s.a.number == s.c.number;
bool q = q1 || q2;
bool w2 = s.a.color != s.b.color && s.b.color != s.c.color && s.a.color != s.c.color;
bool w1 = s.a.color == s.b.color && s.b.color == s.c.color && s.a.color == s.c.color;
bool w = w1 || w2;
bool e2 = s.a.shape != s.b.shape && s.b.shape != s.c.shape && s.a.shape != s.c.shape;
bool e1 = s.a.shape == s.b.shape && s.b.shape == s.c.shape && s.a.shape == s.c.shape;
bool e = e1 || e2;
bool r2 = s.a.texture != s.b.texture && s.b.texture != s.c.texture && s.a.texture != s.c.texture;
bool r1 = s.a.texture == s.b.texture && s.b.texture == s.c.texture && s.a.texture == s.c.texture;
bool r = r1 || r2;
return q && w && e && r;
}
public static set ArrayToSet(List<CARD> c)
{
set s = new set();
s.a =(card) c[0].Tag;
s.b = (card)c[1].Tag;
s.c = (card)c[2].Tag;
return s;
}
