// Analysis of chip for combination
public SessionAssistant.Solution MatchAnaliz()
{
if (!GetChip()) return null;
if (!GetChip().IsMatcheble()) return null;
// T
// T
// T
// LLLXRRR X - current chip
// B
// B
// B
int t = 0; // number of chips with same color on top
int r = 0; // number of chips with same color on right
int b = 0; // number of chips with same color on bottom
int l = 0; // number of chips with same color on left
int potencialV = 0; // vertical solution potential
int potencialH = 0; // horizontal solution potential
// coordinats of current chip/slot
int x = slot.x;
int y = slot.y;
// playing field size
int width = FieldAssistant.main.field.width;
int height = FieldAssistant.main.field.height;
Slot s;
GameObject o;
// searching right chips
for (x = slot.x + 1; x < width; x++) {
o = GameObject.Find("Slot_" + x + "x" + slot.y);
if (!o) break;
s = o.GetComponent<Slot>();
if (!s) break;
if (!s.GetChip()) break;
if (s.GetChip().id != chip.id) break;
if (!s.GetChip().IsMatcheble()) break;
potencialH += s.GetChip().GetPotencial();
r++;
}
// searching left chips
for (x = slot.x - 1; x >= 0; x--) {
o = GameObject.Find("Slot_" + x + "x" + slot.y);
if (!o) break;
s = o.GetComponent<Slot>();
if (!s) break;
if (!s.GetChip()) break;
if (s.GetChip().id != chip.id) break;
if (!s.GetChip().IsMatcheble()) break;
potencialH += s.GetChip().GetPotencial();
l++;
}
// searching top chips
for (y = slot.y + 1; y < height; y++) {
o = GameObject.Find("Slot_" + slot.x + "x" + y);
if (!o) break;
s = o.GetComponent<Slot>();
if (!s) break;
if (!s.GetChip()) break;
if (s.GetChip().id != chip.id) break;
if (!s.GetChip().IsMatcheble()) break;
potencialV += s.GetChip().GetPotencial();
t++;
}
// searching bottom chips
for (y = slot.y - 1; y >= 0; y--) {
o = GameObject.Find("Slot_" + slot.x + "x" + y);
if (!o) break;
s = o.GetComponent<Slot>();
if (!s) break;
if (!s.GetChip()) break;
if (s.GetChip().id != chip.id) break;
if (!s.GetChip().IsMatcheble()) break;
potencialV += s.GetChip().GetPotencial();
b++;
}
// Formation of solution if it is there
if (r + l >= 2 || t + b >= 2) {
SessionAssistant.Solution solution = new SessionAssistant.Solution();
solution.h = r + l >= 2;
solution.v = t + b >= 2;
solution.x = slot.x;
solution.y = slot.y;
solution.count = 1;
solution.count += solution.v ? t + b : 0;
solution.count += solution.h ? r + l : 0;
solution.id = chip.id;
solution.posH = r;
solution.negH = l;
solution.posV = t;
solution.negV = b;
if (solution.v) solution.potencial += potencialV;
if (solution.h) solution.potencial += potencialH;
solution.potencial += chip.GetPotencial();
return solution;
}
return null;
}
public SessionAssistant.Solution MatchAnaliz()
{
if (!GetChip())
{
return(null);
}
if (!GetChip().IsMatcheble())
{
return(null);
}
int t = 0;
int r = 0;
int b = 0;
int l = 0;
int potencialV = 0;
int potencialH = 0;
int x = slot.x;
int y = slot.y;
int width = FieldAssistant.main.field.width;
int height = FieldAssistant.main.field.height;
Slot s;
GameObject o;
for (x = slot.x + 1; x < width; x++)
{
o = GameObject.Find("Slot_" + x + "x" + slot.y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialH += s.GetChip().GetPotencial();
r++;
}
for (x = slot.x - 1; x >= 0; x--)
{
o = GameObject.Find("Slot_" + x + "x" + slot.y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialH += s.GetChip().GetPotencial();
l++;
}
for (y = slot.y + 1; y < height; y++)
{
o = GameObject.Find("Slot_" + slot.x + "x" + y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialV += s.GetChip().GetPotencial();
t++;
}
for (y = slot.y - 1; y >= 0; y--)
{
o = GameObject.Find("Slot_" + slot.x + "x" + y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialV += s.GetChip().GetPotencial();
b++;
}
if (r + l >= 2 || t + b >= 2)
{
SessionAssistant.Solution solution = new SessionAssistant.Solution();
solution.h = r + l >= 2;
solution.v = t + b >= 2;
solution.x = slot.x;
solution.y = slot.y;
solution.count = 1;
solution.count += solution.v ? t + b : 0;
solution.count += solution.h ? r + l : 0;
solution.id = chip.id;
solution.posH = r;
solution.negH = l;
solution.posV = t;
solution.negV = b;
if (solution.v)
{
solution.potencial += potencialV;
}
if (solution.h)
{
solution.potencial += potencialH;
}
solution.potencial += chip.GetPotencial();
// if (solution.v && !solution.h && solution.count == 5) solution.potencial += Chip.GetPotencial(3);
// if (!solution.v && solution.h && solution.count == 5) solution.potencial += Chip.GetPotencial(3);
// if (solution.v && solution.h && solution.count >= 5) solution.potencial += Chip.GetPotencial(2);
// if (solution.v && !solution.h && solution.count == 4) solution.potencial += Chip.GetPotencial(1);
// if (!solution.v && solution.h && solution.count == 4) solution.potencial += Chip.GetPotencial(1);
return(solution);
}
return(null);
}
public SessionAssistant.Solution MatchSquareAnaliz()
{
if (!SessionAssistant.main.squareCombination)
return null;
if (!GetChip())
return null;
if (!GetChip().IsMatcheble())
return null;
if (GetChip().id < 0)
return null;
if (GetChip().id == 10) { // multicolor
List<SessionAssistant.Solution> solutions = new List<SessionAssistant.Solution>();
SessionAssistant.Solution z;
Chip multicolorChip = GetChip();
for (int i = 0; i < 6; i++) {
multicolorChip.id = i;
z = MatchSquareAnaliz();
if (z != null)
solutions.Add(z);
}
multicolorChip.id = 10;
z = null;
foreach (SessionAssistant.Solution sol in solutions)
if (z == null || z.potential < sol.potential)
z = sol;
return z;
}
List<Chip> square = new List<Chip>();
List<Chip> buffer = new List<Chip>();
Side sideR;
string key;
Slot s;
buffer.Clear();
foreach (Side side in Utils.straightSides) {
for (int r = 0; r <= 2; r++) {
sideR = Utils.RotateSide(side, r);
key = (slot.x + Utils.SideOffsetX(sideR)).ToString() + "_" + (slot.y + Utils.SideOffsetY(sideR)).ToString();
if (Slot.all.ContainsKey(key)) {
s = Slot.all[key];
if (s.GetChip() && (s.GetChip().id == chip.id || s.GetChip().id == 10) && s.GetChip().IsMatcheble())
buffer.Add(s.GetChip());
else
break;
} else
break;
}
if (buffer.Count == 3) {
foreach (Chip chip_b in buffer)
if (!square.Contains(chip_b))
square.Add(chip_b);
}
buffer.Clear();
}
bool q = square.Count >= 3;
if (q) {
SessionAssistant.Solution solution = new SessionAssistant.Solution();
solution.q = q;
solution.chips = new List<Chip>();
solution.chips.Add(GetChip());
solution.chips.AddRange(square);
solution.count = solution.chips.Count;
solution.x = slot.x;
solution.y = slot.y;
solution.id = chip.id;
foreach (Chip c in solution.chips)
solution.potential += c.GetPotencial();
return solution;
}
return null;
}
// Analysis of chip for combination
public SessionAssistant.Solution MatchAnaliz()
{
if (!GetChip()) return null;
if (!GetChip().IsMatcheble()) return null;
if (GetChip().id < 0) return null;
if (GetChip().id == 10) { // multicolor
List<SessionAssistant.Solution> solutions = new List<SessionAssistant.Solution>();
SessionAssistant.Solution z;
Chip multicolorChip = GetChip();
for (int i = 0; i < 6; i++) {
multicolorChip.id = i;
z = MatchAnaliz();
if (z != null)
solutions.Add(z);
z = MatchSquareAnaliz();
if (z != null)
solutions.Add(z);
}
multicolorChip.id = 10;
z = null;
foreach (SessionAssistant.Solution sol in solutions)
if (z == null || z.potential < sol.potential)
z = sol;
return z;
}
Slot s;
Dictionary<Side, List<Chip>> sides = new Dictionary<Side, List<Chip>>();
int count;
string key;
foreach (Side side in Utils.straightSides) {
count = 1;
sides.Add(side, new List<Chip>());
while (true) {
key = (slot.x + Utils.SideOffsetX(side) * count).ToString() + "_" + (slot.y + Utils.SideOffsetY(side) * count).ToString();
if (!Slot.all.ContainsKey(key))
break;
s = Slot.all[key];
if (!s.GetChip())
break;
if (s.GetChip().id != chip.id && s.GetChip().id != 10)
break;
if (!s.GetChip().IsMatcheble())
break;
sides[side].Add(s.GetChip());
count++;
}
}
bool h = sides[Side.Right].Count + sides[Side.Left].Count >= 2;
bool v = sides[Side.Top].Count + sides[Side.Bottom].Count >= 2;
if (h || v) {
SessionAssistant.Solution solution = new SessionAssistant.Solution();
solution.h = h;
solution.v = v;
solution.chips = new List<Chip>();
solution.chips.Add(GetChip());
if (h) {
solution.chips.AddRange(sides[Side.Right]);
solution.chips.AddRange(sides[Side.Left]);
}
if (v) {
solution.chips.AddRange(sides[Side.Top]);
solution.chips.AddRange(sides[Side.Bottom]);
}
solution.count = solution.chips.Count;
solution.x = slot.x;
solution.y = slot.y;
solution.id = chip.id;
foreach (Chip c in solution.chips)
solution.potential += c.GetPotencial();
return solution;
}
return null;
}
// Analysis of chip for combination
public SessionAssistant.Solution MatchAnaliz()
{
if (!GetChip())
{
return(null);
}
if (!GetChip().IsMatcheble())
{
return(null);
}
// T
// T
// T
// LLLXRRR X - current chip
// B
// B
// B
int t = 0; // number of chips with same color on top
int r = 0; // number of chips with same color on right
int b = 0; // number of chips with same color on bottom
int l = 0; // number of chips with same color on left
int potencialV = 0; // vertical solution potential
int potencialH = 0; // horizontal solution potential
// coordinats of current chip/slot
int x = slot.x;
int y = slot.y;
// playing field size
int width = FieldAssistant.main.field.width;
int height = FieldAssistant.main.field.height;
Slot s;
GameObject o;
// searching right chips
for (x = slot.x + 1; x < width; x++)
{
o = GameObject.Find("Slot_" + x + "x" + slot.y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialH += s.GetChip().GetPotencial();
r++;
}
// searching left chips
for (x = slot.x - 1; x >= 0; x--)
{
o = GameObject.Find("Slot_" + x + "x" + slot.y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialH += s.GetChip().GetPotencial();
l++;
}
// searching top chips
for (y = slot.y + 1; y < height; y++)
{
o = GameObject.Find("Slot_" + slot.x + "x" + y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialV += s.GetChip().GetPotencial();
t++;
}
// searching bottom chips
for (y = slot.y - 1; y >= 0; y--)
{
o = GameObject.Find("Slot_" + slot.x + "x" + y);
if (!o)
{
break;
}
s = o.GetComponent <Slot>();
if (!s)
{
break;
}
if (!s.GetChip())
{
break;
}
if (s.GetChip().id != chip.id)
{
break;
}
if (!s.GetChip().IsMatcheble())
{
break;
}
potencialV += s.GetChip().GetPotencial();
b++;
}
// Formation of solution if it is there
if (r + l >= 2 || t + b >= 2)
{
SessionAssistant.Solution solution = new SessionAssistant.Solution();
solution.h = r + l >= 2;
solution.v = t + b >= 2;
solution.x = slot.x;
solution.y = slot.y;
solution.count = 1;
solution.count += solution.v ? t + b : 0;
solution.count += solution.h ? r + l : 0;
solution.id = chip.id;
solution.posH = r;
solution.negH = l;
solution.posV = t;
solution.negV = b;
if (solution.v)
{
solution.potencial += potencialV;
}
if (solution.h)
{
solution.potencial += potencialH;
}
solution.potencial += chip.GetPotencial();
return(solution);
}
return(null);
}
