private static bool IsChipsAdjacent(ChipBehaviour firstChip, ChipBehaviour secondChip)
{
int xRange = Math.Abs(firstChip.col - secondChip.col);
int yRange = Math.Abs(firstChip.row - secondChip.row);
return(xRange + yRange == 1);
}
public void TransferChip(ChipBehaviour chip)
{
if (destinationChips.Contains(chip))
{
Destroy(chip.gameObject);
destinationChips.Remove(chip);
ReorderChips(destinationChips);
SendHint();
return;
}
if (!CanMoveToDest(chip))
{
return;
}
var chipNew = Instantiate(chip.gameObject).GetComponent <ChipBehaviour>();
chipNew.Init(this, panel.gameObject, destinationSlots[destinationChips.Count]);
destinationChips.Add(chipNew.GetComponent <ChipBehaviour>());
ReorderChips(destinationChips);
UpdateSendButton();
SendHint();
}
//immediate chip destroying, after animation
internal void destroyChip(ChipBehaviour chip)
{
destroyWaiting--;
for (int i = chip.row; i < MAX_ROWS - 1; i++)
{
chipArray[i, chip.col] = chipArray[i + 1, chip.col];
//can be null for deleted chips
if (chipArray[i, chip.col])
{
chipArray[i, chip.col].row = i;
}
}
chipArray[MAX_ROWS - 1, chip.col] = null;
Debug.Log("destroyChip, destroyWaiting: " + destroyWaiting);
if (destroyWaiting <= 0)
{
Debug.Log("Turn physics on");
FillNewChips();
SetPhysics(true);
for (int i = 0; i < MAX_ROWS; i++)
{
for (int j = 0; j < MAX_COLS; j++)
{
if (chipArray[i, j] && chipArray[i, j].rigidbody)
{
previousPositionY[i, j] = chipArray[i, j].rigidbody.transform.position.y;
}
}
}
isWaitingChipsFall = true;
}
}
public bool CanMoveToDest(ChipBehaviour chip)
{
// We want to insert action and command already have action
if (chip.chip.type == Chip.Type.Action)
{
if (destinationChips.FirstOrDefault(c => c.chip.type == Chip.Type.Action) != null)
{
return(false);
}
}
// We want to insert number and command is already full
if (chip.chip.type == Chip.Type.Number)
{
if (destinationChips.Count == 7)
{
return(false);
}
// or command doesn't have action yet
if (destinationChips.FirstOrDefault(c => c.chip.type == Chip.Type.Action) == null)
{
return(false);
}
}
return(true);
}
private void AddRoads(ChipBehaviour c, List <Vector3> points)
{
for (int i = 0, h = points.Count - 1; i < h; i++)
{
CreateRoad(points[i], points[i + 1]).transform.parent = c.transform;
}
}
public ChipBehaviour Create(Vector3 v)
{
ChipBehaviour c = AssembleParts();
c.transform.localPosition = v;
c.transform.parent = chipPool.transform;
return(c);
}
public ChipBehaviour CreateFrom(ChipBehaviour origin, Vector2 v)
{
Vector3 locate = origin.transform.position + ExchangeVector2To3(v);
ChipBehaviour c = Create(locate);
origin.PushNextChip(c);
return(c);
}
public ChipBehaviour Init()
{
//initial chip
ChipBehaviour c = chipFactory.Create(new Vector3(0, 0, 2));
BuildMapFrom(c);
return(c);
}
private ChipBehaviour AssembleParts()
{
ChipBehaviour c = Instantiate(body);
Instantiate(tables.Random()).transform.parent = c.transform;
Instantiate(symbols.Random()).transform.parent = c.transform;
c.SetEvent(events.Random());
c.SetManager(manager);
return(c);
}
public void ManagerListener(ChipBehaviour c)
{
Debug.Log($"player transition. {nowChip.ToStringDebug()} => {c}");
if (nowChip.IsNextChip(c))
{
SetChip(c);
nowChip.InvokeEvent(p);
nowChip.PublishMessageLog(p.Command("UPDATE"));
}
}
//let 'em BOOM
private void ActivateBonus(ChipBehaviour chip, int pairType)
{
//prevent duplicate activations
if (chip.isDestroying)
{
return;
}
chip.StartDestroy();
if (chip.Type == (int)ChipBehaviour.chipTypes.bomb)
{
for (int i = -1; i < 2; i++)
{
for (int j = -1; j < 2; j++)
{
if (chip.row + i >= 0 && chip.col + j >= 0 && chip.row + i < MAX_ROWS && chip.col + j < MAX_COLS &&
chipArray[chip.row + i, chip.col + j])
{
if (chipArray[chip.row + i, chip.col + j].Type > BASE_CHIP_TYPES)
{
ActivateBonus(chipArray[chip.row + i, chip.col + j], pairType);
}
chipArray[chip.row + i, chip.col + j].StartDestroy();
}
}
}
}
if (chip.Type == (int)ChipBehaviour.chipTypes.rainbow)
{
for (int i = 0; i < MAX_ROWS; i++)
{
for (int j = 0; j < MAX_COLS; j++)
{
if (chipArray[i, j] && chipArray[i, j].Type == pairType)
{
chipArray[i, j].StartDestroy();
}
}
}
chip.StartDestroy();
}
if (chip.Type == (int)ChipBehaviour.chipTypes.rocket)
{
for (int i = chip.row; i >= 0; i--)
{
chipArray[i, chip.col].StartDestroy();
if (chipArray[i, chip.col].Type > BASE_CHIP_TYPES)
{
ActivateBonus(chipArray[i, chip.col], pairType);
}
chipArray[i, chip.col].StartDestroy();
}
}
}
//used both for direct and back moves
internal void OnMovingEnd()
{
movingCounter++;
if (movingCounter < 2)
{
return;
}
//shuffle end
if (!selectedChip)
{
if (!FullMatchCheck())
{
EnablePlayerControl(true);
}
return;
}
int transitRow = selectedChip.row;
int transitCol = selectedChip.col;
selectedChip.row = secondChip.row;
selectedChip.col = secondChip.col;
secondChip.row = transitRow;
secondChip.col = transitCol;
chipArray[selectedChip.row, selectedChip.col] = selectedChip;
chipArray[secondChip.row, secondChip.col] = secondChip;
if (isMovingBack)
{
isMovingBack = false;
selectedChip = null;
secondChip = null;
EnablePlayerControl(true);
return;
}
//evade lazy boolean evaluation
bool firstSuccessful = СheckAndDestroyForChip(selectedChip, secondChip.Type);
bool secondSuccessful = СheckAndDestroyForChip(secondChip, selectedChip.Type);
if (firstSuccessful || secondSuccessful)
{
audioSource.PlayOneShot(matchSound);
TurnsLeft--;
}
else
{
MoveChipsBack();
}
}
//three predefined points for chips, other place at random
private void Shuffle()
{
selectedChip = null;
SetPhysics(false);
Debug.Log("Shuffle");
var sameChips = GetAnySameChips(0);
var excludes = new List <int>();
//linear array is much better to randomize
var linear = new ChipBehaviour[MAX_ROWS * MAX_COLS];
//move 3 found close to each other to make sure of one turn
linear[GetLinearIndex(1, 0)] = sameChips[0];
excludes.Add(GetLinearIndex(1, 0));
linear[GetLinearIndex(1, 1)] = sameChips[1];
excludes.Add(GetLinearIndex(1, 1));
linear[GetLinearIndex(2, 2)] = sameChips[2];
excludes.Add(GetLinearIndex(2, 2));
for (int i = 0; i < MAX_ROWS; i++)
{
for (int j = 0; j < MAX_COLS; j++)
{
if (sameChips.Contains(chipArray[i, j]))
{
continue;
}
int randomPlace = GetRandomWithExcludes(MAX_ROWS * MAX_COLS, excludes);
linear[randomPlace] = chipArray[i, j];
excludes.Add(randomPlace);
}
}
//move
for (int i = 0; i < linear.Length; i++)
{
linear[i].row = GetRowOfLinear(i);
linear[i].col = GetColOfLinear(i);
linear[i].MoveTo(chipArray[GetRowOfLinear(i), GetColOfLinear(i)].gameObject.transform.position);
}
//move linear array back to 2D
for (int i = 0; i < linear.Length; i++)
{
chipArray[GetRowOfLinear(i), GetColOfLinear(i)] = linear[i];
}
}
private void OnMouseUp()
{
Debug.Log("OnMouseUp");
//some animation or moving in process, skip click
if (!GameBehaviour.instance.isFieldActive)
{
return;
}
if (startSwipeChip != lastMouseEnterSprite)
{
Debug.Log("OnMouseUp");
GameBehaviour.instance.selectedChip = startSwipeChip;
if (IsChipsAdjacent(startSwipeChip, lastMouseEnterSprite))
{
GameBehaviour.instance.TrySwipeWith(lastMouseEnterSprite);
}
return;
}
//uncheck chip
if (GameBehaviour.instance.selectedChip == this)
{
startSwipeChip = null;
halo.enabled = false;
GameBehaviour.instance.selectedChip = null;
}
//no previous checks
else if (!GameBehaviour.instance.selectedChip)
{
halo.enabled = true;
GameBehaviour.instance.selectedChip = this;
Debug.Log("Selected chip row:" + row + "; col: " + col);
}
//try to change places?
else if (IsChipsAdjacent(GameBehaviour.instance.selectedChip, this))
{
halo.enabled = false;
GameBehaviour.instance.selectedChip.halo.enabled = false;
GameBehaviour.instance.TrySwipeWith(this);
}
//not adjacent, lets check another chip
else
{
GameBehaviour.instance.selectedChip.halo.enabled = false;
halo.enabled = true;
GameBehaviour.instance.selectedChip = this;
Debug.Log("Selected chip row:" + row + "; col: " + col);
}
}
public void BuildChipSet(ChipBehaviour origin, ChipSet chipSet)
{
Debug.Log(chipSet);
var instances = new Dictionary <int, ChipBehaviour>();
build(0, origin);
roadFactory.DecorateRoad(origin);
void build(int i, ChipBehaviour source)
{
if (i >= chipSet.Count)
{
return;
}
//既に存在する時生成しない
if (instances.ContainsKey(i))
{
source.PushNextChip(instances[i]);
return;
}
(Vector2 location, string attr, List <int> content) = chipSet[i];
ChipBehaviour self = chipFactory.CreateFrom(source, location);
instances.Add(i, self);
if (attr == "end")
{
return;
}
if (content.Count == 0)
{
build(i + 1, self);
}
else
{
foreach (var index in content)
{
build(index, self);
}
}
roadFactory.DecorateRoad(self);
}
}
public void DecorateRoad(ChipBehaviour c)
{
Vector3 pos = c.transform.position;
foreach (var target in c.NextPositions())
{
Vector3 dist = target - pos;
var points = new List <Vector3>();
points.Add(pos);
if (dist.z != 0 && dist.x != 0)
{
points.Add(pos + new Vector3(dist.x / 2, 0, 0));
points.Add(pos + new Vector3(dist.x / 2, 0, dist.z));
}
points.Add(target);
AddRoads(c, points);
}
}
internal void TrySwipeWith(ChipBehaviour secondChip)
{
Debug.Log("TrySwipe");
for (int i = 0; i < MAX_ROWS; i++)
{
for (int j = 0; j < MAX_COLS; j++)
{
if (chipArray[i, j])
{
chipArray[i, j].halo.enabled = false;
}
}
}
bonusRow = new int[MAX_COLS];
isFieldActive = false;
SetPhysics(false);
this.secondChip = secondChip;
movingCounter = 0;
selectedChip.MoveTo(secondChip.gameObject.transform.position);
secondChip.MoveTo(selectedChip.gameObject.transform.position);
}
public void BuildMapFrom(ChipBehaviour origin) => factory.BuildMapFrom(origin);
// Use this for initialization
void Start()
{
ChipBehaviour c = factory.Init();
player.SetChip(c);
}
public void BuildMapFrom(ChipBehaviour origin)
{
BuildChipSet(origin, chipsetContainer.Random());
}
private void OnMouseDown()
{
startSwipeChip = this;
}
//is there any lines with this chip? If so, collect it
private bool СheckAndDestroyForChip(ChipBehaviour chip, int pairType)
{
if (chip.Type > BASE_CHIP_TYPES)
{
ActivateBonus(chip, pairType);
return(true);
}
var horizontalLine = new List <ChipBehaviour>();
var verticalLine = new List <ChipBehaviour>();
//first chip is it itself
horizontalLine.Add(chip);
verticalLine.Add(chip);
int row = chip.row;
int col = chip.col;
Debug.Log("row:" + row + "; col:" + col);
int currentType = SafeGetType(chip.row, chip.col);
//UP
if (currentType == SafeGetType(row + 1, col))
{
verticalLine.Add(chipArray[row + 1, col]);
if (currentType == SafeGetType(row + 2, col))
{
verticalLine.Add(chipArray[row + 2, col]);
}
}
//DOWN
if (currentType == SafeGetType(row - 1, col))
{
verticalLine.Add(chipArray[row - 1, col]);
if (currentType == SafeGetType(row - 2, col))
{
verticalLine.Add(chipArray[row - 2, col]);
}
}
//LEFT
if (currentType == SafeGetType(row, col - 1))
{
horizontalLine.Add(chipArray[row, col - 1]);
if (currentType == SafeGetType(row, col - 2))
{
horizontalLine.Add(chipArray[row, col - 2]);
}
}
//RIGHT
if (currentType == SafeGetType(row, col + 1))
{
horizontalLine.Add(chipArray[row, col + 1]);
if (currentType == SafeGetType(row, col + 2))
{
horizontalLine.Add(chipArray[row, col + 2]);
}
}
if (horizontalLine.Count >= 3)
{
Debug.Log("It's horizontalLine line in (" + row + ";" + col + ")");
if (horizontalLine.Count >= 4)
{
bonusRow[col] = (int)ChipBehaviour.chipTypes.bomb;
}
CollectLine(horizontalLine);
}
if (verticalLine.Count >= 3)
{
Debug.Log("It's vertical line in (" + row + ";" + col + ")");
if (verticalLine.Count >= 4)
{
bonusRow[col] = (int)ChipBehaviour.chipTypes.rocket;
}
CollectLine(verticalLine);
}
if (verticalLine.Count >= 3 && horizontalLine.Count >= 3)
{
bonusRow[col] = (int)ChipBehaviour.chipTypes.rainbow;
}
return(verticalLine.Count >= 3 || horizontalLine.Count >= 3);
}
private void OnMouseEnter()
{
lastMouseEnterSprite = this;
}
public void SetChip(ChipBehaviour c)
{
target = c.transform.position;
nowChip = c;
}