// Update is called once per frame
void Update()
{
if (Clock.Instance.State != Clock.ClockState.Game)
{
return;
}
if (block.State == Block.BlockState.Sliding)
{
Elapsed += Time.deltaTime;
if (Elapsed >= Duration)
{
block.State = TargetState;
block.Type = TargetType;
Direction = SlideDirection.None;
if (block.State == Block.BlockState.Idle)
{
matchDetector.RequestMatchDetection(block);
}
}
}
}
void Update()
{
for (int column = 0; column < columns.Value; column++)
{
bool emptyBlockDetected = false;
// Traverse from bottom to top to detect whether there are any empty blocks underneath the current one
for (int row = 0; row < rows.Value + 1; row++)
{
if (blockManager.Blocks[column, row].State == BlockState.Empty)
{
emptyBlockDetected = true;
}
// If the current block is idle and there's atleast one empty one underneath it, make it fall
if (blockManager.Blocks[column, row].State == BlockState.Idle && emptyBlockDetected)
{
blockManager.Blocks[column, row].Faller.SetTarget(blockManager.Blocks[column, row - 1]);
blockManager.Blocks[column, row].Faller.Fall();
}
// If the current block just fell...
if (blockManager.Blocks[column, row].Faller.JustFell)
{
// If the block underneath (assuming there is one) is empty or currently falling
if (row > 0 && (blockManager.Blocks[column, row - 1].State == BlockState.Empty || blockManager.Blocks[column, row - 1].State == BlockState.Falling))
{
// Make them continue falling immediately
blockManager.Blocks[column, row].Faller.SetTarget(blockManager.Blocks[column, row - 1]);
blockManager.Blocks[column, row].Faller.ContinueFalling();
}
// Otherwise, land the block and request a match detection
else
{
blockManager.Blocks[column, row].State = BlockState.Idle;
blockManager.Blocks[column, row].Faller.JustLanded = true;
matchDetector.RequestMatchDetection(blockManager.Blocks[column, row]);
audioCue.Play(audioSource);
}
blockManager.Blocks[column, row].Faller.JustFell = false;
}
}
}
}
void Update()
{
if (Block.State == BlockState.Sliding)
{
Elapsed += Time.deltaTime;
if (Elapsed >= Duration)
{
Block.State = TargetState;
Block.Type = TargetType;
Direction = SlideDirection.None;
if (Block.State == BlockState.Idle)
{
matchDetector.RequestMatchDetection(Block);
}
}
}
}
void Update()
{
if (block.State == BlockState.Sliding)
{
Elapsed += Time.deltaTime;
if (Elapsed >= slideDuration.Value)
{
block.State = targetState;
block.Type = targetType;
Elapsed = 0;
Direction = SlideDirection.None;
if (matchDetector != null)
{
matchDetector.RequestMatchDetection(block);
}
}
}
}
void Update()
{
// Traverse columns right-to-left so that when you encounter the leftmost garbage block, you can walk back right to see if the entire group can fall
for (int column = BlockManager.Columns - 1; column >= 0; column--)
{
bool emptyBlockDetected = false;
// Traverse from bottom to top to detect whether there are any empty blocks underneath the current one
for (int row = 0; row < BlockManager.Rows; row++)
{
if (BlockManager.Blocks[column, row].State == BlockState.Empty)
{
emptyBlockDetected = true;
}
// If the current block is idle and there's atleast one empty one underneath it...
if (BlockManager.Blocks[column, row].State == BlockState.Idle && emptyBlockDetected)
{
// For normal blocks, just make them fall immediately
if (BlockManager.Blocks[column, row].Type != 5)
{
BlockManager.Blocks[column, row].Faller.Target = BlockManager.Blocks[column, row - 1];
BlockManager.Blocks[column, row].Faller.Fall();
}
// For garbage blocks, mark them as being able to fall
else
{
BlockManager.Blocks[column, row].Garbage.CanFall = true;
// If this is the leftmost garbage block, go back through them to see if they can all fall
if (!BlockManager.Blocks[column, row].Garbage.IsNeighbor)
{
bool shouldFall = true;
for (int garbageColumn = column; garbageColumn < column + BlockManager.Blocks[column, row].Garbage.Width; garbageColumn++)
{
if (!BlockManager.Blocks[garbageColumn, row].Garbage.CanFall)
{
shouldFall = false;
}
}
// If all of the garbage blocks in a group can fall, make them fall together
if (shouldFall)
{
for (int garbageColumn = column; garbageColumn < column + BlockManager.Blocks[column, row].Garbage.Width; garbageColumn++)
{
for (int garbageRow = row; garbageRow < row + BlockManager.Blocks[column, row].Garbage.Height; garbageRow++)
{
BlockManager.Blocks[garbageColumn, garbageRow].Faller.Target = BlockManager.Blocks[garbageColumn, garbageRow - 1];
BlockManager.Blocks[garbageColumn, garbageRow].Faller.Fall();
}
}
}
}
}
}
// If the current block just fell...
if (BlockManager.Blocks[column, row].Faller.JustFell)
{
// If the block underneath (assuming there is one) is empty or currently falling
if (row > 0 && (BlockManager.Blocks[column, row - 1].State == BlockState.Empty || BlockManager.Blocks[column, row - 1].State == BlockState.Falling))
{
// For normal blocks, make them continue falling immediately
if (BlockManager.Blocks[column, row].Type != 5)
{
BlockManager.Blocks[column, row].Faller.Target = BlockManager.Blocks[column, row - 1];
BlockManager.Blocks[column, row].Faller.ContinueFalling();
}
// For garbage blocks, mark them as being able to continue falling
else
{
BlockManager.Blocks[column, row].Garbage.CanContinueFalling = true;
// Similar pattern as above. If this is the leftmost garbage block, go back through to see if they can all continue falling
if (!BlockManager.Blocks[column, row].Garbage.IsNeighbor)
{
bool shouldContinueFalling = true;
for (int garbageColumn = column; garbageColumn < column + BlockManager.Blocks[column, row].Garbage.Width; garbageColumn++)
{
if (!BlockManager.Blocks[garbageColumn, row].Garbage.CanContinueFalling)
{
shouldContinueFalling = false;
}
}
// If all of the garbage blocks in a group can continue falling, make them continue falling together
if (shouldContinueFalling)
{
for (int garbageColumn = column; garbageColumn < column + BlockManager.Blocks[column, row].Garbage.Width; garbageColumn++)
{
for (int garbageRow = row; garbageRow < row + BlockManager.Blocks[column, row].Garbage.Height; garbageRow++)
{
BlockManager.Blocks[garbageColumn, garbageRow].Faller.Target = BlockManager.Blocks[garbageColumn, garbageRow - 1];
BlockManager.Blocks[garbageColumn, garbageRow].Faller.ContinueFalling();
}
}
}
// Otherwise, make them all land together
else
{
for (int garbageColumn = column; garbageColumn < column + BlockManager.Blocks[column, row].Garbage.Width; garbageColumn++)
{
for (int garbageRow = row; garbageRow < row + BlockManager.Blocks[column, row].Garbage.Height; garbageRow++)
{
BlockManager.Blocks[garbageColumn, garbageRow].State = BlockState.Idle;
AudioSource.clip = LandClip; // Todo: Make this a garbage block landing clip
AudioSource.Play();
}
}
}
}
}
}
else
{
BlockManager.Blocks[column, row].State = BlockState.Idle;
MatchDetector.RequestMatchDetection(BlockManager.Blocks[column, row]);
AudioSource.clip = LandClip;
AudioSource.Play();
}
BlockManager.Blocks[column, row].Faller.JustFell = false;
}
}
}
// In Time Attack mode, spawn in new blocks from the top when there's space to add them
if (MinigameManager.Mode == BlockPartyModes.TimeAttack)
{
for (int column = 0; column < BlockManager.Columns; column++)
{
if (BlockManager.Blocks[column, BlockManager.Rows - 1].State == BlockState.Empty)
{
BlockManager.Blocks[column, BlockManager.Rows - 1].Type = BlockManager.GetRandomBlockType(column, BlockManager.Rows - 1);
if (BlockManager.Blocks[column, BlockManager.Rows - 2].State == BlockState.Idle)
{
BlockManager.Blocks[column, BlockManager.Rows - 1].State = BlockState.Idle;
}
if (BlockManager.Blocks[column, BlockManager.Rows - 2].State == BlockState.Empty || BlockManager.Blocks[column, BlockManager.Rows - 2].State == BlockState.Falling)
{
BlockManager.Blocks[column, BlockManager.Rows - 1].Faller.Target = BlockManager.Blocks[column, BlockManager.Rows - 2];
BlockManager.Blocks[column, BlockManager.Rows - 1].Faller.ContinueFalling();
}
}
}
}
}
// Update is called once per frame
void Update()
{
if (Clock.Instance.State != Clock.ClockState.Game)
{
return;
}
for (int x = 0; x < Board.Columns; x++)
{
bool emptyBlockDetected = false;
for (int y = 0; y < Board.Rows; y++)
{
if (board.Blocks [x, y].State == Block.BlockState.Empty)
{
emptyBlockDetected = true;
}
if (board.Blocks [x, y].State == Block.BlockState.Idle && emptyBlockDetected)
{
board.Blocks [x, y].GetComponent <BlockFaller>().Target = board.Blocks [x, y - 1];
board.Blocks [x, y].GetComponent <BlockFaller>().Fall();
}
if (board.Blocks [x, y].GetComponent <BlockFaller>().JustFell)
{
if (y > 0 && (board.Blocks [x, y - 1].State == Block.BlockState.Empty || board.Blocks [x, y - 1].State == Block.BlockState.Falling))
{
board.Blocks [x, y].GetComponent <BlockFaller>().Target = board.Blocks [x, y - 1];
board.Blocks [x, y].GetComponent <BlockFaller>().ContinueFalling();
}
else
{
board.Blocks [x, y].State = Block.BlockState.Idle;
matchDetector.RequestMatchDetection(board.Blocks [x, y]);
}
board.Blocks [x, y].GetComponent <BlockFaller>().JustFell = false;
}
}
}
// Add new blocks on the top of the board
for (int x = 0; x < Board.Columns; x++)
{
if (board.Blocks[x, Board.Rows - 1].State == Block.BlockState.Empty)
{
int type;
do
{
type = Random.Range(0, Block.TypeCount);
} while((x != 0 && board.Blocks[x - 1, Board.Rows - 1].Type == type) || board.Blocks[x, Board.Rows - 1].Type == type);
board.Blocks[x, Board.Rows - 1].Type = type;
if (board.Blocks[x, Board.Rows - 2].State == Block.BlockState.Idle)
{
board.Blocks[x, Board.Rows - 1].State = Block.BlockState.Idle;
}
if (board.Blocks[x, Board.Rows - 2].State == Block.BlockState.Empty || board.Blocks[x, Board.Rows - 2].State == Block.BlockState.Falling)
{
board.Blocks[x, Board.Rows - 1].GetComponent <BlockFaller>().Target = board.Blocks[x, Board.Rows - 2];
board.Blocks[x, Board.Rows - 1].GetComponent <BlockFaller>().ContinueFalling();
}
}
}
}
void FixedUpdate()
{
if (Game.State == GameState.InMinigame && Game.Mode == GameMode.Survival)
{
if (isForcingRaise)
{
raiseRate = ManualRaiseRate.Value;
}
else
{
// Scale raise rate based on remaining time
raiseRate = Mathf.Lerp(MinimumRaiseRate.Value, MaximumRaiseRate.Value, ((GameConfiguration.InMinigameDuration / 1000) - Game.SecondsRemaining) / (GameConfiguration.InMinigameDuration / 1000));
}
for (int column = 0; column < BlockManager.Columns; column++)
{
for (int row = 0; row < BlockManager.Rows; row++)
{
if (BlockManager.Blocks[column, row].State != BlockState.Empty &&
BlockManager.Blocks[column, row].State != BlockState.Idle &&
BlockManager.Blocks[column, row].State != BlockState.Sliding)
{
raiseRate = 0;
}
if (row == BlockManager.Rows - 2)
{
if (BlockManager.Blocks[column, row].State != BlockState.Empty)
{
isLossIncoming = true;
}
}
}
}
if (isLossIncoming)
{
LossElapsed += raiseRate * Time.deltaTime;
if (LossElapsed >= RaiseLossCountdownDuration.Value)
{
OnPlayerEliminated.Raise();
}
}
else
{
Elapsed += raiseRate * Time.deltaTime;
if (Elapsed >= RaiseDuration.Value)
{
Elapsed = 0f;
for (int column = 0; column < BlockManager.Columns; column++)
{
for (int row = BlockManager.Rows - 2; row >= 1; row--)
{
BlockManager.Blocks[column, row].Garbage.Width = BlockManager.Blocks[column, row - 1].Garbage.Width;
BlockManager.Blocks[column, row].Garbage.Height = BlockManager.Blocks[column, row - 1].Garbage.Height;
BlockManager.Blocks[column, row].Garbage.IsNeighbor = BlockManager.Blocks[column, row - 1].Garbage.IsNeighbor;
BlockManager.Blocks[column, row].State = BlockManager.Blocks[column, row - 1].State;
BlockManager.Blocks[column, row].Type = BlockManager.Blocks[column, row - 1].Type;
}
BlockManager.Blocks[column, 0].State = BlockManager.NewRowBlocks[column].State;
BlockManager.Blocks[column, 0].Type = BlockManager.NewRowBlocks[column].Type;
MatchDetector.RequestMatchDetection(BlockManager.Blocks[column, 0]);
}
BlockManager.CreateNewRowBlocks();
if (isForcingRaise)
{
Score.ScoreRaise();
isForcingRaise = false;
}
if (Controller.Row < BlockManager.Rows - 2)
{
Controller.Row++;
}
}
LossElapsed = 0;
}
isLossIncoming = false;
}
}
void Update()
{
if (MinigameManager.Mode == BlockPartyModes.Survival)
{
float raiseRate;
if (isForcingRaise)
{
raiseRate = forcedRaiseRate;
}
else
{
raiseRate = defaultRaiseRate;
}
for (int column = 0; column < BlockManager.Columns; column++)
{
for (int row = 0; row < BlockManager.Rows; row++)
{
if (BlockManager.Blocks[column, row].State != BlockState.Empty &&
BlockManager.Blocks[column, row].State != BlockState.Idle &&
BlockManager.Blocks[column, row].State != BlockState.Sliding)
{
raiseRate = 0;
}
if (row == BlockManager.Rows - 2)
{
if (BlockManager.Blocks[column, row].State != BlockState.Empty)
{
isLossIncoming = true;
}
}
}
}
if (isLossIncoming)
{
LossElapsed += raiseRate * Time.deltaTime;
if (LossElapsed >= LossDuration)
{
MinigameManager.EndGame();
}
}
else
{
Elapsed += raiseRate * Time.deltaTime;
if (Elapsed >= Duration)
{
Elapsed = 0f;
for (int column = 0; column < BlockManager.Columns; column++)
{
for (int row = BlockManager.Rows - 2; row >= 1; row--)
{
BlockManager.Blocks[column, row].Garbage.Width = BlockManager.Blocks[column, row - 1].Garbage.Width;
BlockManager.Blocks[column, row].Garbage.Height = BlockManager.Blocks[column, row - 1].Garbage.Height;
BlockManager.Blocks[column, row].Garbage.IsNeighbor = BlockManager.Blocks[column, row - 1].Garbage.IsNeighbor;
BlockManager.Blocks[column, row].State = BlockManager.Blocks[column, row - 1].State;
BlockManager.Blocks[column, row].Type = BlockManager.Blocks[column, row - 1].Type;
}
BlockManager.Blocks[column, 0].State = BlockManager.NewRowBlocks[column].State;
BlockManager.Blocks[column, 0].Type = BlockManager.NewRowBlocks[column].Type;
MatchDetector.RequestMatchDetection(BlockManager.Blocks[column, 0]);
}
BlockManager.CreateNewRowBlocks();
if (isForcingRaise)
{
Score.ScoreRaise();
isForcingRaise = false;
}
}
LossElapsed = 0;
}
isLossIncoming = false;
}
}
// Update is called once per frame
void Update()
{
//if(Clock.Instance.State != Clock.ClockState.Game) {
// return;
//}
for (int x = 0; x < Board.Columns; x++)
{
bool emptyBlockDetected = false;
for (int y = 0; y < Board.Rows; y++)
{
if (board.Blocks [x, y].State == BlockState.Empty)
{
emptyBlockDetected = true;
}
if (board.Blocks [x, y].State == BlockState.Idle && emptyBlockDetected)
{
board.Blocks [x, y].GetComponent <BlockFaller>().Target = board.Blocks [x, y - 1];
board.Blocks [x, y].GetComponent <BlockFaller>().Fall();
}
if (board.Blocks [x, y].GetComponent <BlockFaller>().JustFell)
{
if (y > 0 && (board.Blocks [x, y - 1].State == BlockState.Empty || board.Blocks [x, y - 1].State == BlockState.Falling))
{
board.Blocks [x, y].GetComponent <BlockFaller>().Target = board.Blocks [x, y - 1];
board.Blocks [x, y].GetComponent <BlockFaller>().ContinueFalling();
}
else
{
board.Blocks [x, y].State = BlockState.Idle;
matchDetector.RequestMatchDetection(board.Blocks [x, y]);
}
board.Blocks [x, y].GetComponent <BlockFaller>().JustFell = false;
}
}
}
// Add new blocks on the top of the board
for (int x = 0; x < Board.Columns; x++)
{
if (board.Blocks[x, Board.Rows - 1].State == BlockState.Empty)
{
board.Blocks[x, Board.Rows - 1].Type = board.GetRandomBlockType(x, Board.Rows - 1);
if (board.Blocks[x, Board.Rows - 2].State == BlockState.Idle)
{
board.Blocks[x, Board.Rows - 1].State = BlockState.Idle;
}
if (board.Blocks[x, Board.Rows - 2].State == BlockState.Empty || board.Blocks[x, Board.Rows - 2].State == BlockState.Falling)
{
board.Blocks[x, Board.Rows - 1].GetComponent <BlockFaller>().Target = board.Blocks[x, Board.Rows - 2];
board.Blocks[x, Board.Rows - 1].GetComponent <BlockFaller>().ContinueFalling();
}
}
}
}