// Update is called once per frame
void Update()
{
int c = comboCount;
for (int n = 0; c > 0; n++)
{
if (!storeMap[n])
{
continue;
}
ComboTabulator combo = tabulatorStore[n];
c--;
if (combo.InvolvementCount == 0)
{
FreeId(n);
}
else
{
if (combo.EliminationJustOccurred)
{
// notify the score
Game.Score++;
combo.EliminationJustOccurred = false;
}
}
}
}
public void StartFalling(ComboTabulator combo = null)
{
if (State != BlockState.Static)
{
return;
}
// change our state
State = BlockState.Falling;
FallElapsed = FallDuration;
grid.ChangeState(X, Y, this, GridElement.ElementState.Falling);
if (combo != null)
{
BeginComboInvolvement(combo);
}
if (Y < Grid.PlayHeight - 1)
{
if (grid.StateAt(X, Y + 1) == GridElement.ElementState.Block)
{
grid.BlockAt(X, Y + 1).StartFalling(CurrentCombo);
}
}
}
public void EndComboInvolvement(ComboTabulator combo)
{
if (CurrentCombo != null && CurrentCombo == combo)
{
CurrentCombo.DecrementInvolvement();
CurrentCombo = null;
}
}
public void EndComboInvolvement(ComboTabulator combo)
{
if(CurrentCombo != null && CurrentCombo == combo)
{
CurrentCombo.DecrementInvolvement();
CurrentCombo = null;
}
}
// Use this for initialization
void Start()
{
for(int n = 0; n < comboTabulatorStoreSize; n++)
{
storeMap[n] = false;
tabulatorStore[n] = new ComboTabulator();
tabulatorStore[n].Id = n;
}
}
// Use this for initialization
void Start()
{
for (int n = 0; n < comboTabulatorStoreSize; n++)
{
storeMap[n] = false;
tabulatorStore[n] = new ComboTabulator();
tabulatorStore[n].Id = n;
}
}
public void BeginComboInvolvement(ComboTabulator combo)
{
if(CurrentCombo != null)
{
CurrentCombo.DecrementInvolvement();
}
CurrentCombo = combo;
CurrentCombo.IncrementInvolvement();
}
public ComboTabulator NewComboTabulator()
{
int id = FindFreeId();
AllocateId(id);
ComboTabulator combo = tabulatorStore[id];
combo.Initialize();
return(combo);
}
public void BeginComboInvolvement(ComboTabulator combo)
{
if (CurrentCombo != null)
{
CurrentCombo.DecrementInvolvement();
}
CurrentCombo = combo;
CurrentCombo.IncrementInvolvement();
}
public void NewBlock(int x, int y, int flavor, float popDuration, float awakenDuration, ComboTabulator combo, int popColor)
{
if(BlockCount == BlockStoreSize)
return;
int id = FindFreeId();
AllocateId(id);
Block block = BlockStore[id];
block.InitializeAwakening(x, y, flavor, popDuration, awakenDuration, combo, popColor);
}
public void StartDying(ComboTabulator combo, int sparkNumber)
{
// change the game state
game.DyingCount++;
BeginComboInvolvement(combo);
State = BlockState.Dying;
DieElapsed = 0.0f;
grid.ChangeState(X, Y, this, GridElement.ElementState.Immutable);
DyingAxis = Random.insideUnitCircle;
}
// Untested
public void NewAwakeningBlock(int x, int y, float popDuration, float awakenDuration, ComboTabulator combo, int popColor)
{
int flavor;
do
{
flavor = Random.Range(0, Block.FlavorCount);
} while((flavor == lastFlavorCreep && lastFlavorCreep == secondToLastFlavorCreep) ||
(flavor == LastRowCreep[x] && LastRowCreep[x] == SecondToLastRowCreep[x]));
SecondToLastRowCreep[x] = LastRowCreep[x];
LastRowCreep[x] = flavor;
secondToLastFlavorCreep = lastFlavorCreep;
lastFlavorCreep = flavor;
NewBlock(x, y, flavor, popDuration, awakenDuration, combo, popColor);
}
// Untested
public void InitializeAwakening(int x, int y, int flavor, float popDuration, float awakenDuration, ComboTabulator combo, int popColor)
{
X = x;
Y = y;
Flavor = flavor;
State = BlockState.Awakening;
AwakenDuration = awakenDuration;
this.popDuration = popDuration;
//popDirection = BlockManager.GeneratePopDirection();
//this.popColor = popColor;
CurrentCombo = combo;
CurrentCombo.IncrementInvolvement();
//Game.AwakeningCount++;
grid.AddBlock(x, y, this, GridElement.ElementState.Immutable);
}
// Untested
public void InitializeAwakening(int x, int y, int flavor, float popDuration, float awakenDuration, ComboTabulator combo, int popColor)
{
X = x;
Y = y;
Flavor = flavor;
State = BlockState.Awakening;
AwakenDuration = awakenDuration;
this.popDuration = popDuration;
//popDirection = BlockManager.GeneratePopDirection();
//this.popColor = popColor;
CurrentCombo = combo;
CurrentCombo.IncrementInvolvement();
//Game.AwakeningCount++;
grid.AddBlock(x, y, this, GridElement.ElementState.Immutable);
}
// Untested
public void NewAwakeningBlock(int x, int y, float popDuration, float awakenDuration, ComboTabulator combo, int popColor)
{
int flavor;
do
{
flavor = Random.Range(0, Block.FlavorCount);
} while((flavor == lastFlavorCreep && lastFlavorCreep == secondToLastFlavorCreep) ||
(flavor == LastRowCreep[x] && LastRowCreep[x] == SecondToLastRowCreep[x]));
SecondToLastRowCreep[x] = LastRowCreep[x];
LastRowCreep[x] = flavor;
secondToLastFlavorCreep = lastFlavorCreep;
lastFlavorCreep = flavor;
NewBlock(x, y, flavor, popDuration, awakenDuration, combo, popColor);
}
void HandleEliminationCheckRequest(Block block, ComboTabulator combo)
{
int x = block.X;
int y = block.Y;
// look in four directions for matching lines
int left = x;
while (left > 0)
{
if (StateAt(left - 1, y) != GridElement.ElementState.Block)
{
break;
}
if (!MatchAt(left - 1, y, block))
{
break;
}
left--;
}
int right = x + 1;
while (right < PlayWidth)
{
if (StateAt(right, y) != GridElement.ElementState.Block)
{
break;
}
if (!MatchAt(right, y, block))
{
break;
}
right++;
}
int bottom = y;
while (bottom > 1)
{
if (StateAt(x, bottom - 1) != GridElement.ElementState.Block)
{
break;
}
if (!MatchAt(x, bottom - 1, block))
{
break;
}
bottom--;
}
int top = y + 1;
while (top < PlayHeight)
{
if (StateAt(x, top) != GridElement.ElementState.Block)
{
break;
}
if (!MatchAt(x, top, block))
{
break;
}
top++;
}
int width = right - left;
int height = top - bottom;
int magnitude = 0;
bool horizontalPattern = false;
bool verticalPattern = false;
if (width >= MinimumPatternLength)
{
horizontalPattern = true;
magnitude += width;
}
if (height >= MinimumPatternLength)
{
verticalPattern = true;
magnitude += height;
}
if (!horizontalPattern && !verticalPattern)
{
block.EndComboInvolvement(combo);
return;
}
if (combo == null)
{
combo = ComboManager.NewComboTabulator();
}
// if pattern matches both directions
if (horizontalPattern && verticalPattern)
{
magnitude--;
}
// kill the pattern's blocks and look for touching garbage
block.StartDying(combo, magnitude);
if (horizontalPattern)
{
// kill the pattern's blocks
for (int killX = left; killX < right; killX++)
{
if (killX != x)
{
BlockAt(killX, y).StartDying(combo, magnitude);
}
}
}
if (verticalPattern)
{
// kill the pattern's blocks
for (int killY = bottom; killY < top; killY++)
{
if (killY != y)
{
BlockAt(x, killY).StartDying(combo, magnitude);
}
}
}
combo.ReportElimination(magnitude, block);
}
public void NewBlock(int x, int y, int flavor, float popDuration, float awakenDuration, ComboTabulator combo, int popColor)
{
if (BlockCount == BlockStoreSize)
{
return;
}
int id = FindFreeId();
AllocateId(id);
Block block = BlockStore[id];
block.InitializeAwakening(x, y, flavor, popDuration, awakenDuration, combo, popColor);
}
void HandleEliminationCheckRequest(Block block, ComboTabulator combo)
{
int x = block.X;
int y = block.Y;
// look in four directions for matching lines
int left = x;
while(left > 0)
{
if(StateAt(left - 1, y) != GridElement.ElementState.Block)
break;
if(!MatchAt(left - 1, y, block))
break;
left--;
}
int right = x + 1;
while(right < PlayWidth)
{
if(StateAt(right, y) != GridElement.ElementState.Block)
break;
if(!MatchAt(right, y, block))
break;
right++;
}
int bottom = y;
while(bottom > 1)
{
if(StateAt(x, bottom - 1) != GridElement.ElementState.Block)
break;
if(!MatchAt(x, bottom - 1, block))
break;
bottom--;
}
int top = y + 1;
while(top < PlayHeight)
{
if(StateAt (x, top) != GridElement.ElementState.Block)
break;
if(!MatchAt(x, top, block))
break;
top++;
}
int width = right - left;
int height = top - bottom;
int magnitude = 0;
bool horizontalPattern = false;
bool verticalPattern = false;
if(width >= MinimumPatternLength)
{
horizontalPattern = true;
magnitude += width;
}
if(height >= MinimumPatternLength)
{
verticalPattern = true;
magnitude += height;
}
if(!horizontalPattern && !verticalPattern)
{
block.EndComboInvolvement(combo);
return;
}
if(combo == null)
{
combo = ComboManager.NewComboTabulator();
}
// if pattern matches both directions
if(horizontalPattern && verticalPattern)
magnitude--;
// kill the pattern's blocks and look for touching garbage
block.StartDying(combo, magnitude);
if(horizontalPattern)
{
// kill the pattern's blocks
for(int killX = left; killX < right; killX++)
{
if(killX != x)
{
BlockAt(killX, y).StartDying(combo, magnitude);
}
}
}
if(verticalPattern)
{
// kill the pattern's blocks
for(int killY = bottom; killY < top; killY++)
{
if(killY != y)
{
BlockAt(x, killY).StartDying(combo, magnitude);
}
}
}
combo.ReportElimination(magnitude, block);
}
public void RequestEliminationCheck(Block block, ComboTabulator combo = null)
{
checkRegistry[block.Id].Mark = true;
checkRegistry[block.Id].Combo = combo;
checkCount++;
}
public void RequestEliminationCheck(Block block, ComboTabulator combo = null)
{
checkRegistry[block.Id].Mark = true;
checkRegistry[block.Id].Combo = combo;
checkCount++;
}
public void StartDying(ComboTabulator combo, int sparkNumber)
{
// change the game state
game.DyingCount++;
BeginComboInvolvement(combo);
State = BlockState.Dying;
DieElapsed = 0.0f;
grid.ChangeState(X, Y, this, GridElement.ElementState.Immutable);
DyingAxis = Random.insideUnitCircle;
}
public void DeleteComboTabulator(ComboTabulator combo)
{
FreeId(combo.Id);
}
public void StartFalling(ComboTabulator combo = null)
{
if(State != BlockState.Static)
return;
// change our state
State = BlockState.Falling;
FallElapsed = FallDuration;
grid.ChangeState(X, Y, this, GridElement.ElementState.Falling);
if(combo != null)
{
BeginComboInvolvement(combo);
}
if(Y < Grid.PlayHeight - 1)
{
if(grid.StateAt(X, Y + 1) == GridElement.ElementState.Block)
grid.BlockAt(X, Y + 1).StartFalling(CurrentCombo);
}
}
public void DeleteComboTabulator(ComboTabulator combo)
{
FreeId(combo.Id);
}