private void arrangeColumns()
{
// cleanup
this.Columns = new ArrayList();
foreach (CalendarDayEventView e in events)
{
e.Column = null;
}
// there always will be at least one column because arrangeColumns is called only from Add()
createColumn();
foreach (CalendarDayEventView e in events)
{
foreach (BlockColumn col in Columns)
{
if (col.CanAdd(e))
{
col.Add(e);
break;
}
}
// it wasn't placed
if (e.Column == null)
{
BlockColumn col = createColumn();
col.Add(e);
}
}
}
public BlockPage Process(BlockPage page)
{
IBlock last = null;
BlockColumn lastColumn = null;
BlockSet <IBlock> currentBlockSet = null;
var result = new BlockPage();
foreach (var block in page.AllBlocks)
{
bool shouldBreak = false;
if (last != null)
{
// expect: previous >~ next
float previous = last.GetH();
float next = block.GetH();
// previous >> next
if (previous > next + statDownInTheBottom)
{
shouldBreak = true;
}
// previous < next
if (previous < next - statGoingUp)
{
shouldBreak = true;
}
}
var column = (BlockColumn)FindColumn(block);
if (column == null)
{
PdfReaderException.Throw("Column not in the blockset info -- review stage 2");
}
if (lastColumn != null)
{
if (column != lastColumn)
{
shouldBreak = true;
}
}
if ((currentBlockSet == null) || shouldBreak)
{
currentBlockSet = new BlockSet <IBlock>();
result.Add(currentBlockSet);
}
currentBlockSet.Add(block);
last = block;
lastColumn = column;
}
return(result);
}
private BlockColumn createColumn()
{
BlockColumn col = new BlockColumn ();
this.Columns.Add (col);
col.Block = this;
return col;
}
public BlockPage Process(BlockPage page)
{
SetupPage(page);
BlockPage2 newpage = new BlockPage2();
int last_columnType = -1;
int last_columnX = -1;
int last_columnSize = -1;
BlockPageSegment segment = null;
BlockColumn column = null;
foreach (var block in page.AllBlocks)
{
float x = block.GetX() - _minX;
float x2 = block.GetX() + block.GetWidth() - _minX;
float w = block.GetWidth();
int columnSize = GetColumnWidth(w);
int columnType = GetNumberOfColumns(columnSize);
// different Page Segment
if (columnType != last_columnType)
{
segment = new BlockPageSegment(newpage, columnType);
newpage.AddSegment(segment);
//Console.WriteLine(columnType);
//Console.WriteLine("add new segment/column");
last_columnType = columnType;
last_columnX = -1;
last_columnSize = -1;
}
int position = GetColumnX(x, columnType);
if (last_columnX != position || last_columnSize != columnSize)
{
//Console.WriteLine($"NEW COLUMN");
column = new BlockColumn(newpage, columnType, position, columnSize);
segment.AddColumn(column);
last_columnX = position;
last_columnSize = columnSize;
}
//Console.WriteLine($"position x: {position} (ADDBLOCK)");
column.AddBlock(block);
}
//Console.WriteLine($"Page type = {newpage.ToString()}");
_pageLayout = newpage.ToString();
return(newpage);
}
void Start()
{
IsInitialized = false;
_blockColumn = GetComponent <BlockColumn>();
_consecutiveMovableBlocks = 0;
ConsecutiveMovableBlockMin = 10;
ConsecutiveMovableBlockMax = 30;
_consecutiveMovableBlocksBeforeImmovableBlock = Random.Range(ConsecutiveMovableBlockMin, ConsecutiveMovableBlockMax);
}
private BlockColumn createColumn()
{
BlockColumn col = new BlockColumn();
this.Columns.Add(col);
col.Block = this;
return(col);
}
public BlockPage Process(BlockPage page2)
{
var page = page2 as BlockPage2;
if (page == null)
{
PdfReaderException.AlwaysThrow("ResizeSequentialLayout must execute AFTER OrganizePageLayout");
}
var result = new BlockPage2();
foreach (var segment in page.Segments)
{
BlockPageSegment newsegment = new BlockPageSegment(result, segment.NumberOfColumns);
foreach (var column in segment.Columns)
{
BlockColumn newcolumn = new BlockColumn(result, column.ColumnType, column.X1, column.W);
float minX = column.Min(b => b.GetX());
float maxX = column.Max(b => b.GetX() + b.GetWidth());
foreach (var block in column)
{
var bset = block as IBlockSet <IBlock>;
if (block is TableSet || block is ImageBlock)
{
newcolumn.Add(block);
continue;
}
if (bset == null)
{
PdfReaderException.AlwaysThrow("not expected");
}
var resizeBset = ResizeBlockSet(bset, minX, maxX);
newcolumn.Add(resizeBset);
}
newsegment.AddColumn(newcolumn);
}
result.AddSegment(newsegment);
}
return(result);
}
BlockColumn CopyColumnMetadata(BlockPage2 blocksetInfo, BlockColumn column)
{
var columnInfo = new BlockColumn(blocksetInfo, column.ColumnType, column.X1, column.W);
var block = new Block()
{
H = column.GetH(),
X = column.GetX(),
Height = column.GetHeight(),
Width = column.GetWidth(),
Text = $"Column [{columnInfo.ColumnType}:{columnInfo.X1}]"
};
var bset = new BlockSet <IBlock>(blocksetInfo);
bset.Add(block);
columnInfo.Add(bset);
return(columnInfo);
}
public void GenerateNewLevel() //Generates a new set of blocks
{
if (seed != "") //If there is a seed, generate a hashcode from it
{
Random.InitState(seed.GetHashCode());
}
else //If there is no seed, use the current game time as a seed
{
randomSeed = (Mathf.FloorToInt(Time.time + 1) * Random.Range(1, 4500)).ToString();
Random.InitState(randomSeed.GetHashCode());
}
DestroyBlockList(); //Destroys all previous blocks if there are some
CreateColourSet(); //Creates a new colour palette
columns = new List <BlockColumn>(); //Resets the column list
int heldIndex = 3; //This index is used to mirror the columns
for (int i = 0; i < 8; i++)
{
int columnLength = Random.Range(2, 8); //Sets a random column length, maximum of 7, minimum of 2
BlockColumn newColumn = new BlockColumn(generateStart.x + (spacing.x * i), generateStart.y, columnLength); //Create a new column
if (i <= 3) //First half
{
newColumn.GenerateColoumn(blockPrefab, spacing); //Populate the new column with random blocks
}
else //Second half
{
newColumn.SetBlockList(columns[heldIndex].blocks); //Copy the selected column
heldIndex--; //Work down the list to mirror the columns
}
columns.Add(newColumn); //Adds the new column to the list
}
SetBlockList(); //Generates a list of all destroyable blocks
}
public BlockPage Process(BlockPage page2)
{
var page = page2 as BlockPage2;
if (page == null)
{
PdfReaderException.AlwaysThrow("MergeSequentialLayout must execute AFTER OrganizePageLayout");
}
var result = new BlockPage2();
foreach (var segment in page.Segments)
{
BlockPageSegment newsegment = new BlockPageSegment(result, segment.NumberOfColumns);
foreach (var column in segment.Columns)
{
BlockColumn newcolumn = new BlockColumn(result, column.ColumnType, column.X1, column.W);
IBlock last = null;
var orderedColumns = column.OrderByDescending(b => b.GetH());
foreach (var block in orderedColumns)
{
if (last != null)
{
var b1 = last as IBlockSet <IBlock>;
var b2 = block as IBlockSet <IBlock>;
if (block is TableSet || block is ImageBlock || last is TableSet || last is ImageBlock)
{
newcolumn.Add(last);
last = block;
continue;
}
if (b1 == null || b2 == null)
{
PdfReaderException.AlwaysThrow("not expected");
}
if (Block.SameHeight(b1, b2))
{
last = Merge(b1, b2);
// merge
continue;
}
newcolumn.Add(last);
}
last = block;
}
if (last != null)
{
newcolumn.Add(last);
}
newsegment.AddColumn(newcolumn);
}
result.AddSegment(newsegment);
}
return(result);
}
private Vector3 GetBlockSpawnPosition(BlockColumn blockColumn)
{
return(blockColumn.transform.position + Vector3.up * (BlockColumnManager.Instance.SupportBlockHeight + BlockWallGenerator.WallHeight));
}
