public void SetLineArea(int lineIdx, TableLine setLine)
{
List <TableLine> lineList = null;
float tbLength;
if (setLine.lineDir == LineDir.HORIZONTAL)
{
lineList = rowLineList;
tbLength = tbHeight;
}
else
{
lineList = colLineList;
tbLength = tbWidth;
}
TableLine adjustLine = lineList[lineIdx];
adjustLine.lineComputeMode = setLine.lineComputeMode;
adjustLine.computeParam = setLine.computeParam;
adjustLine.enableAutoAdjustRichSize = setLine.enableAutoAdjustRichSize;
adjustLine.lineDir = setLine.lineDir;
adjustLine.minComputedValue = setLine.minComputedValue;
adjustLine.maxComputedValue = setLine.maxComputedValue;
}
public Table(int rowAmount = 0, int colAmount = 0)
{
tbPos.X = 0;
tbPos.Y = 0;
tbHeight = 0;
tbWidth = 0;
this.rowAmount = rowAmount;
this.colAmount = colAmount;
matchType = MatchType.MatchParentSize;
TableLine tableLine;
for (int i = 0; i < rowAmount; i++)
{
tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.AUTO;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
rowLineList.Add(tableLine);
}
//
for (int i = 0; i < colAmount; i++)
{
tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.AUTO;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
colLineList.Add(tableLine);
}
}
public void SetAutoTableLine(int idx, LineDir lineDir)
{
TableLine tableLine = new TableLine(lineDir);
tableLine.lineComputeMode = LineComputeMode.AUTO;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
SetTableLine(idx, tableLine);
}
public void SetTableLine(int idx, TableLine tableLine)
{
List <TableLine> lineList;
int amount;
if (tableLine.lineDir == LineDir.HORIZONTAL)
{
lineList = rowLineList;
amount = rowAmount;
}
else
{
lineList = colLineList;
amount = colAmount;
}
if (idx < lineList.Count)
{
TableLine tl = new TableLine(tableLine.lineDir);
tl.computeParam = tableLine.computeParam;
tl.computedDistance = tableLine.computedDistance;
tl.lineComputeMode = tableLine.lineComputeMode;
tl.minComputedValue = tableLine.minComputedValue;
tl.maxComputedValue = tableLine.maxComputedValue;
lineList[idx] = tl;
}
else
{
int n = idx - lineList.Count;
for (int i = 0; i < n; i++)
{
TableLine tl = new TableLine(tableLine.lineDir);
tl.computeParam = tableLine.computeParam;
tl.computedDistance = tableLine.computedDistance;
tl.lineComputeMode = tableLine.lineComputeMode;
tl.minComputedValue = tableLine.minComputedValue;
tl.maxComputedValue = tableLine.maxComputedValue;
lineList.Add(tl);
amount++;
}
if (tableLine.lineDir == LineDir.HORIZONTAL)
{
rowAmount = amount;
}
else
{
colAmount = amount;
}
}
}
void ModifyTableSize(LineDir lineDir, TableLine line, ref float usedLength, ref float tbLength)
{
if (matchType == MatchType.MatchParentSize ||
(matchType == MatchType.MatchParentHeight && lineDir == LineDir.HORIZONTAL) ||
(matchType == MatchType.MatchParentWidth && lineDir == LineDir.VERTICAL))
{
return;
}
else if (usedLength > tbLength)
{
usedLength -= line.computeParam;
line.computeParam = tbLength - usedLength;
usedLength += line.computeParam;
line.computedDistance = line.computeParam;
}
}
void AddNewCol(
bool enableAutoAdjustRichSize = false,
LineComputeMode lineComputeMode = LineComputeMode.AUTO,
float computeParam = 0,
float computedDistance = 0)
{
colAmount += 1;
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.enableAutoAdjustRichSize = enableAutoAdjustRichSize;
tableLine.lineComputeMode = lineComputeMode;
tableLine.computeParam = computeParam;
tableLine.computedDistance = computedDistance;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
colLineList.Add(tableLine);
}
void AddNewRow(
bool enableAutoAdjustRichSize = false,
LineComputeMode lineComputeMode = LineComputeMode.AUTO,
float computeParam = 0,
float computedDistance = 0)
{
rowAmount += 1;
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.enableAutoAdjustRichSize = enableAutoAdjustRichSize;
tableLine.lineComputeMode = lineComputeMode;
tableLine.computeParam = computeParam;
tableLine.computedDistance = computedDistance;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
rowLineList.Add(tableLine);
}
public Table(float x, float y, float tbWidth, float tbHeight, int rowAmount = 0, int colAmount = 0)
{
this.tbPos.X = x;
this.tbPos.Y = y;
this.tbHeight = tbHeight;
this.tbWidth = tbWidth;
this.rowAmount = rowAmount;
this.colAmount = colAmount;
//
TableLine tableLine;
float rowComputedDist = tbHeight / rowAmount;
float rowPercent = 1f / rowAmount;
for (int i = 0; i < rowAmount; i++)
{
tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = rowPercent;
tableLine.computedDistance = rowComputedDist;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
rowLineList.Add(tableLine);
}
//
float colComputedDist = tbWidth / colAmount;
float colPercent = 1f / colAmount;
for (int i = 0; i < colAmount; i++)
{
tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = colPercent;
tableLine.computedDistance = colComputedDist;
tableLine.maxComputedValue = -1;
tableLine.minComputedValue = -1;
colLineList.Add(tableLine);
}
}
public void CreateTables(int width, int height)
{
size.Width = width;
size.Height = height;
int w = height - 10;
if (width < height)
{
w = width - 10;
}
int xpos = width / 2 - w / 2;
int ypos = height / 2 - w / 2;
RectangleF rect = new RectangleF();
rect.X = xpos;
rect.Y = ypos;
rect.Width = w;
rect.Height = w;
int xCount = boardPieceViews.GetLength(0);
int yCount = boardPieceViews.GetLength(1);
table = new Table(rect, 3, 3);
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 1 / 17f;
table.SetLineArea(2, tableLine);
tableLine.computeParam = 1 / 17f;
table.SetLineArea(0, tableLine);
tableLine.computeParam = 15 / 17f;
table.SetLineArea(1, tableLine);
tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 1 / 17f;
table.SetLineArea(0, tableLine);
tableLine.computeParam = 1 / 17f;
table.SetLineArea(2, tableLine);
tableLine.computeParam = 15 / 17f;
table.SetLineArea(1, tableLine);
boardTable = new Table(xCount, yCount);
table.AddCellChildTable(1, 1, boardTable);
leftLanTable = new Table(8, 1);
table.AddCellChildTable(1, 0, leftLanTable);
rightLanTable = new Table(8, 1);
table.AddCellChildTable(1, 2, rightLanTable);
topLanTable = new Table(1, 8);
table.AddCellChildTable(0, 1, topLanTable);
bottomLanTable = new Table(1, 8);
table.AddCellChildTable(2, 1, bottomLanTable);
table.ReLayout();
}