public static Table ReportTable(IWidget parent, int countLines, int x, int y, int firstWidth = 200)
{
var rv = new Table(parent);
var line = new TableLine(rv, 22);
const int kWidth = 320;
line.AddColumn(firstWidth, null, Align.Left, 21, Palette.Black, new GfxPoint(4, 4));
line.AddColumn(kWidth - firstWidth, null, Align.Left, 21, Palette.Black, new GfxPoint(4, 4));
rv.SetBackground(null, Palette.TextArea.Background);
rv.SetBorder(1, Palette.DarkGray);
rv.AddLine(line);
for (var i = 0; i < countLines - 1; i++)
{
rv.AddLine(new TableLine(line));
}
rv.Move(x, y);
return(rv);
}
private void ScVxDate_SizeChanged(object sender, SizeF oldSize)
{
RectangleF rect = new RectangleF(0, 0, Width, Height);
mainTable = new Table(rect, 1, 2);
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 0.85f;
mainTable.SetLineArea(0, tableLine);
tableLine.computeParam = 0.15f;
mainTable.SetLineArea(1, tableLine);
mainTable.ComputeLinesArea(LineDir.VERTICAL);
//
rect = mainTable.GetCellContentRect(0, 0);
textBox.Width = rect.Width - 10;
float x = rect.Width / 2 - textBox.Width / 2;
float y = rect.Height / 2 - textBox.Height / 2;
textBox.Location = new PointF(x, y);
//
rect = mainTable.GetCellContentRect(0, 1);
search.Width = rect.Width;
search.Height = rect.Height;
search.Location = new PointF(rect.X, rect.Y);
}
public static TableLine InputArea(IWidget parent, string label, int x, int y, int width = 440, int height = 30)
{
var rv = new TableLine(parent, height);
rv.AddColumn(width, null, Align.Left, 20, Palette.Black, new GfxPoint(5, 5));
//var outline = VGPath.OpenVGPath();
//VGU.vguRoundRect(outline, 0, 0, width, height, 5, 5);
//rv.AddVGPath(new VGPath(outline, new VGSolidColor(Palette.LightGrey), new VGSolidColor(Palette.TextArea.Background)));
rv.Move(x, y);
var hitLabel = new TextArea(rv, 0, 0, rv.Width, rv.Height);
hitLabel.SetAlign(Align.Left, new GfxPoint(5, 5));
hitLabel.SetFont(Palette.DarkSlateGray, 20);
hitLabel.Text = label;
rv.OnPaint += caller =>
{
if (string.IsNullOrEmpty(rv.Text[0].Text))
{
hitLabel.Show();
}
else
{
hitLabel.Hide();
}
};
return(rv);
}
void ReCreateTable()
{
RectangleF r = new RectangleF(0, 0, Width, Height);
mainTable = new Table(r, 1, 1);
mainTable.SetDefaultCellMargin(margin);
contentTable = new Table(mainTable.GetCellContentRect(0, 0), 3, 1);
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.ABSOLUTE;
tableLine.computeParam = 20;
contentTable.SetLineArea(0, tableLine);
tableLine.computeParam = 40;
contentTable.SetLineArea(2, tableLine);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 1f;
contentTable.SetLineArea(1, tableLine);
contentTable.ComputeLinesArea(LineDir.HORIZONTAL);
}
public List(IWidget parent, int countLines, int x, int y, int firstWidth = 200) : base(parent)
{
mCountOfVisibleLines = countLines;
var line = new TableLine(this, 22);
Resize(320, 0);
//Width = 320;
line.AddColumn(firstWidth, null, Align.Left, 21, Palette.White, new GfxPoint(4, 4));
line.AddColumn(Width - firstWidth, null, Align.Left, 21, Palette.White, new GfxPoint(4, 4));
SetBackground(Palette.LightSkyBlue, new Color(0x121212FF));//Palette.TextArea.Background);
SetBorder(1, Palette.DarkGray);
AddLine(line);
for (var i = 0; i < countLines - 1; i++)
{
AddLine(new TableLine(line));
}
base.Move(x, y);
OnIndexChange += s =>
{
ActiveLine = GetLineById(mCountOfVisibleLines - (mDataIndex % mCountOfVisibleLines) - 1);
};
Init();
}
public void TestErrorAddTextChunkIntTextChunk()
{
TableLine line = new TableLine();
TextElement tElement = new TextElement(new PdfRectangle(), UtilsForTesting.HELVETICA_BOLD, 10, "testTabula3", 5, 0);
TextChunk tChunk = new TextChunk(tElement);
Assert.Throws <ArgumentException>(() => line.AddTextChunk(-1, tChunk));
}
public void ReCreateTable()
{
RectangleF rect = new RectangleF(0, 0, Width, Height);
mainTable = new Table(rect, 1, 1);
float hPaddingLen;
float vPaddingLen;
if (isPaddingPercentage)
{
hPaddingLen = hPadding * Width;
vPaddingLen = vPadding * Height;
}
else
{
hPaddingLen = hPadding;
vPaddingLen = vPadding;
}
Margin defaultCellMargin = new Margin(hPaddingLen, vPaddingLen, hPaddingLen, vPaddingLen);
mainTable.SetDefaultCellMargin(defaultCellMargin);
//
contentTable = new Table(mainTable.GetCellContentRect(0, 0), 1, 2);
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = splitValue;
contentTable.SetLineArea(0, tableLine);
tableLine.computeParam = 1 - splitValue;
contentTable.SetLineArea(1, tableLine);
contentTable.ComputeLinesArea(LineDir.VERTICAL);
//
txtTable = new Table(contentTable.GetCellContentRect(0, 1), TxtRowCount, 1);
tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
int i = 0;
foreach (ScTxtInfo txtInfo in rowTextInfoList)
{
tableLine.computeParam = rowTextInfoList[i].lineHeight;
txtTable.SetLineArea(i, tableLine);
i++;
}
txtTable.ComputeLinesArea(LineDir.HORIZONTAL);
}
public void TestAddTextChunkIntTextChunk()
{
TableLine line = new TableLine();
TextElement tElement = new TextElement(new PdfRectangle(), UtilsForTesting.HELVETICA_BOLD, 10, "testTabula2", 5, 0);
TextChunk tChunk = new TextChunk(tElement);
line.AddTextChunk(3, tChunk);
Assert.Equal("testTabula2", line.TextElements[3].GetText());
}
public void TestToString()
{
TableLine line = new TableLine();
TextElement tElement = new TextElement(new PdfRectangle(), UtilsForTesting.HELVETICA_BOLD, 10, "test", 5, 0);
TextChunk tChunk = new TextChunk(tElement);
line.AddTextChunk(0, tChunk);
line.AddTextChunk(0, tChunk);
Assert.Equal("Tabula.TableLine[left=0.00,bottom=0.00,right=0.00,top=0.00,chunks='testtest', ]", line.ToString());
//Assert.Equal("technology.tabula.Line[x=0.0,y=0.0,w=0.0,h=0.0,bottom=0.000000,right=0.000000,chunks='testtest', ]", line.ToString());
}
public void TestSetTextElements()
{
TableLine line = new TableLine();
TextElement tElement = new TextElement(new PdfRectangle(), UtilsForTesting.HELVETICA_BOLD, 10, "testTabula1", 5, 0);
TextChunk tChunk = new TextChunk(tElement);
List <TextChunk> tList = new List <TextChunk>
{
tChunk
};
line.SetTextElements(tList);
Assert.Equal("testTabula1", line.TextElements[0].GetText());
}
public static TableLine DateTime(IWidget parent, int x, int y)
{
const int kHeight = 40;
var rv = new TableLine(parent, kHeight);
rv.AddColumn(35, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // hour
rv.AddColumn(15, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // :
rv.AddColumn(35, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // minute
rv.AddColumn(0, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // :
rv.AddColumn(0, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // seconds
rv.AddColumn(20, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // " - "
rv.AddColumn(35, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // day
rv.AddColumn(15, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // "/"
rv.AddColumn(35, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // month
rv.AddColumn(15, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // "/"
rv.AddColumn(80, null, Align.Center, 40, Palette.Black, new GfxPoint(5, 5)); // year
//rv.AddColumn(30, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // seconds
var outline = VGPath.OpenVGPath();
VGU.vguRoundRect(outline, 0, 0, rv.Width, kHeight, 5, 5);
rv.AddVGPath(new VGPath(outline, new VGSolidColor(Palette.LightGrey), new VGSolidColor(Palette.TextArea.Background)));
rv.Move(x, y);
{
rv.Text[0].Text = "09";
rv.Text[1].Text = ":";
rv.Text[2].Text = "00";
rv.Text[3].Text = ":";
rv.Text[4].Text = "00";
rv.Text[5].Text = " - ";
rv.Text[6].Text = "01";
rv.Text[7].Text = "/";
rv.Text[8].Text = "03";
rv.Text[9].Text = "/";
rv.Text[10].Text = "2014";
//rv.Text[0].Text = ":";
//rv.Text[0].Text = "14";
}
return(rv);
}
void CreateTable()
{
RectangleF r = new RectangleF(0, 0, Width, Height);
mainTable = new Table(r, 2, 1);
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 0.8f;
mainTable.SetLineArea(0, tableLine);
tableLine.computeParam = 0.2f;
mainTable.SetLineArea(1, tableLine);
mainTable.ComputeLinesArea(LineDir.HORIZONTAL);
//
infoTable = new Table(mainTable.GetCellContentRect(0, 0), 1, 3);
Margin margin = new Margin(10, 20, 10, 20);
infoTable.SetCellMargin(0, 0, margin);
infoTable.SetCellMargin(0, 2, margin);
margin = new Margin(20, 0, 20, 0);
infoTable.SetCellMargin(0, 1, margin);
//
detailTable = new Table(infoTable.GetCellContentRect(0, 1), 2, 1);
tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 0.3f;
detailTable.SetLineArea(0, tableLine);
tableLine.computeParam = 0.7f;
detailTable.SetLineArea(1, tableLine);
detailTable.ComputeLinesArea(LineDir.HORIZONTAL);
}
static void IndividualTask1()
{
List <TableLine> table = new List <TableLine>()
{
new TableLine("Большой Лебовски", "Коэн И., Коэн Дж", 1998, 'К'),
new TableLine("Геркулес", "Маскер Дж.", 1997, 'А'),
new TableLine("Ноттинг-хилл", "Мишелл Р.", 1999, 'М'),
new TableLine("Большой Лебовски", "Коэн И., Коэн Дж", 1998, 'К')
};
PrintTable(table);
bool flag = true;
do
{
Console.Clear();
PrintTable(table);
Console.WriteLine("Добавить запись? Y(y) - Да; N(n) - Нет");
char key = Console.ReadKey().KeyChar;
if (key == 'n' || key == 'N')
{
flag = false;
break;
}
TableLine tableLine = new TableLine();
Console.WriteLine("\nДобавление фильма:");
Console.WriteLine("Введите название фильма:");
tableLine.FilmName = Console.ReadLine();
Console.WriteLine("Введите название режисера:");
tableLine.Producer = Console.ReadLine();
Console.WriteLine("Введите год выпуска:");
tableLine.PublicationDate = Convert.ToInt32(Console.ReadLine());
Console.WriteLine("Введите тип:");
tableLine.Type = Console.ReadKey().KeyChar;
table.Add(tableLine);
} while (flag);
}
void CreateViewLayoutTable(int itemCount)
{
float w = (itemWidth + itemMargin.left + itemMargin.right) * colItemCount;
rowItemCount = itemCount / colItemCount;
int m = itemCount % colItemCount;
if (m > 0)
{
rowItemCount--;
}
float contentHeight = rowItemCount * (itemHeight + itemMargin.top + itemMargin.bottom);
float viewHeight = headerHeight + contentViewHeight;
viewLayoutTable = new TableEx(2, 1);
viewLayoutTable.SetTablePosition(0, 0);
viewLayoutTable.SetTableSize(w, viewHeight);
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.ABSOLUTE;
tableLine.computeParam = headerHeight;
viewLayoutTable.SetLineArea(0, tableLine);
tableLine.computeParam = contentViewHeight;
viewLayoutTable.SetLineArea(1, tableLine);
//
itemContentLayoutTable = headerLayoutTable = new TableEx(0, headerNames.Count());
itemContentLayoutTable.SetTableSize(w, headerHeight);
viewLayoutTable.AddCellChildTable(0, 0, headerLayoutTable);
//
SetTableData();
viewLayoutTable.ReLayout();
}
private void ScVxSearchAndTitle_SizeChanged(object sender, SizeF oldSize)
{
RectangleF rect = new RectangleF(130, 18, Width - 150, Height - 40);
mainTable = new Table(rect, 2, 1);
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 0.4f;
mainTable.SetLineArea(0, tableLine);
tableLine.computeParam = 0.6f;
mainTable.SetLineArea(1, tableLine);
mainTable.ComputeLinesArea(LineDir.HORIZONTAL);
rect = mainTable.GetCellContentRect(1, 0);
search.Width = rect.Width;
search.Height = rect.Height;
search.Location = new PointF(rect.X, rect.Y);
}
private void ScVxDate_SizeChanged(object sender, SizeF oldSize)
{
RectangleF rect = new RectangleF(0, 0, Width, Height);
mainTable = new Table(rect, 1, 3);
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = 0.4f;
mainTable.SetLineArea(0, tableLine);
tableLine.computeParam = 0.25f;
mainTable.SetLineArea(1, tableLine);
tableLine.computeParam = 0.35f;
mainTable.SetLineArea(2, tableLine);
mainTable.ComputeLinesArea(LineDir.VERTICAL);
dateAnim.Stop();
dateAnim.Start();
}
public void ReCreateTable()
{
float space = spaceLayer.Location.Y;
RectangleF rect = new RectangleF(0, 5, spaceLayer.Width, spaceLayer.Height - 10);
mainTable = new Table(rect, 1, 3);
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.ABSOLUTE;
tableLine.computeParam = 5;
mainTable.SetLineArea(0, tableLine);
tableLine.computeParam = spaceLayer.Height + space - 15;
mainTable.SetLineArea(1, tableLine);
tableLine.computeParam = spaceLayer.Width - (spaceLayer.Height + space - 15) - 5;
mainTable.SetLineArea(2, tableLine);
mainTable.ComputeLinesArea(LineDir.VERTICAL);
//
txtTable = new Table(mainTable.GetCellContentRect(0, 2), TxtRowCount, 1);
}
private void ScVxTipsProgressBar_SizeChanged(object sender, SizeF oldSize)
{
//
float tipsRowHeight = Height * tipsRowHeightRatio;
float barRowHeight = Height * barRowHeightRatio;
RectangleF rect = new RectangleF(0, 0, Width, Height);
mainTable = new Table(rect, 3, 1);
Margin margin = new Margin(0, 5, 0, 5);
mainTable.SetCellMargin(0, 0, margin);
mainTable.SetCellMargin(2, 0, margin);
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.ABSOLUTE;
tableLine.computeParam = tipsRowHeight;
mainTable.SetLineArea(0, tableLine);
tableLine.computeParam = barRowHeight;
mainTable.SetLineArea(1, tableLine);
tableLine.computeParam = Height - tipsRowHeight - barRowHeight;
mainTable.SetLineArea(2, tableLine);
mainTable.ComputeLinesArea(LineDir.HORIZONTAL);
RectangleF tipsRowRect = mainTable.GetCellContentRect(0, 0);
RectangleF barRowRect = mainTable.GetCellContentRect(1, 0);
RectangleF numRowRect = mainTable.GetCellContentRect(2, 0);
progressBar.BarHeight = barHeight;
progressBar.Height = barRowHeight;
progressBar.Location = new PointF(barRowRect.X, barRowRect.Y);
//
RectangleF[] progressNodeRects = progressBar.progressNodeRects;
List <ScVxPageTips> tipsList = new List <ScVxPageTips>();
List <RectangleF> numRectList = new List <RectangleF>();
ScVxPageTips tips;
RectangleF r;
float x;
string[] nodeNames = progressBar.progressNodeNames;
for (int i = 0; i < progressNodeRects.Count(); i++)
{
r = progressNodeRects[i];
x = r.X + r.Width / 2 - tipsWidth / 2;
tips = new ScVxPageTips();
tips.txt = nodeNames[i];
tips.triWidthScale = 4f;
tips.triHeightScale = 5f;
tips.bgColor = Color.Black;
tips.txtColor = Color.White;
tips.isDisplaySide = true;
tips.alpha = 0;
tips.Width = tipsWidth;
tips.Height = tipsRowRect.Height;
tips.Location = new PointF(x, tipsRowRect.Y);
Add(tips);
tipsList.Add(tips);
//
x = r.X + r.Width / 2 - r.Width;
RectangleF r2 = new RectangleF(x, numRowRect.Y, r.Width * 2, numRowRect.Height);
numRectList.Add(r2);
}
tipsSet = tipsList.ToArray();
progressNumRects = numRectList.ToArray();
//
}
private void ScVxMainBox_SizeChanged(object sender, SizeF oldSize)
{
//
titleLayer.Width = Width;
titleLayer.Height = 100;
titleLayer.Location = new PointF(0, 0);
//
RectangleF rect = new RectangleF(0, 0, titleLayer.Width, titleLayer.Height);
titleTable = new Table(rect, 1, 4);
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.ABSOLUTE;
tableLine.computeParam = 200f;
titleTable.SetLineArea(0, tableLine);
titleTable.SetLineArea(1, tableLine);
tableLine.computeParam = 400f;
titleTable.SetLineArea(3, tableLine);
TableLine tableLine2 = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine2.computeParam = 1.0f;
titleTable.SetLineArea(2, tableLine2);
titleTable.ComputeLinesArea(LineDir.VERTICAL);
if (titleLeftLayer != null)
{
rect = titleTable.GetCellContentRect(0, 0);
titleLeftLayer.Width = rect.Width;
titleLeftLayer.Height = rect.Height;
titleLeftLayer.Location = new PointF(rect.X, rect.Y);
}
if (titleLeftLayer2 != null)
{
rect = titleTable.GetCellContentRect(0, 1);
titleLeftLayer2.Width = rect.Width;
titleLeftLayer2.Height = rect.Height;
titleLeftLayer2.Location = new PointF(rect.X, rect.Y);
}
if (titleMiddleLayer != null)
{
rect = titleTable.GetCellContentRect(0, 2);
titleMiddleLayer.Width = rect.Width;
titleMiddleLayer.Height = rect.Height;
titleMiddleLayer.Location = new PointF(rect.X, rect.Y);
}
if (titleRightLayer != null)
{
rect = titleTable.GetCellContentRect(0, 3);
titleRightLayer.Width = rect.Width;
titleRightLayer.Height = rect.Height;
titleRightLayer.Location = new PointF(rect.X, rect.Y);
}
//
contentLayer.Width = Width;
contentLayer.Height = Height - titleLayer.Height;
contentLayer.Location = new PointF(0, titleLayer.Location.Y + titleLayer.Height);
//
dateLayer.Width = 250;
dateLayer.Height = 30;
float y = contentLayer.Location.Y - dateLayer.Height / 2;
float x = 30;
dateLayer.Location = new PointF(x, y);
if (contentLayer.controls.Count > 0)
{
ScLayer cLayer = contentLayer.controls[0];
cLayer.Width = contentLayer.Width - 40;
cLayer.Height = contentLayer.Height - 10;
cLayer.Location = new PointF(20, 0);
}
if (dateLayer.controls.Count > 0)
{
ScLayer dLayer = dateLayer.controls[0];
dLayer.Width = dateLayer.Width;
dLayer.Height = dateLayer.Height;
dLayer.Location = new PointF(0, 0);
}
//
drakLayer.Width = Width;
drakLayer.Height = Height;
}
/// <summary>
/// Extracts the tables in the page.
/// </summary>
/// <param name="page">The page where to extract the tables.</param>
public List <Table> Extract(PageArea page)
{
List <TextElement> textElements = page.GetText();
if (textElements.Count == 0)
{
return(new Table[] { Table.EMPTY }.ToList());
}
List <TextChunk> textChunks = this.verticalRulings == null?TextElement.MergeWords(page.GetText()) : TextElement.MergeWords(page.GetText(), this.verticalRulings);
List <TableLine> lines = TextChunk.GroupByLines(textChunks);
List <double> columns;
if (this.verticalRulings != null)
{
// added by bobld: clipping verticalRulings because testExtractColumnsCorrectly2() fails
var clippedVerticalRulings = Ruling.CropRulingsToArea(this.verticalRulings, page.BoundingBox);
clippedVerticalRulings.Sort(new VerticalRulingComparer());
columns = new List <double>(clippedVerticalRulings.Count);
foreach (Ruling vr in clippedVerticalRulings)
{
columns.Add(vr.Left);
}
/*
* this.verticalRulings.Sort(new VerticalRulingComparer());
* columns = new List<double>(this.verticalRulings.Count);
* foreach (Ruling vr in this.verticalRulings)
* {
* columns.Add(vr.getLeft());
* }
*/
}
else
{
columns = ColumnPositions(lines);
}
// added by bobld: remove duplicates because testExtractColumnsCorrectly2() fails,
// why do we need it here and not in the java version??
columns = columns.Distinct().ToList();
Table table = new Table(this);
table.SetRect(page.BoundingBox);
for (int i = 0; i < lines.Count; i++)
{
TableLine line = lines[i];
List <TextChunk> elements = line.TextElements.ToList();
elements.Sort(new TextChunkComparer());
foreach (TextChunk tc in elements)
{
if (tc.IsSameChar(TableLine.WHITE_SPACE_CHARS))
{
continue;
}
int j = 0;
bool found = false;
for (; j < columns.Count; j++)
{
if (tc.Left <= columns[j])
{
found = true;
break;
}
}
table.Add(new Cell(tc), i, found ? j : columns.Count);
}
}
return(new Table[] { table }.ToList());
}
public static Window ShowWindow()
{
var window = new Window("show", kWidth, kHeight)
{
Description = "Шеф-повар \"Сибовар\""
};
var line = new TableLine(25);
line.AddColumn(80);
line.AddColumn(80);
line.AddColumn(70);
line.Text[0].Text = "HgjloGreen";
line.Text[0].SetFont(Palette.Lime, 20);
line.Text[0].SetAlign(Align.Left, new GfxPoint(0, 3));
line.Text[1].Text = "HelloRed";
line.Text[1].SetFont(Palette.Red, 15);
line.Text[1].SetAlign(Align.Center);
line.Text[2].Text = "HgelloBlue";
line.Text[2].SetFont(Palette.PaleTurquoise, 30);
line.Text[2].SetAlign(Align.Left, new GfxPoint(0, 4));
line.Name = "line";
var table = new Table(window)
{
Name = "table"
};
table.Move(10, 50);
table.AddLine(new TableLine(line));
table.AddLine(new TableLine(line));
table.AddLine(new TableLine(line));
table.SetBackground(Palette.Red, Palette.White);
table.SetBorder(1, Palette.Lime);
table.OnPress += caller =>
{
var rv = table.GetLineByCell(caller);
if (rv == null)
{
return;
}
table.ActiveLine = rv;
window.Description = rv.Name;
};
var text = new TextArea(window, 10, 180, 325, 50);
text.SetFont("i260c", Palette.PaleTurquoise, 50);
text.Text = "0123456789:";
text.OnPress += caller => window.Description = "Text.Pressed";
var bar = new ProgressBar(window, 40, 30, 200, 15, 15)
{
Percent = 10, Status = { Text = "hello" }
};
bar.Status.SetAlign(Align.Center, new GfxPoint(3, 3));
bar.Status.SetFont(Palette.White, 14);
bar.Rotate(70);
text.OnRelease += caller =>
{
window.Description = "Text.Released";
//mApplication.SetFocusedWindow("1");
line.Move(line.X - 3, line.Y - 3);
table.ActiveLine = null;
bar.Percent -= 1;
};
window.OnPaint += delegate { Debug.Print(DateTime.Now.ToString("HH:mm:ss") + ":\tHome update"); };
var activePath = VG.vgCreatePath(0, VGPathDatatype.VG_PATH_DATATYPE_S_16, 1, 0, 0, 0, VGPathCapabilities.VG_PATH_CAPABILITY_ALL);
VGU.vguRoundRect(activePath, 0, 0, 60, 100, 20, 20);
var normalPath = VG.vgCreatePath(0, VGPathDatatype.VG_PATH_DATATYPE_S_16, 1, 0, 0, 0, VGPathCapabilities.VG_PATH_CAPABILITY_ALL);
VGU.vguRoundRect(normalPath, 0, 0, 100, 50, 20, 20);
VGU.vguRoundRect(normalPath, 10, 50, 80, 70, 20, 20);
var activeButton = new VGSolidColor(new Color(0xFF0000FF));
//var normalButton = new VGSolidColor(new Color(0x00FF00FF));
var normalButton = new VGLinearGradient(0, 0, 100, 120);
normalButton.AddColor(0, new Color(0xFF0000FF));
normalButton.AddColor(100, new Color(0x00FF00FF));
var button = new Button(window, new VGPath(activePath, null, activeButton), new VGPath(normalPath, null, normalButton));
button.IsCached = true;
button.Move(250, 50);
button.OnPress += delegate { Console.WriteLine("button.OnPress"); };
var image = new Image(window, 25, 10);
image.Load("splash.raw");
image.Scale(0.5f, 0.5f);
image.RotateCenter = new GfxPoint(image.Width / 2, image.Height / 2);
//image.Hide();
window.OnPaint += caller =>
{
image.Rotate(mImageRotate);
mImageRotate += 5;
};
var graphicArea = new GraphicArea(window, 200, 200);
graphicArea.Move(70, 20);
graphicArea.Background = new Color(0xF0F0F0FF);
graphicArea.Grid = new VGPath(activePath, activeButton, null);
graphicArea.Arrows = new VGPath(normalPath, new VGSolidColor(Palette.PaleTurquoise), null);
var graphicData1 = new GraphicsData
{
Data =
new byte[]
{
0, 15, 25, 50, 40, 35, 12, 10, 15, 17, 30, 32, 35, 35, 35, 35, 35, 40,
45, 57, 25, 23, 20, 18, 12, 12, 12, 30, 32, 35, 35, 35, 35, 35, 40, 45
}
};
var graphicData2 = new GraphicsData(graphicData1)
{
Color = Palette.Lime, Position = new GfxPoint(10, 10)
};
graphicArea.AddGrapic(graphicData1);
graphicArea.AddGrapic(graphicData2);
return(window);
}
private void Init(int x, int y)
{
InitBackground();
mPaint = VG.vgCreatePaint();
VG.vgSetParameterfv(mPaint, (int)VGPaintParamType.VG_PAINT_COLOR, 4, (new Color(0xEDAB18ff)).Value);
AddVGPath(new VGPath(mPath, new VGSolidColor(new Color(0xD1D3D4FF)), new VGSolidColor(new Color(0x2c2d2eff)))
{
StrokeWidth = 0.5f
});
var divideLines = VGPath.OpenVGPath();
const int kBiasY = 44;
VGU.vguLine(divideLines, 0, 3 * kBiasY, Width - 30, 3 * kBiasY);
VGU.vguLine(divideLines, 0, 2 * kBiasY, Width - 30, 2 * kBiasY);
VGU.vguLine(divideLines, 0, kBiasY, Width - 30, kBiasY);
VGU.vguLine(divideLines, 0, 0, Width - 30, 0);
var lines = new VGPath(divideLines, new VGSolidColor(new Color(0xD1D3D4FF)), null)
{
StrokeWidth = 0.5f
};
lines.Move(15, kBiasY);
AddVGPath(lines);
const int kBiasX = 47;
const int kBiasX0 = 60;
Text.Label(this, "T, ⁰C", 16, kBiasX0, kBiasY * 4, kBiasX, 18);
Text.Label(this, "I, A", 16, kBiasX0 + kBiasX, kBiasY * 4, kBiasX, 18);
Text.Label(this, "U, B", 16, kBiasX0 + 2 * kBiasX, kBiasY * 4, kBiasX, 18);
Text.Label(this, "F, Гц", 16, kBiasX0 + 3 * kBiasX, kBiasY * 4, kBiasX, 18);
Text.Label(this, "об/мин", 16, kBiasX0 + 4 * kBiasX, kBiasY * 4, kBiasX, 18);
//Text.Label(this, "ПЧН #1\\nПЧН #2\\nПЧН #3\\nПЧН #4", 18, 15, 22, kBiasX0 - 15, kBiasY, Align.Left);
mTable = new Table(this);
mTableLine = new TableLine(kBiasY / 2);
mTableLine.AddColumn(kBiasX0 - 15, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
//mTableLine.Text[0].Text = "ПЧН #4";
mTableLine.AddColumn(kBiasX, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
mTableLine.AddColumn(kBiasX, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
mTableLine.AddColumn(kBiasX, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
mTableLine.AddColumn(kBiasX, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
mTableLine.AddColumn(kBiasX, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
mTableStatusLine = new TableLine(kBiasY / 2);
mTableStatusLine.AddColumn(kBiasX0 - 15, null, Align.Center, 16, new Color(0xD1D3D4FF), new GfxPoint(0, 5));
mTableStatusLine.Text[0].Text = "статус:";
mTableStatusLine.AddColumn(kBiasX * 5, null, Align.Center, 17, Palette.White, new GfxPoint(0, 3));
mTable.AddLine(mTableStatusLine);
mTable.AddLine(mTableLine);
mTable.AddLine(new TableLine(mTableStatusLine));
mTable.AddLine(new TableLine(mTableLine));
mTable.AddLine(new TableLine(mTableStatusLine));
mTable.AddLine(new TableLine(mTableLine));
mTable.AddLine(new TableLine(mTableStatusLine));
mTable.AddLine(new TableLine(mTableLine));
//mTable.SetBorder(1, Palette.Lime); // for debug
mTable.Move(15, 0);
mTable.GetCellById(7, 0).Text = "Uz 2";
mTable.GetCellById(5, 0).Text = "Uz 3";
mTable.GetCellById(3, 0).Text = "Uz 4";
mTable.GetCellById(1, 0).Text = "Uz 5";
#region temperature
mReciever.GetSignal("uz.2.temperature").OnUpdate += sensor => mTable.GetCellById(7, 1).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.3.temperature").OnUpdate += sensor =>
{
mTable.GetCellById(5, 1).Text = string.Format("{0}", sensor.Value);
};
mReciever.GetSignal("uz.4.temperature").OnUpdate += sensor => mTable.GetCellById(3, 1).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.5.temperature").OnUpdate += sensor => mTable.GetCellById(1, 1).Text = string.Format("{0}", sensor.Value);
mTable.GetCellById(7, 1).Text = "-";
mTable.GetCellById(5, 1).Text = "-";
mTable.GetCellById(3, 1).Text = "-";
mTable.GetCellById(1, 1).Text = "-";
#endregion
#region current
mReciever.GetSignal("uz.2.current").OnUpdate += sensor => mTable.GetCellById(7, 2).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.3.current").OnUpdate += sensor => mTable.GetCellById(5, 2).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.4.current").OnUpdate += sensor => mTable.GetCellById(3, 2).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.5.current").OnUpdate += sensor => mTable.GetCellById(1, 2).Text = string.Format("{0}", sensor.Value);
mTable.GetCellById(7, 2).Text = "-";
mTable.GetCellById(5, 2).Text = "-";
mTable.GetCellById(3, 2).Text = "-";
mTable.GetCellById(1, 2).Text = "-";
#endregion
#region voltage
mReciever.GetSignal("uz.2.voltage").OnUpdate += sensor => mTable.GetCellById(7, 3).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.3.voltage").OnUpdate += sensor => mTable.GetCellById(5, 3).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.4.voltage").OnUpdate += sensor => mTable.GetCellById(3, 3).Text = string.Format("{0}", sensor.Value);
mReciever.GetSignal("uz.5.voltage").OnUpdate += sensor => mTable.GetCellById(1, 3).Text = string.Format("{0}", sensor.Value);
mTable.GetCellById(7, 3).Text = "-";
mTable.GetCellById(5, 3).Text = "-";
mTable.GetCellById(3, 3).Text = "-";
mTable.GetCellById(1, 3).Text = "-";
#endregion
// TODO: привязать к реальным значениям
#region freq
mReciever.GetSignal("uz.2.frequency").OnUpdate += sensor => mTable.GetCellById(7, 4).Text = string.Format("{0:F2}", sensor.Value / 100);
mReciever.GetSignal("uz.3.frequency").OnUpdate += sensor => mTable.GetCellById(5, 4).Text = string.Format("{0:F2}", sensor.Value / 100);
mReciever.GetSignal("uz.4.frequency").OnUpdate += sensor => mTable.GetCellById(3, 4).Text = string.Format("{0:F2}", sensor.Value / 100);
mReciever.GetSignal("uz.5.frequency").OnUpdate += sensor => mTable.GetCellById(1, 4).Text = string.Format("{0:F2}", sensor.Value / 100);
mTable.GetCellById(7, 4).Text = "-";
mTable.GetCellById(5, 4).Text = "-";
mTable.GetCellById(3, 4).Text = "-";
mTable.GetCellById(1, 4).Text = "-";
#endregion
#region rpm - энкодера нет физически
//mReciever.GetSignal("uz.2.speed").OnUpdate += sensor => mTable.GetCellById(7, 5).Text = string.Format("{0}", sensor.Value);
//mReciever.GetSignal("uz.3.speed").OnUpdate += sensor => mTable.GetCellById(5, 5).Text = string.Format("{0}", sensor.Value);
//mReciever.GetSignal("uz.4.speed").OnUpdate += sensor => mTable.GetCellById(3, 5).Text = string.Format("{0}", sensor.Value);
//mReciever.GetSignal("uz.5.speed").OnUpdate += sensor => mTable.GetCellById(1, 5).Text = string.Format("{0}", sensor.Value);
mTable.GetCellById(7, 5).Text = "-";
mTable.GetCellById(5, 5).Text = "-";
mTable.GetCellById(3, 5).Text = "-";
mTable.GetCellById(1, 5).Text = "-";
#endregion
// TODO: по значению
#region status
/*
* mReciever.GetSignal("uz.2.error").OnUpdate += sensor => mTable.GetCellById(7, 5).Text = string.Format("0x{0:X4}", sensor.Value);
* mReciever.GetSignal("uz.3.error").OnUpdate += sensor => mTable.GetCellById(5, 5).Text = string.Format("0x{0:X4}", sensor.Value);
* mReciever.GetSignal("uz.4.error").OnUpdate += sensor => mTable.GetCellById(3, 5).Text = string.Format("0x{0:X4}", sensor.Value);
* mReciever.GetSignal("uz.5.error").OnUpdate += sensor => mTable.GetCellById(1, 5).Text = string.Format("0x{0:X4}", sensor.Value);
*/
mReciever.GetSignal("uz.2.error").OnUpdate += sensor =>
{
mTable.GetCellById(6, 1).SetFont(sensor.Value > 0
? Palette.Red
: Palette.White);
mTable.GetCellById(6, 1).Text = string.Format("{0}", sensor.Value);
};
mReciever.GetSignal("uz.3.error").OnUpdate += sensor =>
{
mTable.GetCellById(4, 1).SetFont(sensor.Value > 0
? Palette.Red
: Palette.White);
mTable.GetCellById(4, 1).Text = string.Format("{0}", sensor.Value);
};
mReciever.GetSignal("uz.4.error").OnUpdate += sensor =>
{
mTable.GetCellById(2, 1).SetFont(sensor.Value > 0
? Palette.Red
: Palette.White);
mTable.GetCellById(2, 1).Text = string.Format("{0}", sensor.Value);
};
mReciever.GetSignal("uz.5.error").OnUpdate += sensor =>
{
mTable.GetCellById(0, 1).SetFont(sensor.Value > 0
? Palette.Red
: Palette.White);
mTable.GetCellById(0, 1).Text = string.Format("{0}", sensor.Value);
};
mTable.GetCellById(6, 1).Text = "6:1";
mTable.GetCellById(4, 1).Text = "4:1";
mTable.GetCellById(2, 1).Text = "2:1";
mTable.GetCellById(0, 1).Text = "0:1";
#endregion
//mReciever.GetSignal("").OnUpdate += sensor => mTable.GetCellById(0, 0).Text = string.Format("{0}", sensor.Value);
Move(x, y);
}
public void ReCreateTable()
{
int n = 1;
RectangleF rect = new RectangleF(0, 0, Width, Height);
mainTable = new Table(rect, 1, 1);
Margin defaultCellMargin = new Margin(hPadding, vPadding, hPadding, vPadding);
mainTable.SetDefaultCellMargin(defaultCellMargin);
if (isHorLayout == false)
{
if (isShowFieldTitle)
{
n = 2;
}
//
txtTable = new Table(mainTable.GetCellContentRect(0, 0), TxtRowCount, n);
for (int j = 0; j < TxtRowCount; j++)
{
int m = 0;
Margin margin = new Margin(20, 0, 0, 0);
if (n == 2)
{
m = 1;
}
txtTable.SetCellMargin(j, m, margin);
}
TableLine tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
int i = 0;
foreach (ScTxtInfo txtInfo in rowTextInfoList)
{
tableLine.computeParam = rowTextInfoList[i].lineHeight;
txtTable.SetLineArea(i, tableLine);
i++;
}
txtTable.ComputeLinesArea(LineDir.HORIZONTAL);
if (isShowFieldTitle)
{
//
tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = titleRatio;
txtTable.SetLineArea(0, tableLine);
tableLine.computeParam = 1 - titleRatio;
txtTable.SetLineArea(1, tableLine);
txtTable.ComputeLinesArea(LineDir.VERTICAL);
}
}
else
{
if (isShowFieldTitle)
{
n = 2;
}
txtTable = new Table(mainTable.GetCellContentRect(0, 0), n, TxtRowCount);
TableLine tableLine = new TableLine(LineDir.VERTICAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
int i = 0;
foreach (ScTxtInfo txtInfo in rowTextInfoList)
{
tableLine.computeParam = rowTextInfoList[i].lineHeight;
txtTable.SetLineArea(i, tableLine);
i++;
}
txtTable.ComputeLinesArea(LineDir.VERTICAL);
if (isShowFieldTitle)
{
//
tableLine = new TableLine(LineDir.HORIZONTAL);
tableLine.lineComputeMode = LineComputeMode.PERCENTAGE;
tableLine.computeParam = titleRatio;
txtTable.SetLineArea(0, tableLine);
tableLine.computeParam = 1 - titleRatio;
txtTable.SetLineArea(1, tableLine);
txtTable.ComputeLinesArea(LineDir.HORIZONTAL);
}
}
}
public static TableLine DateTime(IWidget parent, int x, int y)
{
const int kHeight = 30;
var rv = new TableLine(parent, kHeight);
rv.AddColumn(25, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // hour
rv.AddColumn(10, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // :
rv.AddColumn(25, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // minute
rv.AddColumn(0, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // :
rv.AddColumn(0, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // seconds
rv.AddColumn(15, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // " - "
rv.AddColumn(25, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // day
rv.AddColumn(10, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // "/"
rv.AddColumn(25, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // month
rv.AddColumn(10, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // "/"
rv.AddColumn(55, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // year
//rv.AddColumn(30, null, Align.Center, 20, Palette.Black, new GfxPoint(5, 5)); // seconds
//var outline = VGPath.OpenVGPath();
//VGU.vguRoundRect(outline, 0, 0, rv.Width, kHeight, 5, 5);
//rv.AddVGPath(new VGPath(outline, new VGSolidColor(Palette.LightGrey), new VGSolidColor(Palette.TextArea.Background)));
rv.Move(x, y);
foreach (var label in rv.Text)
{
label.SetFont(Palette.Black, 25);
label.SetAlign(Align.Center);
}
//rv.OnShow += caller =>
{
rv.Text[0].Text = "09";
rv.Text[1].Text = ":";
rv.Text[2].Text = "00";
rv.Text[3].Text = ":";
rv.Text[4].Text = "00";
rv.Text[5].Text = " - ";
rv.Text[6].Text = "01";
rv.Text[7].Text = "/";
rv.Text[8].Text = "03";
rv.Text[9].Text = "/";
rv.Text[10].Text = "2014";
//rv.Text[0].Text = ":";
//rv.Text[0].Text = "14";
}
rv.OnPress += caller =>
{
var cell = caller as TextArea;
if (cell != null)
{
cell.SetFont(Palette.Red);
}
};
return(rv);
}
private TableRectangle getTableFromText(List <TableLine> lines, List <TextEdge> relevantEdges, int relevantEdgeCount, List <Ruling> horizontalRulings)
{
TableRectangle table = new TableRectangle();
TableLine prevRow = null;
TableLine firstTableRow = null;
TableLine lastTableRow = null;
int tableSpaceCount = 0;
double totalRowSpacing = 0;
// go through the lines and find the ones that have the correct count of the relevant edges
foreach (TableLine textRow in lines)
{
int numRelevantEdges = 0;
if (firstTableRow != null && tableSpaceCount > 0)
{
// check to make sure this text row is within a line or so of the other lines already added
// if it's not, we should stop the table here
double tableLineThreshold = (totalRowSpacing / tableSpaceCount) * 2.5;
double lineDistance = prevRow.Bottom - textRow.Bottom; // bobld: textRow.Top - prevRow.Top
System.Diagnostics.Debug.Assert(lineDistance >= 0);
if (lineDistance > tableLineThreshold)
{
lastTableRow = prevRow;
break;
}
}
// for larger tables, be a little lenient on the number of relevant rows the text intersects
// for smaller tables, not so much - otherwise we'll end up treating paragraphs as tables too
int relativeEdgeDifferenceThreshold = 1;
if (relevantEdgeCount <= 3)
{
relativeEdgeDifferenceThreshold = 0;
}
foreach (TextEdge edge in relevantEdges)
{
if (textRow.IntersectsLine(edge.Line))
{
numRelevantEdges++;
}
}
// see if we have a candidate text row
if (numRelevantEdges >= (relevantEdgeCount - relativeEdgeDifferenceThreshold))
{
// keep track of table row spacing
if (prevRow != null && firstTableRow != null)
{
tableSpaceCount++;
totalRowSpacing += prevRow.Bottom - textRow.Bottom; // bobld: textRow.Top - prevRow.Top
}
// row is part of a table
if (table.Area == 0)
{
firstTableRow = textRow;
table.SetRect(textRow);
}
else
{
table.SetLeft(Math.Min(table.Left, textRow.Left));
table.SetBottom(Math.Min(table.Bottom, textRow.Bottom)); // bobld: Max
table.SetRight(Math.Max(table.Right, textRow.Right));
}
}
else
{
// no dice
// if we're at the end of the table, save the last row
if (firstTableRow != null && lastTableRow == null)
{
lastTableRow = prevRow;
}
}
prevRow = textRow;
}
// if we don't have a table now, we won't after the next step either
if (table.Area == 0)
{
return(null);
}
if (lastTableRow == null)
{
// takes care of one-row tables or tables that end at the bottom of a page
lastTableRow = prevRow;
}
// use the average row height and nearby horizontal lines to extend the table area
double avgRowHeight;
if (tableSpaceCount > 0)
{
System.Diagnostics.Debug.Assert(totalRowSpacing >= 0);
avgRowHeight = totalRowSpacing / tableSpaceCount;
}
else
{
avgRowHeight = lastTableRow.Height;
}
double rowHeightThreshold = avgRowHeight * 1.5;
// check lines after the bottom of the table
//foreach (Ruling ruling in sortedHorizontalRulings) //Line2D.Float
for (int i = horizontalRulings.Count - 1; i >= 0; i--) // reverse order
{
var ruling = horizontalRulings[i];
if (ruling.Y1 > table.Bottom) // bobld: <
{
continue;
}
double distanceFromTable = table.Bottom - ruling.Y2; // bobld: Y1
System.Diagnostics.Debug.Assert(distanceFromTable >= 0);
if (distanceFromTable <= rowHeightThreshold)
{
// use this ruling to help define the table
table.SetBottom(Math.Min(table.Bottom, ruling.Y2)); // bobld: Max Y1
table.SetLeft(Math.Min(table.Left, ruling.X1));
table.SetRight(Math.Max(table.Right, ruling.X2));
}
else
{
// no use checking any further
break;
}
}
// do the same for lines at the top, but make the threshold greater since table headings tend to be
// larger to fit up to three-ish rows of text (at least but we don't want to grab too much)
rowHeightThreshold = avgRowHeight * 3.8;
//for (int i = horizontalRulings.Count - 1; i >= 0; i--)
for (int i = 0; i < horizontalRulings.Count; i++)
{
Ruling ruling = horizontalRulings[i];
if (ruling.Y1 < table.Top) //bobld: >
{
continue;
}
double distanceFromTable = ruling.Y1 - table.Top; // bobld: table.Top - ruling.Y1
System.Diagnostics.Debug.Assert(distanceFromTable >= 0);
if (distanceFromTable <= rowHeightThreshold)
{
table.SetTop(Math.Max(table.Top, ruling.Y2)); // bobld: Min Y1
table.SetLeft(Math.Min(table.Left, ruling.X1));
table.SetRight(Math.Max(table.Right, ruling.X2));
}
else
{
break;
}
}
// add a bit of padding since the halved horizontal lines are a little fuzzy anyways
table.SetTop(Math.Ceiling(table.Top) + TABLE_PADDING_AMOUNT); // bobld: Floor -
table.SetBottom(Math.Floor(table.Bottom) - TABLE_PADDING_AMOUNT); // bobld: Ceiling +
table.SetLeft(Math.Floor(table.Left) - TABLE_PADDING_AMOUNT);
table.SetRight(Math.Ceiling(table.Right) + TABLE_PADDING_AMOUNT);
return(table);
}
