private void DrawBleedMarks(
Demon.PDF.Rectangle mediaBox,
Demon.PDF.Rectangle bodyBox,
Demon.PDF.Rectangle headerBox,
Demon.PDF.Rectangle footerBox,
Page page)
{
Demon.PDF.Color color = new Demon.PDF.Color {
Red = 0.75f, Green = 0.75f, Blue = 0.75f
};
List <Position> path = new List <Position>();
Position p1 = new Position(bodyBox.Left - 20, bodyBox.Top + 1);
Position p2 = new Position(bodyBox.Left - 1, bodyBox.Top + 1);
Position p3 = new Position(bodyBox.Left - 1, bodyBox.Top + 20);
path.Add(p1);
path.Add(p2);
path.Add(p3);
page.AddPath(path, 1, color, null);
path.Clear();
p1 = new Position(bodyBox.Right + 20, bodyBox.Top + 1);
p2 = new Position(bodyBox.Right + 1, bodyBox.Top + 1);
p3 = new Position(bodyBox.Right + 1, bodyBox.Top + 20);
path.Add(p1);
path.Add(p2);
path.Add(p3);
page.AddPath(path, 1, color, null);
path.Clear();
p1 = new Position(bodyBox.Left - 20, bodyBox.Bottom - 1);
p2 = new Position(bodyBox.Left - 1, bodyBox.Bottom - 1);
p3 = new Position(bodyBox.Left - 1, bodyBox.Bottom - 20);
path.Add(p1);
path.Add(p2);
path.Add(p3);
page.AddPath(path, 1, color, null);
path.Clear();
p1 = new Position(bodyBox.Right + 20, bodyBox.Bottom - 1);
p2 = new Position(bodyBox.Right + 1, bodyBox.Bottom - 1);
p3 = new Position(bodyBox.Right + 1, bodyBox.Bottom - 20);
path.Add(p1);
path.Add(p2);
path.Add(p3);
page.AddPath(path, 1, color, null);
}
private void RenderTextLayout(TextLayout layout, Page page)
{
if (layout == null)
{
return;
}
TextStyle style = (TextStyle)layout.Style;
if (style.BackColor != null)
{
page.AddPath(layout.Bounds.Points, 0, null, Convert.Color(style.BackColor));
}
// Draw the border after the background so that the background doesn't
// overwrite the border. But draw the border before the content so that
// if for any reason the text exceeds the bounds (which should be impossible)
// then at least the text will still be visible.
RenderBorder(layout.Bounds, style.Border, page);
foreach (LineDraft line in layout.Lines)
{
foreach (StrokeDraft stroke in line.Strokes)
{
string text = stroke.Stroke.Text;
int x = stroke.Position.X;
int y = stroke.Position.Y;
Demon.Report.Style.Font font = stroke.Stroke.Format.Font;
Demon.PDF.Color color = Convert.Color(stroke.Stroke.Format.Color);
page.AddText(text, x, y, font.FamilyName, font.Bold, font.Italic, font.Size, color);
if (font.Underline)
{
Demon.Font.Font strokeFont = _generator.GetFont(font);
int lineY = y + strokeFont.GetUnderlinePosition(font.Size);
float thickness = strokeFont.GetUnderlineThickness(font.Size);
List <Position> points = new List <Position>();
points.Add(new Position(x, lineY));
points.Add(new Position(x + stroke.Stroke.Width, lineY));
page.AddPath(points, thickness, color, null);
}
}
}
}
/// <summary>
/// Draw a simple outer border. Ignore any inner parts.
/// </summary>
private void RenderBorder(Demon.Report.Types.Rectangle rect, Border style, Page page)
{
if (style == null)
{
return;
}
BorderPart parts = style.Parts;
Demon.PDF.Color color = Convert.Color(style.Color);
if ((parts & BorderPart.Left) != 0)
{
List <Position> path = new List <Position>();
path.Add(new Position(rect.Left, rect.Top));
path.Add(new Position(rect.Left, rect.Bottom));
page.AddPath(path, style.Thickness, color, null);
}
if ((parts & BorderPart.Bottom) != 0)
{
List <Position> path = new List <Position>();
path.Add(new Position(rect.Left, rect.Bottom));
path.Add(new Position(rect.Right, rect.Bottom));
page.AddPath(path, style.Thickness, color, null);
}
if ((parts & BorderPart.Right) != 0)
{
List <Position> path = new List <Position>();
path.Add(new Position(rect.Right, rect.Top));
path.Add(new Position(rect.Right, rect.Bottom));
page.AddPath(path, style.Thickness, color, null);
}
if ((parts & BorderPart.Top) != 0)
{
List <Position> path = new List <Position>();
path.Add(new Position(rect.Left, rect.Top));
path.Add(new Position(rect.Right, rect.Top));
page.AddPath(path, style.Thickness, color, null);
}
}
private void DrawRules(
Demon.PDF.Rectangle mediaBox,
Demon.PDF.Rectangle bodyBox,
Demon.PDF.Rectangle headerBox,
Demon.PDF.Rectangle footerBox,
Page page)
{
int fontSize = 8;
int fontHeight = _rulesFont.GetCapHeight(fontSize);
Demon.PDF.Color color = new Demon.PDF.Color {
Red = 0.75f, Green = 0.75f, Blue = 0.75f
};
List <Position> path = new List <Position>();
Position p1;
Position p2;
// Side media box rule (left)
for (int x = 0; x < mediaBox.Height; x += 10)
{
path.Clear();
if (x % 100 == 0)
{
p1 = new Position(mediaBox.Left, mediaBox.Bottom + x);
p2 = new Position(mediaBox.Left + 12, mediaBox.Bottom + x);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
string text = x.ToString();
int tx = p2.X + 2;
int ty = p2.Y - (fontHeight / 2);
page.AddText(text, tx, ty, _rulesFont.FamilyName, false, false, fontSize, color);
}
else if (x % 50 == 0)
{
p1 = new Position(mediaBox.Left, mediaBox.Bottom + x);
p2 = new Position(mediaBox.Left + 12, mediaBox.Bottom + x);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
else if (x % 10 == 0)
{
p1 = new Position(mediaBox.Left, mediaBox.Bottom + x);
p2 = new Position(mediaBox.Left + 5, mediaBox.Bottom + x);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
}
// Bottom media box rule (bottom)
for (int x = 0; x < mediaBox.Width; x += 10)
{
path.Clear();
if (x % 100 == 0)
{
p1 = new Position(mediaBox.Left + x, mediaBox.Bottom);
p2 = new Position(mediaBox.Left + x, mediaBox.Bottom + 12);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
string text = x.ToString();
int textLen = _rulesFont.GetTextLength(text, 0, text.Length, fontSize) / _rulesFont.UnitsPerEm;
int tx = p2.X - (textLen / 2);
int ty = p2.Y + 2;
page.AddText(text, tx, ty, _rulesFont.FamilyName, false, false, fontSize, color);
}
else if (x % 50 == 0)
{
p1 = new Position(mediaBox.Left + x, mediaBox.Bottom);
p2 = new Position(mediaBox.Left + x, mediaBox.Bottom + 12);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
else if (x % 10 == 0)
{
p1 = new Position(mediaBox.Left + x, mediaBox.Bottom);
p2 = new Position(mediaBox.Left + x, mediaBox.Bottom + 5);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
}
// Side body box rule (right)
int start = mediaBox.Bottom - bodyBox.Bottom; // negative start to put zero at the body box bottom
start = (start / 10) * 10;
for (int x = start; x < mediaBox.Height; x += 10)
{
path.Clear();
if (x % 100 == 0)
{
p1 = new Position(mediaBox.Right, bodyBox.Bottom + x);
p2 = new Position(mediaBox.Right - 12, bodyBox.Bottom + x);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
string text = x.ToString();
int textLen = _rulesFont.GetTextLength(text, 0, text.Length, fontSize) / _rulesFont.UnitsPerEm;
int tx = p2.X - 2 - textLen;
int ty = p2.Y - (fontHeight / 2);
page.AddText(text, tx, ty, _rulesFont.FamilyName, false, false, fontSize, color);
}
else if (x % 50 == 0)
{
p1 = new Position(mediaBox.Right, bodyBox.Bottom + x);
p2 = new Position(mediaBox.Right - 12, bodyBox.Bottom + x);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
else if (x % 10 == 0)
{
p1 = new Position(mediaBox.Right, bodyBox.Bottom + x);
p2 = new Position(mediaBox.Right - 5, bodyBox.Bottom + x);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
}
// Bottom body box rule (top)
start = mediaBox.Left - bodyBox.Left; // negative start to put zero at the body box left
start = (start / 10) * 10;
for (int x = start; x < mediaBox.Width; x += 10)
{
path.Clear();
if (x % 100 == 0)
{
p1 = new Position(bodyBox.Left + x, mediaBox.Top);
p2 = new Position(bodyBox.Left + x, mediaBox.Top - 12);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
string text = x.ToString();
int textLen = _rulesFont.GetTextLength(text, 0, text.Length, fontSize) / _rulesFont.UnitsPerEm;
int tx = p2.X - (textLen / 2);
int ty = p2.Y - 2 - fontHeight;
page.AddText(text, tx, ty, _rulesFont.FamilyName, false, false, fontSize, color);
}
else if (x % 50 == 0)
{
p1 = new Position(bodyBox.Left + x, mediaBox.Top);
p2 = new Position(bodyBox.Left + x, mediaBox.Top - 12);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
else if (x % 10 == 0)
{
p1 = new Position(bodyBox.Left + x, mediaBox.Top);
p2 = new Position(bodyBox.Left + x, mediaBox.Top - 5);
path.Add(p1);
path.Add(p2);
page.AddPath(path, 1, color, null);
}
}
}
private void RenderTableLayout(TableLayout table, Page page)
{
// Draw the table content first, before the borders, so that if any
// row or cell has a background color then that color won't overwrite
// the border. We don't do header rows in PDF because the
// generator has already taken care of them and explicitly repeated rows
// as necessary.
foreach (TableRowLayout row in table.SubLayouts)
{
Render(row, page);
}
// Draw the table's borders
TableStyle style = (TableStyle)table.Style;
Border border = style.Border;
if (border.Thickness > 0)
{
// Build a single path covering all borders, including the inner
// cell borders
List <List <Position> > lines = new List <List <Position> >();
// Draw the external border
if ((border.Parts & BorderPart.Left) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(table.Bounds.Left, table.Bounds.Top));
line.Add(new Position(table.Bounds.Left, table.Bounds.Bottom));
}
if ((border.Parts & BorderPart.Bottom) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(table.Bounds.Left, table.Bounds.Bottom));
line.Add(new Position(table.Bounds.Right, table.Bounds.Bottom));
}
if ((border.Parts & BorderPart.Right) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(table.Bounds.Right, table.Bounds.Bottom));
line.Add(new Position(table.Bounds.Right, table.Bounds.Top));
}
if ((border.Parts & BorderPart.Top) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(table.Bounds.Right, table.Bounds.Top));
line.Add(new Position(table.Bounds.Left, table.Bounds.Top));
}
// If the border style includes inner horizontal then draw
// a top border on all rows except the first
if ((border.Parts & BorderPart.InnerHorizontal) != BorderPart.None)
{
bool firstRow = true;
foreach (TableRowLayout row in table.SubLayouts)
{
if (firstRow)
{
firstRow = false;
continue;
}
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(table.Bounds.Left, row.Bounds.Top));
line.Add(new Position(table.Bounds.Right, row.Bounds.Top));
}
}
// If the border style includes inner vertical then on every row -
// including the first - draw a left border on every cell except the
// first. We can't draw full column borders because a cell may span
// more than one column, so we do a bit of fancy footwork.
if ((border.Parts & BorderPart.InnerVertical) != BorderPart.None)
{
// Build a matrix representing the row/column grid, and then fill
// it with bools indicating whether whether each cell of the grid
// needs a left border. Where a table cell spans more than one
// grid cell, the first spanned grid cell will have "true" and
// the remaning grid cells in the span will have "false".
bool[,] grid = new bool[table.NumSubLayouts, table.ColumnCount];
int rowIndex = 0;
foreach (TableRowLayout row in table.SubLayouts)
{
int colIndex = 0;
foreach (TableCellLayout cell in row.SubLayouts)
{
grid[rowIndex, colIndex] = true;
colIndex += cell.ColumnSpan;
}
++rowIndex;
}
// Plot the top-left corners of all grid cells. (Grid cells, not
// table cells.) We'll also want the the bottom-left corners of
// the cells on the bottom row.
Position[,] points = new Position[table.NumSubLayouts + 1, table.ColumnCount];
rowIndex = 0;
int firstLeft = table.Bounds.Left;
int x = 0;
int y = 0;
foreach (TableRowLayout row in table.SubLayouts)
{
x = firstLeft;
y = row.Bounds.Top;
for (int colIndex = 0; colIndex < table.ColumnCount; ++colIndex)
{
points[rowIndex, colIndex] = new Position(x, y);
x += table.ColumnWidths[colIndex];
}
++rowIndex;
}
// Add the bottom of the last row. In fact we want the bottom of the
// table, because if the table has bottom padding then the bottom of
// the last row will be higher than the bottom of the table.
x = firstLeft;
y = table.Bounds.Bottom;
rowIndex = table.NumSubLayouts;
for (int colIndex = 0; colIndex < table.ColumnCount; ++colIndex)
{
points[rowIndex, colIndex] = new Position(x, y);
x += table.ColumnWidths[colIndex];
}
// Correct the top row's points to allow for any top padding on
// the table, which would have put the top of the first row lower
// than the top of the table
x = firstLeft;
y = table.Bounds.Top;
rowIndex = 0;
for (int colIndex = 0; colIndex < table.ColumnCount; ++colIndex)
{
points[rowIndex, colIndex] = new Position(x, y);
x += table.ColumnWidths[colIndex];
}
// Draw the left-hand borders, skipping the first column because
// that's been covered by the table's own external border. For
// each column move down the rows: start at points[row,col] and
// set a destination of points[row+1,col]. If the flag at the
// corresponding grid[row,col] is set then we want a border there
// so draw a line from the start to the destination, otherwise just
// move to the destination without drawing.
for (int colIndex = 1; colIndex < table.ColumnCount; ++colIndex)
{
for (rowIndex = 0; rowIndex < table.NumSubLayouts; ++rowIndex)
{
Position start = points[rowIndex, colIndex];
Position end = points[rowIndex + 1, colIndex];
bool flag = grid[rowIndex, colIndex];
if (flag)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(start);
line.Add(end);
}
start = end;
}
}
}
Demon.PDF.Color color = Convert.Color(border.Color);
foreach (List <Position> line in lines)
{
page.AddPath(line, border.Thickness, color, null);
}
//TODO: draw all lines in a single PDF path?
}
}
private void RenderPhotoTableLayout(PhotoTableLayout table, Page page)
{
foreach (PhotoRowLayout row in table.SubLayouts)
{
RenderPhotoRowLayout(row, page);
}
// Draw borders around the photos (including their captions)
PhotoStyle style = (PhotoStyle)table.Style;
Border border = style.Border;
if (border.Thickness > 0)
{
List <List <Position> > lines = new List <List <Position> >();
foreach (PhotoRowLayout row in table.SubLayouts)
{
// The row's bounds includes both photo and caption. Note that
// there's no padding possible on a photo table or photo row,
// so we don't have to allow for that.
int top = row.Bounds.Top;
int bottom = row.Bounds.Bottom;
for (int col = 0; col < row.NumPhotos; ++col)
{
int left = row.Bounds.Left + (table.ColumnWdith * col);
int right = left + table.ColumnWdith;
if ((border.Parts & BorderPart.Left) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(left, top));
line.Add(new Position(left, bottom));
}
if ((border.Parts & BorderPart.Right) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(right, top));
line.Add(new Position(right, bottom));
}
if ((border.Parts & BorderPart.Top) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(left, top));
line.Add(new Position(right, top));
}
if ((border.Parts & BorderPart.Bottom) != BorderPart.None)
{
List <Position> line = new List <Position>();
lines.Add(line);
line.Add(new Position(left, bottom));
line.Add(new Position(right, bottom));
}
}
}
Demon.PDF.Color color = Convert.Color(border.Color);
foreach (List <Position> line in lines)
{
page.AddPath(line, border.Thickness, color, null);
}
//TODO: draw all lines in a single PDF path?
}
}