internal override byte[] Contents()
{
PdfBoundingBox bounding_box = new PdfBoundingBox(Rectange, Page.Area.Height);
return(Util.StringToBytes(
$"q\n" +
$"{bounding_box.Width} 0 0 {bounding_box.Height} {bounding_box.LLx} {bounding_box.LLy} cm\n" +
$"{ElementName} Do\n" +
$"Q\n"));
}
public PdfFontMetrics(string font_name, string family_name, bool is_fixed_pitch, bool is_bold, bool is_italic, double italic_angle, int ul_pos, int ul_th, int bb_llx, int bb_lly, int bb_urx, int bb_ury)
{
FontName = font_name;
FamilyName = family_name;
IsFixedPitch = is_fixed_pitch;
IsBold = is_bold;
IsItalic = is_italic;
ItalicAngle = italic_angle;
UnderlinePosition = ul_pos;
UnderlineThickness = ul_th;
FontBBox = new PdfBoundingBox(bb_llx, bb_lly, bb_urx, bb_ury);
glyphMetrics = new Dictionary <int, PdfGlyphMetrics>();
kerningPairs = new Dictionary <int, int>();
}
public PdfGlyphMetrics(string glyph_name, int width, int llx, int lly, int urx, int ury)
{
GlyphName = glyph_name;
Width = width;
BBox = new PdfBoundingBox(llx, lly, urx, ury);
}
internal override byte[] Contents()
{
Refresh();
List <byte> contents = new List <byte>();
PdfBoundingBox bounding_box = CalcBoundingBox(_abs_rectangle);
var rotation = CalcRotation();
// aplicar matriz de transformação
if ((BoxLayout != null) || ((_lines_out?.Length ?? 0) > 0))
{
byte[] ctm_bytes = Util.StringToBytes(
$"q\n" +
$"{Util.FormatDouble(rotation.a)}\x20" +
$"{Util.FormatDouble(rotation.b)}\x20" +
$"{Util.FormatDouble(rotation.c)}\x20" +
$"{Util.FormatDouble(rotation.d)}\x20" +
$"{Util.FormatDouble(bounding_box.LLx)}\x20" +
$"{Util.FormatDouble(bounding_box.LLy)}\x20" +
$"cm\n");
contents.AddRange(ctm_bytes);
}
// desenhar retânguilo
if (BoxLayout != null)
{
contents.AddRange(DrawBox(BoxLayout, bounding_box.Width, bounding_box.Height));
}
// escrever linhas de texto
if ((_lines_out?.Length ?? 0) > 0)
{
// início do bloco de texto
contents.AddRange(Util.StringToBytes($"BT\n"));
double pos_x = -CalcTextStartX(_text_width);
double pos_y = -CalcTextStartY(_text_height);
// plotar linhas de texto de baixo para cima
foreach (var line_out in _lines_out)
{
byte[] pdf_string = Encoding.GetEncoding(line_out.CodePage).GetBytes(line_out.Text);
double line_x = CalcTextX(line_out.HAlign, line_out.Width);
if (line_out.Color != null)
{
contents.AddRange(Util.StringToBytes(
$"{Util.FormatDouble(line_out.Color.Red)} {Util.FormatDouble(line_out.Color.Green)} {Util.FormatDouble(line_out.Color.Blue)} rg\n"
));
}
contents.AddRange(Util.StringToBytes(
$"{line_out.FontName} {line_out.TextScale} Tf\n" +
$"{Util.FormatDouble(line_out.WordSpacing)} Tw\n" +
$"{Util.FormatDouble(line_x - pos_x)} {Util.FormatDouble(line_out.Y - pos_y)} Td\n" +
$"("));
foreach (byte text_byte in pdf_string)
{
if ((text_byte == 0x28) || (text_byte == 0x29) || (text_byte == 0x5c))
{
contents.Add((byte)'\\');
}
contents.Add(text_byte);
}
contents.AddRange(Util.StringToBytes($") Tj\n"));
pos_x = line_x;
pos_y = line_out.Y;
}
// finalizar texto
contents.AddRange(Util.StringToBytes($"ET\n"));
}
// restaurar estado gráfico
if ((BoxLayout != null) || ((_lines_out?.Length ?? 0) > 0))
{
contents.AddRange(Util.StringToBytes($"Q\n"));
}
return(contents.ToArray());
}
