public NumberPair(NumberPair src)
{
UnitMeasureHorizontal = src.UnitMeasureHorizontal;
IsRelativeFontVertical = src.IsRelativeFontVertical;
IsRelativeFontHorizontal = src.IsRelativeFontHorizontal;
IsRelativeVertical = src.IsRelativeVertical;
IsRelativeHorizontal = src.IsRelativeHorizontal;
UnitMeasureVertical = src.UnitMeasureVertical;
IsRelativeFontVertical = src.IsRelativeFontVertical;
IsRelativeVertical = src.IsRelativeVertical;
m_horizontalValue = src.m_horizontalValue;
m_verticalValue = src.m_verticalValue;
}
/// <summary>
/// Parse a padding thickness expression
/// </summary>
/// <param name="expression"></param>
public PaddingThickness(string expression)
{
char[] whitespace = { ' ' };
/// the spec implies no whitespace except between components
/// and this will fail eg if someone does rgb(1, 2, 3)
string[] components = expression.Split(whitespace);
// NumberPair p;
// double dummy = 0;
if (components.Length == 4)
{ // If four <length> specifications are provided, then they apply to before, end, after, and start edges, respectively.
p1 = new NumberPair(components[0] + " " + components[2]);
//WidthBefore = p.First;
//WidthEnd = p.Second;
p2 = new NumberPair(components[3] + " " + components[1]);
//WidthAfter = p.First;
//WidthStart = p.Second;
}
else if (components.Length == 3)
{ // If three <length> specifications are provided, then the first applies to the
// before edge, the second applies to the start and end edges, and the third
// applies to the after edge
p1 = new NumberPair(components[0] + " " + components[2]);
//WidthBefore = p.First;
//WidthStart = WidthEnd = p.Second;
p2 = new NumberPair(components[1] + components[1]);
//WidthAfter = p.First;
}
else if (components.Length == 2)
{ // If the value consists of two <length> specifications, then the first applies
// to the before and after edges, and the second applies to the start and end edges
p1 = new NumberPair(components[0] + " " + components[0]);
p2 = new NumberPair(components[1] + " " + components[1]);
//WidthBefore = WidthAfter = p.First;
//WidthStart = WidthEnd = p.Second;
}
else if (components.Length == 1)
{
p1 = new NumberPair(components[0] + " " + components[0]);
p2 = new NumberPair(components[0] + " " + components[0]);
// WidthBefore = WidthAfter = WidthStart = WidthEnd = p.First;
}
else
{
throw new TimedTextException("invalid padding expression");
}
}
/// <summary>
/// Parse a text outline expression
/// </summary>
/// <param name="expression"></param>
public TextOutline(string expression)
{
ColorDefined = false;
char[] sep = { ' ', ',' };
if (expression == "none")
{
StrokeColor = Colors.Black;
p = new NumberPair("0px", true);
return;
}
/// the spec implies no whitespace except between components
/// and this will fail eg if someone does rgb(1, 2, 3)
string[] components = expression.Split(sep, StringSplitOptions.RemoveEmptyEntries);
try
{
// treat first component as a color
StrokeColor = ColorExpression.Parse(components[0]);
ColorDefined = true;
}
catch (TimedTextException)
{
}
if (components.Length == 3)
{
p = new NumberPair(components[1] + " " + components[2]);
}
else if (components.Length == 2 && !ColorDefined)
{
p = new NumberPair(components[0] + " " + components[1]);
}
else if (components.Length == 2 && ColorDefined)
{
p = new NumberPair(components[1] + " 0px");
}
else if (components.Length == 1)
{
p = new NumberPair(components[0] + " 0px");
}
else
{
throw new TimedTextException("invalid outline expression");
}
}
public NumberPair(NumberPair src)
{
UnitMeasureHorizontal = src.UnitMeasureHorizontal;
IsRelativeFontVertical = src.IsRelativeFontVertical;
IsRelativeFontHorizontal = src.IsRelativeFontHorizontal;
IsRelativeVertical = src.IsRelativeVertical;
IsRelativeHorizontal = src.IsRelativeHorizontal;
UnitMeasureVertical = src.UnitMeasureVertical;
IsRelativeFontVertical = src.IsRelativeFontVertical;
IsRelativeVertical = src.IsRelativeVertical;
m_horizontalValue = src.m_horizontalValue;
m_verticalValue = src.m_verticalValue;
}
/// <summary>
/// Parse a padding thickness expression
/// </summary>
/// <param name="expression"></param>
public PaddingThickness(string expression)
{
char[] whitespace = { ' ' };
/// the spec implies no whitespace except between components
/// and this will fail eg if someone does rgb(1, 2, 3)
string[] components = expression.Split(whitespace);
// NumberPair p;
// double dummy = 0;
if (components.Length == 4)
{ // If four <length> specifications are provided, then they apply to before, end, after, and start edges, respectively.
p1 = new NumberPair(components[0] + " " + components[2]);
//WidthBefore = p.First;
//WidthEnd = p.Second;
p2 = new NumberPair(components[3] + " " + components[1]);
//WidthAfter = p.First;
//WidthStart = p.Second;
}
else if (components.Length == 3)
{ // If three <length> specifications are provided, then the first applies to the
// before edge, the second applies to the start and end edges, and the third
// applies to the after edge
p1 = new NumberPair(components[0] + " " + components[2]);
//WidthBefore = p.First;
//WidthStart = WidthEnd = p.Second;
p2 = new NumberPair(components[1] + components[1]);
//WidthAfter = p.First;
}
else if (components.Length == 2)
{ // If the value consists of two <length> specifications, then the first applies
// to the before and after edges, and the second applies to the start and end edges
p1 = new NumberPair(components[0] + " " + components[0]);
p2 = new NumberPair(components[1] + " " + components[1]);
//WidthBefore = WidthAfter = p.First;
//WidthStart = WidthEnd = p.Second;
}
else if (components.Length == 1)
{
p1 = new NumberPair(components[0] + " " + components[0]);
p2 = new NumberPair(components[0] + " " + components[0]);
// WidthBefore = WidthAfter = WidthStart = WidthEnd = p.First;
}
else
{
throw new TimedTextException("invalid padding expression");
}
}
/// <summary>
/// Parse a text outline expression
/// </summary>
/// <param name="expression"></param>
public TextOutline(string expression)
{
ColorDefined = false;
char[] sep = { ' ', ',' };
if (expression == "none")
{
StrokeColor = Colors.Black;
p = new NumberPair("0px", true);
return;
}
/// the spec implies no whitespace except between components
/// and this will fail eg if someone does rgb(1, 2, 3)
string[] components = expression.Split(sep, StringSplitOptions.RemoveEmptyEntries);
// treat first component as a color
Color color;
if (ColorExpression.TryParse(components[0], out color))
{
StrokeColor = color;
ColorDefined = true;
}
if (components.Length == 3)
{
p = new NumberPair(components[1] + " " + components[2]);
}
else if (components.Length == 2 && !ColorDefined)
{
p = new NumberPair(components[0] + " " + components[1]);
}
else if (components.Length == 2 && ColorDefined)
{
p = new NumberPair(components[1] + " 0px");
}
else if (components.Length == 1)
{
p = new NumberPair(components[0] + " 0px");
}
else
{
throw new TimedTextException("invalid outline expression");
}
}
/// <summary>
/// Parse a text outline expression
/// </summary>
/// <param name="expression"></param>
public TextOutline(string expression)
{
ColorDefined = false;
char [] whitespace = { ' ' };
if (expression == "none")
{
StrokeColor = Colors.Black;
p = new NumberPair("0px");
return;
}
/// the spec implies no whitespace except between components
/// and this will fail eg if someone does rgb(1, 2, 3)
string[] components = expression.Split(whitespace);
try
{
// treat first component as a color
StrokeColor = ColorExpression.Parse(components[0]);
ColorDefined = true;
}
catch (TimedTextException)
{
}
if (components.Length == 3)
{
p = new NumberPair(components[1] + " " + components[2]);
}
else if (components.Length == 2 && !ColorDefined)
{
p = new NumberPair(components[0] + " " + components[1]);
}
else if (components.Length == 2 && ColorDefined)
{
p = new NumberPair(components[1] + " 0px");
}
else if (components.Length == 1)
{
p = new NumberPair(components[0] + " 0px");
}
else
{
throw new TimedTextException("invalid outline expression");
}
}
