public LineLayout(string l, TTFText atm, bool initialize)
{
offset = 0;
linetext = "";
hspacing = atm.Hspacing;
tm = atm;
linewidth = tm.CurrentTextStyle.LineWidth;
advancedir = Vector3.right;
charadvances = new float[default_alloc]; // for each character this is the ideal advance
charpositions = new float[default_alloc]; // we shall allow user to set up each character individually
charheights = new float[default_alloc];
charstyleindex = new int[default_alloc];
charmetadata = new object[default_alloc];
for (int j = 0; j < default_alloc; j++)
{
charstyleindex [j] = -1;
}
advancelen = 0;
lineno = 0;
align = tm.CurrentTextStyle.ParagraphAlignment;
AppendText(l);
//ComputeMetricInfo();
if (initialize)
{
ComputeCharacterPositions();
}
}
float Xmin0 = 0; // leftmost boundary for the first glyph of this line
#endregion Fields
#region Constructors
public LineLayout(string l, TTFText atm, bool initialize)
{
offset = 0;
linetext = "";
hspacing = atm.Hspacing;
tm = atm;
linewidth = tm.CurrentTextStyle.LineWidth;
advancedir = Vector3.right;
charadvances = new float[default_alloc]; // for each character this is the ideal advance
charpositions = new float[default_alloc]; // we shall allow user to set up each character individually
charheights = new float[default_alloc];
charstyleindex = new int[default_alloc];
charmetadata = new object[default_alloc];
for (int j=0; j<default_alloc; j++) {
charstyleindex [j] = -1;
}
advancelen = 0;
lineno = 0;
align = tm.CurrentTextStyle.ParagraphAlignment;
AppendText (l);
//ComputeMetricInfo();
if (initialize) {
ComputeCharacterPositions ();
}
}
public TTFTextStyle SetParagraphAlignment(TTFText.ParagraphAlignmentEnum s)
{
ParagraphAlignment = s;
return(this);
}
