public string SetText(string thetext)
{
string StringOut = "";
if (thetext.Length > 0 && !(lasttext == thetext))
{
lasttext = thetext;
//convert tilemap to point list
List<tmap> instruction = new List<tmap>();
bool ignore = false;
int dr = 0;
int dc = 0;
//int maxcol = 22;//the destination...
for (int p = 0; p < thetext.Length; p++)
{
char c = thetext[p]; //support up to 4 characters/(bytes in a control code) for a single tile
string c2 = (thetext.Length > p + 1) ? thetext[p] + thetext[p + 1].ToString() : "~herp";
string c3 = (thetext.Length > p + 2) ? thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString() : "~herp";
string c4 = (thetext.Length > p + 3) ? thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString() + thetext[p + 3].ToString() : "~herp";
string used = "";
if (c == '[')
{
ignore = true;
used = c.ToString();
}
else if (c == ']')
{
ignore = false;
used = c.ToString();
}
else if (c == '\r')
{
dr++;
p++;
dc = 0;
used = "\r\n";
}
else if (c == ' ' && !ignore)
{
tmap tm = new tmap();
tm.Source = new Point(-1, -1);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc += (Settings.Default.VisualTileWidth / 2); //spaces are a half-width
used = c.ToString();
}
else if (!ignore)
{
if (tilemap.ContainsKey(c4))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c4].col, tilemap[c4].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c4.Length - 1;
dc += tilemap[c4].width-1;
used = c4;
}
else if (tilemap.ContainsKey(c3))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c3].col, tilemap[c3].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c3.Length - 1;
dc += tilemap[c3].width-1;
used = c3;
}
else if (tilemap.ContainsKey(c2))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c2].col, tilemap[c2].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c2.Length - 1;
dc += tilemap[c2].width-1;
used = c2;
}
else if (tilemap.ContainsKey(c.ToString()))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c.ToString()].col, tilemap[c.ToString()].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc += tilemap[c.ToString()].width-1;
used = c.ToString();
}
}
else
{//character ignored by the preview
used = c.ToString();
}
//build the output string
//if max tiles per line width is exceeded, increment the dr (drawing row)
if (dc > (Settings.Default.MaxTilesPerLine * Settings.Default.VisualTileWidth))
{
dr++;
dc = 0;
//find the last space character and apply line break there... if none, just do it here.
string[] sp = StringOut.Split(' ');
if (sp.Length > 0)
{
StringOut = "";
for (int hc = 0; hc < sp.Length; hc++)
{
if (hc == sp.Length - 1)
{//last one
StringOut += "\r\n" + sp[hc];
}
else
{//any other
StringOut += ((StringOut == "") ? "" : " ") + sp[hc];
}
}
StringOut += used;
}
else
{
StringOut += "\r\n" + used;
}
}
else
{//we havent gone beyond the line width
StringOut += used;
}
}
DrawText(font, instruction);
}
return StringOut;
}
public void SetText(string thetext)
{
if (thetext.Length > 0 && !(lasttext == thetext))
{
lasttext = thetext;
//convert tilemap to point list
List <tmap> instruction = new List <tmap>();
bool ignore = false;
int dr = 0;
int dc = 0;
//int maxcol = 22;//the destination...
for (int p = 0; p < thetext.Length; p++)
{
char c = thetext[p]; //support up to 4 characters in a single tile
string c2 = (thetext.Length > p + 1) ? thetext[p] + thetext[p + 1].ToString() : "~herp";
string c3 = (thetext.Length > p + 2) ?thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString(): "~herp";
string c4 = (thetext.Length > p + 3) ?thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString() + thetext[p + 3].ToString() : "~herp";
//foreach (char c in thetext)
//{
if (c == '[')
{
ignore = true;
}
else if (c == ']')
{
ignore = false;
}
else if (c == '\r')
{
dr++;
p++;
dc = 0;
}
else if (c == ' ' && !ignore)
{
tmap tm = new tmap();
tm.Source = new Point(-1, -1);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc++;
}
else if (!ignore)
{
if (tilemap.ContainsKey(c4))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c4].col, tilemap[c4].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c4.Length - 1;
dc++;
}
else if (tilemap.ContainsKey(c3))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c3].col, tilemap[c3].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c3.Length - 1;
dc++;
}
else if (tilemap.ContainsKey(c2))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c2].col, tilemap[c2].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c2.Length - 1;
dc++;
}
else if (tilemap.ContainsKey(c.ToString()))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c.ToString()].col, tilemap[c.ToString()].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc++;
}
}
//}
}
DrawText(font, instruction);
}
}
public string SetText(string thetext)
{
string StringOut = "";
if (thetext.Length > 0 && !(lasttext == thetext))
{
lasttext = thetext;
//convert tilemap to point list
List <tmap> instruction = new List <tmap>();
bool ignore = false;
int dr = 0;
int dc = 0;
//int maxcol = 22;//the destination...
for (int p = 0; p < thetext.Length; p++)
{
char c = thetext[p]; //support up to 4 characters/(bytes in a control code) for a single tile
string c2 = (thetext.Length > p + 1) ? thetext[p] + thetext[p + 1].ToString() : "~herp";
string c3 = (thetext.Length > p + 2) ? thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString() : "~herp";
string c4 = (thetext.Length > p + 3) ? thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString() + thetext[p + 3].ToString() : "~herp";
string used = "";
if (c == '[')
{
ignore = true;
used = c.ToString();
}
else if (c == ']')
{
ignore = false;
used = c.ToString();
}
else if (c == '\r')
{
dr++;
p++;
dc = 0;
used = "\r\n";
}
else if (c == ' ' && !ignore)
{
tmap tm = new tmap();
tm.Source = new Point(-1, -1);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc += (Settings.Default.VisualTileWidth / 2); //spaces are a half-width
used = c.ToString();
}
else if (!ignore)
{
if (tilemap.ContainsKey(c4))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c4].col, tilemap[c4].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c4.Length - 1;
dc += tilemap[c4].width - 1;
used = c4;
}
else if (tilemap.ContainsKey(c3))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c3].col, tilemap[c3].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c3.Length - 1;
dc += tilemap[c3].width - 1;
used = c3;
}
else if (tilemap.ContainsKey(c2))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c2].col, tilemap[c2].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c2.Length - 1;
dc += tilemap[c2].width - 1;
used = c2;
}
else if (tilemap.ContainsKey(c.ToString()))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c.ToString()].col, tilemap[c.ToString()].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc += tilemap[c.ToString()].width - 1;
used = c.ToString();
}
}
else
{//character ignored by the preview
used = c.ToString();
}
//build the output string
//if max tiles per line width is exceeded, increment the dr (drawing row)
if (dc > (Settings.Default.MaxTilesPerLine * Settings.Default.VisualTileWidth))
{
dr++;
dc = 0;
//find the last space character and apply line break there... if none, just do it here.
string[] sp = StringOut.Split(' ');
if (sp.Length > 0)
{
StringOut = "";
for (int hc = 0; hc < sp.Length; hc++)
{
if (hc == sp.Length - 1)
{//last one
StringOut += "\r\n" + sp[hc];
}
else
{//any other
StringOut += ((StringOut == "") ? "" : " ") + sp[hc];
}
}
StringOut += used;
}
else
{
StringOut += "\r\n" + used;
}
}
else
{//we havent gone beyond the line width
StringOut += used;
}
}
DrawText(font, instruction);
}
return(StringOut);
}
public void SetText(string thetext)
{
if (thetext.Length > 0 && !(lasttext == thetext))
{
lasttext = thetext;
//convert tilemap to point list
List<tmap> instruction = new List<tmap>();
bool ignore = false;
int dr = 0;
int dc = 0;
//int maxcol = 22;//the destination...
for (int p = 0; p < thetext.Length; p++)
{
char c = thetext[p]; //support up to 4 characters in a single tile
string c2 = (thetext.Length > p + 1) ? thetext[p] + thetext[p + 1].ToString() : "~herp";
string c3 = (thetext.Length > p + 2) ?thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString(): "~herp";
string c4 = (thetext.Length > p + 3) ?thetext[p] + thetext[p + 1].ToString() + thetext[p + 2].ToString() + thetext[p + 3].ToString() : "~herp";
//foreach (char c in thetext)
//{
if (c == '[')
{
ignore = true;
}
else if (c == ']')
{
ignore = false;
}
else if (c == '\r')
{
dr++;
p++;
dc = 0;
}
else if (c == ' ' && !ignore)
{
tmap tm = new tmap();
tm.Source = new Point(-1, -1);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc++;
}
else if (!ignore)
{
if (tilemap.ContainsKey(c4))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c4].col, tilemap[c4].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c4.Length - 1;
dc++;
}
else if (tilemap.ContainsKey(c3))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c3].col, tilemap[c3].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c3.Length - 1;
dc++;
}
else if (tilemap.ContainsKey(c2))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c2].col, tilemap[c2].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
p += c2.Length - 1;
dc++;
}
else if (tilemap.ContainsKey(c.ToString()))
{
tmap tm = new tmap();
tm.Source = new Point(tilemap[c.ToString()].col, tilemap[c.ToString()].row);
tm.Dest = new Point(dc, dr);
instruction.Add(tm);
dc++;
}
}
//}
}
DrawText(font, instruction);
}
}
