private void _parsePlates()
{
this.Plates = new List<TrsPlate>();
if (_find("[Plate0]") == false)
{
return;
}
currentLine++;
while (Contents[currentLine].Contains("Plate"))
{
currentLine++;
TrsPlate plateToAdd = new TrsPlate();
plateToAdd.JointNumber = Contents[currentLine++].Split('=').Last();
plateToAdd.PlateName = Contents[currentLine++].Split('=').Last();
plateToAdd.Cost = Contents[currentLine++].Split('=').Last();
plateToAdd.Use = Contents[currentLine++].Split('=').Last();
plateToAdd.Errors = Contents[currentLine++].Split('=').Last();
plateToAdd.Notes = Contents[currentLine++].Split('=').Last();
plateToAdd.NumDimensions = Contents[currentLine++].Split('=').Last();
plateToAdd.Points = new List<TrsPoint>();
string[] data = Contents[currentLine++].Split('=', '-', ',');
for(int i = 1; i < data.Length; i += 2)
{
TrsPoint pointToAdd = new TrsPoint();
pointToAdd.X = data[i - 1];
pointToAdd.Y = data[i];
plateToAdd.Points.Add(pointToAdd);
}
plateToAdd.Mispositioned = new List<TrsPoint>();
data = Contents[currentLine++].Split('=', '-', ',');
for (int i = 1; i < data.Length; i += 2)
{
TrsPoint pointToAdd = new TrsPoint();
pointToAdd.X = data[i - 1];
pointToAdd.Y = data[i];
plateToAdd.Mispositioned.Add(pointToAdd);
}
plateToAdd.UnMoved = new TrsPoint();
data = Contents[currentLine++].Split('=', '-', ',');
plateToAdd.UnMoved.X = data[1];
plateToAdd.UnMoved.Y = data[2];
plateToAdd.JSI = Contents[currentLine++].Split('=').Last();
int numGrabs = Convert.ToInt32(Contents[currentLine++].Split('=').Last());
plateToAdd.Grabs = new List<TrsGrab>();
for(int i = 0; i < numGrabs; i++)
{
TrsGrab grabToAdd = new TrsGrab();
data = Contents[currentLine++].Split('=', '|', ',');
grabToAdd.Pt = new TrsPoint();
grabToAdd.Pt.X = data[1];
grabToAdd.Pt.Y = data[2];
grabToAdd.Num1 = data[3];
grabToAdd.Num2 = data[4];
grabToAdd.Num3 = data[5];
grabToAdd.Num4 = data[6];
grabToAdd.Num5 = data[7];
grabToAdd.Num6 = data[8];
plateToAdd.Grabs.Add(grabToAdd);
}
}
}
private void _parseBraces()
{
this.Braces = new List<TrsBrace>();
if (_find("[Braces]") == false)
{
return;
}
_updateLine();
while (Contents[currentLine].Contains("[") == false)
{
string[] data = Contents[currentLine].Split('=', '|', ',');
TrsBrace braceToAdd = new TrsBrace();
braceToAdd.Points = new List<TrsPoint>();
for (int i = 2; i < data.Length; i += 2)
{
TrsPoint pointToAdd = new TrsPoint();
pointToAdd.X = data[i - 1];
pointToAdd.Y = data[i];
braceToAdd.Points.Add(pointToAdd);
}
Braces.Add(braceToAdd);
_updateLine();
}
}
private void _parseChords()
{
this.TopChords = new List<TrsChord>();
this.BottomChords = new List<TrsChord>();
this.Webs = new List<TrsChord>();
//Top
_find("[TOP CHORDS]");
_updateLine();
while (Contents[currentLine].Contains("[TOP CHORDS-CHEEK]") == false)
{
if(Contents[currentLine].Contains("MaxSpGr"))
{
currentLine++; //ToDo: Read in MaxSpGr
continue;
}
string[] data = Contents[currentLine].Split('=', '|', ',');
TrsChord topChordToAdd = new TrsChord();
topChordToAdd.Type = data[1];
topChordToAdd.Depth = data[2];
topChordToAdd.NumPoints = data[3];
topChordToAdd.NA = data[4];
topChordToAdd.Points = new List<TrsPoint>();
int pointer = 4;
for (int j = 1; j <= Convert.ToInt32(topChordToAdd.NumPoints); j++)
{
TrsPoint pointToAdd = new TrsPoint();
pointToAdd.X = data[pointer++];
pointToAdd.Y = data[pointer++];
topChordToAdd.Points.Add(pointToAdd);
}
topChordToAdd.Species = data[pointer++];
topChordToAdd.Grade = data[pointer];
if (Contents[currentLine + 1].Contains("flags"))
{
topChordToAdd.Flags = Contents[++currentLine].Split('=').Last();
}
this.TopChords.Add(topChordToAdd);
_updateLine();
}
//Top-Cheek
_updateLine();
for (int i = 0; i < TopChords.Count; i++)
{
string[] data = Contents[currentLine].Split('=', '|');
this.TopChords[i].Cheek = new TrsChordCheek();
this.TopChords[i].Cheek.Num1 = data[1];
this.TopChords[i].Cheek.Num2 = data[2];
this.TopChords[i].Cheek.Num3 = data[3];
this.TopChords[i].Cheek.Num4 = data[4];
this.TopChords[i].Cheek.Num5 = data[5];
this.TopChords[i].Cheek.Num6 = data[6];
this.TopChords[i].Cheek.Num7 = data[7];
this.TopChords[i].Cheek.Num8 = data[8];
_updateLine();
_updateLine();
}
//Top-Notes
while (Contents[currentLine].Contains("[TOP CHORDS-NOTES]") == false)
{
_updateLine();
}
_updateLine();
for(int i = 0; i < TopChords.Count; i++)
{
this.TopChords[i].Notes = Contents[currentLine++].Split('=').Last();
}
//Bottom
while (Contents[currentLine].Contains("[BOTTOM CHORDS]") == false)
{
_updateLine();
}
_updateLine();
//Bottom-Cheek
while (Contents[currentLine].Contains("[BOTTOM CHORDS-CHEEK]") == false)
{
if (Contents[currentLine].Contains("MaxSpGr"))
{
currentLine++; //ToDo: Read in MaxSpGr
continue;
}
string[] data = Contents[currentLine].Split('=', '|', ',');
TrsChord bottomChordToAdd = new TrsChord();
bottomChordToAdd.Type = data[1];
bottomChordToAdd.Depth = data[2];
bottomChordToAdd.NumPoints = data[3];
bottomChordToAdd.NA = data[4];
bottomChordToAdd.Points = new List<TrsPoint>();
int pointer = 4;
for (int j = 1; j <= Convert.ToInt32(bottomChordToAdd.NumPoints); j++)
{
TrsPoint pointToAdd = new TrsPoint();
pointToAdd.X = data[pointer++];
pointToAdd.Y = data[pointer++];
bottomChordToAdd.Points.Add(pointToAdd);
}
bottomChordToAdd.Species = data[pointer++];
bottomChordToAdd.Grade = data[pointer];
if (Contents[currentLine + 1].Contains("flags"))
{
bottomChordToAdd.Flags = Contents[++currentLine].Split('=').Last();
}
this.BottomChords.Add(bottomChordToAdd);
_updateLine();
}
_updateLine();
for (int i = 0; i < BottomChords.Count; i++)
{
string[] data = Contents[currentLine].Split('=', '|');
this.BottomChords[i].Cheek = new TrsChordCheek();
this.BottomChords[i].Cheek.Num1 = data[1];
this.BottomChords[i].Cheek.Num2 = data[2];
this.BottomChords[i].Cheek.Num3 = data[3];
this.BottomChords[i].Cheek.Num4 = data[4];
this.BottomChords[i].Cheek.Num5 = data[5];
this.BottomChords[i].Cheek.Num6 = data[6];
this.BottomChords[i].Cheek.Num7 = data[7];
this.BottomChords[i].Cheek.Num8 = data[8];
_updateLine();
_updateLine();
}
//Bottom-Notes
while (Contents[currentLine].Contains("[BOTTOM CHORDS-NOTES]") == false)
{
_updateLine();
}
_updateLine();
for (int i = 0; i < BottomChords.Count; i++)
{
this.BottomChords[i].Notes = Contents[currentLine].Split('=').Last();
_updateLine();
}
while (Contents[currentLine].Contains("[WEBS]") == false)
{
_updateLine();
}
_updateLine();
//Webs
while (Contents[currentLine].Contains("[WEBS-CHEEK]") == false)
{
if (Contents[currentLine].Contains("MaxSpGr"))
{
currentLine++; //ToDo: Read in MaxSpGr
continue;
}
string[] data = Contents[currentLine].Split('=', '|', ',');
TrsChord webToAdd = new TrsChord();
webToAdd.Type = data[1];
webToAdd.Depth = data[2];
webToAdd.NumPoints = data[3];
webToAdd.NA = data[4];
webToAdd.Points = new List<TrsPoint>();
int pointer = 4;
for (int j = 1; j <= Convert.ToInt32(webToAdd.NumPoints); j++)
{
TrsPoint pointToAdd = new TrsPoint();
pointToAdd.X = data[pointer++];
pointToAdd.Y = data[pointer++];
webToAdd.Points.Add(pointToAdd);
}
webToAdd.Species = data[pointer++];
webToAdd.Grade = data[pointer];
if(Contents[currentLine+1].Contains("flags"))
{
webToAdd.Flags = Contents[++currentLine].Split('=').Last();
}
this.Webs.Add(webToAdd);
_updateLine();
}
_updateLine();
//Web-Cheek
for (int i = 0; i < Webs.Count; i++)
{
string[] data = Contents[currentLine].Split('=', '|');
this.Webs[i].Cheek = new TrsChordCheek();
this.Webs[i].Cheek.Num1 = data[1];
this.Webs[i].Cheek.Num2 = data[2];
this.Webs[i].Cheek.Num3 = data[3];
this.Webs[i].Cheek.Num4 = data[4];
this.Webs[i].Cheek.Num5 = data[5];
this.Webs[i].Cheek.Num6 = data[6];
this.Webs[i].Cheek.Num7 = data[7];
this.Webs[i].Cheek.Num8 = data[8];
_updateLine();
_updateLine();
}
//Web-Notes
while (Contents[currentLine].Contains("[WEBS-NOTES]") == false)
{
_updateLine();
}
_updateLine();
for (int i = 0; i < Webs.Count; i++)
{
this.Webs[i].Notes = Contents[currentLine].Split('=').Last();
_updateLine();
}
}
