private int currentLine; //Pointer to keep track of where in the file we are
#endregion Fields
#region Methods
private void _parseBearingInfo()
{
currentLine = 550;
_parseLine43();
this.Bearings = new List<TreBearing>();
for(int i = 0; i < Convert.ToInt32(this.NumberOfBearings); i++)
{
string[] contentsToParse = Contents[currentLine].Split(' ');
this.Bearings.Add(new TreBearing(contentsToParse));
currentLine++;
}
_parseLine45();
string[] pointToParse = Contents[currentLine].Split(' ');
this.BearingPoints = new List<TrePoint>();
do
{
TrePoint pointToAdd = new TrePoint();
pointToAdd.X = pointToParse[0];
pointToAdd.Y = pointToParse[1];
currentLine++;
pointToParse = Contents[currentLine].Split(' ');
this.BearingPoints.Add(pointToAdd);
}
while (pointToParse.Length > 1);
//Lines 47 & 48
this.NumberOfSegments = pointToParse[0];
if (Convert.ToInt32(NumberOfSegments) > 0)
{
currentLine++;
string[] panelsToParse = Contents[currentLine].Split(' ');
this.NumberOfPanelsForSegmentAtIndex = new List<string>();
for (int i = 0; i < Convert.ToInt32(NumberOfSegments); i++)
{
this.NumberOfPanelsForSegmentAtIndex.Add(panelsToParse[i]);
}
}
currentLine++;
//Hip Extensions
this.HipExtensions = new List<TreHipExension>();
this.NumberOfCalHipExtensions = Contents[currentLine].Split(' ')[0];
currentLine++;
for (int i = 0; i < Convert.ToInt32(NumberOfCalHipExtensions); i++)
{
string[] hipExtensionToParse = Contents[currentLine].Split(' ');
this.HipExtensions.Add(new TreHipExension(hipExtensionToParse));
currentLine++;
}
//Drop Tops
this.DropTops = new List<TreDropTop>();
this.NumberOfDropTops = Contents[currentLine].Split(' ')[0];
currentLine++;
for (int i = 0; i < Convert.ToInt32(NumberOfCalHipExtensions); i++)
{
string[] hipExtensionToParse = Contents[currentLine].Split(' ');
this.HipExtensions.Add(new TreHipExension(hipExtensionToParse));
currentLine++;
}
}
private void _parseLine32(TreMember treMember)
{
// Parse line 32 (see MiTek's documentation file for the TRE file format)
// Line 32 is the fourth line of member data for each member
// So go to the fourth line of the first member (_memberInfoIndex + 5)
// And then adjust based on which member we're on ( + i * 5) (5 lines per member)
string[] line32 = Contents[currentLine].Trim().Split(','); // Split on comma, these are points
if (line32.Length % 2 != 0)
{
throw new Exception("Problem while parsing a member in TRE file line " + 111 + ": there is an odd number of numbers - should be even because represents points, which are in pairs (x,y)");
}
List<TrePoint> points = new List<TrePoint>();
for (int j = 0; j < line32.Length; j = j + 2) // Advance by two because we're going point by point
{
TrePoint point = new TrePoint();
point.X = line32[j].Trim();
point.Y = line32[j + 1].Trim();
points.Add(point);
}
currentLine++;
}
private void _parseBearingInfo()
{
while(Contents[currentLine].Trim().Equals("BEARING INFO") == false) //ToDo: Parse info between member and bearing
{
this.Unknown7 += Contents[currentLine++];
}
currentLine++;
_parseLine43();
this.TreBearings = new List<TreBearing>();
for (int i = 0; i < Convert.ToInt32(this.NumberOfBearings); i++)
{
string[] contentsToParse = Contents[currentLine].Split(' ');
this.TreBearings.Add(new TreBearing(contentsToParse));
currentLine++;
}
_parseLine45();
string[] pointToParse = Contents[currentLine].Split(' ');
this.BearingPoints = new List<TrePoint>();
do
{
TrePoint pointToAdd = new TrePoint();
pointToAdd.X = pointToParse[0].Trim();
pointToAdd.Y = pointToParse[1].Trim();
currentLine++;
pointToParse = Contents[currentLine].Split(' ');
this.BearingPoints.Add(pointToAdd);
}
while (pointToParse.Length > 1);
/* TODO: Unknown8
//Lines 47 & 48
this.NumberOfSegments = pointToParse[0].Trim();
if (Convert.ToInt32(NumberOfSegments) > 0)
{
currentLine++;
string[] panelsToParse = Contents[currentLine].Split(' ');
this.NumberOfPanelsForSegmentAtIndex = new List<string>();
for (int i = 0; i < Convert.ToInt32(NumberOfSegments); i++)
{
this.NumberOfPanelsForSegmentAtIndex.Add(panelsToParse[i]);
}
}
currentLine++;
//Hip Extensions
this.HipExtensions = new List<TreHipExension>();
this.NumberOfCalHipExtensions = Contents[currentLine].Split(' ')[0].Trim();
currentLine++;
for (int i = 0; i < Convert.ToInt32(NumberOfCalHipExtensions); i++)
{
string[] hipExtensionToParse = Contents[currentLine].Split(' ');
this.HipExtensions.Add(new TreHipExension(hipExtensionToParse));
currentLine++;
}
//Drop Tops
this.DropTops = new List<TreDropTop>();
this.NumberOfDropTops = Contents[currentLine].Split(' ')[0].Trim();
currentLine++;
for (int i = 0; i < Convert.ToInt32(NumberOfCalHipExtensions); i++)
{
string[] dropTopsToParse = Contents[currentLine].Split(' ');
this.DropTops.Add(new TreDropTop(dropTopsToParse));
currentLine++;
}
*/
}