private void _parseLine33(TreMember treMember)
{
var itemsOnLine33 = 4;
string[] line33 = Contents[currentLine].Trim().Split(' ');
if (line33.Length < itemsOnLine33)
{
throw new Exception("Problem while parsing a member in TRE file line " + 112 + ": should be " + itemsOnLine33 + " items but found only " + line33.Length);
}
treMember.leftBevelType = line33[0];
treMember.rightBevelType = line33[1];
treMember.leftBevelAngle = line33[2];
treMember.rightBevelAngle = line33[3];
currentLine++;
}
private void _parseMemberInfo()
{
TreMemberInfo treMemberInfo = new TreMemberInfo();
treMemberInfo.TreMembers = new List<TreMember>();
// The line numbers should not be understood as concrete, but as pointers to the line specified in the Mitek documentation
currentLine = 107;
_parseLine25(treMemberInfo);
_parseLine26(treMemberInfo);
// Set truss members
for (int i = 0; i < Convert.ToInt32(treMemberInfo.NumberOfMembers); i++)
{
TreMember treMember = new TreMember();
// Parse the five lines that make up a truss member
// The line numbers should not be understood as concrete, but as pointers to the line specified in the Mitek documentation
_parseLine27(treMember);
_parseLine28(treMember);
_parseLine31(treMember);
_parseLine32(treMember);
_parseLine33(treMember);
treMemberInfo.TreMembers.Add(treMember);
}
}
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 _parseLine31(TreMember treMember)
{
// Parse line 31 (see MiTek's documentation file for the TRE file format)
// Line 31 is the third line of member data for each member
// So go to the third line of the first member (_memberInfoIndex + 5)
// And then adjust based on which member we're on ( + i * 5) (5 lines per member)
var itemsOnLine31 = 16;
string[] line31 = Contents[currentLine].Trim().Split(',');
if (line31.Length < itemsOnLine31)
{
throw new Exception("Problem while parsing a member in TRE file line " + 111 + ": should be " + itemsOnLine31 + " items but found only " + line31.Length);
}
treMember.MemberSize = line31[0];
treMember.MemberGrade = line31[1];
treMember.MemberSpecies = line31[2];
treMember.MemberThickness = line31[3];
treMember.MemberWidth = line31[4];
treMember.MemberShortLength = line31[5];
treMember.MemberCenterLength = line31[6];
treMember.MemberLongLength = line31[7];
treMember.MemberOverallLength = line31[8];
treMember.PointsOnMember = line31[9];
treMember.MemberLabelLine31 = line31[10];
treMember.PointsOnLeftEndOfMember = line31[11];
treMember.MemberStockLength = line31[12];
treMember.MemberCost = line31[13];
currentLine++;
}
private void _parseLine28(TreMember treMember)
{
// Parse line 28 (see MiTek's documentation file for the TRE file format)
// Line 28 is the second line of member data for each member
// So go to the second line of the first member (_memberInfoIndex + 4)
// And then adjust based on which member we're on ( + i * 5) (5 lines per member)
var itemsOnLine28 = 2;
string[] line28 = Contents[currentLine].Trim().Split(' ');
if (line28.Length < itemsOnLine28)
{
throw new Exception("Problem while parsing a member in TRE file line " + 110 + ": should be " + itemsOnLine28 + " items but found only " + line28.Length);
}
treMember.OriginalLumberIndex = line28[0];
treMember.GableStudFlag = line28[1];
currentLine++;
}
private void _parseLine27(TreMember treMember)
{
//Parse line 27 (see MiTek's documentation file for the TRE file format)
//Line 27 is the first line of member data for each member
//So go to the first line of the first member (_memberInfoIndex + 3)
//And then adjust based on which member we're on ( + i * 5) (5 lines per member)
var itemsOnLine27 = 62;
string[] line27 = Contents[currentLine].Trim().Split(' ');
if (line27.Length < itemsOnLine27)
{
throw new Exception("Problem while parsing a member in TRE file line " + 109 + ": should be " + itemsOnLine27 + " items but found only " + line27.Length);
}
treMember.MemberCounter = line27[0];
treMember.MemberLabelLine27 = line27[1];
treMember.MemberType = line27[2];
treMember.LineType = line27[3];
treMember.LineLocation = line27[4];
treMember.MemberExistFlag = line27[5];
treMember.InfiniteEnd = line27[6];
treMember.WebInputFlag = line27[7];
treMember.DefMaterial = line27[8];
treMember.CurrentMaterialIndex = line27[9];
treMember.OriginalMaterialIndex = line27[10];
treMember.LumberFixity = line27[11];
treMember.StructuralFlag = line27[12];
treMember.CreatedByAnalogIndicatorFlag = line27[13];
treMember.PosiIndicatorFlag = line27[14];
treMember.PosiType = line27[15];
treMember.PosiTopSide = line27[16];
treMember.MemberZOrdering = line27[17];
treMember.InventoryGuid = line27[18];
treMember.HeelMemberFlag = line27[19];
treMember.OriginalSpliceMember = line27[20];
treMember.ShowSatusFlag = line27[21];
treMember.PartNumber = line27[22];
treMember.PurlinSpacing = line27[23];
treMember.ParentLabel = line27[24];
treMember.PosiId = line27[25];
treMember.StackMemberFlag = line27[26];
treMember.RemovedMember = line27[27];
treMember.LeftTowCutFlag = line27[28];
treMember.RightTowCutFlag = line27[29];
treMember.ManuallyTurbowebbedFlag = line27[30];
treMember.WebOptimizedFlag = line27[31];
treMember.VerticalCutCorrectedForTowFlag = line27[32];
treMember.TowApexVerticalFlag = line27[33];
treMember.LeftTowCuttingCorrectedFlag = line27[34];
treMember.RightTowCuttingCorrectedFlag = line27[35];
treMember.LeftTowSquareFlag = line27[36];
treMember.RightTowSquareFlag = line27[37];
treMember.TrimmableEndFlag = line27[38];
treMember.WhichEnd = line27[39];
treMember.NotAlignedFlag = line27[40];
treMember.FixityMaximumWidth = line27[41];
treMember.FixityMaximumDepth = line27[42];
treMember.FixityMinimumWidth = line27[43];
treMember.FixityMinimumDepth = line27[44];
treMember.SquareCutStatus = line27[45];
treMember.CreateForRoofSquareCutFlag = line27[46];
treMember.EndCutType = line27[47];
treMember.ManuallySelectedBracing = line27[48];
treMember.VersaModifiedFlag = line27[49];
treMember.DefMaterialManuallyAdjustedFlag = line27[50];
treMember.CreatedAsBearingBlockFlag = line27[51];
treMember.CutForOutlookersFlag = line27[52];
treMember.RepairScabFlag = line27[53];
treMember.ManuallyHatchedMember = line27[54];
treMember.FieldInstalledMember = line27[55];
treMember.UserModifiedPartNumber = line27[56];
treMember.UserModifiedHatch = line27[57];
treMember.UserModifiedFieldInstallMember = line27[58];
treMember.ShipLooseMember = line27[59];
treMember.PlyThisMemberAppliesTo = line27[60];
treMember.LumberEdgeFlatFlag = line27[61];
currentLine++;
}
private void _parseMemberInfo()
{
while(Contents[currentLine].Contains("MEMBER INFO") == false)
{
currentLine++;
}
TreMemberInfo treMemberInfo = new TreMemberInfo();
treMemberInfo.TreMembers = new List<TreMember>();
// The line numbers should not be understood as concrete, but as pointers to the line specified in the Mitek documentation
currentLine++;
_parseLine25(treMemberInfo);
_parseLine26(treMemberInfo);
// Set truss members
for (int i = 0; i < Convert.ToInt32(treMemberInfo.NumberOfMembers); i++)
{
TreMember treMember = new TreMember();
// Parse the five lines that make up a truss member
// The line numbers should not be understood as concrete, but as pointers to the line specified in the Mitek documentation
_parseLine27(treMember);
_parseLine28(treMember);
_parseLine31(treMember);
_parseLine32(treMember);
_parseLine33(treMember);
treMemberInfo.TreMembers.Add(treMember);
}
this.MemberInfo = treMemberInfo;
}
