public ActionResult Index(string address)
{
int noofresults = Constants.noOfResults;
var distanceList = new DistanceList();
using (var client = new HttpClient())
{
client.BaseAddress = new Uri("http://localhost:58578/api/");
var input = new Input(address, noofresults);
var responseTask = client.PostAsJsonAsync <Input>("shortestDistance", input);
responseTask.Wait();
var result = responseTask.Result;
if (result.IsSuccessStatusCode)
{
var readTask = result.Content.ReadAsAsync <IEnumerable <Distance> >();
readTask.Wait();
var distances = readTask.Result;
distanceList.Distances = distances;
distanceList.Success = true;
Log.Info("Status from Web api is OK");
}
else
{
distanceList.Success = false;
Log.Info("Status from Web api is Not found");
}
}
return(View(distanceList));
}
private bool ValidateLengthTextBoxes()
{
foreach (var txtBox in lengthTextBoxes)
{
if (!double.TryParse(txtBox.Text, out double result))
{
return(false);
}
}
var dList = DistanceList.Parse(txtBoxCopies.Text, CultureInfo.CurrentCulture, Tekla.Structures.Datatype.Distance.UnitType.Millimeter);
if (dList.Count == 0)
{
return(false);
}
if (txtBoxPrlnProf.Text == string.Empty)
{
return(false);
}
if (txtBoxPrlnMtrl.Text == string.Empty)
{
return(false);
}
return(true);
}
private FramingOptions PopulateFramingOption(Point origin)
{
#region Instantiating lists
List <string> col1MemberAttribs = new List <string>()
{
cmbBoxCol1AFile1.Text, cmbBoxCol1AFile2.Text,
cmbBoxCol1AFile3.Text, cmbBoxCol1AFile4.Text
};
List <string> col1SpliceAttribs = new List <string>()
{
cmbBoxCol1SplAFile1.Text, cmbBoxCol1SplAFile2.Text, cmbBoxCol1SplAFile3.Text
};
List <double> col1SpliceLengths = new List <double>()
{
double.Parse(txtBoxCol1SplLn1.Text), double.Parse(txtBoxCol1SplLn2.Text), double.Parse(txtBoxCol1SplLn3.Text)
};
List <string> col2MemberAttribs = new List <string>()
{
cmbBoxCol2AFile1.Text, cmbBoxCol2AFile2.Text,
cmbBoxCol2AFile3.Text, cmbBoxCol2AFile4.Text
};
List <string> col2SpliceAttribs = new List <string>()
{
cmbBoxCol2SplAFile1.Text, cmbBoxCol2SplAFile2.Text, cmbBoxCol2SplAFile3.Text
};
List <double> col2SpliceLengths = new List <double>()
{
double.Parse(txtBoxCol2SplLn1.Text), double.Parse(txtBoxCol2SplLn2.Text), double.Parse(txtBoxCol2SplLn3.Text)
};
List <string> raf1MemberAttribs = new List <string>()
{
cmbBoxRft1AFile1.Text, cmbBoxRft1AFile2.Text, cmbBoxRft1AFile3.Text, cmbBoxRft1AFile4.Text,
cmbBoxRft1AFile5.Text, cmbBoxRft1AFile6.Text, cmbBoxRft1AFile7.Text
};
List <string> raf1SpliceAttribs = new List <string>()
{
cmbBoxRft1SplAFile1.Text, cmbBoxRft1SplAFile2.Text, cmbBoxRft1SplAFile3.Text,
cmbBoxRft1SplAFile4.Text, cmbBoxRft1SplAFile5.Text, cmbBoxRft1SplAFile6.Text
};
List <double> raf1SpliceLengths = new List <double>()
{
double.Parse(txtBoxRft1SplLn1.Text), double.Parse(txtBoxRft1SplLn2.Text), double.Parse(txtBoxRft1SplLn3.Text),
double.Parse(txtBoxRft1SplLn4.Text), double.Parse(txtBoxRft1SplLn5.Text), double.Parse(txtBoxRft1SplLn6.Text)
};
List <string> raf2MemberAttribs = new List <string>()
{
cmbBoxRft2AFile1.Text, cmbBoxRft2AFile2.Text, cmbBoxRft2AFile3.Text, cmbBoxRft2AFile4.Text,
cmbBoxRft2AFile5.Text, cmbBoxRft2AFile6.Text, cmbBoxRft2AFile7.Text
};
List <string> raf2SpliceAttribs = new List <string>()
{
cmbBoxRft2SplAFile1.Text, cmbBoxRft2SplAFile2.Text, cmbBoxRft2SplAFile3.Text,
cmbBoxRft2SplAFile4.Text, cmbBoxRft2SplAFile5.Text, cmbBoxRft2SplAFile6.Text
};
List <double> raf2SpliceLengths = new List <double>()
{
double.Parse(txtBoxRft2SplLn1.Text), double.Parse(txtBoxRft2SplLn2.Text), double.Parse(txtBoxRft2SplLn3.Text),
double.Parse(txtBoxRft2SplLn4.Text), double.Parse(txtBoxRft2SplLn5.Text), double.Parse(txtBoxRft2SplLn6.Text)
};
#endregion
#region Modifying lists
int col1SpliceQuantity = int.TryParse(cmbBoxSpliceNoCol1.Text, out int quantity1) ? quantity1 : 0;
int col2SpliceQuantity = int.TryParse(cmbBoxSpliceNoCol2.Text, out int quantity2) ? quantity2 : 0;
int raf1SpliceQuantity = int.TryParse(cmbBoxSpliceNoRft1.Text, out int quantity3) ? quantity3 : 0;
int raf2SpliceQuantity = int.TryParse(cmbBoxSpliceNoRft2.Text, out int quantity4) ? quantity4 : 0;
col1MemberAttribs.RemoveRange(col1SpliceQuantity + 1, col1MemberAttribs.Count - (col1SpliceQuantity + 1));
col1SpliceAttribs.RemoveRange(col1SpliceQuantity, col1SpliceAttribs.Count - col1SpliceQuantity);
col1SpliceLengths.RemoveRange(col1SpliceQuantity, col1SpliceLengths.Count - col1SpliceQuantity);
col2MemberAttribs.RemoveRange(col2SpliceQuantity + 1, col2MemberAttribs.Count - (col2SpliceQuantity + 1));
col2SpliceAttribs.RemoveRange(col2SpliceQuantity, col2SpliceAttribs.Count - col2SpliceQuantity);
col2SpliceLengths.RemoveRange(col2SpliceQuantity, col2SpliceLengths.Count - col2SpliceQuantity);
raf1MemberAttribs.RemoveRange(raf1SpliceQuantity + 1, raf1MemberAttribs.Count - (raf1SpliceQuantity + 1));
raf1SpliceAttribs.RemoveRange(raf1SpliceQuantity, raf1SpliceAttribs.Count - raf1SpliceQuantity);
raf1SpliceLengths.RemoveRange(raf1SpliceQuantity, raf1SpliceLengths.Count - raf1SpliceQuantity);
raf2MemberAttribs.RemoveRange(raf2SpliceQuantity + 1, raf2MemberAttribs.Count - (raf2SpliceQuantity + 1));
raf2SpliceAttribs.RemoveRange(raf2SpliceQuantity, raf2SpliceAttribs.Count - raf2SpliceQuantity);
raf2SpliceLengths.RemoveRange(raf2SpliceQuantity, raf2SpliceLengths.Count - raf2SpliceQuantity);
#endregion
var dList = DistanceList.Parse(txtBoxCopies.Text, CultureInfo.CurrentCulture, Tekla.Structures.Datatype.Distance.UnitType.Millimeter);
var flagOfCoverRight = cmbBoxRight.SelectedIndex == 0 ? true : false;
var flagOfCoverLeft = cmbBoxLeft.SelectedIndex == 0 ? true : false;
List <double> copies = new List <double>();
foreach (var distance in dList)
{
copies.Add(distance.Value);
}
copies.RemoveAll(p => p == 0);
FramingOptions options = new FramingOptions()
{
FrameVector = alongFrameVector,
ReplicationVector = replicationVector,
Col1BplAttrib = cmbBoxCol1BplAFile.Text,
Col1KneeAttrib = cmbBoxCol1KneeAFile.Text,
Col1SpliceNumber = col1SpliceQuantity,
Col2BplAttrib = cmbBoxCol2BplAFile.Text,
Col2KneeAttrib = cmbBoxCol2KneeAFile.Text,
Col2SpliceNumber = col2SpliceQuantity,
Origin = origin,
Slope = double.Parse(txtBoxSlope.Text),
GableSteelLineFullLength = double.Parse(txtBoxGblFrmLength.Text),
GableSteelLineHalfLength = double.Parse(txtBoxGblHalfRft.Text),
GableSteelLineColumnHeight = double.Parse(txtBoxGblColHt.Text),
GableColumnOffset = double.Parse(txtBoxGblColOffst.Text),
GableRafterOffset = double.Parse(txtBoxGblRftOffst.Text),
GableLeftBaseOffset = double.Parse(txtBoxGblLftBsOffst.Text),
GableRightBaseOffset = double.Parse(txtBoxGblRghtBsOffst.Text),
RidgeSpliceAttrib = cmbBoxRidgeSplice.Text,
MonoSlopeSteelLineFullLength = double.Parse(txtBoxMnoFrmLength.Text),
MonoSlopeSteelLineColumnHeight = double.Parse(txtBoxMnoColHt.Text),
MonoSlopeColumnOffset = double.Parse(txtBoxMnoColOffst.Text),
MonoSlopeRafterOffset = double.Parse(txtBoxMnoRftOffst.Text),
MonoSlopeLeftBaseOffset = double.Parse(txtBoxMnoLftBsOffst.Text),
MonoSlopeRightBaseOffset = double.Parse(txtBoxMnoRghtBsOffst.Text),
BracingMode = (FlangeBraceMode)cmbBoxFlngBrcMode.SelectedIndex,
Raf1SpliceNumber = raf1SpliceQuantity,
Raf2SpliceNumber = raf2SpliceQuantity,
EndBraceAttrib = cmbBoxEndFlangeBrce.Text,
GeneralBraceAttrib = cmbBoxFlangeBrace.Text,
Col1MemberAttribs = col1MemberAttribs,
Col1SpliceAttribs = col1SpliceAttribs,
Col1SpliceLengths = col1SpliceLengths,
Col2MemberAttribs = col2MemberAttribs,
Col2SpliceAttribs = col2SpliceAttribs,
Col2SpliceLengths = col2SpliceLengths,
Raf1MemberAttribs = raf1MemberAttribs,
Raf1SpliceAttribs = raf1SpliceAttribs,
Raf1SpliceLengths = raf1SpliceLengths,
Raf2MemberAttribs = raf2MemberAttribs,
Raf2SpliceAttribs = raf2SpliceAttribs,
Raf2SpliceLengths = raf2SpliceLengths,
LeftEaveOffset = double.Parse(txtBoxLeftEaveOffst.Text),
RightEaveOffset = double.Parse(txtBoxRightEaveOffset.Text),
HorizontalDistance = double.Parse(txtBoxHorzDist.Text),
PurlinSection = txtBoxPrlnProf.Text,
PurlinMaterial = txtBoxPrlnMtrl.Text,
AtCoverLeft = flagOfCoverLeft,
AtCoverRight = flagOfCoverRight,
ClipAngleAttrib = cmbBoxClipAttribute.Text,
CopyLengths = copies
};
return(options);
}
public static DistanceList FromTSObject(dynamic tsStruct)
{
var dynStruct = new DistanceList();
return(dynStruct);
}
public static dynamic GetTSObject(DistanceList dynStruct)
{
var tsType = TSActivator.CreateInstance("Tekla.Structures.Datatype.DistanceList");
return(tsType);
}
public override bool Run(List <InputDefinition> Input)
{
try
{
GetValuesFromDialog();
//get the footing
Identifier id = ((InputDefinition)Input[0]).GetInput() as Identifier;
Beam inputFooting = _Model.SelectModelObject(id) as Beam;
var test = "";
//Get the needed object properties
var topLevelFootingGlobal = 0.0;
var bottomLevelFootingGlobal = 0.0;
inputFooting.GetReportProperty("TOP_LEVEL_GLOBAL_UNFORMATTED", ref topLevelFootingGlobal);
inputFooting.GetReportProperty("BOTTOM_LEVEL_GLOBAL_UNFORMATTED", ref bottomLevelFootingGlobal);
//get the material properties
var material = "";
inputFooting.GetReportProperty("MATERIAL", ref material);
//Determine the corner points of the footing
var centerlineFooting = inputFooting.GetCenterLine(false).Cast <Point>().ToList();
var startPointFooting = centerlineFooting[0];
var endPointFooting = centerlineFooting[1];
double heightFooting = inputFooting.getDouble("HEIGHT") * 0.5;
double widthFooting = inputFooting.getDouble("WIDTH") * 0.5;
var vectorX = inputFooting.GetCoordinateSystem().AxisX.GetNormal();
var vectorY = inputFooting.GetCoordinateSystem().AxisY.GetNormal();
var vectorZ = vectorX.Cross(vectorY).GetNormal();
var leftBottomStart = centerlineFooting[0] + new Point(-heightFooting * vectorY) + new Point(widthFooting * vectorZ);
var rightBottomStart = centerlineFooting[0] + new Point(-heightFooting * vectorY) + new Point(-widthFooting * vectorZ);
var leftTopStart = centerlineFooting[0] + new Point(heightFooting * vectorY) + new Point(widthFooting * vectorZ);
var rightTopStart = centerlineFooting[0] + new Point(heightFooting * vectorY) + new Point(-widthFooting * vectorZ);
var leftBottomEnd = centerlineFooting[1] + new Point(-heightFooting * vectorY) + new Point(widthFooting * vectorZ);
var rightBottomEnd = centerlineFooting[1] + new Point(-heightFooting * vectorY) + new Point(-widthFooting * vectorZ);
var leftTopEnd = centerlineFooting[1] + new Point(heightFooting * vectorY) + new Point(widthFooting * vectorZ);
var rightTopEnd = centerlineFooting[1] + new Point(heightFooting * vectorY) + new Point(-widthFooting * vectorZ);
var rightHalfStart = centerlineFooting[0] + new Point(heightFooting * vectorY);
var leftHalfStart = centerlineFooting[0] + new Point(-heightFooting * vectorY);
var topHalfStart = centerlineFooting[0] + new Point(widthFooting * vectorZ);
var bottomtHalfStart = centerlineFooting[0] + new Point(-widthFooting * vectorZ);
//var controlPoint1 = new ControlPoint(rightHalfStart);
//var controlPoint2 = new ControlPoint(leftHalfStart);
//var controlPoint3 = new ControlPoint(topHalfStart);
//var controlPoint4 = new ControlPoint(bottomtHalfStart);
//controlPoint1.Insert();
//controlPoint2.Insert();
//controlPoint3.Insert();
//controlPoint4.Insert();
//
//BR1 (Bottom Rebar 1st Layer)
//
//list needed for the spacings list
var BR1Spacing = DistanceList.Parse(_BR1Spacing);
var BR1SpacingList = BR1Spacing.Select(d => d.Value).ToList();
//Define spacing type
var BR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
switch (_BR1SpacingType)
{
case 0:
BR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
break;
case 1:
BR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_NUMBER;
break;
case 2:
BR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_SPACINGS;
break;
}
//create rebar instance bottom rebar 1(BR1)
RebarGroup BR1 = new RebarGroup()
{
Father = inputFooting,
StartPoint = leftBottomStart,
EndPoint = leftTopStart,
Polygons = new ArrayList
{
new Polygon
{
Points = new ArrayList {
leftBottomEnd, leftBottomStart, rightBottomStart, rightBottomEnd
}
}
},
Size = _BR1Diameter,
RadiusValues = new ArrayList {
_BR1Radius
},
Grade = _BR1Grade,
StirrupType = RebarGroup.RebarGroupStirrupTypeEnum.STIRRUP_TYPE_POLYGONAL,
Name = "onderwapening",
Class = 4,
NumberingSeries = new NumberingSeries {
Prefix = "R", StartNumber = 1
},
StartHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
EndHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
StartPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
StartPointOffsetValue = _CoverTop,
EndPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
EndPointOffsetValue = _CoverTop,
OnPlaneOffsets = new ArrayList {
_CoverSide, _CoverBottom, _CoverSide
},
StartFromPlaneOffset = _CoverSide,
EndFromPlaneOffset = _CoverSide,
SpacingType = BR1SpacingType,
Spacings = new ArrayList(BR1SpacingList),
ExcludeType = BaseRebarGroup.ExcludeTypeEnum.EXCLUDE_TYPE_NONE
};
BR1.Insert();
ArrayList BR1GeometryList = new ArrayList(BR1.GetRebarGeometries(false));
double BR1RealDiameter = 0.0;
foreach (RebarGeometry item in BR1GeometryList)
{
BR1RealDiameter = item.Diameter;
}
//
//TR1 (Top Rebar 1st Layer)
//
//list needed for the spacings list
var TR1Spacing = DistanceList.Parse(_TR1Spacing);
var TR1SpacingList = TR1Spacing.Select(d => d.Value).ToList();
//Define spacing type
var TR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
switch (_TR1SpacingType)
{
case 0:
TR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
break;
case 1:
TR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_NUMBER;
break;
case 2:
TR1SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_SPACINGS;
break;
}
//create rebar instance top rebar 1(TR1)
RebarGroup TR1 = new RebarGroup()
{
Father = inputFooting,
StartPoint = leftBottomEnd,
EndPoint = leftTopEnd,
Polygons = new ArrayList
{
new Polygon
{
Points = new ArrayList {
leftBottomStart, leftBottomEnd, rightBottomEnd, rightBottomStart
}
}
},
Size = _TR1Diameter,
RadiusValues = new ArrayList {
_TR1Radius
},
Grade = _TR1Grade,
StirrupType = RebarGroup.RebarGroupStirrupTypeEnum.STIRRUP_TYPE_POLYGONAL,
Name = "bovenwapening",
Class = 2,
NumberingSeries = new NumberingSeries {
Prefix = "R", StartNumber = 1
},
StartHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
EndHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
StartPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
StartPointOffsetValue = _CoverBottom,
EndPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
EndPointOffsetValue = _CoverBottom,
OnPlaneOffsets = new ArrayList {
_CoverSide, _CoverTop, _CoverSide
},
StartFromPlaneOffset = _CoverSide,
EndFromPlaneOffset = _CoverSide,
SpacingType = TR1SpacingType,
Spacings = new ArrayList(TR1SpacingList),
ExcludeType = BaseRebarGroup.ExcludeTypeEnum.EXCLUDE_TYPE_NONE
};
TR1.Insert();
ArrayList TR1GeometryList = new ArrayList(TR1.GetRebarGeometries(false));
double TR1RealDiameter = 0.0;
foreach (RebarGeometry item in TR1GeometryList)
{
TR1RealDiameter = item.Diameter;
}
//
//BR2 (Bottom Rebar 2nd Layer)
//
//list needed for the spacings list
var BR2Spacing = DistanceList.Parse(_BR2Spacing);
var BR2SpacingList = BR2Spacing.Select(d => d.Value).ToList();
//Define spacing type
var BR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
switch (_BR2SpacingType)
{
case 0:
BR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
break;
case 1:
BR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_NUMBER;
break;
case 2:
BR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_SPACINGS;
break;
}
//create rebar instance bottom rebar 2(BR2)
RebarGroup BR2 = new RebarGroup()
{
Father = inputFooting,
StartPoint = leftBottomStart,
EndPoint = rightBottomStart,
Polygons = new ArrayList
{
new Polygon
{
Points = new ArrayList {
leftBottomEnd, leftBottomStart, leftTopStart, leftTopEnd
}
}
},
Size = _BR2Diameter,
RadiusValues = new ArrayList {
_BR2Radius
},
Grade = _BR2Grade,
StirrupType = RebarGroup.RebarGroupStirrupTypeEnum.STIRRUP_TYPE_POLYGONAL,
Name = "onderwapening",
Class = 11,
NumberingSeries = new NumberingSeries {
Prefix = "R", StartNumber = 1
},
StartHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
EndHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
StartPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
StartPointOffsetValue = _CoverTop,
EndPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
EndPointOffsetValue = _CoverTop,
OnPlaneOffsets = new ArrayList {
_CoverSide, _CoverBottom, _CoverSide
},
StartFromPlaneOffset = _CoverSide,
EndFromPlaneOffset = _CoverSide,
SpacingType = BR2SpacingType,
Spacings = new ArrayList(BR2SpacingList),
ExcludeType = BaseRebarGroup.ExcludeTypeEnum.EXCLUDE_TYPE_NONE
};
BR2.Insert();
ArrayList BR2GeometryList = new ArrayList(BR2.GetRebarGeometries(false));
double BR2RealDiameter = 0.0;
foreach (RebarGeometry item in BR2GeometryList)
{
BR2RealDiameter = item.Diameter;
}
//
//TR2 (Top Rebar 2nd Layer)
//
//list needed for the spacings list
var TR2Spacing = DistanceList.Parse(_TR2Spacing);
var TR2SpacingList = TR2Spacing.Select(d => d.Value).ToList();
//Define spacing type
var TR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
switch (_TR2SpacingType)
{
case 0:
TR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
break;
case 1:
TR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_NUMBER;
break;
case 2:
TR2SpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_SPACINGS;
break;
}
//create rebar instance top rebar 2(TR2)
RebarGroup TR2 = new RebarGroup()
{
Father = inputFooting,
StartPoint = leftBottomEnd,
EndPoint = rightBottomEnd,
Polygons = new ArrayList
{
new Polygon
{
Points = new ArrayList {
leftBottomStart, leftBottomEnd, leftTopEnd, leftTopStart
}
}
},
Size = _TR2Diameter,
RadiusValues = new ArrayList {
_TR2Radius
},
Grade = _TR2Grade,
StirrupType = RebarGroup.RebarGroupStirrupTypeEnum.STIRRUP_TYPE_POLYGONAL,
Name = "bovenwapening",
Class = 13,
NumberingSeries = new NumberingSeries {
Prefix = "R", StartNumber = 1
},
StartHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
EndHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
},
StartPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
StartPointOffsetValue = _CoverBottom,
EndPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS,
EndPointOffsetValue = _CoverBottom,
OnPlaneOffsets = new ArrayList {
_CoverSide, _CoverTop, _CoverSide
},
StartFromPlaneOffset = _CoverSide,
EndFromPlaneOffset = _CoverSide,
SpacingType = TR2SpacingType,
Spacings = new ArrayList(TR2SpacingList),
ExcludeType = BaseRebarGroup.ExcludeTypeEnum.EXCLUDE_TYPE_NONE
};
TR2.Insert();
ArrayList TR2GeometryList = new ArrayList(TR2.GetRebarGeometries(false));
double TR2RealDiameter = 0.0;
foreach (RebarGeometry item in TR2GeometryList)
{
TR2RealDiameter = item.Diameter;
}
//if (_FlipBR == true)
//{
// BR1 = BR2;
// BR2 = BR1;
//}
////Determine the distance between the upper and bottom max bend radiusses
//var footingHeight = inputFooting.getDouble("LENGTH");
//var distance = footingHeight - _CoverTop - Math.Max(TR1RealDiameter, TR2RealDiameter) - Math.Max(_TR1Radius, _TR2Radius) -
// Math.Max(_BR1Radius, _BR2Radius) - Math.Max(BR1RealDiameter, BR2RealDiameter) - _CoverBottom;
//define needed variables
double SR1RealDiameter = 0.0;
RebarGroup SR1 = new RebarGroup();
RebarGroup SR2 = new RebarGroup();
if (_SRYN == 0)
{
//
//SR (Side rebar 1st layer)
//
//list needed for the spacings list
var SRSpacing = DistanceList.Parse(_SRSpacing);
var SRSpacingList = SRSpacing.Select(d => d.Value).ToList();
//Define spacing type
var SRSpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
switch (_SRSpacingType)
{
case 0:
SRSpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_TARGET_SPACE;
break;
case 1:
SRSpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_NUMBER;
break;
case 2:
SRSpacingType = BaseRebarGroup.RebarGroupSpacingTypeEnum.SPACING_TYPE_EXACT_SPACINGS;
break;
}
//Create rebar instance side rebar 1 (SR1)
SR1.Father = inputFooting;
SR1.StartPoint = leftBottomStart;
SR1.EndPoint = leftBottomEnd;
SR1.Polygons = new ArrayList
{
new Polygon
{
Points = new ArrayList {
leftHalfStart, leftBottomStart, leftTopStart, rightHalfStart
}
}
};
SR1.Size = _SRDiameter;
SR1.RadiusValues = new ArrayList {
_SRRadius
};
SR1.Grade = _SRGrade;
SR1.StirrupType = RebarGroup.RebarGroupStirrupTypeEnum.STIRRUP_TYPE_POLYGONAL;
SR1.Name = "flank";
SR1.Class = 6;
SR1.NumberingSeries = new NumberingSeries {
Prefix = "R", StartNumber = 1
};
SR1.StartHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
};
SR1.EndHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
};
SR1.StartPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS;
SR1.StartPointOffsetValue = -0.5 * Overlappingsberekening.Overlappingslengte(Convert.ToInt32(_SRDiameter), material, true);
SR1.EndPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS;
SR1.EndPointOffsetValue = -0.5 * Overlappingsberekening.Overlappingslengte(Convert.ToInt32(_SRDiameter), material, true);
SR1.OnPlaneOffsets = new ArrayList {
_CoverSide, _CoverSide, _CoverSide
};
SR1.StartFromPlaneOffset = _CoverBottom;
SR1.EndFromPlaneOffset = _CoverTop;
SR1.SpacingType = SRSpacingType;
SR1.Spacings = new ArrayList(SRSpacingList);
SR1.ExcludeType = BaseRebarGroup.ExcludeTypeEnum.EXCLUDE_TYPE_NONE;
SR1.Insert();
ArrayList SRGeometryList = new ArrayList(SR1.GetRebarGeometries(false));
foreach (RebarGeometry item in SRGeometryList)
{
SR1RealDiameter = item.Diameter;
}
//Create rebar instance side rebar 2 (SR2)
SR2.Father = inputFooting;
SR2.StartPoint = leftBottomStart;
SR2.EndPoint = leftBottomEnd;
SR2.Polygons = new ArrayList
{
new Polygon
{
Points = new ArrayList {
rightHalfStart, rightTopStart, rightBottomStart, leftHalfStart
}
}
};
SR2.Size = _SRDiameter;
SR2.RadiusValues = new ArrayList {
_SRRadius
};
SR2.Grade = _SRGrade;
SR2.StirrupType = RebarGroup.RebarGroupStirrupTypeEnum.STIRRUP_TYPE_POLYGONAL;
SR2.Name = "flank";
SR2.Class = 6;
SR2.NumberingSeries = new NumberingSeries {
Prefix = "R", StartNumber = 1
};
SR2.StartHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
};
SR2.EndHook = new RebarHookData
{
Shape = RebarHookData.RebarHookShapeEnum.NO_HOOK
};
SR2.StartPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS;
SR2.StartPointOffsetValue = -0.5 * Overlappingsberekening.Overlappingslengte(Convert.ToInt32(_SRDiameter), material, true);
SR2.EndPointOffsetType = Reinforcement.RebarOffsetTypeEnum.OFFSET_TYPE_COVER_THICKNESS;
SR2.EndPointOffsetValue = -0.5 * Overlappingsberekening.Overlappingslengte(Convert.ToInt32(_SRDiameter), material, true);
SR2.OnPlaneOffsets = new ArrayList {
_CoverSide, _CoverSide, _CoverSide
};
SR2.StartFromPlaneOffset = _CoverBottom;
SR2.EndFromPlaneOffset = _CoverTop;
SR2.SpacingType = SRSpacingType;
SR2.Spacings = new ArrayList(SRSpacingList);
SR2.ExcludeType = BaseRebarGroup.ExcludeTypeEnum.EXCLUDE_TYPE_NONE;
SR2.Insert();
}
//
//Modify rebars
//
//Modify BR1
BR1.StartPointOffsetValue = _CoverTop + _TR1Radius + TR1RealDiameter;
BR1.EndPointOffsetValue = _CoverTop + _TR1Radius + TR1RealDiameter;
if (_TR2Radius > _BR2Radius)
{
BR1.StartFromPlaneOffset = _CoverSide + TR2RealDiameter + _TR2Radius + TR1RealDiameter + SR1RealDiameter;
}
else
{
BR1.StartFromPlaneOffset = _CoverSide + BR2RealDiameter + _BR2Radius + TR1RealDiameter + SR1RealDiameter;
}
if (_TR2Radius > _BR2Radius)
{
BR1.EndFromPlaneOffset = _CoverSide + TR2RealDiameter + _TR2Radius + SR1RealDiameter;
}
else
{
BR1.EndFromPlaneOffset = _CoverSide + BR2RealDiameter + _BR2Radius + SR1RealDiameter;
}
BR1.OnPlaneOffsets = new ArrayList {
_CoverSide + SR1RealDiameter, _CoverBottom, _CoverSide + SR1RealDiameter
};
//Modify TR1
TR1.StartPointOffsetValue = _CoverBottom + _BR1Radius + BR1RealDiameter;
TR1.EndPointOffsetValue = _CoverBottom + _BR1Radius + BR1RealDiameter;
if (_TR2Radius > _BR2Radius)
{
TR1.StartFromPlaneOffset = _CoverSide + TR2RealDiameter + _TR2Radius + SR1RealDiameter;
}
else
{
TR1.StartFromPlaneOffset = _CoverSide + BR2RealDiameter + _BR2Radius + SR1RealDiameter;
}
if (_TR2Radius > _BR2Radius)
{
TR1.EndFromPlaneOffset = _CoverSide + TR2RealDiameter + _TR2Radius + BR1RealDiameter + SR1RealDiameter;
}
else
{
TR1.EndFromPlaneOffset = _CoverSide + BR2RealDiameter + _BR2Radius + BR1RealDiameter + SR1RealDiameter;
}
TR1.OnPlaneOffsets = new ArrayList {
_CoverSide + SR1RealDiameter, _CoverTop, _CoverSide + SR1RealDiameter
};
//Modify BR2
BR2.StartPointOffsetValue = _CoverTop + TR1RealDiameter + TR2RealDiameter + _TR2Radius;
BR2.EndPointOffsetValue = _CoverTop + TR1RealDiameter + TR2RealDiameter + _TR2Radius;
if (_TR1Radius > _BR1Radius)
{
BR2.StartFromPlaneOffset = _CoverSide + TR1RealDiameter + _TR1Radius - BR2RealDiameter * 0.5 + SR1RealDiameter;
}
else
{
BR2.StartFromPlaneOffset = _CoverSide + BR1RealDiameter + _BR1Radius - BR2RealDiameter * 0.5 + SR1RealDiameter;
}
if (_TR1Radius > _BR1Radius)
{
BR2.EndFromPlaneOffset = _CoverSide + TR1RealDiameter + _TR1Radius + TR2RealDiameter - TR2RealDiameter * 0.5 + SR1RealDiameter;
}
else
{
BR2.EndFromPlaneOffset = _CoverSide + BR1RealDiameter + _BR1Radius + TR2RealDiameter - TR2RealDiameter * 0.5 + SR1RealDiameter;
}
BR2.OnPlaneOffsets = new ArrayList {
_CoverSide + SR1RealDiameter, _CoverBottom + BR1RealDiameter, _CoverSide + SR1RealDiameter
};
//Modify TR2
TR2.StartPointOffsetValue = _CoverBottom + BR1RealDiameter + BR2RealDiameter + _BR2Radius;
TR2.EndPointOffsetValue = _CoverBottom + BR1RealDiameter + BR2RealDiameter + _BR2Radius;
if (_TR1Radius > _BR1Radius)
{
TR2.StartFromPlaneOffset = _CoverSide + TR1RealDiameter + _TR1Radius + BR2RealDiameter - BR2RealDiameter * 0.5 + SR1RealDiameter;
}
else
{
TR2.StartFromPlaneOffset = _CoverSide + BR1RealDiameter + _BR1Radius + BR2RealDiameter - BR2RealDiameter * 0.5 + SR1RealDiameter;
}
if (_TR1Radius > _BR1Radius)
{
TR2.EndFromPlaneOffset = _CoverSide + TR1RealDiameter + _TR1Radius - TR2RealDiameter * 0.5 + SR1RealDiameter;
}
else
{
TR2.EndFromPlaneOffset = _CoverSide + BR1RealDiameter + _BR1Radius - TR2RealDiameter * 0.5 + SR1RealDiameter;
}
TR2.OnPlaneOffsets = new ArrayList {
_CoverSide + SR1RealDiameter, _CoverTop + TR1RealDiameter, _CoverSide + SR1RealDiameter
};
//Modify SR1
SR1.StartFromPlaneOffset = _CoverBottom + _BR2Radius + BR1RealDiameter + SR1RealDiameter;
SR1.EndFromPlaneOffset = _CoverTop + _TR2Radius + TR1RealDiameter;
//Modify SR2
SR2.StartFromPlaneOffset = _CoverBottom + _BR2Radius + BR1RealDiameter;
SR2.EndFromPlaneOffset = _CoverTop + _TR2Radius + TR2RealDiameter + SR1RealDiameter;
//
//insert modifications
//
BR1.Modify();
TR1.Modify();
BR2.Modify();
TR2.Modify();
SR1.Modify();
SR2.Modify();
//Set the phase of the rebar
var rebarGroupList = new List <RebarGroup>()
{
BR1, TR1, BR2, TR2, SR1, SR2
};
foreach (RebarGroup item in rebarGroupList)
{
item.SetPhase(new Phase(221));
}
}
catch (Exception Exc)
{
MessageBox.Show(Exc.ToString());
}
return(true);
}