public ArrowLoad(GCanvas gCanvas, Point startPoint, Point endPoint, double loadValue) : base(gCanvas)
{
GCanvas = gCanvas;
StartPoint = startPoint;
EndPoint = endPoint;
Arrows = new List <Arrow>();
Height = loadValue /*Scale*/;
var span = Math.Sqrt(
Math.Pow(startPoint.X - endPoint.X, 2) +
Math.Pow(startPoint.Y - endPoint.Y, 2));
Spacings = 10;
var spaces = Split.Equal(span, Spacings);
foreach (var space in spaces)
{
var arrow = new Arrow(GCanvas, new Point(StartPoint.X + space, StartPoint.Y), Height);
arrow.Rotate(180);
Arrows.Add(arrow);
}
HeaderLine = new GLine(GCanvas,
new Point(StartPoint.X, StartPoint.Y - Height),
new Point(EndPoint.X, EndPoint.Y - Height));
}
private void SetJoists()
{
RecSection section = IfJoist.Setup.Get <RecSection>("RecSection");
WoodType WT = IfJoist.Setup.Get <WoodType>("WoodType");
WoodGrade WG = IfJoist.Setup.Get <WoodGrade>("WoodGrade");
foreach (var reg in FloorPolygon.Regions)
{
double span = reg.IfDimension.XDim.Inches;
var Cells = JoistTable.Cells.Where(e =>
e.WoodGrade == WG &&
e.WoodType == WT &&
e.SpanToInch >= span &&
e.DeadLoadPsF == 10 &&
e.Section == section)
.OrderBy(e =>
e.SpanToInch).ToList();
double S = Cells[0].Spacing;
var spaces = Split.Equal(reg.IfDimension.YDim - section.Width, S);
for (int i = 0; i < spaces.Count; i++)
{
//var spacingVec = new Vector3D(spaces[i], spaces[i], spaces[i]);
var DircVec = new IfLocation(
FloorPolygon.IfFloor.ShortDirection.Y * spaces[i],
FloorPolygon.IfFloor.ShortDirection.X * spaces[i],
FloorPolygon.IfFloor.ShortDirection.Z * spaces[i]
);
var ifJoist = new IfJoist(FloorPolygon.IfFloor)
{
IfModel = FloorPolygon.IfFloor.IfModel,
IfFloor = FloorPolygon.IfFloor,
IfLocation = DircVec,
IfDimension = new IfDimension(
section.Width.Inches,
section.Depth.Inches,
reg.IfDimension.XDim.Inches),
IfMaterial = IfMaterial.Setup.Get <IfMaterial>("Joist")
};
ifJoist.New();
ifJoist.IfMaterial.AttatchTo(ifJoist);
//add to studs elments
Joists.Add(ifJoist);
//
}
}
}
public override void SetScale(double value)
{
HeaderLine.SetScale(value);
HeaderLine.SetTranslate(0, -Height * value + Height);
Arrows.ForEach(e => e.Remove());
Spacings = 10 * value;
var span = Math.Sqrt(
Math.Pow(StartPoint.X - EndPoint.X, 2) +
Math.Pow(StartPoint.Y - EndPoint.Y, 2));
var spaces = Split.Equal(span * value, Spacings);
foreach (var space in spaces)
{
var arrow = new Arrow(GCanvas, new Point(StartPoint.X + space, StartPoint.Y), Height * value);
arrow.Rotate(180);
Arrows.Add(arrow);
}
HeaderLine.Remove();
Render();
}
private void SetStudsRegions()
{
var storyNo = WallPolygon.IfWall.Story.StoryNo;
double height = 0;
UnitName unit = WallPolygon.IfWall.IfModel.IfUnit.LengthUnit;
height = WallPolygon.IfWall.IfDimension.ZDim.Feet;
//switch (unit)
//{
// case UnitName.MILLIMETRE:
// height = Length.FromMilliMeters(WallPolygon.IfWall.IfDimension.ZDim.MilliMeter).Feet;
// break;
//
// case UnitName.FOOT:
// height = WallPolygon.IfWall.IfDimension.ZDim.Feet;
// break;
// case UnitName.METRE:
// height = Length.FromMeters(WallPolygon.IfWall.IfDimension.ZDim.Meter).Feet;
// break;
// default:
// break;
//}
var dim = IfStud.Setup.Get <IfDimension>("Dimension");
var maxdistance = StudTable.GetSpace(storyNo + 1, height, dim)
.LastOrDefault().Spacing;
// set maxdistance unit
//switch (unit)
//{
// case UnitName.MILLIMETRE:
// maxdistance = Length.FromInches(maxdistance).MilliMeter;
// //dim = dim.ToMilliMeters();
// break;
//
// case UnitName.METRE:
// maxdistance = Length.FromInches(maxdistance).Meter;
// //dim = dim.ToMeters();
// break;
//
// default:
// maxdistance = Length.FromInches(maxdistance).Feet;
// //dim = dim.ToFeet();
// break;
//}
//set Left Region
foreach (var region in WallPolygon.RLeft)
{
double distance = 0;
//switch (unit)
//{
// case UnitName.MILLIMETRE:
// distance = region.IfDimension.XDim.Inches;
// break;
// case UnitName.FOOT:
// distance = region.IfDimension.XDim.Inches;
// break;
// case UnitName.METRE:
// distance = region.IfDimension.XDim.Inches;
// break;
// default:
// break;
//}
distance = region.IfDimension.XDim.Inches;
var spaces = Split.Equal(distance - dim.XDim.Inches, maxdistance);
for (int i = 0; i < spaces.Count; i++)
{
var ifStud = new IfStud(WallPolygon.IfWall)
{
IfModel = WallPolygon.IfWall.IfModel,
IfWall = WallPolygon.IfWall,
IfLocation =
new IfLocation(region.IfLocation.X + spaces[i] + dim.XDim.Inches / 2,
region.IfLocation.Y,
region.IfLocation.Z),
IfDimension = new IfDimension(
dim.XDim,
dim.YDim,
region.IfDimension.ZDim),
IfMaterial = IfMaterial.Setup.Get <IfMaterial>("RLeft"),
};
ifStud.New();
ifStud.IfMaterial.AttatchTo(ifStud);
//add to studs elments
IfStuds.Add(ifStud);
//
}
}
//set right Region
foreach (var region in WallPolygon.RRight)
{
double distance = 0;
switch (unit)
{
case UnitName.MILLIMETRE:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.FOOT:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.METRE:
distance = region.IfDimension.XDim.Inches;
break;
default:
break;
}
var spaces = Split.Equal(distance - dim.XDim.Inches, maxdistance);
for (int i = 0; i < spaces.Count; i++)
{
var ifStud = new IfStud(WallPolygon.IfWall)
{
IfModel = WallPolygon.IfWall.IfModel,
IfWall = WallPolygon.IfWall,
IfLocation =
new IfLocation(region.IfLocation.X + spaces[i] + dim.XDim.Inches / 2,
region.IfLocation.Y,
region.IfLocation.Z),
IfDimension = new IfDimension(
dim.XDim,
dim.YDim,
region.IfDimension.ZDim),
IfMaterial = IfMaterial.Setup.Get <IfMaterial>("RRight")
};
ifStud.New();
ifStud.IfMaterial.AttatchTo(ifStud);
//add to studs elments
IfStuds.Add(ifStud);
//
}
}
//set between regions
foreach (var region in WallPolygon.RBetween)
{
double distance = 0;
switch (unit)
{
case UnitName.MILLIMETRE:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.FOOT:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.METRE:
distance = region.IfDimension.XDim.Inches;
break;
default:
break;
}
var spaces = Split.Equal(distance - dim.XDim.Inches, maxdistance);
for (int i = 0; i < spaces.Count; i++)
{
var ifStud = new IfStud(WallPolygon.IfWall)
{
IfModel = WallPolygon.IfWall.IfModel,
IfWall = WallPolygon.IfWall,
IfLocation =
new IfLocation(region.IfLocation.X + spaces[i] + dim.XDim.Inches / 2,
region.IfLocation.Y,
region.IfLocation.Z),
IfDimension = new IfDimension(
dim.XDim,
dim.YDim,
region.IfDimension.ZDim),
IfMaterial = IfMaterial.Setup.Get <IfMaterial>("RBetween")
};
ifStud.New();
ifStud.IfMaterial.AttatchTo(ifStud);
//add to studs elments
IfStuds.Add(ifStud);
//
}
}
//set Bottom Region
foreach (var region in WallPolygon.RBottom)
{
double distance = 0;
switch (unit)
{
case UnitName.MILLIMETRE:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.FOOT:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.METRE:
distance = region.IfDimension.XDim.Inches;
break;
default:
break;
}
var spaces = Split.Equal(distance - dim.XDim.Inches, maxdistance);
for (int i = 0; i < spaces.Count; i++)
{
var ifStud = new IfStud(WallPolygon.IfWall)
{
IfModel = WallPolygon.IfWall.IfModel,
IfWall = WallPolygon.IfWall,
IfLocation =
new IfLocation(region.IfLocation.X + spaces[i] + dim.XDim.Inches / 2,
region.IfLocation.Y,
region.IfLocation.Z),
IfDimension = new IfDimension(
dim.XDim,
dim.YDim,
region.IfDimension.ZDim),
IfMaterial = IfMaterial.Setup.Get <IfMaterial>("BottomStud")
};
ifStud.New();
ifStud.IfMaterial.AttatchTo(ifStud);
//add to studs elments
IfStuds.Add(ifStud);
//
}
}
//set top region
foreach (var region in WallPolygon.RTop)
{
double distance = 0;
switch (unit)
{
case UnitName.MILLIMETRE:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.FOOT:
distance = region.IfDimension.XDim.Inches;
break;
case UnitName.METRE:
distance = region.IfDimension.XDim.Inches;
break;
default:
break;
}
var spaces = Split.Equal(distance - dim.XDim.Inches, maxdistance);
for (int i = 0; i < spaces.Count; i++)
{
var ifStud = new IfStud(WallPolygon.IfWall)
{
IfModel = WallPolygon.IfWall.IfModel,
IfWall = WallPolygon.IfWall,
IfLocation =
new IfLocation(region.IfLocation.X + spaces[i] + dim.XDim.Inches / 2,
region.IfLocation.Y,
region.IfLocation.Z),
IfDimension = new IfDimension(
dim.XDim,
dim.YDim,
region.IfDimension.ZDim),
IfMaterial = IfMaterial.Setup.Get <IfMaterial>("TopStud")
};
ifStud.New();
ifStud.IfMaterial.AttatchTo(ifStud);
//add to studs elments
IfStuds.Add(ifStud);
//
}
}
}
static void Main(string[] args)
{
#region Header
"Wall Framing Solutions ".Header(ConsoleColor.Yellow, ConsoleColor.Black);
"Starting....".Print(ConsoleColor.Cyan);
"".PrintAtPosition(x: 10, foreColor: ConsoleColor.Red);
"-------------------------------------------- ".Print(ConsoleColor.White);
#endregion
var d = Split.Equal(13, .65);
string fileName = @"..\..\Models\ITI.Qondos.2.ifc";
string saveName = fileName.Split(new string[] { ".ifc" }, StringSplitOptions.RemoveEmptyEntries).FirstOrDefault() + @"-Solved.ifc";
IfcStore ifcStore = IfcStore.Open(fileName);
// ifcStore.SaveAs(fileName, Xbim.IO.IfcStorageType.IfcXml);
var beams = ifcStore.Instances.OfType <IIfcBeam>();
var prop = new IfProperties((IfcBuildingElement)beams.FirstOrDefault());
var sList = new List <IfSingleValue>()
{
new IfSingleValue("test value1", "100"),
new IfSingleValue("test value2", "400"),
new IfSingleValue("test value2", "300"),
};
var qList = new List <IfQuantity>()
{
new IfQuantity("test Quantity value1", "100", IfUnitEnum.AREAUNIT),
new IfQuantity("test Quantity value2", "200", IfUnitEnum.AREAUNIT),
new IfQuantity("test Quantity value2", "300", IfUnitEnum.AREAUNIT),
};
//prop.AddSingleValue("sss value List", sList);
//prop.AddQuantities("Quantity value List", qList);
//prop.FindByName("Join Status");
//prop.FindByValue("Both joins enabled");
//prop.FindSVProperty(new IfSingleValue("Join Status", "Both joins enabled"));
//prop.New();
// ifcStore.SaveAs((fileName + "prop"));
using (IfModel model = IfModel.Open(fileName))
{
Startup.Configuration(model);
model.Save(fileName);
model.Delete <IfcBeam>();
model.Delete <IfcColumn>();
WoodFrame wf = new WoodFrame(model);
wf.FrameWalls();
model.Delete <IfcWall>();
model.Delete <IfcSlab>();
model.Save(saveName);
// OpenWindow(fileName);
// OpenWindow(saveName);
List <IfWall> walls = model.Instances.OfType <IfWall>().ToList();
List <IfFloor> floors = model.Instances.OfType <IfFloor>().ToList();
$"{walls.Count} walls are found".Print(ConsoleColor.Cyan);
$"{floors.Count} floors are found".Print(ConsoleColor.Cyan);
List <WallPolygon> wallPolygons = new List <WallPolygon>();
int i = 0;
foreach (var item in walls)
{
$"wall no {i}".Print(ConsoleColor.Cyan);
wallPolygons.Add(new WallPolygon(item));
$"{wallPolygons.Last().Regions.Count} regions are found".Print(ConsoleColor.Cyan);
$"\t {wallPolygons.Last().Openings.Count} opens".Print(ConsoleColor.Cyan);
$"\t {wallPolygons.Last().RLeft.Count} left regions".Print(ConsoleColor.Cyan);
$"\t {wallPolygons.Last().RRight.Count} Right regions".Print(ConsoleColor.Cyan);
$"\t {wallPolygons.Last().RTop.Count} top regions".Print(ConsoleColor.Cyan);
$"\t {wallPolygons.Last().RBottom.Count} bot regions".Print(ConsoleColor.Cyan);
$"\t {wallPolygons.Last().RBetween.Count} middle regions".Print(ConsoleColor.Cyan);
i++;
}
GeometryCollection GC1 = new GeometryCollection();
GC1.AddToCollection(model.Instances.OfType <IfJoist>());
GC1.AddToCollection(model.Instances.OfType <IfStud>());
GC1.AddToCollection(model.Instances.OfType <IfSill>());
var coll = GC1.ToExcel(GC1.BOQTable, "Testing Excel", false, "Number", "Collection");
}
#region Footer
Console.ForegroundColor = ConsoleColor.Yellow;
Console.WriteLine("Done!");
#endregion
Console.ReadLine();
}
