private static Result createVisualizationSheets(UIDocument uiDoc, BuildingLoadModel buildingLoadModel, IEnumerable <ILoadModel> levelLiveLoadPerSquareFoots)
{
//Setup
Document _doc = uiDoc.Document;
double _concreteDensityPoundsForcePerCubicFoot = 153.0;
XYZ _capacityViewCoordinate = new XYZ(2.17649771769026, 0.766954561856788, 0);
XYZ _combinedViewCoordinate = new XYZ(0.780872717690263, 0.766954561856788, 0);
XYZ _demandViewCoordinate = new XYZ(0.780872717690263, 1.83481042377296, 0);
var _levels = Getters.GetLevels(_doc).OrderByDescending(p => p.Elevation).ToList();
var _floors = Getters.GetFloors(_doc).OrderBy(p => p.get_BoundingBox(null)?.Max.Z).ToList();
var _structuralColumns = new FilteredElementCollector(_doc).OfCategory(BuiltInCategory.OST_StructuralColumns).OfType <FamilyInstance>().OrderBy(p => p.get_BoundingBox(null)?.Max.Z).ToList();
var _structuralFraming = new FilteredElementCollector(_doc).OfCategory(BuiltInCategory.OST_StructuralFraming).OfType <FamilyInstance>().OrderBy(p => p.get_BoundingBox(null)?.Max.Z).ToList();
var _walls = new FilteredElementCollector(_doc).OfClass(typeof(Wall)).OfType <Wall>().OrderBy(p => p.get_BoundingBox(null)?.Max.Z).ToList();
BoundingBoxXYZ _modelExtents =
GeometryHelpers.GetElementsBBox(
new FilteredElementCollector(_doc).WhereElementIsViewIndependent().WhereElementIsNotElementType().ToList());
_modelExtents.Min = new XYZ(_modelExtents.Min.X, _modelExtents.Min.Y, _levels.LastOrDefault().Elevation - 1.0);
Category _directShapeCategory = Category.GetCategory(_doc, BuiltInCategory.OST_GenericModel);
Level _levelAbove = null;
Level _bottomLevel = _levels.LastOrDefault();
Level _topLevel = _levels.FirstOrDefault();
//Begin to generate our VisualizationDeliverables - these are sheets with 3 plan-orientation isometric views.
// NOTE - isometric views were used so that semi-transparent color overrides can be overlayed over each other to represent demands vs capacities
// ToDo: it would be valuable to scale transparency by percentage of overall demand/capacity
List <VisualizationDeliverable> _visualizationDeliverables = new List <VisualizationDeliverable>();
foreach (Level _level in _levels)
{
if (_levelAbove == null)
{
_levelAbove = _level;
}
//Get the elements that are on our current Level
List <Floor> _currentLevelFloors = _floors.Where(p => p.LevelId == _level.Id).ToList();
List <FamilyInstance> _currentLevelStructuralColumns = new List <FamilyInstance>();
List <FamilyInstance> _currentLevelStructuralFraming = new List <FamilyInstance>();
List <Wall> _currentLevelWalls = new List <Wall>();
BoundingBoxXYZ _levelBounds = new BoundingBoxXYZ
{
Min = new XYZ(_modelExtents.Min.X, _modelExtents.Min.Y, _level.Elevation),
Max = new XYZ(_modelExtents.Max.X, _modelExtents.Max.Y, _levelAbove.Elevation)
};
BoundingBoxIsInsideFilter _withinLevelBoundsFilter = new BoundingBoxIsInsideFilter(new Outline(_levelBounds.Min, _levelBounds.Max));
BoundingBoxIntersectsFilter _intersectsLevelBoundsFilter = new BoundingBoxIntersectsFilter(new Outline(_levelBounds.Min, _levelBounds.Max));
if (_structuralColumns.Count > 0)
{
_currentLevelStructuralColumns = new FilteredElementCollector(_doc, _structuralColumns.Select(p => p.Id).ToList()).WherePasses(_intersectsLevelBoundsFilter).OfType <FamilyInstance>().ToList();
}
else
{
_currentLevelStructuralColumns = new List <FamilyInstance>();
}
if (_structuralFraming.Count > 0)
{
_currentLevelStructuralFraming = new FilteredElementCollector(_doc, _structuralFraming.Select(p => p.Id).ToList()).WherePasses(_withinLevelBoundsFilter).OfType <FamilyInstance>().ToList();
}
else
{
_currentLevelStructuralFraming = new List <FamilyInstance>();
}
if (_walls.Count > 0)
{
_currentLevelWalls = new FilteredElementCollector(_doc, _walls.Select(p => p.Id).ToList()).WherePasses(_withinLevelBoundsFilter).OfType <Wall>().ToList();
}
else
{
_currentLevelWalls = new List <Wall>();
}
//Generate LoadModels to populate a full LevelLoadModel
LevelLoadModel _currentLevelLoadModel = LevelLoadModel.Create(_level);
foreach (Floor _floor in _currentLevelFloors)
{
//The "top" floor is where the initial Demand is determined, which is to be supported via reshores propagating down through the building
//ToDo: it would be valuable to be able to pick which Level to start from
if (_level.Id == _topLevel.Id)
{
Parameter _floorThicknessParameter = _floor.get_Parameter(BuiltInParameter.FLOOR_ATTR_THICKNESS_PARAM);
double _floorThickness = _floorThicknessParameter == null
? 0.0
: _floorThicknessParameter.AsDouble();
_currentLevelLoadModel.addFloorDemandLoadModel(_floor, _concreteDensityPoundsForcePerCubicFoot * _floorThickness);
}
//Add loads from other sources that are also distributed evenly along a level
ILoadModel _floorCapacityLoadModel = levelLiveLoadPerSquareFoots.FirstOrDefault(p => p.Name == _level.Name);
if (_floorCapacityLoadModel == null)
{
continue;
}
List <LoadModel> _floorLoadModels = _currentLevelLoadModel.addFloorCapacityLoadModel(_floor, _floorCapacityLoadModel.PoundsForcePerSquareFoot);
foreach (ILoadModel _loadModel in levelLiveLoadPerSquareFoots.Where(p => p.Name.Equals(_level.Name)))
{
List <ILoadModel> _otherLoadModels = new List <ILoadModel>();
foreach (LoadModel _floorLoadModel in _floorLoadModels)
{
LoadModel _otherLoadModel = LoadModel.Create();
_otherLoadModel.Name = _loadModel.Name;
_otherLoadModel.LoadType = _loadModel.LoadType;
_otherLoadModel.PoundsForcePerSquareFoot = _loadModel.PoundsForcePerSquareFoot;
_otherLoadModel.AreaSquareFeetXY = _floorLoadModel.AreaSquareFeetXY;
_otherLoadModel.HeightFeetZ = _floorLoadModel.HeightFeetZ;
_otherLoadModel.OriginXFeet = _floorLoadModel.OriginXFeet;
_otherLoadModel.OriginYFeet = _floorLoadModel.OriginYFeet;
_otherLoadModel.Curves = _floorLoadModel.Curves;
_otherLoadModel.PlanarFace = _floorLoadModel.PlanarFace;
_otherLoadModel.Element = _floorLoadModel.Element;
_currentLevelLoadModel.addLoadModel(_otherLoadModel);
}
}
}
foreach (FamilyInstance _structuralColumn in _currentLevelStructuralColumns)
{
_currentLevelLoadModel.addFamilyInstanceLoadModel(_structuralColumn, LoadType.Demand, buildingLoadModel.StructuralColumnWeightPerSquareFoot);
_currentLevelLoadModel.addFamilyInstanceLoadModel(_structuralColumn, LoadType.Capacity, buildingLoadModel.StructuralColumnWeightPerSquareFoot);
}
foreach (FamilyInstance _structuralFrame in _currentLevelStructuralFraming)
{
_currentLevelLoadModel.addFamilyInstanceLoadModel(_structuralFrame, LoadType.Demand, buildingLoadModel.StructuralBeamWeightPerSquareFoot);
}
foreach (Wall _wall in _currentLevelWalls)
{
_currentLevelLoadModel.addWallLoadModel(_wall, LoadType.Demand, buildingLoadModel.StructuralWallWeightPerSquareFoot);
_currentLevelLoadModel.addWallLoadModel(_wall, LoadType.Capacity, buildingLoadModel.StructuralWallWeightPerSquareFoot);
}
//Set the Solid elements that we will project through the building, to represent demands/capacities
LoadModel.SetSolids(_currentLevelLoadModel.LoadModels.OfType <LoadModel>(), _level, _topLevel, _bottomLevel);
VisualizationDeliverable _visualizationDeliverable = new VisualizationDeliverable(_currentLevelLoadModel)
{
Floors = _currentLevelFloors,
StructuralColumns = _currentLevelStructuralColumns,
StructuralFraming = _currentLevelStructuralFraming,
Walls = _currentLevelWalls,
};
_visualizationDeliverables.Add(_visualizationDeliverable);
_levelAbove = _level;
}
//Now that we've gathered all of our LoadModels, let's read the data about their actual demands/capacities
buildingLoadModel.LevelLoadModels = _visualizationDeliverables.Select(p => p.LevelLoadModel as ILevelLoadModel).Where(p => p != null).ToList();
buildingLoadModel.ReadLoads();
foreach (LoadModel _loadModel in _visualizationDeliverables.Select(p => p.LevelLoadModel).SelectMany(p => p.LoadModels))
{
_loadModel.SetDirectShapeWithParameters(_doc, _directShapeCategory.Id, _loadModel.Name);
}
//Update Levels in the model with Load details
foreach (LevelLoadModel _levelLoadModel in _visualizationDeliverables.Select(p => p.LevelLoadModel))
{
_levelLoadModel.SetLevelParameters();
}
//Color our active View for the visualization
colorActiveView(_doc, _visualizationDeliverables);
//ToDo: something happened which broke colors being correctly applied to these sheets - will need to sort this out
//createSheetsAndViews(_doc, _visualizationDeliverables, _modelExtents);
//
//colorViews(_doc, _visualizationDeliverables);
//
//createViewports(_doc, _visualizationDeliverables, _capacityViewCoordinate, _combinedViewCoordinate, _demandViewCoordinate);
return(Result.Succeeded);
}
private static Result placeTemporaryShoring(UIDocument uiDoc, BuildingLoadModel buildingLoadModel, List <ILoadModel> loadModels, string reshoringFamilyPathName, string reshoringFamilySymbol)
{
//Setup
Document _doc = uiDoc.Document;
//ToDo: it would be valuable to let users pick which Family & Type they want to use - so they can rapidly understand differences in layout for different reshores
Dictionary <string, FamilyDefinition> _familyMappings = new List <string> {
@"C:\ProgramData\Autodesk\Revit\Addins\2021\ApatosReshoring\Reshoring Poles 6x6.rfa",
@"C:\ProgramData\Autodesk\Revit\Addins\2021\ApatosReshoring\Reshoring Poles Ellis 4x4.rfa",
@"C:\ProgramData\Autodesk\Revit\Addins\2021\ApatosReshoring\Reshoring Poles Titan-HV.rfa",
@"C:\ProgramData\Autodesk\Revit\Addins\2021\ApatosReshoring\Reshoring Poles Titan-XL.rfa",
}.ToDictionary(p => Path.GetFileNameWithoutExtension(p),
p => FamilyHelpers.GetOrLoadFamilyDefinition(_doc, p));
string _familyName = Path.GetFileNameWithoutExtension(reshoringFamilyPathName);
FamilySymbol _temporaryShoreSymbol = null;
if (_familyMappings.ContainsKey(_familyName))
{
Family _family = _familyMappings[_familyName]?.Family;
foreach (ElementId _symbolID in _family.GetFamilySymbolIds())
{
FamilySymbol _familySymbol = _doc.GetElement(_symbolID) as FamilySymbol;
if (_familySymbol == null)
{
continue;
}
if (_familySymbol.Name != reshoringFamilySymbol)
{
continue;
}
_temporaryShoreSymbol = _familySymbol;
if (_temporaryShoreSymbol != null)
{
break;
}
}
}
if (_temporaryShoreSymbol == null)
{
return(Result.Failed);
}
if (_temporaryShoreSymbol.IsActive == false)
{
_temporaryShoreSymbol.Activate();
}
var _levels = Getters.GetLevels(uiDoc.Document).OrderByDescending(p => p.Elevation).ToList();
var _floors = Getters.GetFloors(_doc).OrderBy(p => p.get_BoundingBox(null)?.Max.Z).ToList();
Level _topLevel = _levels.FirstOrDefault();
//Add Level Loads
addLevelLoadModels(buildingLoadModel, _levels, _floors, _topLevel, loadModels);
buildingLoadModel.ReadLoads();
//Place Temporary Shores
Dictionary <double, double> _clearShoreHeightCapacityMappings = getClearShoreHeightCapacityMappings(buildingLoadModel, _topLevel, _temporaryShoreSymbol);
LevelLoadModel _levelLoadModelAbove = buildingLoadModel.LevelLoadModels.OfType <LevelLoadModel>().FirstOrDefault(p => p.Level.Id == _topLevel.Id);
if (_levelLoadModelAbove == null)
{
return(Result.Failed);
}
Dictionary <LevelLoadModel, double> _levelLoadModelXDistances = new Dictionary <LevelLoadModel, double>();
Dictionary <LevelLoadModel, double> _levelLoadModelYDistances = new Dictionary <LevelLoadModel, double>();
LevelLoadModel _lowestReshoredLevelLoadModel = null;
double _levelAboveDemand = _levelLoadModelAbove.ReshoreDemandPoundsForcePerSquareFoot;
foreach (LevelLoadModel _levelLoadModel in buildingLoadModel.LevelLoadModels)
{
if (_levelAboveDemand > 0.0)
{
if (_levelLoadModel.Level.Id == _topLevel.Id)
{
continue;
}
double _roundedClearShoreHeight = Math.Round(_levelLoadModel.ClearShoreHeight, 9);
if (_clearShoreHeightCapacityMappings.ContainsKey(_roundedClearShoreHeight) == false)
{
continue;
}
double _loadCapacityPerShore = _clearShoreHeightCapacityMappings[_roundedClearShoreHeight];
double _minimumAreaPerShore = _loadCapacityPerShore / _levelAboveDemand;
double _allowedAreaSquareSideLength = Math.Sqrt(_minimumAreaPerShore);
double _roundedSideLength = Math.Floor(_allowedAreaSquareSideLength);
//safer to round both down & have a smaller area
_levelLoadModelXDistances.Add(_levelLoadModel, _roundedSideLength);
_levelLoadModelYDistances.Add(_levelLoadModel, _roundedSideLength);
//Adjust our Capacity & Demand, then determine if we can stop adding temportary reshoring
_levelLoadModel.ReshoreDemandPoundsForcePerSquareFoot = _levelAboveDemand;
_levelAboveDemand -= _levelLoadModel.CapacityPoundsForcePerSquareFoot;
}
else
{
if (_lowestReshoredLevelLoadModel == null)
{
_lowestReshoredLevelLoadModel = _levelLoadModelAbove;
}
_levelLoadModel.ReshoreDemandPoundsForcePerSquareFoot = 0.0;
}
_levelLoadModelAbove = _levelLoadModel;
}
//Update Level parameters
foreach (LevelLoadModel _levelLoadModel in buildingLoadModel.LevelLoadModels)
{
_levelLoadModel.SetLevelParameters();
}
//Place temporary reshoring
List <FamilyInstance> _temporaryShores = new List <FamilyInstance>();
_levelLoadModelAbove = buildingLoadModel.LevelLoadModels.OfType <LevelLoadModel>().FirstOrDefault(p => p.Level.Id == _topLevel.Id);
foreach (LevelLoadModel _levelLoadModel in buildingLoadModel.LevelLoadModels.Where(p => p.ReshoreDemandPoundsForcePerSquareFoot > 0.0))
{
if (_levelLoadModel.Level.Id == _topLevel.Id)
{
continue;
}
if (_levelLoadModelXDistances.ContainsKey(_levelLoadModel) == false || _levelLoadModelYDistances.ContainsKey(_levelLoadModel) == false)
{
break;
}
double _sideXLength = _levelLoadModelXDistances[_levelLoadModel];
double _sideYLength = _levelLoadModelYDistances[_levelLoadModel];
//ToDo: add 1, subtract 1 from each side & check if their total area is closer to the calculated area than a square
//ToDo: do this twice, and take the "middle" option
List <Floor> _levelAboveFloors = _floors.Where(p => p.LevelId == _levelLoadModelAbove.Level.Id).ToList();
List <FamilyInstance> _temporaryReshores = new List <FamilyInstance>();
foreach (Floor _floor in _levelAboveFloors)
{
BoundingBoxXYZ _currentFloorBounds = _floor.get_BoundingBox(null);
List <double> _xCoords = new List <double>();
for (double _x = 0.0; _x <= _currentFloorBounds.Max.X - _currentFloorBounds.Min.X; _x += _sideXLength)
{
_xCoords.Add(_x);
}
List <double> _yCoords = new List <double>();
for (double _y = 0.0; _y <= _currentFloorBounds.Max.Y - _currentFloorBounds.Min.Y; _y += _sideYLength)
{
_yCoords.Add(_y);
}
foreach (double _x in _xCoords)
{
foreach (double _y in _yCoords)
{
XYZ _insertionCoordinate = new XYZ(
_currentFloorBounds.Min.X + _x,
_currentFloorBounds.Min.Y + _y,
_levelLoadModel.ElevationFeet);
FamilyInstance _temporaryShore = _doc.Create.NewFamilyInstance(_insertionCoordinate, _temporaryShoreSymbol, Autodesk.Revit.DB.Structure.StructuralType.Column);
Parameter _heightParam = _temporaryShore.LookupParameter("Height");
if (_heightParam != null && _heightParam.IsReadOnly == false)
{
_heightParam.Set(_levelLoadModel.ClearShoreHeight);
}
_temporaryShores.Add(_temporaryShore);
}
}
}
}
//Regenerate so that the latest locations are updated in the model for our newly placed reshores - the intersects filters below will fail without this
_doc.Regenerate();
var _scopeBoxes = Getters.GetScopeBoxes(_doc);
Dictionary <ElementId, string> _shoreIdScopeBoxNames = new Dictionary <ElementId, string>();
foreach (Element _scopeBox in _scopeBoxes)
{
List <Element> _columnsInScopeBox = Getters.GetInsideElements(_doc, _temporaryShores, _scopeBox.get_BoundingBox(null));
foreach (Level _level in _levels)
{
List <Element> _columnsInScopeBoxOnLevel = _columnsInScopeBox.Where(p => ((p.Location as LocationPoint)?.Point.Z - _level.Elevation) <= 1.0).ToList();
string _pourName = Helpers.Views.BoundedViewCreator.GetViewName(_level, _scopeBox, string.Empty, string.Empty);
foreach (Element _column in _columnsInScopeBoxOnLevel)
{
_column.get_Parameter(Ids.PourNameParameterId)?.Set(_pourName);
}
}
}
return(Result.Succeeded);
}
