//FUNCTION FOR FLOOR
public void FloorSelector(string activityDescription)
{
Nw.ModelItem modelParent = modelItem.Parent;
List <ElementData> TempListofSafetyIssues = new List <ElementData>();
ElementData eachElementData = new ElementData();
eachElementData.EleStartDate = new DateTime();
eachElementData.EleEndDate = new DateTime();
eachElementData.ProtStartDate = new DateTime();
eachElementData.ProtEndDate = new DateTime();
Nw.PropertyCategoryCollection innerpropCatCollection = modelParent.PropertyCategories;
eachElementData.ActivityName = activityDescription;
eachElementData.ElementType = "Floor";
eachElementData.Hazard = "Working at height";
eachElementData.Protection = "See general guidelines for Construction of Floors at height";
//get element level and elevation
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Level" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Elevation") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Name"))
{
//elevation is returned in feet and not as double
elevation = innerpropCat.Properties.FindPropertyByDisplayName("Elevation").Value.ToDoubleLength();
elevation = elevation * (double)0.3048;
eachElementData.Elevation = elevation;
eachElementData.Level = innerpropCat.Properties.FindPropertyByDisplayName("Name").Value.ToString();
eachElementData.Level = eachElementData.Level.Substring(eachElementData.Level.IndexOf(":") + 1);
break;
}
}
//get element start date and end date
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Contained in Task Start (Planned):1") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Contained in Task End (Planned):1"))
{
eachElementData.EleStartDate = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Contained in Task Start (Planned):1").Value.ToDateTime();
eachElementData.EleEndDate = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Contained in Task End (Planned):1").Value.ToDateTime();
break;
}
}
eachElementData.ProtStartDate = eachElementData.EleStartDate;
eachElementData.ProtEndDate = eachElementData.EleEndDate;
TempListofSafetyIssues.Add(eachElementData);
Result.ListofSafetyIssues.AddRange(TempListofSafetyIssues);
}
//code for window
public DateTime WallOperations(string elementID)
{
List <DateTime> ListWindowStartDate = new List <DateTime>();
string caTegory, elementInfo = null;
DateTime StartDate = new DateTime();
DateTime returnStartDate = new DateTime();
//open the active document and get model items
foreach (Nw.ModelItem modelItem in Nw.Application.ActiveDocument.Models.RootItemDescendantsAndSelf)
{
//loop through the ancestors of the element to find properties in case of family element
foreach (Nw.ModelItem modelAncestors in modelItem.Ancestors)
{
if (modelItem.HasGeometry)
{
//select all the property categories of the parent element
Nw.PropertyCategoryCollection propCatCollection = modelAncestors.PropertyCategories;
//check for the element type to be windows by iterating through property categories
foreach (Nw.PropertyCategory propCat in propCatCollection)
{
if (propCat.DisplayName.ToString() == "Element" && null != propCat.Properties.FindPropertyByDisplayName("Category"))
{
caTegory = propCat.Properties.FindPropertyByDisplayName("Category").Value.ToString();
caTegory = caTegory.Substring(caTegory.IndexOf(":") + 1);
if (caTegory == "Windows")
{
Nw.PropertyCategoryCollection innerpropCatCollection = modelAncestors.PropertyCategories;
// for windows found check for the Shared parameter input from revit
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Element" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("ElementInfo"))
{
elementInfo = innerpropCat.Properties.FindPropertyByDisplayName("ElementInfo").Value.ToString();
elementInfo = elementInfo.Substring(elementInfo.IndexOf(":") + 1);
//code for side protection type based on the shared parameter
if (elementInfo == elementID)
{
Nw.PropertyCategoryCollection innermostpropCatCollection = modelAncestors.PropertyCategories;
//get the start date of the window elements and save it to a list
foreach (Nw.PropertyCategory innermostpropCat in innermostpropCatCollection)
{
if (innermostpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Contained in Task Start (Planned):1"))
{
StartDate = (DateTime)innermostpropCat.Properties
.FindPropertyByDisplayName("Contained in Task Start (Planned):1").Value.ToDateTime();
ListWindowStartDate.Add(StartDate);
}
}
}
}
}
}
}
}
}
}
}
// find the largest of the start dates and return it
if (ListWindowStartDate.Count != 0)
{
ListWindowStartDate.Sort();
returnStartDate = ListWindowStartDate.Last();
ListWindowStartDate.Clear();
}
return(returnStartDate);
}
//Code for walls
public SlabResult RoofOperations(string elementID)
{
List <DateTime> ListWallEdgeStartDate = new List <DateTime>();
List <DateTime> ListWallOpeningStartDate = new List <DateTime>();
List <DateTime> ListWallStairStartDate = new List <DateTime>();
string caTegory, protectionInfo = null, elementInfo = null;
DateTime StartDate = new DateTime();
SlabResult roofwallResult = new SlabResult();
roofwallResult.elementCategory = null;
//open the active document and get model items
foreach (Nw.ModelItem modelItem in Nw.Application.ActiveDocument.Models.RootItemDescendantsAndSelf)
{
Nw.ModelItem modelParent = modelItem.Parent;
if (modelItem.HasGeometry)
{
//select all the property categories of the parent element
Nw.PropertyCategoryCollection propCatCollection = modelParent.PropertyCategories;
foreach (Nw.PropertyCategory propCat in propCatCollection)
{
//check for the element type to be wall by iterating through property categories
if (propCat.DisplayName.ToString() == "Element" && null != propCat.Properties.FindPropertyByDisplayName("Category"))
{
caTegory = propCat.Properties.FindPropertyByDisplayName("Category").Value.ToString();
caTegory = caTegory.Substring(caTegory.IndexOf(":") + 1);
if (caTegory == "Walls")
{
roofwallResult.elementCategory = "Walls";
Nw.PropertyCategoryCollection innerpropCatCollection = modelParent.PropertyCategories;
// for walls found check for the ehared parameter input from revit
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Element" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("ElementInfo") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("ProtectionInfo"))
{
elementInfo = innerpropCat.Properties.FindPropertyByDisplayName("ElementInfo").Value.ToString();
protectionInfo = innerpropCat.Properties.FindPropertyByDisplayName("ProtectionInfo").Value.ToString();
elementInfo = elementInfo.Substring(elementInfo.IndexOf(":") + 1);
protectionInfo = protectionInfo.Substring(protectionInfo.IndexOf(":") + 1);
//code for side protection type based on the shared parameter
if (elementInfo == elementID && protectionInfo == "ExteriorWall")
{
Nw.PropertyCategoryCollection innermostpropCatCollection = modelParent.PropertyCategories;
//get the start date of the wall elements and save it to a list
foreach (Nw.PropertyCategory innermostpropCat in innermostpropCatCollection)
{
if (innermostpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Attached to Task Start (Planned):1"))
{
StartDate = (DateTime)innermostpropCat.Properties
.FindPropertyByDisplayName("Attached to Task Start (Planned):1").Value.ToDateTime();
ListWallEdgeStartDate.Add(StartDate);
}
}
}
//code for opening protection
if (elementInfo == elementID && protectionInfo == "Opening")
{
Nw.PropertyCategoryCollection innermostpropCatCollection = modelParent.PropertyCategories;
//get the start date of the wall elements and save it to a list
foreach (Nw.PropertyCategory innermostpropCat in innermostpropCatCollection)
{
if (innermostpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Attached to Task Start (Planned):1"))
{
StartDate = (DateTime)innermostpropCat.Properties
.FindPropertyByDisplayName("Attached to Task Start (Planned):1").Value.ToDateTime();
ListWallOpeningStartDate.Add(StartDate);
}
}
}
//code for stair side protection
if (elementInfo == elementID && protectionInfo == "Stair")
{
Nw.PropertyCategoryCollection innermostpropCatCollection = modelParent.PropertyCategories;
//get the start date of the wall elements and save it to a list
foreach (Nw.PropertyCategory innermostpropCat in innermostpropCatCollection)
{
if (innermostpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Attached to Task Start (Planned):1"))
{
StartDate = (DateTime)innermostpropCat.Properties
.FindPropertyByDisplayName("Attached to Task Start (Planned):1").Value.ToDateTime();
ListWallStairStartDate.Add(StartDate);
}
}
}
}
}
}
}
}
}
}
// find the largest of the start dates and return it
if (ListWallEdgeStartDate.Count != 0)
{
ListWallEdgeStartDate.Sort();
roofwallResult.edgestartDate = new DateTime();
roofwallResult.edgestartDate = ListWallEdgeStartDate.Last();
ListWallEdgeStartDate.Clear();
}
if (ListWallOpeningStartDate.Count != 0)
{
ListWallOpeningStartDate.Sort();
roofwallResult.openingstartDate = new DateTime();
roofwallResult.openingstartDate = ListWallOpeningStartDate.Last();
ListWallOpeningStartDate.Clear();
}
if (ListWallStairStartDate.Count != 0)
{
ListWallStairStartDate.Sort();
roofwallResult.stairstartDate = new DateTime();
roofwallResult.stairstartDate = ListWallStairStartDate.Last();
ListWallStairStartDate.Clear();
}
return(roofwallResult);
}
//FUNCTION FOR RAILING
public void RailingSelector(string activityDescription)
{
List <ElementData> TempListofSafetyIssues = new List <ElementData>();
ElementData eachElementData = new ElementData();
string caTegory = null;
eachElementData.EleStartDate = new DateTime();
eachElementData.EleEndDate = new DateTime();
eachElementData.ProtStartDate = new DateTime();
eachElementData.ProtEndDate = new DateTime();
foreach (Nw.ModelItem modelAncestors in modelItem.AncestorsAndSelf)
{
Nw.PropertyCategoryCollection familypropCatCollection = modelAncestors.PropertyCategories;
foreach (Nw.PropertyCategory familypropCat in familypropCatCollection)
{
if (familypropCat.DisplayName.ToString() == "Element" &&
null != familypropCat.Properties.FindPropertyByDisplayName("Category"))
{
caTegory = familypropCat.Properties.FindPropertyByDisplayName("Category").Value.ToString();
caTegory = caTegory.Substring(caTegory.IndexOf(":") + 1);
//if element is stair
if (caTegory == "Railings")
{
foreach (Nw.PropertyCategory innerpropCat in familypropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Element" && null != innerpropCat.Properties
.FindPropertyByDisplayName("ElementInfo"))
{
eachElementData.ActivityName = activityDescription;
eachElementData.ElementType = "Railing";
eachElementData.Hazard = "Proximity to opening/slab edge";
eachElementData.Protection = "See general guidelines working at height";
//get element level and elevation
foreach (Nw.PropertyCategory innermostpropCat in familypropCatCollection)
{
if (innermostpropCat.DisplayName.ToString() == "Base Level" &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Elevation") &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Name"))
{
//elevation is returned in feet and not as double
elevation = innermostpropCat.Properties.FindPropertyByDisplayName("Elevation").Value.ToDoubleLength();
elevation = elevation * (double)0.3048;
eachElementData.Elevation = elevation;
eachElementData.Level = innermostpropCat.Properties.FindPropertyByDisplayName("Name").Value.ToString();
eachElementData.Level = eachElementData.Level.Substring(eachElementData.Level.IndexOf(":") + 1);
break;
}
}
//get element start date and end date
foreach (Nw.PropertyCategory innermostpropCat in familypropCatCollection)
{
if (innermostpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Contained in Task Start (Planned):1") &&
null != innermostpropCat.Properties.FindPropertyByDisplayName("Contained in Task End (Planned):1"))
{
eachElementData.EleStartDate = (DateTime)innermostpropCat.Properties
.FindPropertyByDisplayName("Contained in Task Start (Planned):1").Value.ToDateTime();
eachElementData.EleEndDate = (DateTime)innermostpropCat.Properties
.FindPropertyByDisplayName("Contained in Task End (Planned):1").Value.ToDateTime();
break;
}
}
eachElementData.ProtStartDate = eachElementData.EleStartDate;
eachElementData.ProtEndDate = eachElementData.EleEndDate;
TempListofSafetyIssues.Add(eachElementData);
}
}
}
}
}
}
Result.ListofSafetyIssues.AddRange(TempListofSafetyIssues);
}
//FUNCTION FOR STAIR
public void StairSelector(string activityDescription)
{
string caTegory;
List <ElementData> TempListofSafetyIssues = new List <ElementData>();
ElementData eachElementData = new ElementData();
Operate elementOperate = new Operate();
string elementID;
DateTime tempDateTime = new DateTime();
eachElementData.EleStartDate = new DateTime();
eachElementData.EleEndDate = new DateTime();
eachElementData.ProtStartDate = new DateTime();
eachElementData.ProtEndDate = new DateTime();
SlabResult stairwallResult = new SlabResult();
SlabResult stairrailingResult = new SlabResult();
foreach (Nw.ModelItem modelAncestors in modelItem.AncestorsAndSelf)
{
Nw.PropertyCategoryCollection familypropCatCollection = modelAncestors.PropertyCategories;
foreach (Nw.PropertyCategory familypropCat in familypropCatCollection)
{
if (familypropCat.DisplayName.ToString() == "Element" &&
null != familypropCat.Properties.FindPropertyByDisplayName("Category"))
{
caTegory = familypropCat.Properties.FindPropertyByDisplayName("Category").Value.ToString();
caTegory = caTegory.Substring(caTegory.IndexOf(":") + 1);
//if element is stair
if (caTegory == "Stairs")
{
//get start date of edge walls and railings
foreach (Nw.PropertyCategory innerpropCat in familypropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Element ID" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Value"))
{
elementID = innerpropCat.Properties.FindPropertyByDisplayName("Value").Value.ToString();
elementID = elementID.Substring(elementID.IndexOf(":") + 1);
stairwallResult = elementOperate.RoofOperations(elementID);
stairrailingResult = elementOperate.RailingOperations(elementID);
break;
}
}
//get element start date and end date
foreach (Nw.PropertyCategory innerpropCat in familypropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Contained in Task Start (Planned):1") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Contained in Task End (Planned):1"))
{
tempDateTime = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Contained in Task Start (Planned):1").Value.ToDateTime();
eachElementData.ProtStartDate = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Contained in Task End (Planned):1").Value.ToDateTime();
break;
}
}
//get element level and elevation
foreach (Nw.PropertyCategory innerpropCat in familypropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Top Level" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Elevation") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Name"))
{
//elevation is returned in feet and not as double
elevation = innerpropCat.Properties.FindPropertyByDisplayName("Elevation").Value.ToDoubleLength();
elevation = elevation * (double)0.3048;
eachElementData.Elevation = elevation;
eachElementData.Level = innerpropCat.Properties.FindPropertyByDisplayName("Name").Value.ToString();
eachElementData.Level = eachElementData.Level.Substring(eachElementData.Level.IndexOf(":") + 1);
break;
}
}
//in case of walls along the stair edges
if (stairwallResult.stairstartDate.ToShortDateString() != "01-01-0001")
{
eachElementData.ProtEndDate = stairwallResult.stairstartDate;
eachElementData.Hazard = "Unprotected Stairs";
eachElementData.Protection = "Provide edge protection along the stair walls are to be built";
TempListofSafetyIssues.Add(eachElementData);
}
//in case of railings along the stair edges
if (stairrailingResult.stairstartDate.ToShortDateString() != "01-01-0001")
{
eachElementData.ProtEndDate = stairrailingResult.stairstartDate;
eachElementData.Hazard = "Unprotected Stairs";
eachElementData.Protection = "Provide edge protection along the stair where railings are to be built";
TempListofSafetyIssues.Add(eachElementData);
}
eachElementData.EleStartDate = tempDateTime;
eachElementData.EleEndDate = eachElementData.ProtStartDate;
eachElementData.ProtStartDate = eachElementData.EleEndDate;
eachElementData.ProtEndDate = eachElementData.EleEndDate;
eachElementData.ActivityName = activityDescription;
eachElementData.ElementType = "Stair";
eachElementData.Hazard = "Working at height";
eachElementData.Protection = "See general guidelines for Construction of stairs";
TempListofSafetyIssues.Add(eachElementData);
Result.ListofSafetyIssues.AddRange(TempListofSafetyIssues);
}
}
}
}
}
//Function with switch case to select the operations on an element
public void ElementSelector(string activityDescription)
{
Nw.ModelItem modelParent = modelItem.Parent;
string caTegory;
if (modelItem.HasGeometry)
{
Nw.PropertyCategoryCollection propCatCollection = modelParent.PropertyCategories;
foreach (Nw.PropertyCategory propCat in propCatCollection)
{
if (propCat.DisplayName.ToString() == "Revit Type" &&
null != propCat.Properties.FindPropertyByDisplayName("Category").Value)
{
caTegory = propCat.Properties.FindPropertyByDisplayName("Category").Value.ToString();
caTegory = caTegory.Substring(caTegory.IndexOf(":") + 1);
//if element is a roof
if (caTegory == "Roofs")
{
RoofSelector(activityDescription);
}
//if element is a wall
if (caTegory == "Walls")
{
WallSelector(activityDescription);
}
//if element is column
else if (caTegory == "Columns")
{
ColumnSelector(activityDescription);
}
//if element is beam
if (caTegory == "Structural Framing")
{
BeamSelector(activityDescription);
}
//if element is Foundation
else if (caTegory == "Structural Foundations")
{
FoundationSelector(activityDescription);
}
//if element is Floor
else if (caTegory == "Floors")
{
FloorSelector(activityDescription);
}
}
}
//for families iterate through the ancestors to get the model item type
foreach (Nw.ModelItem modelAncestors in modelItem.AncestorsAndSelf)
{
Nw.PropertyCategoryCollection familypropCatCollection = modelAncestors.PropertyCategories;
foreach (Nw.PropertyCategory familypropCat in familypropCatCollection)
{
if (familypropCat.DisplayName.ToString() == "Element" &&
null != familypropCat.Properties.FindPropertyByDisplayName("Category"))
{
caTegory = familypropCat.Properties.FindPropertyByDisplayName("Category").Value.ToString();
caTegory = caTegory.Substring(caTegory.IndexOf(":") + 1);
//if element is window
if (caTegory == "Windows")
{
WindowSelector(activityDescription);
}
//if element is stairs
else if (caTegory == "Stairs")
{
StairSelector(activityDescription);
}
//if element is railing
else if (caTegory == "Railings")
{
RailingSelector(activityDescription);
}
}
}
}
}
return;
}
//FUNCTION FOR WALL
public void WallSelector(string activityDescription)
{
Nw.ModelItem modelParent = modelItem.Parent;
Operate elementOperate = new Operate();
string elementID;
List <ElementData> TempListofSafetyIssues = new List <ElementData>();
ElementData eachElementData = new ElementData();
DateTime tempDateTime = new DateTime();
eachElementData.EleStartDate = new DateTime();
eachElementData.EleEndDate = new DateTime();
eachElementData.ProtStartDate = new DateTime();
eachElementData.ProtEndDate = new DateTime();
Nw.PropertyCategoryCollection innerpropCatCollection = modelParent.PropertyCategories;
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Element ID" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Value"))
{
elementID = innerpropCat.Properties.FindPropertyByDisplayName("Value").Value.ToString();
elementID = elementID.Substring(elementID.IndexOf(":") + 1);
eachElementData.ProtEndDate = elementOperate.WallOperations(elementID);
break;
}
}
//get element start date and end date
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Attached to Task Start (Planned):1") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Attached to Task End (Planned):1"))
{
tempDateTime = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Attached to Task Start (Planned):1").Value.ToDateTime();
eachElementData.ProtStartDate = (DateTime)innerpropCat
.Properties.FindPropertyByDisplayName("Attached to Task End (Planned):1").Value.ToDateTime();
break;
}
}
//get element level
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Base Constraint" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Name"))
{
eachElementData.Level = innerpropCat.Properties.FindPropertyByDisplayName("Name").Value.ToString();
eachElementData.Level = eachElementData.Level.Substring(eachElementData.Level.IndexOf(":") + 1);
break;
}
}
//get element top elevation
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Top Constraint" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Elevation"))
{
//elevation is returned in feet and not as double
elevation = innerpropCat.Properties.FindPropertyByDisplayName("Elevation").Value.ToDoubleLength();
elevation = elevation * (double)0.3048;
eachElementData.Elevation = elevation;
break;
}
}
//in case of walls along the boundaries
if (eachElementData.ProtEndDate.ToShortDateString() != "01-01-0001")
{
eachElementData.Hazard = "Window Openings along slab edges";
eachElementData.Protection = "Close openings using grills";
TempListofSafetyIssues.Add(eachElementData);
}
eachElementData.EleStartDate = tempDateTime;
eachElementData.EleEndDate = eachElementData.ProtStartDate;
eachElementData.ProtStartDate = eachElementData.EleEndDate;
eachElementData.ProtEndDate = eachElementData.EleEndDate;
eachElementData.ActivityName = activityDescription;
eachElementData.ElementType = "Wall";
eachElementData.Hazard = "Working at height";
eachElementData.Protection = "See general guidelines for Construction of walls at height";
TempListofSafetyIssues.Add(eachElementData);
Result.ListofSafetyIssues.AddRange(TempListofSafetyIssues);
}
//FUNCTION FOR ROOF
public void RoofSelector(string activityDescription)
{
Nw.ModelItem modelParent = modelItem.Parent;
Operate elementOperate = new Operate();
string elementID;
List <ElementData> TempListofSafetyIssues = new List <ElementData>();
ElementData eachElementData = new ElementData();
DateTime tempDateTime = new DateTime();
eachElementData.EleStartDate = new DateTime();
eachElementData.EleEndDate = new DateTime();
eachElementData.ProtStartDate = new DateTime();
eachElementData.ProtEndDate = new DateTime();
SlabResult slabwallResult = new SlabResult();
SlabResult slabrailingResult = new SlabResult();
Nw.PropertyCategoryCollection innerpropCatCollection = modelParent.PropertyCategories;
//get element start date and end date
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "TimeLiner" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Attached to Task Start (Planned):1") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Attached to Task End (Planned):1"))
{
tempDateTime = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Attached to Task Start (Planned):1").Value.ToDateTime();
eachElementData.ProtStartDate = (DateTime)innerpropCat.Properties
.FindPropertyByDisplayName("Attached to Task End (Planned):1").Value.ToDateTime();
break;
}
}
//get element level and elevation
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Base Level" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Elevation") &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Name"))
{
//elevation is returned in feet and not as double
elevation = innerpropCat.Properties.FindPropertyByDisplayName("Elevation").Value.ToDoubleLength();
elevation = elevation * (double)0.3048;
eachElementData.Elevation = elevation;
eachElementData.Level = innerpropCat.Properties.FindPropertyByDisplayName("Name").Value.ToString();
eachElementData.Level = eachElementData.Level.Substring(eachElementData.Level.IndexOf(":") + 1);
break;
}
}
//get start date of edge walls and railings
foreach (Nw.PropertyCategory innerpropCat in innerpropCatCollection)
{
if (innerpropCat.DisplayName.ToString() == "Element ID" &&
null != innerpropCat.Properties.FindPropertyByDisplayName("Value"))
{
elementID = innerpropCat.Properties.FindPropertyByDisplayName("Value").Value.ToString();
elementID = elementID.Substring(elementID.IndexOf(":") + 1);
slabwallResult = elementOperate.RoofOperations(elementID);
slabrailingResult = elementOperate.RailingOperations(elementID);
break;
}
}
//in case of walls along the boundaries
if (slabwallResult.edgestartDate.ToShortDateString() != "01-01-0001")
{
eachElementData.ProtEndDate = slabwallResult.edgestartDate;
eachElementData.Hazard = "Unprotected Slab Edges";
eachElementData.Protection = "Provide edge protection along the slab edges where exterior walls are to be built";
TempListofSafetyIssues.Add(eachElementData);
}
//in case of railings along the boundaries
if (slabrailingResult.edgestartDate.ToShortDateString() != "01-01-0001")
{
eachElementData.ProtEndDate = slabrailingResult.edgestartDate;
eachElementData.Hazard = "Unprotected Edges of Slab";
eachElementData.Protection = "Provide edge protection along the edges of the slab where railings are to be built";
TempListofSafetyIssues.Add(eachElementData);
}
//in case of walls along openings
if (slabwallResult.openingstartDate.ToShortDateString() != "01-01-0001")
{
eachElementData.ProtEndDate = slabwallResult.openingstartDate;
eachElementData.Hazard = "Unprotected Openings in slab";
eachElementData.Protection = "Provide edge protection along the opening edges where walls are to be built";
TempListofSafetyIssues.Add(eachElementData);
}
//in case of railings along openings
if (slabrailingResult.openingstartDate.ToShortDateString() != "01-01-0001")
{
eachElementData.ProtEndDate = slabrailingResult.openingstartDate;
eachElementData.Hazard = "Unprotected Openings in slab";
eachElementData.Protection = "Provide edge protection along the edges of openings where railings are to be built";
TempListofSafetyIssues.Add(eachElementData);
}
eachElementData.EleStartDate = tempDateTime;
eachElementData.EleEndDate = eachElementData.ProtStartDate;
eachElementData.ProtStartDate = eachElementData.EleEndDate;
eachElementData.ProtEndDate = eachElementData.EleEndDate;
eachElementData.ActivityName = activityDescription;
eachElementData.ElementType = "Roof";
eachElementData.Hazard = "Unprotected Edges of Slab and slab openings";
eachElementData.Protection = "See general guidelines for Construction of slabs at height";
TempListofSafetyIssues.Add(eachElementData);
Result.ListofSafetyIssues.AddRange(TempListofSafetyIssues);
}