/// <summary>
/// Adds wall data ( Wall, Insulated, Sandwich and Double Wall ) to the ModelBuilderData instance.
/// </summary>
/// <param name="database">
/// </param>
/// <param name="modelBuilderData">
/// </param>
/// <param name="elementDictionary">
/// </param>
void AddWallData( ImpactDatabase database, ref ModelBuilderData modelBuilderData, ref Dictionary<ElementType.KnownValue, List<Element>> elementDictionary )
{
if( null == modelBuilderData )
throw new ArgumentNullException( "data" );
if( null == elementDictionary )
throw new ArgumentNullException( "elementDictionary" );
// No need to continue if the list is empty.
if( 0 == elementDictionary.Count )
return;
List<Element> tempList = null;
List<Element> allList = new List<Element>( 500 );
if( elementDictionary.TryGetValue( ElementType.KnownValue.Wall, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.Wall );
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.InsulatedWall, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.InsulatedWall );
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.Sandwich, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.Sandwich );
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.DoubleWall, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.DoubleWall );
}
// No walls in the project, no need to query the database for more information.
if( allList.Count == 0 )
return;
// var wallMaterialArgs = new ImpactDatabase.ProfacomArgs<ImpWallStyleStd>( _factory, _project, GetWallMaterialQuery( _company, _factory, _project ),
// ImpWallStyleStd.ElementType,
// ImpWallStyleStd.Name );
// var wallMaterialList = database.Profacom( wallMaterialArgs, column => new
// {
// ElementType = ( (ElementType)DataConverter.Cast<string>( column[0] ) ).EnumValue,
// Name = DataConverter.Cast<string>( column[1] ),
// MaterialName = DataConverter.Cast<string>( column[2] ),
// } );
var wallMaterialList = database.GetAll( GetWallMaterialQuery( this._factory, this._project ).ToString(), column => new
{
ElementMark = column[0].Cast<string>().Trim(),
MaterialName = column[1].Cast<string>(),
} );
#region Endcap Edges
// Get all endcap edges for walls.
var endcapEdgeList = database.GetAll( GetEndcapEdgeQuery( this._factory, this._project ), column => new
{
ElementMark = column[0].Cast<string>().Trim(),
EndcapEdge = new EndcapEdge
{
Side = ( (Side)column[1].Cast<string>() ).EnumValue,
StartAt = column[2].Cast<double>(),
Length = column[3].Cast<double>(),
FromSide = ( (Side)column[4].Cast<string>() ).EnumValue,
IndentAtStart = column[5].Cast<double>(),
IndentAtEnd = column[6].Cast<double>(),
}
} );
#endregion Endcap Edges
#region Openings
// Get all opening standards.
ImpactDatabase.ProfacomArgs<ImpOpeningStd> openingArgs =
new ImpactDatabase.ProfacomArgs<ImpOpeningStd>( this._factory, this._project, GetOpeningStandardQuery( this._factory, this._project ), ImpOpeningStd.Name );
var openingStandardDictionary = database.Profacom( openingArgs, column => new
{
Name = column[0].Cast<string>(),
Width = column[1].Cast<double>(),
Height = column[2].Cast<double>(),
} ).ToDictionary( openingStd => openingStd.Name );
var openingStandard = new { Name = string.Empty, Width = 0d, Height = 0d };
// Get all the openings in the project.
var openingList = database.GetAll( GetOpeningQuery( this._factory, this._project ).ToString(), column => new
{
ElementMark = column[0].Cast<string>().Trim(),
Name = column[1].Cast<string>(),
X = column[2].Cast<double>(),
Y = column[3].Cast<double>(),
} );
var openingGroupList = ( from n in openingList
let isFound = openingStandardDictionary.TryGetValue( n.Name, out openingStandard )
where isFound
select new
{
n.ElementMark,
Opening = new Opening
{
X = n.X,
Y = n.Y,
Width = openingStandard.Width,
Height = openingStandard.Height
}
} ).GroupBy( x => x.ElementMark, x => x.Opening ).ToList();
#endregion Openings
List<WallGeometry> wallList = new List<WallGeometry>( allList.Count );
foreach( var element in allList )
{
WallGeometry wall = new WallGeometry( element.Geometry );
// Endcap Edges.
wall.EndcapEdges = ( from endcap in endcapEdgeList
where element.Geometry.ElementMark == endcap.ElementMark
select endcap.EndcapEdge ).ToList();
// Windows and Doors.
var openingGroup = openingGroupList.Find( group => group.Key == element.Geometry.ElementMark );
if( null != openingGroup )
{
wall.Openings = openingGroup.ToList();
}
// Find the material for the wall.
var wallMaterial = wallMaterialList.Find( item => item.ElementMark == wall.ElementMark );
if( null != wallMaterial )
{
wall.MaterialName = wallMaterial.MaterialName;
}
wallList.Add( wall );
}
// Add the walls to the model builder data.
modelBuilderData.Walls = wallList;
}
/// <summary>
/// Adds section data ( Beam, Prestressed Beam, Column, Hollow Core and Prestressed Slab ) to the ModelBuilderData instance.
/// </summary>
/// <param name="database">
/// </param>
/// <param name="modelBuilderData">
/// </param>
/// <param name="elementDictionary">
/// </param>
void AddSectionData( ImpactDatabase database, ref ModelBuilderData modelBuilderData, ref Dictionary<ElementType.KnownValue, List<Element>> elementDictionary )
{
if( null == modelBuilderData )
{
throw new ArgumentNullException( "data" );
}
if( null == elementDictionary )
{
throw new ArgumentNullException( "elementDictionary" );
}
// No need to continue if the list is empty.
if( 0 == elementDictionary.Count )
{
return;
}
List<Element> tempList = null;
List<Element> beamList = new List<Element>( 500 );
List<Element> columnList = new List<Element>( 500 );
List<Element> hollowCoreList = new List<Element>( 500 );
List<Element> slabList = new List<Element>( 500 );
List<Element> allList = new List<Element>( 1000 );
bool proceed = false;
if( elementDictionary.TryGetValue( ElementType.KnownValue.Beam, out tempList ) )
{
beamList.AddRange( tempList );
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.Beam );
proceed = true;
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.PrestressedBeam, out tempList ) )
{
beamList.AddRange( tempList );
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.PrestressedBeam );
proceed = true;
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.Column, out tempList ) )
{
columnList.AddRange( tempList );
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.Column );
proceed = true;
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.HollowCore, out tempList ) )
{
hollowCoreList.AddRange( tempList );
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.HollowCore );
proceed = true;
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.PrestressedSlab, out tempList ) )
{
slabList.AddRange( tempList );
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.PrestressedSlab );
proceed = true;
}
// No need to query the database if there are no elements.
if( false == proceed )
{
return;
}
// Section Parameters.
var sectionParameterArgs = new ImpactDatabase.ProfacomArgs<ImpSectionStyleParameterStd>(
this._factory, this._project,
GetSectionParameterQuery( this._factory, this._project ),
ImpSectionStyleParameterStd.ElementType,
ImpSectionStyleParameterStd.Name,
ImpSectionStyleParameterStd.ParameterId );
var sectionParameterList = database.Profacom( sectionParameterArgs, column => new
{
ElementType =
( (ElementType)
column[0].Cast<string>() ).
EnumValue,
Name = column[1].Cast<string>(),
Parameter =
new SectionParameter(
DataConverter.Cast
<SectionStyleParameter>(
column[2] ),
column[3].Cast<double>() )
} );
// Section Geometry.
var sectionGeometryArgs = new ImpactDatabase.ProfacomArgs<ImpSectionGeometryStd>(
this._factory, this._project,
GetSectionGeometryQuery( this._factory, this._project ),
ImpSectionGeometryStd.ElementType,
ImpSectionGeometryStd.Section,
ImpSectionGeometryStd.PointId );
var sectionGeometryList = database.Profacom( sectionGeometryArgs, column => new
{
ElementType =
( (ElementType)
column[0].Cast<string>() ).
EnumValue,
Name = column[1].Cast<string>(),
Id = column[2].Cast<int>(),
Point = new GeometryPoint
{
X =
column[3].Cast
<double>(),
Y =
column[4].Cast
<double>(),
Bulge =
column[5].Cast
<double>()
}
} );
// Section Core Geometry.
var sectionCoreGeometryArgs = new ImpactDatabase.ProfacomArgs<ImpSectionCoreGeometryStd>(
this._factory, this._project,
GetSectionCoreGeometryQuery( this._factory, this._project ),
ImpSectionCoreGeometryStd.ElementType,
ImpSectionCoreGeometryStd.Section,
ImpSectionCoreGeometryStd.CoreId,
ImpSectionCoreGeometryStd.CorePointId );
var sectionCoreGeometryList = database.Profacom( sectionCoreGeometryArgs, column => new
{
ElementType =
( (ElementType)
column[0].Cast<string>() )
.EnumValue,
Name =
column[1].Cast<string>(),
Id = column[2].Cast<int>(),
PointId =
column[3].Cast<int>(),
Point = new GeometryPoint
{
X =
column[4].
Cast
<double>(),
Y =
column[5].
Cast
<double>(),
Bulge =
column[6].
Cast
<double>()
}
} ).GroupBy(
item =>
new
{
item.ElementType,
item.Name,
item.Id
} );
// Section style and material.
var sectionArgs = new ImpactDatabase.ProfacomArgs<ImpSectionStyleStd>(
this._factory, this._project,
GetSectionStyleQuery( this._company, this._factory, this._project ),
ImpSectionStyleStd.ElementType,
ImpSectionStyleStd.Name );
var sectionStyleList = database.Profacom( sectionArgs, column => new
{
ElementType =
( (ElementType)column[0].Cast<string>() ).
EnumValue,
Name = column[1].Cast<string>(),
SectionType = column[2].Cast<string>(),
Width = column[3].Cast<double>(),
Height = column[4].Cast<double>(),
CutType = column[5].Cast<CutType>(),
// It is possible that no material was found, in that case
// the resulting columns will contain 'null' values.
// If the material is missing, we'll set the RGB value
// to black ( 0, 0, 0 ).
Material = column[6].Cast<string>(),
} );
// End Beam angles.
var endBeamList = database.GetAll( GetEndBeamQuery( this._factory, this._project ).ToString(), column => new
{
ElementMark
=
column
[0].
Cast
<
string
>().
Trim(),
Side
=
column
[
1
]
.
Cast
<
int
>
() ==
3
? Side
.
KnownValue
.
Left
: Side
.
KnownValue
.
Right,
Angle
=
column
[2].
Cast
<
double
>(),
} );
var sectionList = new List<SectionGeometry>();
foreach( var element in allList )
{
var style =
sectionStyleList.Find( x => x.ElementType == element.Geometry.ElementType && x.Name == element.Style );
if( null != style )
{
var section = new SectionGeometry( element.Geometry )
{
SectionType = ( (SectionType)style.SectionType ).EnumValue,
CutType = style.CutType,
SectionWidth = style.Width,
SectionHeight = style.Height,
MaterialName = element.Geometry.MaterialName,
Parameters = ( from item in sectionParameterList
where item.ElementType == style.ElementType
&& item.Name == style.Name
select item.Parameter ).ToDictionary( param => param.Key,
param => param.Value ),
SectionPoints = ( from item in sectionGeometryList
where item.ElementType == style.ElementType
&& item.Name == style.Name
orderby item.Id ascending
select item.Point ).ToList(),
Cores = ( from item in sectionCoreGeometryList
where item.Key.ElementType == style.ElementType
&& item.Key.Name == style.Name
let points = from n in item
orderby n.PointId ascending
select n.Point
orderby item.Key.Id ascending
select new CoreGeometry( points.ToList() ) ).ToList()
};
sectionList.Add( section );
}
else
{
// If we don't have a style, then we have to create the section as a bounding box.
var section = new SectionGeometry( element.Geometry )
{
SectionType = SectionType.KnownValue.Invalid,
CutType = CutType.Symmetrical,
SectionWidth = element.Geometry.Width,
SectionHeight = element.Geometry.Height,
MaterialName = element.Geometry.MaterialName,
};
sectionList.Add( section );
}
}
// var sectionList = ( from element in allList
// let style = sectionStyleList.Find( x => x.ElementType == element.Geometry.ElementType && x.Name == element.Style )
// where null != style
// let section = new SectionGeometry( element.Geometry )
// {
// SectionType = ( (SectionType)style.SectionType ).EnumValue,
// CutType = style.CutType,
// SectionWidth = style.Width,
// SectionHeight = style.Height,
// MaterialName = style.Material,
// Parameters = ( from item in sectionParameterList
// where item.ElementType == style.ElementType
// && item.Name == style.Name
// select item.Parameter ).ToDictionary( param => param.Key, param => param.Value ),
// SectionPoints = ( from item in sectionGeometryList
// where item.ElementType == style.ElementType
// && item.Name == style.Name
// orderby item.Id ascending
// select item.Point ).ToList(),
// Cores = ( from item in sectionCoreGeometryList
// where item.Key.ElementType == style.ElementType
// && item.Key.Name == style.Name
// let points = ( from n in item orderby n.PointId ascending select n.Point )
// orderby item.Key.Id ascending
// select new CoreGeometry( points.ToList() ) ).ToList()
// }
// select section ).ToList();
foreach( var item in sectionList )
{
switch( item.ElementType )
{
case ElementType.KnownValue.Beam:
case ElementType.KnownValue.PrestressedBeam:
{
// Because the height parameter might be missing in the database,
// we add it explicitly here.
item.Parameters[SectionStyleParameter.H] = item.Height;
var beam = new BeamGeometry( item );
// Check if the beam has an left vertical angle.
var endBeamItem =
endBeamList.Find(
endBeam => endBeam.ElementMark == beam.ElementMark && endBeam.Side == Side.KnownValue.Left );
// Set the left vertical angle.
if( null != endBeamItem )
{
beam.VerticalAngleLeft = endBeamItem.Angle;
}
// Check if the beam has an right vertical angle.
endBeamItem =
endBeamList.Find(
endBeam => endBeam.ElementMark == beam.ElementMark && endBeam.Side == Side.KnownValue.Right );
// Set the right vertical angle.
if( null != endBeamItem )
{
beam.VerticalAngleRight = endBeamItem.Angle;
}
modelBuilderData.Beams.Add( beam );
break;
}
case ElementType.KnownValue.Column:
{
// Because the height parameter might be missing in the database,
// we add it explicitly here.
item.Parameters[SectionStyleParameter.H] = item.Height;
modelBuilderData.Columns.Add( item );
break;
}
case ElementType.KnownValue.HollowCore:
{
modelBuilderData.HollowCores.Add( item );
break;
}
case ElementType.KnownValue.PrestressedSlab:
{
modelBuilderData.PrestressedSlabs.Add( item );
break;
}
default:
break;
}
}
}
/// <summary>
/// The add linked data.
/// </summary>
/// <param name="database">
/// The database.
/// </param>
/// <param name="modelBuilderData">
/// The model builder data.
/// </param>
/// <param name="elementDictionary">
/// The element dictionary.
/// </param>
/// <exception cref="ArgumentNullException">
/// </exception>
void AddLinkedData( ImpactDatabase database, ref ModelBuilderData modelBuilderData, ref Dictionary<ElementType.KnownValue, List<Element>> elementDictionary )
{
if( null == modelBuilderData )
throw new ArgumentNullException( "modelBuilderData" );
if( null == elementDictionary )
throw new ArgumentNullException( "elementDictionary" );
// No need to continue if the list is empty.
if( 0 == elementDictionary.Count )
return;
List<Element> tempList = null;
List<LinkedGeometry> linkedList = new List<LinkedGeometry>( 50 );
if( elementDictionary.TryGetValue( ElementType.KnownValue.Linked, out tempList ) )
{
linkedList.AddRange( from item in tempList select new LinkedGeometry( item.Geometry ) );
elementDictionary.Remove( ElementType.KnownValue.Linked );
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.PrestressedLinked, out tempList ) )
{
linkedList.AddRange( from item in tempList select new LinkedGeometry( item.Geometry ) );
elementDictionary.Remove( ElementType.KnownValue.PrestressedLinked );
}
modelBuilderData.Linked = linkedList;
}
/// <summary>
/// Adds slab data ( Slab, Form Slab, and Prestressed Form Slab ) to the ModelBuilderData instance.
/// </summary>
/// <param name="database">
/// </param>
/// <param name="modelBuilderData">
/// </param>
/// <param name="elementDictionary">
/// </param>
void AddSlabData( ImpactDatabase database, ref ModelBuilderData modelBuilderData, ref Dictionary<ElementType.KnownValue, List<Element>> elementDictionary )
{
if( null == modelBuilderData )
throw new ArgumentNullException( "data" );
if( null == elementDictionary )
throw new ArgumentNullException( "elementDictionary" );
// No need to continue if the list is empty.
if( 0 == elementDictionary.Count )
return;
List<Element> tempList = null;
List<Element> allList = new List<Element>( 500 );
if( elementDictionary.TryGetValue( ElementType.KnownValue.Slab, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.Slab );
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.FormSlab, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.FormSlab );
}
if( elementDictionary.TryGetValue( ElementType.KnownValue.PrestressedFormSlab, out tempList ) )
{
allList.AddRange( tempList );
elementDictionary.Remove( ElementType.KnownValue.PrestressedFormSlab );
}
if( allList.Count == 0 )
return;
List<SlabGeometry> slabList = new List<SlabGeometry>( allList.Count );
foreach( var element in allList )
{
SlabGeometry slab = new SlabGeometry( element.Geometry );
slabList.Add( slab );
}
// Add the walls to the model builder data.
modelBuilderData.Slabs = slabList;
}