Finland environment custom properties

1.1 CUSTOM.WEB_THICKNESS

The attribute only works for cast units whose numbering prefix begins with K (but not KE) or JK, and whose main part profiles begin with:

• RCL, RCDL, RCXX, RCDX, RCX
• JKMP (Parma middle beam), JKSIDE (Parma edge beam)
• PRMB (Luja middle beam), LBL (Luja edge beam)
• BMK (Betonimestarit middle beam), BMR (Betonimestarit edge beam)

1.2 CUSTOM.BOTTOM_FLANGE_THICKNESS_1

• RCL, RCDL, RCXX, RCDX, RCX
• JKMP (Parma middle beam), JKSIDE (Parma edge beam)
• PRMB (Luja middle beam), LBL (Luja edge beam)
• BMK (Betonimestarit middle beam), BMR (Betonimestarit edge beam)

1.3 CUSTOM.BOTTOM_FLANGE_THICKNESS_2

The attribute only works for cast units whose cast unit prefix begins with K (but not KE) or JK, and whose main part profiles begin with:

• RCL, RCDL, RCXX, RCDX, RCX
• JKMP (Parma middle beam), JKSIDE (Parma edge beam)
• PRMB (Luja middle beam), LBL (Luja edge beam)
• BMK (Betonimestarit middle beam), BMR (Betonimestarit edge beam)

1.4 CUSTOM.RIB_WIDTH

The attribute works with cast units with a main part profile that starts with:

• TT (Traditional TT slab)
• HTT (Ridge TT slab)
• TEK (Parma’s light weight TT slab)
• SUPERTT (Luja’s light weight TT slab)
• RIB (Shallow rib slab)

2.1 CUSTOM.ELEMENT_POS

This attribute can be used for displaying the element position number in the model view, or in reports and templates.
The format for element positions can be set in the project UDA P_ELEMENT_POS_TYPE on the FI-Piirustusasetuksia / FI-Drawing settings tab:

The options are:

For cast units with the prefix starting with "O" (hollow core slabs) or "KL" (plank slabs), the value of CUSTOM.SLAB_CAST_UNIT_POS is shown instead (see 4.1 CUSTOM.SLAB_CAST_UNIT_POS).

CUSTOM.ELEMENT_MARK is designed to be used in part marks in drawings, or in reports and templates. Similar to CUSTOM.ELEMENT_POS, the format for CUSTOM.ELEMENT_MARK is controlled by the project UDA P_ELEMENT_POS_TYPE. It returns the same value as CUSTOM.ELEMENT_POS, and if assembly control numbers are set to be used in element running numbers, CUSTOM.ELEMENT_POS is followed by "(ACN-###)" where ### is replaced by the cast unit's control number (unless the element pos type is "02 CAST_UNIT_PREFIX + ACN" since the ACN is already visible in the position number). The setting for using assembly control numbers in element running numbers is in the project UDA P_ACN_IN_MARKS on the FI-Piirustusasetuksia / FI-Drawing settings tab:
 
For cast units with the prefix starting with "O" (hollow core slabs) or "KL" (plank slabs), the value of CUSTOM.SLAB_CAST_UNIT_MARK is returned instead (see 4.2 CUSTOM.SLAB_CAST_UNIT_MARK).

This attribute is designed to be used in the XS_DRAWING_PLOT_FILE_NAME_C advanced option. It returns the element position of the cast unit that the drawing is representing. Similar to CUSTOM.ELEMENT_POS, the value is controlled by the project UDA P_ELEMENT_POS_TYPE. Note that only one position is returned, so if P_ELEMENT_POS_TYPE is on "02 CAST_UNIT_PREFIX + ACN", only one of the positions is returned.
For example: XS_DRAWING_PLOT_FILE_NAME_C=%TPL:CUSTOM.ELEMENT_POS.BY_DRAWING%% - %%TPL.CUSTOM.NUMBER%%DRAWING_REVISION?#%%REVISION_MARK%

The attribute returns the value of CUSTOM.ELEMENT_POS for each cast unit that is represented by the same drawing (having the same CAST_UNIT_POS), separated with a semi-colon (;). The attribute is only useful if the element mark type is set to "02 CAST_UNIT_PREFIX + ACN", because then the CUSTOM.ELEMENT_POS has a different value for each cast unit.
Example:

Drawing represents CUSTOM.ELEMENT_POS values P1, P2, P3, P4, P5, P8 and P11. The value of CUSTOM.SIMILAR_ELEMENT_POS_LIST is then “P1;;P5;P8;P11”. Note that “P1;;P5” represents values P1, P2, P3, P4 and P5. This syntax has been defined by Lujabetoni to name the pdf files for their manufacturing system.

In the Finland environment, there are three places where location info can be added:

1. In part UDAs IFC_BUILDING and IFC_BUILDING_STOREY found on the IFC export tab of the UDA dialog box:

2. In Organizer's location categories LOCATION_BREAKDOWN_STRUCTURE.LBS_BUILDING, ...LBS_SECTION and ...LBS_FLOOR
3. In the Finland environment's own UDAs BLD_SECTION, BLD_SUB_SECTION and BLD_FLOOR on the FI-Yleistiedot / FI-General tab of the part or assembly

3.1 CUSTOM.FLOOR

• If P_LOCATION_SOURCE is set to 01 IFC building and storey, CUSTOM.FLOOR returns the value of IFC_BUILDING_STOREY of the cast unit or main part.
• If P_LOCATION_SOURCE is set to 02 Organizer building, section and floor, CUSTOM.FLOOR returns the value of LOCATION_BREAKDOWN_STRUCTURE.LBS_FLOOR of the cast unit.
• If P_LOCATION_SOURCE is set to 03 Finland environment's section and floor, CUSTOM.FLOOR returns the value of BLD_FLOOR of the cast unit or main part.

3.2 CUSTOM.SECTION

• If P_LOCATION_SOURCE is set to 01 IFC building and storey, CUSTOM.SECTION returns the value of IFC_BUILDING of the cast unit or the cast unit main part. This is because there is no separate field for section in the IFC export UDAs.
• If P_LOCATION_SOURCE is set to 02 Organizer building, section and floor, CUSTOM.SECTION returns the value of LOCATION_BREAKDOWN_STRUCTURE.LBS_SECTION for the cast unit.
• If P_LOCATION_SOURCE is set to 03 Finland-environment's section and floor, CUSTOM.SECTION returns the value of BLD_SECTION for the cast unit or the cast unit main part.

3.3 CUSTOM.BUILDING (only from Tekla Structures 2020 onwards)

• If P_LOCATION_SOURCE is set to 01 IFC building and storey, CUSTOM.BUILDING returns the value of IFC_BUILDING for the cast unit or the cast unit main part.
• If P_LOCATION_SOURCE is set to 02 Organizer building, section and floor, CUSTOM.BUILDING returns the value of LOCATION_BREAKDOWN_STRUCTURE.LBS_BUILDING for the cast unit.
• If P_LOCATION_SOURCE is set to 03 Finland environment's section and floor, CUSTOM.BUILDING returns the value of BLD_SECTION for the cast unit or the cast unit main part. This is because there is no separate field for building on the part's or cast unit's FI-Yleistiedot / FI-General tab in the UDA dialog box.

4.1 CUSTOM.SLAB_CAST_UNIT_POS

This attribute was designed for displaying the cast unit positions of slabs in the model view. It only works for cast units whose prefixes start with:

• O (hollow core slabs)
• KL (plank slabs)

• If the project UDA is set to 01 CAST_UNIT_POS or 02 CAST_UNIT_PREFIX + ACN, the attribute returns the main part profile + "-" + cast unit serial number. For example: P37-12.
• If the project UDA is set to 03 PREFIX or POS by DESIGN_STATUS
  • If the cast unit's UDA DESIGN_STATUS is smaller than the project UDA P_STATUS_DIVIDER, the attribute returns the main part profile + "-(?)".
  • If the cast unit's UDA DESIGN_STATUS is equal to or greater than the project UDA P_STATUS_DIVIDER, the attribute returns the main part profile + "-" + cast unit serial number.

4.2 CUSTOM.SLAB_CAST_UNIT_MARK

This attribute is designed to be used in part marks in drawings, or in reports and templates. It only works for cast units whose prefixes start with:

• O (hollow core slabs)
• KL (plank slabs)

• If the project UDA is set to 01 CAST_UNIT_POS or 02 CAST_UNIT_PREFIX + ACN, the attribute returns the main part profile + "- " + value of STRAND_INFO for the cast unit UDAs (if set) + " -" + cast unit serial number. For example, P37- 7x -12.
• If the project UDA is set to 03 PREFIX or POS by DESIGN_STATUS
  • If the cast unit's UDA DESIGN_STATUS is smaller than the project UDA P_STATUS_DIVIDER, the attribute returns the main part profile + "- " + value of STRAND_INFO for the cast unit UDAs (if set) + " -". For example, P37- 7x -.
  • If the cast unit's UDA DESIGN_STATUS is equal to or greater than the project UDA P_STATUS_DIVIDER, the attribute returns the main part profile + "- " + value of STRAND_INFO for the cast unit UDAs (if set) + " -" + cast unit serial number. For example, P37- 7x -12.

4.3 CUSTOM.SLAB_CAST_UNIT_POS.BY_DRAWING (only from Tekla Structures 2020 onwards)

4.4 CUSTOM.SLAB_INSULATION_MATERIAL

The attribute only works for cast units whose prefixes start with:

• O (hollow core slabs)
• KL (plank slabs)
• EL (insulated massive slab)
• L (massive slab)

4.5 CUSTOM.SLAB_INSULATION_THICKNESS

The attribute only works for cast units whose prefixes start with:

• O (hollow core slabs)
• KL (plank slabs)
• EL (insulated massive slab)
• L (massive slab)

4.6 CUSTOM.IS_DETAILED_SLAB

The purpose of the attribute is to notify the user if the factory production line must do something else than cut the slab with perpendicular sawing. The attribute only works for cast units whose prefixes start with:

• O (hollow core slabs)
• KL (plank slabs)

• Does the main part contain rebars?
• Does the main part contain part cuts?
• Does the main part contain non-perpendicular plane cuts or fittings?
• Does the main part contain steel embeds?
• Does the cast unit contain more than one concrete part?

Custom wall attributes only work for cast units whose prefixes start with:

• SKR (load-bearing plastered sandwich)
• RKR (non-bearing plastered sandwich)
• SK (load-bearing inner shell)
• RK (non-bearing inner shell)
• S (load-bearing sandwich)
• R (non-bearing sandwich)
• NK (load-bearing strip element)
• N (non-bearing strip element)
• AS (load-bearing socle element)
• AN (non-bearing socle element)
• AR (ground pressure socle element)

5.1 CUSTOM.INNER_PANEL_MATERIAL

This attribute returns the material name of the cast unit's inner panel or shell. A part is considered an inner panel if:

• Its material category is concrete AND
• Its name contains the substring "INNER" or "SISÄ"

5.2 CUSTOM.INNER_PANEL_THICKNESS

This attribute returns the thickness of the inner panel or shell. A part is considered an inner panel if:

• Its material category is concrete AND
• Its name contains the substring "INNER" or "SISÄ"

If the cast unit contains several parts that meet these criteria, the attribute returns the thickness of the part with the biggest volume.

5.3 CUSTOM.INNER_PANEL_VOLUME

This attribute returns the total volume of all concrete parts whose names contain the substring "INNER" or "SISÄ".

5.4 CUSTOM.INSULATION_MATERIAL

This attribute returns the material name of the insulation. A part is considered an insulation if:

• Its material category is miscellaneous AND
• Its name contains the substring "INSULATION" or "ERISTE", or its class is 104.

5.5 CUSTOM.INSULATION_THICKNESS

This attribute returns the thickness of the insulation. A part is considered an insulation if:

• Its material category is miscellaneous AND
• Its name contains the substring "INSULATION" or "ERISTE", or its class is 104.

5.6 CUSTOM.OUTER_PANEL_MATERIAL

This attribute returns the material of the outer panel or shell. A part is considered an outer panel if:

• Its material category is concrete AND
• Its name contains the substring "OUTER" or "ULKO"

5.7 CUSTOM.OUTER_PANEL_THICKNESS

This attribute returns the thickness of the outer panel or shell. A part is considered an outer panel if:

• Its material category is concrete AND
• Its name contains the substring "OUTER" or "ULKO"

5.8 CUSTOM.OUTER_PANEL_VOLUME

This attribute returns the total volume of the outer panel or shell. A part is considered an outer panel if:

• Its material category is concrete AND
• Its name contains the substring "OUTER" or "ULKO"

5.9 CUSTOM.SURFACE_TREATMENT_NAME_1...3

The surface treatment custom properties only work if they are modeled to the cast unit as surface treatment objects.
CUSTOM.SURFACE_TREATMENT_NAME_1...3 return the names of surface treatments whose areas are the biggest / second biggest / third biggest.

5.10 CUSTOM.SURFACE_TREATMENT_AREA_1...3

These attributes return the area measurements of the surface treatments that are the biggest / second biggest / third biggest.

Custom embed properties were designed for reporting properties of cast unit embeds. Currently the units and types are only in Finnish and there are no translations to them as of yet. The custom properties are equipped with cache which improves performance in opening a drawing with custom properties in templates or markings, but it also delays the updating of custom property values if the object properties are changed. The cache for values lasts 5 minutes, which means that updating the value is executed only in 5 minutes intervals.

6.1 CUSTOM.IS_EMBED

6.2 CUSTOM.EMBED.ORDER_INFO

The attribute returns information needed for ordering embeds. It only works with objects that return TRUE for CUSTOM.IS_EMBED. For assemblies, the value for main part of assembly is returned.

Class	Part	Rebar
100	Name + material + Product description -UDA	Name + Product description -UDA
101	Name + profile + length + material + Product description -UDA	Name + size + length + Product description –UDA
102	Name + width + height + length + material + Product description –UDA
103	Name + profile + material + Product description –UDA	Prefix + Product description -UDA
104	Name + thickness + material + Product description -UDA

6.3 CUSTOM.EMBED.QUANTITY

CUSTOM.EMBED.QUANTITY is designed to be used in templates and reports to indicate the amount of embeds. The quantity is again steered by (main) part or reinforcing bar class.

• Classes 100, 101, 102: 1.0
• class 103: length [m]
• class 104: area [m²]

• classes 100, 101: number of bars
• class 103: number of bars * length [m]

6.4 CUSTOM.EMBED.UNIT

• class 100, 101, 102: “kpl” (pcs)
• class 103: “m”
• class 104: “m2”

• class 100, 101: “kpl” (pcs)
• class 103: “jm” (running meter)

6.5 CUSTOM.EMBED.TYPE

6.6 CUSTOM.EMBED.BUILDING

Returns the value of CUSTOM.BUILDING for the embed. (see 3.3 CUSTOM.BUILDING)

6.7 CUSTOM.EMBED.SECTION

Returns the value of CUSTOM.SECTION for the embed. (see 3.2 CUSTOM.SECTION)

6.8 CUSTOM.EMBED.FLOOR

Returns the value of CUSTOM.SECTION for the embed. (see 3.1 CUSTOM.FLOOR)

6.9 CUSTOM.EMBED.BELONGS_TO

Returns the embed's parent cast unit's position number. If the parent cast unit is precast, value of CUSTOM.ELEMENT_POS is returned, otherwise the value of CAST_UNIT_POS is used

6.10 CUSTOM.EMBED.PRODUCT_CODE

Returns the value of uda PRODUCT_CODE of the embed assembly or the assembly’s main part.

Pile custom properties were designed to support the renewed pile list report, but can be useful for other use cases too. Attributes are generally not restricted to only piles, so they can be used with any object type. Note that pile custom properties are installed with version 2021 Finland environment.

7.1 CUSTOM.COORDINATE_SYSTEM

The attribute looks into the Coordinate system -field in Base point settings, and checks if the value contains a semi-colon (;). If there is a semi-colon (or more than one of them), the value is split at the semi-colon(s) and the first part is returned with CUSTOM.COORDINATE_SYSTEM. If there is no semi-colon, the whole value in Coordinate system -field is returned.
 
If there are several base points in the project, the value of the selected base point in Work plane handler toolbar is returned. If none of the base points is active in Work plane handler toolbar, the one's marked as Project base point is returned. If none of the base points is either marked as project base point or selected in the Work plane handler toolbar, or if there are no base points whatsoever, the value of (hidden) project UDA P_COORD_SYSTEM is returned.

7.2 CUSTOM.LEVEL_SYSTEM

As there currently is no dedicated field in Base point dialog for level system, the level system used in the project is typed in the same field as coordinate system. So the value in Coordinate system in Base point dialog should be in this format: coordinate system + semi-colon (;) + level system. Like with CUSTOM.COORDINATE_SYSTEM, Coordinate system value is split at semi-colon(s), and the second part of the split string is returned with CUSTOM.LEVEL_SYSTEM. The returned value is always the second part, so if there are several semi-colons, the third and the rest of the sub-strings are ignored. And if there are no semi-colons, an empty string is returned for CUSTOM.COORDINATE_SYSTEM.
With several base points, the hierarchy goes same way as with CUSTOM.COORDINATE_SYSTEM: the base point active in work plane handler toolbar is returned, and if no base point is active, then project base point is returned, and if there is no project base point either, then the value is fetched from hidden UDA P_LEVEL_SYSTEM.

7.3 CUSTOM.PILE.BOTTOM_X.BASEPOINT, CUSTOM.PILE.BOTTOM_Y.BASEPOINT, CUSTOM.PILE.BOTTOM_Z.BASEPOINT, CUSTOM.PILE.TOP_X.BASEPOINT, CUSTOM.PILE.TOP_Y.BASEPOINT and CUSTOM.PILE.TOP_Y.BASEPOINT

The attributes return the pile's reference points' coordinates in relation to the base point. The attribute covers the whole assembly, (excluding parts with name BEARING_PLATE), and finds the topmost and bottom-most part reference points and returns their coordinates. In a classic example, the top point is at the bottom level of bearing plate, and bottom point is the tip of the pile shoe. In concrete piles with exposed reinforcement, the top point is the original cut level of the pile(the top end of the reinforcement)
As for the origin for the coordinates, the base point selected in Work plane handler toolbar is preferred. If none of the base points is selected in work plane handler toolbar, the coordinates are returned in relation to the project base point. If none of the base points is marked as project base point, and none of them is active in work plane handler, the attributes return coordinates in relation to the model origin.

7.4 CUSTOM.PILE.LENGTH

The attribute returns the total length of the pile, from the bottom point to top point described in 7.3. So the length is from the tip of the pile shoe to the (original) cut level of the pile.

7.5 CUSTOM.PILE.EXPOSE_LENGTH

The portion of the concrete pile that is to be cut off to expose the reinforcement within must be modeled as a concrete secondary part. The length of this secondary part, which is also the length of the exposed reinforcement, can be fetched with attribute CUSTOM.PILE.EXPOSE_LENGTH. Only the concrete secondary parts that reach higher than the pile assembly's main part are considered.

7.6 CUSTOM.PILE.INCLINATION

The attribute returns the inclination of the pile in a n:1 string format.

7.7 CUSTOM.PILE.ORIENTATION

The attribute returns the orientation of an inclined pile in degrees from the positive x direction of the base point counter-clockwise.

7.8 CUSTOM.PILE.ROCKSHOE

The attribute goes through all parts in the pile assembly, and if it finds a part that's name starts with KALLIO or ROCK, it returns the whole name of that part.

7.9 CUSTOM.PILE_NUMBER

Returns the value of UDA PILE_NUMBER in a string format (in Finland environment the UDA was changed from integer to sting format starting TS 2021).

Custom object type properties were generated to support the future requirements for the data content written to IFC models, to have preset common names assigned to different object types. Along with this project, the common names now have translations to Finnish, English and Swedish. The language selected in project UDAs on FI-Drawing settings tab defines which translation is used.

8.1 CUSTOM.ASSEMBLY_TYPE

Returns the type of the assembly, based on the MATERIAL_TYPE of the main part:

Finnish	English	Swedish
BETONIELEMENTTI	CONCRETE ELEMENT	BETONGELEMENT
PAIKALLAVALU*	CAST-IN-PLACE CONCRETE*	PLATSGJUTNINGS-BETONG*
TERÄSKOKOONPANO	STEEL ASSEMBLY	STÅLSAMMANSÄTTNING
PUUKOKOONPANO	TIMBER ASSEMBLY	TRÄSAMMANSÄTTNING
RAUDOITEKOKOONPANO	REINFORCEMENT ASSEMBLY	ARMERING-SAMMANSÄTTNING
MUU KOKOONPANO	OTHER ASSEMBLY	ANNAN SAMMANSÄTTNING

*Currently works for CIP cast units only if XS_ENABLE_POUR_MANAGEMENT=FALSE

8.2 CUSTOM.CROSS_SECTION_TYPE

Primarily checks the part's (or main part's when assembly selected) profile's name and returns the translated name for the profile that starts with:

Profile name starts with	Finnish	English	Swedish
WQ, HQ, TEWQ	WQ-POIKKILEIKKAUS	WQ CROSS SECTION	WQ-TVÄRSNITT
WB	HITSATTU KOTELO	WELDED BOX	SVETSAD LÅDA
WI	HITSATTU I-POIKKILEIKKAUS	WELDED I CROSS SECTION	SVETSAT I-TVÄRSNITT
CS	LIITTOLAATAN POIMULEVY	COMPOSITE SHEET	SAMVERKANSPLATTA, PLÅT
II	I-POIKKILEIKKAUS	I CROSS SECTION	I-TVÄRSNITT
SII	I-POIKKILEIKKAUS, PULPETTIPALKKI	I CROSS SECTION, SINGLE SLOPE	I-TVÄRSNITT, PULPETBALK
HII	I-POIKKILEIKKAUS, HARJAPALKKI	I CROSS SECTION, RIDGE BEAM	I-TVÄRSNITT, NOCKBALK
HTT	TT-POIKKILEIKKAUS, HARJAPALKKI	DT CROSS SECTION, RIDGE BEAM	TT-TVÄRSNITT, NOCKBALK
RCL, RCX	LEUKAPALKKI, 1-LEUKAINEN	LEDGER BEAM, ONE SIDED	ENKELSIDIG FLÄNSBALK
RCDL, RCDLE, RDX, RDXX	LEUKAPALKKI, 2-LEUKAINEN	LEDGER BEAM, TWO SIDED	DUBBELSIDIG FLÄNSBALK
KL	KUORILAATTA	PLANK SLAB	SKALPLATTA

Secondarily the PROFILE_TYPE of the profile is checked, and the returned values are:

Profile type	Finnish	English	Swedish
I Image	I/H-POIKKILEIKKAUS	I/H CROSS SECTION	I/H-TVÄRSNITT
L Image	L-POIKKILEIKKAUS	L CROSS SECTION	L-TVÄRSNITT
U Image	U/C-POIKKILEIKKAUS	U/C CROSS SECTION	U/C-TVÄRSNITT
B Image	SUORAKAIDE-POIKKILEIKKAUS	RECTANGLE CROSS SECTION	REKTANGULÄRT TVÄRSNITT
RU Image	PYÖREÄ POIKKILEIKKAUS	ROUND CROSS SECTION	RUNT TVÄRSNITT
RO Image	PYÖREÄ PUTKI	CIRCULAR HOLLOW SECTION	RUNT RÖR
M Image	SUORAKEIDEPUTKI	RECTANGULAR HOLLOW SECTION	REKTANGULÄRT RÖR
T Image	T-POIKKILEIKKAUS	T CROSS SECTION	T-TVÄRSNITT
C Image	U/C-POIKKILEIKKAUS	U/C CROSS SECTION	U/C TVÄRSNITT

Thirdly, the profile sub type is used:

Profile sub type	Finnish	English	Swedish
LUJASL	SUPERLAATTA	SUPER SLAB, LUJA	SUPERPLATTA, LUJA
JKMP	LEUKAPALKKI, 2-LEUKAINEN	LEDGER BEAM, TWO SIDED	DUBBELSIDIG FLÄNSBALK
JKSIDE	LEUKAPALKKI, 1-LEUKAINEN	LEDGER BEAM, ONE SIDED	ENKELSIDIG FLÄNSBALK
Conc.TT	TT-POIKKILEIKKAUS	DT CROSS SECTION	TT-TVÄRSNITT
SUPERTT	SUPERTT-LAATTA	SUPER DT SLAB, LUJA	SUPERTT-PLATTA, LUJA
TEKSLAB	TEK-LAATTA	TEK SLAB, PARMA	TEK-PLATTA, PARMA
CFH	HATTU, TAIVUTETTU	HAT, BENT	HATT, BOCKAD
CFL	L-POIKKILEIKKAUS, TAIVUTETTU	L CROSS SECTION, BENT	L-TVÄRSNITT, BOCKAD
CFJ	J-POIKKILEIKKAUS, TAIVUTETTU	J CROSS SECTION, BENT	J-TVÄRSNITT, BOCKAD
CFV	V-POIKKILEIKKAUS, TAIVUTETTU	V CROSS SECTION, BENT	V-TVÄRSNITT, BOCKAD
CFU	U-POIKKILEIKKAUS, TAIVUTETTU	U CROSS SECTION, BENT	U-TVÄRSNITT, BOCKAD
RIB_SLAB, RIBSLAB	RIPALAATTA, TEK-MUOTTI	RIB SLAB, TEK MOULD	FLÄNSFÖRSEDD PLATTA, TEK-FORM
SPA	PVP-ELEMENTTI	SANDWICH ELEMENT	SANDWICH ELEMENT
P15, P18, P20, P27, P32, P37, P40, P50	ONTELOLAATTA	HOLLOW CORE SLAB	HÅLBJÄLKLAGSPLATTA
PEIKKO. DELTABEAM, PEIKKO. DELTA_EXT	DELTAPALKKI	DELTABEAM	DELTABEAM

Next some special rules using both subtype and profile name:

Rule	Finnish	English	Swedish
SUBTYPE=1Gen.WQS and PROFILE starts with "A" and contains "W-" example: A265W-280	A-PALKKI, TEHDASVALU	A BEAM, FACTORY CAST	A BALK, GJUTNING PÅ FABRIK
SUBTYPE=1Gen.WQS + Profile starts with A and contains “S-” example: A265S-300	A-PALKKI, TYÖMAAVALU	A BEAM, CAST-IN-PLACE	A-BALK, GJUTNING PÅ PLATS
SUBTYPE=1Gen.WQS + Profile starts with A and contains “R”	VANHA A-PALKKI, TYÖMAAVALU	OLD A BEAM, CAST-IN-PLACE	GAMMAL A BALK, GJUTNING PÅ PLATS

and if none of the above rules apply, the returned value is:

Finnish	English	Swedish
MUU POIKKILEIKKAUS	OTHER CROSS SECTION	ANNAN TVÄRSNITT

8.3 CUSTOM.IFC_GUID

Returns the IFC-encoded version of the part or assembly’s Tekla Structures GUID

8.4 CUSTOM.MANUFACTURED_AT

The attribute checks the material type and UDA MANUFACTURED_AT of the assembly main part, and returned values are:

Finnish	English	Swedish
TYÖMAA	CONSTRUCTION SITE	BYGGNADSPLATS
TEHDAS	FACTORY	FABRIK

For concrete cast units, the MANUFACTURED_AT UDA has no influence, as the CAST_UNIT_TYPE directs the Cast in place cast units to CONSTRUCTION SITE and Precast cast units to FACTORY.
For steel assemblies, the default value is FACTORY, unless MANUFACTURED_AT is set to Site (or Työmaa, 3rd option).
For timber (and the rest of the material type) assemblies, the default value is CONSTRUCTION SITE, unless MANUFACTURED_AT is set to Factory (or Tehdas, 2rd option).

8.5 CUSTOM.MATERIAL_TYPE

Returns a common name associated to the material of the selected part ot the mainpart of selected assembly.
As the material catalog may vary significantly between companies and projects, the definition for material types has been implemented through an external .ini-file that the companies and users can edit to correspond their own material catalogs. The external file is CustomMaterialType.ini which must be located in the model folder. An example file for it can be found in environment folder.
The attribute tries to find in the CustomMaterialTypes.ini file the matching material, and returns the translation based on the language setting on project UDAs. If a matching material is not found, the material’s MATERIAL_TYPE is used instead (and its translation from the .ini-file is fetched).

8.6 CUSTOM.OBJECT_TYPE

Returns the common name for the selected assembly, based on the main part’s class attribute.
Like with CUSTOM.MATERIAL_TYPE, CUSTOM.OBJECT_TYPE uses an external document for users to edit according to their company’s or project’s defaults. The file is CustomObjectType.ini, which contains the class values and translations to the object types associated with the classes. An example file for CustomObjectType.ini can be found in the environment folder. The file must be saved in the model folder.
If the CustomObjectType.ini file does not contain the class value of the assembly’s main part, the option at the top of the document marked as -1 is used.