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The BIM Whale Project

Welcome

Welcome to The BIM Whale Project's documentation.

Please note: This website is currently under construction!

What is The BIM Whale Project?

Introduction

How do I use The BIM Whale (BIMWHALE.js) on my website?

Getting Started

How do I configure The BIM Whale (BIMWHALE.js)?

Configuration

What is IFC?

Industry Foundation Classes, IFC

Introduction

The BIM Whale Project

The BIM Whale (Swedish: BIM-valen) is a project about Industry Foundation Classes (IFC). The project is is abbreviated as: TBW (The BIM Whale).

The aim of TBW is to:

I: Introduce and explain the basics of IFC II: Teach people how to parse an IFC file and retrieve basic information

In more specific terms, the goal of this project is to:

A: Provide a simple and fast IFC parser B: Provide learning resources (documentation, videos, power points) to people within the AEC industry

To clarify, the focus with The BIM Whale Project is to educate people. The code itself and its functionality are secondary.

Content

TBW consists of three different parts:

A JavaScript module | BIMWHALE.js
Documentation | This website
A SaaS app | www.bimvalen.se

2. Docs

Goal B has been realized here; this website you are at right now. Please note that BIMWHALE.js has additional documention. These docs are intended for those who want to dive into the nitty gritty.

https://github.bimvalen.se/docs/index.html

3. BIM-valen

TBW is also available as a SaaS app. The website consist of three different tools that handles IFC files. It uses BIMWHALE.js behind the scenes.

www.bimvalen.se

N.B The website is currently only avaible in Swedish. Once complete, it will get translated into English.

Additional Notes

Here are some additional notes regarding TBW project.

Links FAQ Abbreviations

FAQ

What does The BIM Whale do?

Parse so-called User Defined IFC Property Sets from an IFC file.

What does The BIM Whale NOT do?

Parse entity attributes
Parse geometry
Follow the EXPRESS standard
etc. etc.

What is an IFC file?

Industry Foundation Classes (IFC) is a standardized, digital description of a BIM model.

See for more information.

What is a STEP file?

A STEP-File is the file format that IFC uses.

Again, see for more information.

Is this code "hand made"?

Yes, the code is hand made. The parsing is not derived from an EXPRESS definition.

Is the code ready for production?

No, not yet. See open for more info

Abbreviations

Abbreviation

Meaning

AEC

Architecture, Engineering, and Construction.

BIM

Building Information Modelling

CAD

Computer Aided Design

IFC

Industry Foundation Classes

TBW

Getting Started

Installation

You can download the latest version of BIMWHALE.js from the content delivery network (CDN) .

Detailed instructions

Step by step

Step 1

Create a HTML page with an Input FileUpload Object. We'll call our input myFile.

Step 2

Make sure you include TBW before your main function.

Step 3

Get the selected file using a classical DOM selector. See for more information.

Step 4

Use the to read the content of the IFC file. We will assume that the input is a correct IFC file. In other words, we will assume that the file contains text. That's why we call reader.readAsText(file).

Step 5

The onload property will handle the actual reading of the file. See for more info. Notice that we .

Step 6

Use BIMWHALE.js. by:

Creating a new BIMWHAlE object

Calling the method parseIfcFile()

Please note that the config object is missing at this moment.

Final result

The final result should look like this:

Please note that this code doesn't output the result. You won't see anything on your screen.

Simply log the IFC Entities like this:

Congratulations, you are now ready for the .

Simple Example

This example will use the Simple Wall sample file.

Make sure you read the detailed instructions before continuing

We are looking to retrieve the Property Set called Custom_Pset. Custom_Pset occurs five times in our file, see below:

#370= IFCPROPERTYSET('2WRKEbxzHDcwyFLp2OWZN6',#42,'Custom_Pset',$,(#365,#366,#367,#368,#369));
#420= IFCPROPERTYSET('0GscS$MUj8VORpWhZ8HE9A',#42,'Custom_Pset','',(#410,#411,#412,#413,#414,#415,#416,#417,#418,#419));
#603= IFCPROPERTYSET('1CXc3dmFPFfQbCU$bHsAfS',#42,'Custom_Pset','',(#593,#594,#595,#596,#597,#598,#599,#600,#601,#602));
#735= IFCPROPERTYSET('3CUt_fMl9Df9OKgw$sNH0T',#42,'Custom_Pset',$,(#729,#730,#731,#732,#733,#734));
#762= IFCPROPERTYSET('081bdaxsT7tvi7VV3hCTqa',#42,'Custom_Pset','',(#761))

These lines are not in a human-readable form. We cannot interpret this data. BIMWHALE.js will help us retrive and parse this data. Take a very quick at the input/output then go ahead to the next step.

What are Property Sets?

Our BIM model was created in Revit.

We have created our own IFC export setup. With our custom setup, Revit exports a Property Set called Custom_Pset. This means that each object (each door, wall, window, etc.) will have a property set called Custom_Pset.

We can open our exported IFC file in Solibri Anywhere. Our information that we want to parse is avaible in the tab Custom_Pset.

A property set is simply a set of properties

Print the Result

The final thing we need to do is to output the result. With a simple console.log, we get:

{
  "#219": {
    entityName: "IfcWallStandardCase",
    instanceName: "#219",
    attributes: {
      parsed: [
        "1F6umJ5H50aeL3A1As_wTm",
        "#42",
        "Basic Wall:Bearing Wall:346660",
        "$",
        "Basic Wall:Bearing Wall",
        "#188",
        "#215",
        "346660"
      ]
    },
    properties: {
      Custom_Pset: {
        TypeMark: "_TYPE-MARK_",
        Keynote: "_KEYNOTE_",
        StoreyName: "Level: Level 1",
        TypeDescription: "_DESCRIPTION_",
        StatusConstruction: "New Construction",
        NetArea: "14.04739",
        Height: "4000.",
        Width: "200.",
        Length: "4000.",
        Hyperlink: "_URL_"
      }
    }
  },
  "#572": {
    entityName: "IfcDoor",
    instanceName: "#572",
    attributes: {
      parsed: [
        "1F6umJ5H50aeL3A1As_wUF",
        "#42",
        "M_Single-Flush:Outside door:346843",
        "$",
        "M_Single-Flush:Outside door",
        "#938",
        "#566",
        "346843",
        "2134.",
        "915."
      ]
    },
    properties: {
      Custom_Pset: {
        TypeMark: "20",
        Keynote: "--KEYNOTE--",
        StoreyName: "Level: Level 1",
        TypeDescription: "--DESCRIPTION--",
        StatusConstruction: "New Construction",
        NetArea: "3.18957899999998",
        Height: "2134.",
        Width: "915.",
        SillHeight: "0.",
        Hyperlink: "--URL--"
      }
    }
  }
}

Print Property Set

Let's take a minitue to prettify the result. We can implement this simple function:

function printPropertySet(entites, myPropertySet) {
    for (var entitiy in entites) {
        for (var propertySet in entites[entitiy].properties) {
            if (propertySet === myPropertySet) {
                console.log(entites[entitiy].properties[pset]);
            }
        }
    }
}

Calling this function will give us a prittier result:

{
  TypeMark: "_TYPE-MARK_",
  Keynote: "_KEYNOTE_",
  StoreyName: "Level: Level 1",
  TypeDescription: "_DESCRIPTION_",
  StatusConstruction: "New Construction",
  NetArea: "14.04739",
  Height: "4000.",
  Width: "200.",
  Length: "4000.",
  Hyperlink: "_URL_"
}
{
  TypeMark: "20",
  Keynote: "--KEYNOTE--",
  StoreyName: "Level: Level 1",
  TypeDescription: "--DESCRIPTION--",
  StatusConstruction: "New Construction",
  NetArea: "3.18957899999998",
  Height: "2134.",
  Width: "915.",
  SillHeight: "0.",
  Hyperlink: "--URL--"
}

Good job! You are now ready for the Advanced Example

Final result

You can check out the final result on , or use the box below.

Advanced Example

Let's build something more practical. Make sure you have read and understood the Simple Example. Before we begin, let's list some feature that the previous example lacked:

The config was hard coded. There was no way for the user to change it.
The infromation was only logged in the console. A regular user couldn't see the result.

Getting Started

Let's install our prerequisites. We will use the . DataTable has an excellent documentation if you get stuck. Anyways, go to their download page:

We are going to use Boostrap 4 (not 5).

We'll select both jQuery 3 & Boostrap 4.

And we'll use CDN

Add Basic HTML Page

Let's add an input:

 <input type="file" id="myIfcFile">

A simple approach to run a function on each file change:

 <input type="file" id="myIfcFile" onchange="myFunction()">

The detailed insctructions covered the bascis of reading a file and using BIMWHALE.js.

var file = document.getElementById('myIfcFile').files[0];
var reader = new FileReader();
reader.onload = function(e) {
  var lines = e.target.result.split(/\r\n|\n/);
  // TODO
};
reader.readAsText(file);

Our HTML should look something like this:

Add Config - part 1

Let's contiue by allowing the user to select options. Since we already use jQuery, we're going to use Select2 as well. Feel free to use any other alternative. We are going to use select2@4.0.13 for this example.

<link href="https://cdn.jsdelivr.net/npm/select2@4.0.13/dist/css/select2.min.css" rel="stylesheet" />
<script src="https://cdn.jsdelivr.net/npm/select2@4.0.13/dist/js/select2.min.js"></script>

Let's add a select box above the file input. We will name this selectedEntitesInput.

<!-- Input -->
<select
    id="selectedEntitesInput"
    name="selectedEntites[]"
    multiple="multiple"
    style="width: 100%"
    required
></select>
<input type="file" id="myIfcFile" onchange="myFunction()" />

Let's configure select2. We're going to load our data from an array.

Here's a staring template. Again, a list of IFC building elements can be found here.

Our HTML should look something like this:

Add Config - part 2

Let's convert the select2 input to something we can use. We are going to use spread syntax in this example.

 var selectedEntities = {};
$("#selectedEntitesInput")
    .val()
    .forEach((entity) => {
        selectedEntities = {
            ...selectedEntities,
            [entity.toUpperCase()]: entity,
        };
    });

This might look very complicated, but don't worry.

We simply get our selection by calling $("#selectedEntitesInput").val()
We create an object for each selected entity using.forEach((entity) =>
We use an . Our emtpy object, selectedEntities, gets populated.

Our HTML should look something like this:

Create a Table

Let's output our result to a table using DataTables.

<table class="table table-hover" id="ifcTable" width="100%"></table>

We need to populate the table ourselves... this might be a bit tricky to do. Here's an example to help you get started. See Ajax sourced data for more information.

var data = [];
Object.values(ifcEntites).forEach((entity) => {
    Object.keys(entity.properties).forEach(
        (propertySet) => {
            Object.keys(
                entity.properties[propertySet]
            ).forEach((property) => {
                data = [
                    ...data,
                    [
                        entity.instanceName,
                        entity.attributes.parsed[0],
                        entity.entityName,
                        entity.attributes.parsed[2],
                        propertySet,
                        property,
                        entity.properties[propertySet][
                            property
                        ],
                    ],
                ];
            });
        }
    );
});

Our HTML should look something like this:

Final Touches

Let's make things a bit prettier. Since we use Boostrap, we will use ther layout system. First, we wrap everything inside a container.

<div class="container">
    <h3>Advanced Example</h3>
    <!-- Input -->
    <select
        id="selectedEntitesInput"
        name="selectedEntites[]"
        multiple="multiple"
        style="width: 100%"
        required
    ></select>
    <input type="file" id="myIfcFile" onchange="myFunction()" />
    
    <!-- Table  -->
    <table class="table table-hover" id="ifcTable" width="100%"></table>
</div>

Then, let's add some spacing. We'll simply add py-2 to each element and a py-4 to the container.

Our website should look like this:

Configuration

Config

The config object consist of four required properties:

Required Entities
Selected Entities
Selected Property Sets
All Entities

The config object is passed into BIMWHALE.js's constructor function as a paramter:

The showed us the easiest way to pass in this object:

Notice that some properties are JavaScript objects as well. Here's a summary of the properties within the Config object:

Required Entities

These are the required IFC Entities. BIMWHALE.js will not work without these. They are hardcoded into the logic. You should NOT change these.

Selected Entities

These are the selected IFC Entities. There's no need to get all IFC Entities. For example, an architect may not be intrested in HVAC components.

This requires that you to have a basic understanding of the IFC schema and its entities. Here are two major categories:

Notice how the object is structured. The key must be in uppercase. The value can have any form.

Selected Property Sets

These are the selected Property Sets. Again, there's no need to get all Property Sets. Please notice that the logic is case senstive. The name must match exactly.

Leave the array empty to include all Property Sets

All Entities

All entites are simply requiredEntities and selectedEntities combined. The is used to join these objects.

Demos

WIP

Industry Foundation Classes, IFC

What is IFC?

Introduction

Industry Foundation Classes (IFC) is an international standard for Building Information Model (BIM) data (buildingSMART, 2020a). The standard, ISO 16739-1, is used to exchanged BIM data among software applications used by the various participants in the AEC industry (ISO, 2020a).

IFC is developed and mainteined by buildingSMART International and is used with openBIM (buildingSMART, 2020b). According to (ISO, 2020a), the IFC specifies:

A data schema
An exchange file format structure

1. Data Schema

The data schema is defined in:

EXPRESS data specification language, ,

2. Exchange File Format Structure

The exchange file formats structure is used for exchanging and sharing the data according to the data schema. The exchange file formats structure is defined in:

Clear text encoding of the exchange structure,

In more detail

Let's try to explain IFC in layman's terms.

1. Data Schema

According to (, the IFC data schema describes:

identities and semantics
- name, machine-readable unique identifier, object type or function
characteristics or attributes

2. Exchange File Format Structure

Whereas the Exchange File Format Structure allows the data described to be transferred from one computer system to another.

Example: The .IFC file can be used to transfer the BIM model from to

Example

In this example we're going to take a look at a window. Please note that this section will simply introduce the data schema and STEP-file. We will explain how these works in detail later.

1. Data Schema

IFC2x Edition 3 Technical Corrigendum 1, or simply , describes a window like this:

To clarify: This is the data schema for a window class. The window is defined using the EXPRESS data specification language ().

This is an abstract representation of a window object. I.e. this window doesn't exist in our building.

2. Exchange File Format Structure

The STEP-file, , describes the window object like this:

This is an representation of a physical window. I.e. this window exist somewhere in our building.

Summary

IFC is an international standard by buildingSMART International. It has two parts;

A data schema, EXPRESS
A file format, STEP-File

Use the tab above to switch between the EXPRESS data schema and the STEP-file

In summary:

The data schema, EXPRESS, specifies: How an object should be represented
The file format, STEP-file, specifies: An actual object

Notice that we need both the data schema and the file format to understand our BIM model.

In other words:

The data schema is the manual
The file format is the usage of the manual

In object oriented programming words:

The data schema, EXPRESS, is the class
The file format, STEP-file, is the object

Editor's note:

I know that this can hard to understand. Please, take a good look at this article. Read it agian, think and reflect about the content.

EXPRESS

Introduction

Let's take a look a very basic EXPRESS data model.

We have defined a custom schema called Family. We have a Person class within this schema. The person has one attribute: name. The name is represented as a string.

If you are familiar with object oriented programming, then this should feel very straight forward. If not, check out:

, or

Window Example

Let's take a look at our previous example, the window:

We can see that we each "object" (window, wall, door, roof, etc.) is an ENTITY. Again, notice how we use the following format to specify an "object":

Here's a list of some common building elements. These are defined in IFC2x Edition 3 Technical Corrigendum 1 schema, SCHEMA IFC2X3;. Again, notice how each building element ("object") is its own ENTITY.

Let's go back to our window. This is a Window class defined using the EXPRESS data model format.

Take a look at line 5 and 6. We can see that we have two attributes:

Overall Height
Overall Width

Missing Attributes?

Let's continue with our Window example. We saw that the windows has two attrbitues. However, according to the , we're missing some attributes:

We can verify this by looking at the STEP-file. This has clearly more than two attributes:

We have 10 different attributes. Notice that we don't understand what any of these attributes mean.

Let's dive deep into EXPRESS

How does this work? How can we have more than two attributes?

Well, the answer lies within the EXPRESS definition. Take a close look at the 4th line above. We can see that IfcWindow is an subtype of an IfcBuildingElement. Here's the EXPRESS data model forIfcBuildingElement:

Notice how the IfcBuildingElement itself is a subtype of IfcElement (see line 25 above). Let's continue down the rabbit hole...

Again, notice how our IfcElement is a subtype of IfcProduct (see line 13 above). Let's continue...

Our IfcProduct is a subtype of IfcObject (see line 11 above).

Our IfcObject is a subtype of IfcObjectDefinition (see line 10 above). Let's continue...

Our IfcObjectDefinition is a subtype of IfcRoot (see line 5 above). We are almost done...

Finally, we have reached the end!

Inheritance

We call this behaivor inheritance.

IfcWindow
- IfcBuildingElement
  - IfcProduct

Let's flip this "graph". This will make things a bit easier to explain.

IfcRoot
- IfcObjectDefinition
  - IfcObject

We can see that IfcRoot has four different attributes; GlobalId, OwnerHistory, Name, Description. The IfcObjectDefinition will inherit these attributes. This means that the IfcWindow will inherit these attributes.

The IfcWindow will inherit all attributes from its parent entities.

Summary

If we use inheritance, we can see what each attribute in the STEP-file actually mean:

Or, we can simply look at the inheritance graph in the :

Editor's note:

I know that this can hard to understand. Please, take a good look at this article. Read it agian, think and reflect about the content.

STEP-file

Introduction

Let's take a look at our Window example.

This lines follows this encoding template:

Instance Name
Entity Name
Attributes

We can express this template in two different ways:

1. Instance Name = 2. Entity name(3. Attributes)

We have, in this example:

STEP-file Encoding

Here are some basic encoding rules

Again, this can be visualized as:

#Instance Name = Entity name(Attributes)

Or, as our example:

#13067 = IFCWINDOW('2cXV28X...)

Or, as a single line:

Additional Notes

Editor's note:

I know that this can hard to understand. Please, take a good look at this article. Read it agian, think and reflect about the content.

Work in progress...

IFC Sample Files

Advanced Project

The Advanced project sample file can be downloaded from here:

Make sure you right click, and select "Save as".

Developer

BIMWHALE.js docs

Additional developer resources can be found here:

https://github.bimvalen.se/docs/index.html

Sources

buildingSMART, 2020a. Industry Foundation Classes (IFC). [Online] Available at: https://www.buildingsmart.org/standards/bsi-standards/industry-foundation-classes/ [Accessed 2020-12-18].

BuildingSMART, 2020b. Industry Foundation Classes (IFC) - An Introduction. [Online] Available at: https://technical.buildingsmart.org/standards/ifc/ [Accessed 2020-12-18].

ISO, 2020a. ISO 16739-1:2018. [Online] Available at: https://www.iso.org/standard/70303.html [Accessed 2020-12-18].

ISO, 2020b. ISO 16739-1:2018. [Online] Available at: [Accessed 2020-12-18].

ISO-10303-21;
HEADER;

/******************************************************************************************
* STEP Physical File produced by: The EXPRESS Data Manager Version 5.02.0100.07 : 28 Aug 2013
* Module:                         EDMstepFileFactory/EDMstandAlone
* Creation date:                  Wed Oct 28 18:06:27 2020
* Host:                           desktop
* Database:                       C:\Users\andre\AppData\Local\Temp\1d5c9ec4-3372-4075-8f09-942daf5120f6\c6a3f380-df47-414e-a6ff-0f212625bc9d\ifc
* Database version:               5507
* Database creation date:         Wed Oct 28 18:06:26 2020
* Schema:                         IFC2X3
* Model:                          DataRepository.ifc
* Model creation date:            Wed Oct 28 18:06:26 2020
* Header model:                   DataRepository.ifc_HeaderModel
* Header model creation date:     Wed Oct 28 18:06:26 2020
* EDMuser:                        sdai-user
* EDMgroup:                       sdai-group
* License ID and type:            5605 : Permanent license. Expiry date: 
* EDMstepFileFactory options:     020000
******************************************************************************************/
FILE_DESCRIPTION(('ViewDefinition [CoordinationView_V2.0, QuantityTakeOffAddOnView]'),'2;1');
FILE_NAME('// PROJECT/NUMBER //','2020-10-28T18:06:27',(''),(''),'The EXPRESS Data Manager Version 5.02.0100.07 : 28 Aug 2013','21.1.0.108 - Exporter 21.1.0.108 - Alternate UI 21.1.0.108','');
FILE_SCHEMA(('IFC2X3'));
ENDSEC;

DATA;
#1= IFCORGANIZATION($,'Autodesk Revit 2021 (ENU)',$,$,$);
#5= IFCAPPLICATION(#1,'2021','Autodesk Revit 2021 (ENU)','Revit');
#6= IFCCARTESIANPOINT((0.,0.,0.));
#9= IFCCARTESIANPOINT((0.,0.));
#11= IFCDIRECTION((1.,0.,0.));
#13= IFCDIRECTION((-1.,0.,0.));
#15= IFCDIRECTION((0.,1.,0.));
#17= IFCDIRECTION((0.,-1.,0.));
#19= IFCDIRECTION((0.,0.,1.));
#21= IFCDIRECTION((0.,0.,-1.));
#23= IFCDIRECTION((1.,0.));
#25= IFCDIRECTION((-1.,0.));
#27= IFCDIRECTION((0.,1.));
#29= IFCDIRECTION((0.,-1.));
#31= IFCAXIS2PLACEMENT3D(#6,$,$);
#32= IFCLOCALPLACEMENT(#149,#31);
#35= IFCPERSON($,'//','//',('AUTHOR'),$,$,$,$);
#38= IFCORGANIZATION($,'// ORGANIZATION/NAME //','// ORGANIZATION/DESCRIPTION //',$,$);
#39= IFCPERSONANDORGANIZATION(#35,#38,$);
#42= IFCOWNERHISTORY(#39,#5,$,.NOCHANGE.,$,$,$,1603900718);
#43= IFCSIUNIT(*,.LENGTHUNIT.,.MILLI.,.METRE.);
#44= IFCSIUNIT(*,.LENGTHUNIT.,$,.METRE.);
#45= IFCSIUNIT(*,.AREAUNIT.,$,.SQUARE_METRE.);
#46= IFCSIUNIT(*,.VOLUMEUNIT.,$,.CUBIC_METRE.);
#47= IFCSIUNIT(*,.PLANEANGLEUNIT.,$,.RADIAN.);
#48= IFCDIMENSIONALEXPONENTS(0,0,0,0,0,0,0);
#49= IFCMEASUREWITHUNIT(IFCRATIOMEASURE(0.0174532925199433),#47);
#50= IFCCONVERSIONBASEDUNIT(#48,.PLANEANGLEUNIT.,'DEGREE',#49);
#51= IFCSIUNIT(*,.MASSUNIT.,.KILO.,.GRAM.);
#52= IFCDERIVEDUNITELEMENT(#51,1);
#53= IFCDERIVEDUNITELEMENT(#44,-3);
#54= IFCDERIVEDUNIT((#52,#53),.MASSDENSITYUNIT.,$);
#56= IFCDERIVEDUNITELEMENT(#44,4);
#57= IFCDERIVEDUNIT((#56),.MOMENTOFINERTIAUNIT.,$);
#59= IFCSIUNIT(*,.TIMEUNIT.,$,.SECOND.);
#60= IFCSIUNIT(*,.FREQUENCYUNIT.,$,.HERTZ.);
#61= IFCSIUNIT(*,.THERMODYNAMICTEMPERATUREUNIT.,$,.KELVIN.);
#62= IFCSIUNIT(*,.THERMODYNAMICTEMPERATUREUNIT.,$,.DEGREE_CELSIUS.);
#63= IFCDERIVEDUNITELEMENT(#51,1);
#64= IFCDERIVEDUNITELEMENT(#61,-1);
#65= IFCDERIVEDUNITELEMENT(#59,-3);
#66= IFCDERIVEDUNIT((#63,#64,#65),.THERMALTRANSMITTANCEUNIT.,$);
#68= IFCSIUNIT(*,.LENGTHUNIT.,.DECI.,.METRE.);
#69= IFCDERIVEDUNITELEMENT(#44,3);
#70= IFCDERIVEDUNITELEMENT(#59,-1);
#71= IFCDERIVEDUNIT((#69,#70),.VOLUMETRICFLOWRATEUNIT.,$);
#73= IFCSIUNIT(*,.ELECTRICCURRENTUNIT.,$,.AMPERE.);
#74= IFCSIUNIT(*,.ELECTRICVOLTAGEUNIT.,$,.VOLT.);
#75= IFCSIUNIT(*,.POWERUNIT.,$,.WATT.);
#76= IFCSIUNIT(*,.FORCEUNIT.,.KILO.,.NEWTON.);
#77= IFCSIUNIT(*,.ILLUMINANCEUNIT.,$,.LUX.);
#78= IFCSIUNIT(*,.LUMINOUSFLUXUNIT.,$,.LUMEN.);
#79= IFCSIUNIT(*,.LUMINOUSINTENSITYUNIT.,$,.CANDELA.);
#80= IFCDERIVEDUNITELEMENT(#51,-1);
#81= IFCDERIVEDUNITELEMENT(#44,-2);
#82= IFCDERIVEDUNITELEMENT(#59,3);
#83= IFCDERIVEDUNITELEMENT(#78,1);
#84= IFCDERIVEDUNIT((#80,#81,#82,#83),.USERDEFINED.,'Luminous Efficacy');
#86= IFCDERIVEDUNITELEMENT(#44,1);
#87= IFCDERIVEDUNITELEMENT(#59,-1);
#88= IFCDERIVEDUNIT((#86,#87),.LINEARVELOCITYUNIT.,$);
#90= IFCSIUNIT(*,.PRESSUREUNIT.,$,.PASCAL.);
#91= IFCDERIVEDUNITELEMENT(#44,-2);
#92= IFCDERIVEDUNITELEMENT(#51,1);
#93= IFCDERIVEDUNITELEMENT(#59,-2);
#94= IFCDERIVEDUNIT((#91,#92,#93),.USERDEFINED.,'Friction Loss');
#96= IFCDERIVEDUNITELEMENT(#51,1);
#97= IFCDERIVEDUNITELEMENT(#44,1);
#98= IFCDERIVEDUNITELEMENT(#59,-2);
#99= IFCDERIVEDUNITELEMENT(#44,-1);
#100= IFCDERIVEDUNIT((#96,#97,#98,#99),.LINEARFORCEUNIT.,$);
#102= IFCDERIVEDUNITELEMENT(#51,1);
#103= IFCDERIVEDUNITELEMENT(#44,1);
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#540= IFCPRESENTATIONSTYLEASSIGNMENT((#508));
#542= IFCSTYLEDITEM($,(#540),$);
#544= IFCSTYLEDREPRESENTATION(#113,'Style','Material',(#542));
#546= IFCMATERIALDEFINITIONREPRESENTATION($,$,(#544),#539);
#549= IFCMATERIAL('Door - Panel');
#550= IFCPRESENTATIONSTYLEASSIGNMENT((#520));
#552= IFCSTYLEDITEM($,(#550),$);
#554= IFCSTYLEDREPRESENTATION(#113,'Style','Material',(#552));
#556= IFCMATERIALDEFINITIONREPRESENTATION($,$,(#554),#549);
#559= IFCMATERIALLIST((#539,#549));
#561= IFCCARTESIANTRANSFORMATIONOPERATOR3D($,$,#6,1.,$);
#562= IFCMAPPEDITEM(#530,#561);
#564= IFCSHAPEREPRESENTATION(#118,'Body','MappedRepresentation',(#562));
#566= IFCPRODUCTDEFINITIONSHAPE($,$,(#564));
#568= IFCCARTESIANPOINT((764.191388181842,94.4308514747393,0.));
#570= IFCAXIS2PLACEMENT3D(#568,#19,#13);
#938= IFCLOCALPLACEMENT(#915,#937);
#572= IFCDOOR('1F6umJ5H50aeL3A1As_wUF',#42,'M_Single-Flush:Outside door:346843',$,'M_Single-Flush:Outside door',#938,#566,'346843',2134.,915.);
#575= IFCMATERIALLIST((#539,#549));
#577= IFCPROPERTYSINGLEVALUE('FireRating',$,IFCLABEL('--FIRE_CODE--'),$);
#578= IFCPROPERTYSET('1MAvBog6f9YfPSrRA3TNJX',#42,'Pset_ConcreteElementGeneral',$,(#577));
#580= IFCPROPERTYSINGLEVALUE('Reference',$,IFCIDENTIFIER('Outside door'),$);
#581= IFCPROPERTYSINGLEVALUE('FireRating',$,IFCLABEL('--FIRE_CODE--'),$);
#582= IFCPROPERTYSINGLEVALUE('ThermalTransmittance',$,IFCTHERMALTRANSMITTANCEMEASURE(3.7021),$);
#583= IFCPROPERTYSET('1F6umJ5H50aeL38_As_wUF',#42,'Pset_DoorCommon',$,(#362,#580,#581,#582));
#585= IFCPROPERTYSINGLEVALUE('Manufacturer',$,IFCLABEL('--TYPE_COMMENTS_'),$);
#586= IFCPROPERTYSET('2aWAgDA5DBTx6ubccoEHuL',#42,'Pset_ManufacturerTypeInformation',$,(#585));
#588= IFCPROPERTYSINGLEVALUE('Category',$,IFCLABEL('Doors'),$);
#589= IFCPROPERTYSET('37$b9ZV6bEV9w4ajZ6Vuro',#42,'Pset_ProductRequirements',$,(#588));
#591= IFCPROPERTYSET('1VUx5P6tv2FRM5czFXIoYd',#42,'Pset_QuantityTakeOff',$,(#580));
#593= IFCPROPERTYSINGLEVALUE('TypeMark',$,IFCLABEL('20'),$);
#594= IFCPROPERTYSINGLEVALUE('Keynote',$,IFCLABEL('--KEYNOTE--'),$);
#595= IFCPROPERTYSINGLEVALUE('StoreyName',$,IFCTEXT('Level: Level 1'),$);
#596= IFCPROPERTYSINGLEVALUE('TypeDescription',$,IFCTEXT('--DESCRIPTION--'),$);
#597= IFCPROPERTYSINGLEVALUE('StatusConstruction',$,IFCLABEL('New Construction'),$);
#598= IFCPROPERTYSINGLEVALUE('NetArea',$,IFCAREAMEASURE(3.18957899999998),$);
#599= IFCPROPERTYSINGLEVALUE('Height',$,IFCLENGTHMEASURE(2134.),$);
#600= IFCPROPERTYSINGLEVALUE('Width',$,IFCLENGTHMEASURE(915.),$);
#601= IFCPROPERTYSINGLEVALUE('SillHeight',$,IFCLENGTHMEASURE(0.),$);
#602= IFCPROPERTYSINGLEVALUE('Hyperlink',$,IFCTEXT('--URL--'),$);
#603= IFCPROPERTYSET('1CXc3dmFPFfQbCU$bHsAfS',#42,'Custom_Pset','',(#593,#594,#595,#596,#597,#598,#599,#600,#601,#602));
#605= IFCRELDEFINESBYPROPERTIES('14RxrffgjD6QlWHKtlQTAN',#42,$,$,(#572),#578);
#609= IFCRELDEFINESBYPROPERTIES('04ckjvoyL25Q50h8x6sUPv',#42,$,$,(#572),#583);
#612= IFCRELDEFINESBYPROPERTIES('0$6_vvQgz7_eKsnZrkKoIw',#42,$,$,(#572),#586);
#615= IFCRELDEFINESBYPROPERTIES('1UyD_HmPHBougIcmoJRJ7m',#42,$,$,(#572),#589);
#618= IFCRELDEFINESBYPROPERTIES('2lpvQgxsjEfPta9gxkQaM5',#42,$,$,(#572),#591);
#621= IFCRELDEFINESBYPROPERTIES('26uNI57VnEBgae2CZ9gqtr',#42,$,$,(#572),#603);
#624= IFCQUANTITYLENGTH('Height','',$,2134.);
#625= IFCQUANTITYLENGTH('Width','',$,915.);
#626= IFCQUANTITYAREA('Area','area measured in geometry',$,3.18957899999998);
#627= IFCELEMENTQUANTITY('39uqRwTJT9qhACjvMcPpu_',#42,'BaseQuantities',$,$,(#624,#625,#626));
#629= IFCRELDEFINESBYPROPERTIES('1QmkCV1Kz2MfAPznLVFMCy',#42,$,$,(#572),#627);
#632= IFCCLASSIFICATIONREFERENCE('http://www.csiorg.net/uniformat','--ASSEMBLY_CODE--',$,#446);
#633= IFCRELASSOCIATESCLASSIFICATION('2nmxXpeUXAOQtHOkOFmKTR',#42,'Uniformat Classification','',(#572),#632);
#636= IFCPROPERTYSINGLEVALUE('Level',$,IFCLABEL('Level: Level 1'),$);
#637= IFCPROPERTYSINGLEVALUE('Sill Height',$,IFCLENGTHMEASURE(0.),$);
#638= IFCPROPERTYSINGLEVALUE('Area',$,IFCAREAMEASURE(3.18957899999998),$);
#639= IFCPROPERTYSINGLEVALUE('Volume',$,IFCVOLUMEMEASURE(0.119856109999999),$);
#640= IFCPROPERTYSINGLEVALUE('Mark',$,IFCTEXT('1'),$);
#641= IFCPROPERTYSINGLEVALUE('Category',$,IFCLABEL('Doors'),$);
#642= IFCPROPERTYSINGLEVALUE('Family',$,IFCLABEL('M_Single-Flush: Outside door'),$);
#643= IFCPROPERTYSINGLEVALUE('Family and Type',$,IFCLABEL('M_Single-Flush: Outside door'),$);
#644= IFCPROPERTYSINGLEVALUE('Head Height',$,IFCLENGTHMEASURE(2134.),$);
#645= IFCPROPERTYSINGLEVALUE('Host Id',$,IFCLABEL('Basic Wall: Bearing Wall'),$);
#646= IFCPROPERTYSINGLEVALUE('Type',$,IFCLABEL('M_Single-Flush: Outside door'),$);
#647= IFCPROPERTYSINGLEVALUE('Type Id',$,IFCLABEL('M_Single-Flush: Outside door'),$);
#648= IFCPROPERTYSINGLEVALUE('Analytic Construction',$,IFCTEXT('Metal'),$);
#649= IFCPROPERTYSINGLEVALUE('Define Thermal Properties by',$,IFCIDENTIFIER('Schematic Type'),$);
#650= IFCPROPERTYSINGLEVALUE('Heat Transfer Coefficient (U)',$,IFCREAL(3.7021),$);
#651= IFCPROPERTYSINGLEVALUE('Solar Heat Gain Coefficient',$,IFCREAL(0.),$);
#652= IFCPROPERTYSINGLEVALUE('Thermal Resistance (R)',$,IFCREAL(0.270116960643959),$);
#653= IFCPROPERTYSINGLEVALUE('Visual Light Transmittance',$,IFCREAL(0.),$);
#654= IFCPROPERTYSINGLEVALUE('Door Material',$,IFCLABEL('Door - Panel'),$);
#655= IFCPROPERTYSINGLEVALUE('Frame Material',$,IFCLABEL('Door - Frame'),$);
#656= IFCPROPERTYSINGLEVALUE('Function',$,IFCIDENTIFIER('Interior'),$);
#657= IFCPROPERTYSINGLEVALUE('Wall Closure',$,IFCIDENTIFIER('By host'),$);
#658= IFCPROPERTYSINGLEVALUE('Height',$,IFCLENGTHMEASURE(2134.),$);
#659= IFCPROPERTYSINGLEVALUE('Thickness',$,IFCLENGTHMEASURE(51.),$);
#660= IFCPROPERTYSINGLEVALUE('Trim Projection Ext',$,IFCLENGTHMEASURE(25.),$);
#661= IFCPROPERTYSINGLEVALUE('Trim Projection Int',$,IFCLENGTHMEASURE(25.),$);
#662= IFCPROPERTYSINGLEVALUE('Trim Width',$,IFCLENGTHMEASURE(76.),$);
#663= IFCPROPERTYSINGLEVALUE('Width',$,IFCLENGTHMEASURE(915.),$);
#664= IFCPROPERTYSINGLEVALUE('Assembly Code',$,IFCTEXT('--ASSEMBLY_CODE--'),$);
#665= IFCPROPERTYSINGLEVALUE('Code Name',$,IFCTEXT(''),$);
#666= IFCPROPERTYSINGLEVALUE('Description',$,IFCTEXT('--DESCRIPTION--'),$);
#667= IFCPROPERTYSINGLEVALUE('Fire Rating',$,IFCTEXT('--FIRE_CODE--'),$);
#668= IFCPROPERTYSINGLEVALUE('Keynote',$,IFCTEXT('--KEYNOTE--'),$);
#669= IFCPROPERTYSINGLEVALUE('Manufacturer',$,IFCTEXT('--TYPE_COMMENTS_'),$);
#670= IFCPROPERTYSINGLEVALUE('Model',$,IFCTEXT('--MODEL--'),$);
#671= IFCPROPERTYSINGLEVALUE('OmniClass Number',$,IFCTEXT('23.30.10.00'),$);
#672= IFCPROPERTYSINGLEVALUE('OmniClass Title',$,IFCTEXT('Doors'),$);
#673= IFCPROPERTYSINGLEVALUE('Type Mark',$,IFCTEXT('20'),$);
#674= IFCPROPERTYSINGLEVALUE('Type Name',$,IFCTEXT('Outside door'),$);
#675= IFCPROPERTYSINGLEVALUE('URL',$,IFCTEXT('--URL--'),$);
#676= IFCPROPERTYSINGLEVALUE('Family Name',$,IFCTEXT('M_Single-Flush'),$);
#677= IFCPROPERTYSET('1F6umJ5H50aeL3BWQs_wUF',#42,'Constraints',$,(#636,#637));
#679= IFCRELDEFINESBYPROPERTIES('1F6umJ5H50aeL3BmQs_wUF',#42,$,$,(#572),#677);
#682= IFCPROPERTYSET('1F6umJ5H50aeL3BX2s_wUF',#42,'Dimensions',$,(#638,#639));
#684= IFCRELDEFINESBYPROPERTIES('1F6umJ5H50aeL3Bn2s_wUF',#42,$,$,(#572),#682);
#687= IFCPROPERTYSET('1F6umJ5H50aeL3BXEs_wUF',#42,'Identity Data',$,(#640));
#689= IFCRELDEFINESBYPROPERTIES('1F6umJ5H50aeL3BnEs_wUF',#42,$,$,(#572),#687);
#692= IFCPROPERTYSET('2BegeYd3fCOeVyUmGr0qxL',#42,'Other',$,(#641,#642,#643,#644,#645,#646,#647));
#694= IFCRELDEFINESBYPROPERTIES('1QrXJ2z1rFTuQboBVeLF$Z',#42,$,$,(#572),#692);
#697= IFCPROPERTYSET('1F6umJ5H50aeL3BXss_wUF',#42,'Phasing',$,(#276));
#699= IFCRELDEFINESBYPROPERTIES('1F6umJ5H50aeL3Bnss_wUF',#42,$,$,(#572),#697);
#702= IFCPROPERTYSET('3W2Tu2KKr66wtPVQ1PGsDC',#42,'Analytical Properties',$,(#648,#649,#650,#651,#652,#653));
#704= IFCPROPERTYSET('3W2Tu2KKr66wtPVVbPGsDC',#42,'Construction',$,(#656,#657));
#706= IFCPROPERTYSET('3W2Tu2KKr66wtPVVzPGsDC',#42,'Dimensions',$,(#658,#659,#660,#661,#662,#663));
#708= IFCPROPERTYSET('3W2Tu2KKr66wtPVVnPGsDC',#42,'Identity Data',$,(#296,#664,#665,#666,#667,#668,#669,#670,#671,#672,#673,#674,#675));
#710= IFCPROPERTYSET('3W2Tu2KKr66wtPVVjPGsDC',#42,'Materials and Finishes',$,(#654,#655));
#712= IFCPROPERTYSET('0KOXzzKarFERoTS0N7cfbD',#42,'Other',$,(#641,#676));
#714= IFCPROPERTYSINGLEVALUE('FireRating',$,IFCLABEL('--FIRE_CODE--'),$);
#715= IFCPROPERTYSET('0YRN2fpNzDoxoXFEOdBeJw',#42,'Pset_ConcreteElementGeneral',$,(#714));
#717= IFCPROPERTYSINGLEVALUE('FireRating',$,IFCLABEL('--FIRE_CODE--'),$);
#718= IFCPROPERTYSINGLEVALUE('ThermalTransmittance',$,IFCTHERMALTRANSMITTANCEMEASURE(3.7021),$);
#719= IFCPROPERTYSET('3W2Tu2KKr66wtPS0rPGsDC',#42,'Pset_DoorCommon',$,(#362,#580,#717,#718));
#721= IFCPROPERTYSINGLEVALUE('Manufacturer',$,IFCLABEL('--TYPE_COMMENTS_'),$);
#722= IFCPROPERTYSET('0LOQqn1NfDkwoxFtCajotd',#42,'Pset_ManufacturerTypeInformation',$,(#721));
#724= IFCPROPERTYSINGLEVALUE('Category',$,IFCLABEL('Doors'),$);
#725= IFCPROPERTYSET('2b6m9MCNn679Y43LRC330T',#42,'Pset_ProductRequirements',$,(#724));
#727= IFCPROPERTYSET('0F4CuoFTLEvRXd3x$a9K3$',#42,'Pset_QuantityTakeOff',$,(#580));
#729= IFCPROPERTYSINGLEVALUE('TypeMark',$,IFCLABEL('20'),$);
#730= IFCPROPERTYSINGLEVALUE('Keynote',$,IFCLABEL('--KEYNOTE--'),$);
#731= IFCPROPERTYSINGLEVALUE('TypeDescription',$,IFCTEXT('--DESCRIPTION--'),$);
#732= IFCPROPERTYSINGLEVALUE('Height',$,IFCLENGTHMEASURE(2134.),$);
#733= IFCPROPERTYSINGLEVALUE('Width',$,IFCLENGTHMEASURE(915.),$);
#734= IFCPROPERTYSINGLEVALUE('Hyperlink',$,IFCTEXT('--URL--'),$);
#735= IFCPROPERTYSET('3CUt_fMl9Df9OKgw$sNH0T',#42,'Custom_Pset',$,(#729,#730,#731,#732,#733,#734));
#751= IFCPROPERTYSINGLEVALUE('Name',$,IFCLABEL('Level 1'),$);
#752= IFCPROPERTYSET('0$99IJGkP9Q86lu5rnKYUN',#42,'Pset_AirSideSystemInformation',$,(#751));
#754= IFCPROPERTYSINGLEVALUE('AboveGround',$,IFCLOGICAL(.U.),$);
#755= IFCPROPERTYSET('3Zu5Bv0LOHrPC12_o6FoQQ',#42,'Pset_BuildingStoreyCommon',$,(#754));
#757= IFCPROPERTYSINGLEVALUE('Name',$,IFCLABEL('Level 1'),$);
#758= IFCPROPERTYSINGLEVALUE('Category',$,IFCLABEL('Levels'),$);
#759= IFCPROPERTYSET('1E$wH_IvL0u9KdSridkQHO',#42,'Pset_ProductRequirements',$,(#757,#758));
#761= IFCPROPERTYSINGLEVALUE('SpaceName',$,IFCLABEL('Level 1'),$);
#762= IFCPROPERTYSET('081bdaxsT7tvi7VV3hCTqa',#42,'Custom_Pset','',(#761));
#764= IFCRELDEFINESBYPROPERTIES('0Jv9wzDiT2Fx3l2pN5PrZ7',#42,$,$,(#140),#752);
#768= IFCRELDEFINESBYPROPERTIES('1uZQMUSkv6FAgEXy9GtiEh',#42,$,$,(#140),#755);
#771= IFCRELDEFINESBYPROPERTIES('1FuE$sx5j7jhZwoEQu$YIS',#42,$,$,(#140),#759);
#774= IFCRELDEFINESBYPROPERTIES('1ThjSvkAT6B8HzMssSW$IW',#42,$,$,(#140),#762);
#777= IFCPROPERTYSINGLEVALUE('Elevation',$,IFCLENGTHMEASURE(0.),$);
#778= IFCPROPERTYSINGLEVALUE('Computation Height',$,IFCLENGTHMEASURE(0.),$);
#779= IFCPROPERTYSINGLEVALUE('Building Story',$,IFCBOOLEAN(.T.),$);
#780= IFCPROPERTYSINGLEVALUE('Name',$,IFCTEXT('Level 1'),$);
#781= IFCPROPERTYSINGLEVALUE('Category',$,IFCLABEL('Levels'),$);
#782= IFCPROPERTYSINGLEVALUE('Family',$,IFCLABEL('Level: 8mm Head'),$);
#783= IFCPROPERTYSINGLEVALUE('Family and Type',$,IFCLABEL('Level: 8mm Head'),$);
#784= IFCPROPERTYSINGLEVALUE('Type',$,IFCLABEL('Level: 8mm Head'),$);
#785= IFCPROPERTYSINGLEVALUE('Type Id',$,IFCLABEL('Level: 8mm Head'),$);
#786= IFCPROPERTYSINGLEVALUE('Elevation Base',$,IFCIDENTIFIER('Project Base Point'),$);
#787= IFCPROPERTYSINGLEVALUE('Color',$,IFCINTEGER(0),$);
#788= IFCPROPERTYSINGLEVALUE('Line Pattern',$,IFCLABEL('Centre'),$);
#789= IFCPROPERTYSINGLEVALUE('Line Weight',$,IFCIDENTIFIER('1'),$);
#790= IFCPROPERTYSINGLEVALUE('Symbol',$,IFCLABEL('M_Level Head - Circle: M_Level Head - Circle'),$);
#791= IFCPROPERTYSINGLEVALUE('Symbol at End 1 Default',$,IFCBOOLEAN(.F.),$);
#792= IFCPROPERTYSINGLEVALUE('Symbol at End 2 Default',$,IFCBOOLEAN(.T.),$);
#793= IFCPROPERTYSINGLEVALUE('Type Name',$,IFCTEXT('8mm Head'),$);
#794= IFCPROPERTYSINGLEVALUE('Family Name',$,IFCTEXT('Level'),$);
#795= IFCPROPERTYSET('3Zu5Bv0LOHrPC11XI6FoQQ',#42,'Constraints',$,(#777));
#797= IFCRELDEFINESBYPROPERTIES('3Zu5Bv0LOHrPC11nI6FoQQ',#42,$,$,(#140),#795);
#800= IFCPROPERTYSET('3Zu5Bv0LOHrPC11WA6FoQQ',#42,'Dimensions',$,(#778));
#802= IFCRELDEFINESBYPROPERTIES('3Zu5Bv0LOHrPC11mA6FoQQ',#42,$,$,(#140),#800);
#805= IFCPROPERTYSET('3Zu5Bv0LOHrPC11W66FoQQ',#42,'Identity Data',$,(#278,#779,#780));
#807= IFCRELDEFINESBYPROPERTIES('3Zu5Bv0LOHrPC11m66FoQQ',#42,$,$,(#140),#805);
#810= IFCPROPERTYSET('0eCyo1mQf61RRDb8LkFhbB',#42,'Other',$,(#781,#782,#783,#784,#785));
#812= IFCRELDEFINESBYPROPERTIES('3$zaZUyoL6L9DrOV9RtgBX',#42,$,$,(#140),#810);
#815= IFCPROPERTYSET('3Zu5Bv0LOHrPC11XI6FoQS',#42,'Constraints(Type)',$,(#786));
#817= IFCPROPERTYSET('3Zu5Bv0LOHrPC11WM6FoQS',#42,'Graphics(Type)',$,(#787,#788,#789,#790,#791,#792));
#819= IFCPROPERTYSET('3Zu5Bv0LOHrPC11W66FoQS',#42,'Identity Data(Type)',$,(#793));
#821= IFCPROPERTYSET('2qVnE7UtTDKAGidujFAE08',#42,'Other(Type)',$,(#781,#794));
#828= IFCRELAGGREGATES('2usGHf9Nj3g8$vNhPcOa4J',#42,$,$,#121,(#150));
#832= IFCRELAGGREGATES('0YbgX$FVvBg9IJMkBorzcZ',#42,$,$,#150,(#131));
#836= IFCRELAGGREGATES('27PCKGLxT4mxtV9cw6mgBW',#42,$,$,#131,(#140));
#840= IFCPROPERTYSINGLEVALUE('NumberOfStoreys',$,IFCINTEGER(1),$);
#841= IFCPROPERTYSINGLEVALUE('IsLandmarked',$,IFCLOGICAL(.U.),$);
#842= IFCPROPERTYSET('27PCKGLxT4mxtVBOQ6mgBW',#42,'Pset_BuildingCommon',$,(#840,#841));
#844= IFCPROPERTYSINGLEVALUE('Category',$,IFCLABEL('Project Information'),$);
#845= IFCPROPERTYSET('2HlE6XRD5D2u$q88QiyvCI',#42,'Pset_ProductRequirements',$,(#844));
#847= IFCRELDEFINESBYPROPERTIES('1ThDg46v99hhPo_cQYW0rR',#42,$,$,(#131),#842);
#851= IFCRELDEFINESBYPROPERTIES('041QPVCJrABucJbKRNgMWb',#42,$,$,(#131),#845);
#854= IFCPROPERTYSINGLEVALUE('Author',$,IFCTEXT('// AUTHOR //'),$);
#855= IFCPROPERTYSINGLEVALUE('Building Name',$,IFCTEXT('// BUILDING/NAME //'),$);
#856= IFCPROPERTYSINGLEVALUE('Organization Description',$,IFCTEXT('// ORGANIZATION/DESCRIPTION //'),$);
#857= IFCPROPERTYSINGLEVALUE('Organization Name',$,IFCTEXT('// ORGANIZATION/NAME //'),$);
#858= IFCPROPERTYSINGLEVALUE('Client Name',$,IFCTEXT('// CLIENT/NAME //'),$);
#859= IFCPROPERTYSINGLEVALUE('Project Address',$,IFCTEXT('Enter address here'),$);
#860= IFCPROPERTYSINGLEVALUE('Project Issue Date',$,IFCTEXT('// ISSUE DATE //'),$);
#861= IFCPROPERTYSINGLEVALUE('Project Name',$,IFCTEXT('// PROJECT/NAME //'),$);
#862= IFCPROPERTYSINGLEVALUE('Project Number',$,IFCTEXT('// PROJECT/NUMBER //'),$);
#863= IFCPROPERTYSINGLEVALUE('Project Status',$,IFCTEXT('// PROJECT/STATUS //'),$);
#864= IFCPROPERTYSET('0s2Cq7Qr16Ox1rbEEIxz2G',#42,'Identity Data',$,(#854,#855,#856,#857));
#866= IFCRELDEFINESBYPROPERTIES('28SWhRx5b0sf$MJWcMt2nE',#42,$,$,(#131),#864);
#869= IFCPROPERTYSET('1CDFHAzCT93vZFGBuRrsae',#42,'Other',$,(#168,#858,#859,#860,#861,#862,#863));
#871= IFCRELDEFINESBYPROPERTIES('2DcsKHXrrAPwYRZm$ohYq2',#42,$,$,(#131),#869);
#874= IFCRELASSOCIATESMATERIAL('1wE5zd2gDCvQcFXdkvgcaL',#42,$,$,(#219),#260);
#876= IFCRELASSOCIATESMATERIAL('3GYCaV5cTDC9Pr0aWWgagz',#42,$,$,(#261),#257);
#879= IFCRELASSOCIATESMATERIAL('1FhLk1Yhr9qfrZHn1ibg3k',#42,$,$,(#534),#559);
#882= IFCRELASSOCIATESMATERIAL('0fx8ZLmDfAMv9ssKwx6$_9',#42,$,$,(#572),#575);
#884= IFCRELDEFINESBYTYPE('3Nexmy3HT5DQH5On6RkB_B',#42,$,$,(#219),#261);
#887= IFCRELDEFINESBYTYPE('3wpnK4sXnFpBOVHc68PX9l',#42,$,$,(#572),#534);
#890= IFCRELDEFINESBYPROPERTIES('0tF1p_d896seH5amYBxeZq',#42,$,$,(#140),#815);
#893= IFCRELDEFINESBYPROPERTIES('0E5e8bTTXAVwon56y69uPu',#42,$,$,(#140),#817);
#896= IFCRELDEFINESBYPROPERTIES('1BJ83_hCTCVfyD3$5h98Nf',#42,$,$,(#140),#819);
#899= IFCRELDEFINESBYPROPERTIES('2i4fyR0Hz3ChSGqhPoEuwU',#42,$,$,(#140),#821);
#902= IFCCARTESIANPOINT((1067.,457.5));
#904= IFCAXIS2PLACEMENT2D(#902,#27);
#905= IFCRECTANGLEPROFILEDEF(.AREA.,$,#904,915.,2134.);
#906= IFCAXIS2PLACEMENT3D(#6,#17,#19);
#907= IFCEXTRUDEDAREASOLID(#905,#906,#19,200.);
#908= IFCSHAPEREPRESENTATION(#118,'Body','SweptSolid',(#907));
#910= IFCPRODUCTDEFINITIONSHAPE($,$,(#908));
#912= IFCCARTESIANPOINT((2457.5,100.,0.));
#914= IFCAXIS2PLACEMENT3D(#912,$,$);
#915= IFCLOCALPLACEMENT(#188,#914);
#917= IFCOPENINGELEMENT('1F6umJ5H50aeL3A06s_wUF',#42,'M_Single-Flush:Outside door:346843:1',$,'Opening',#915,#910,'346843');
#922= IFCRELVOIDSELEMENT('1F6umJ5H50aeL3A0Qs_wUF',#42,$,$,#219,#917);
#925= IFCQUANTITYLENGTH('Depth',$,$,200.);
#926= IFCQUANTITYLENGTH('Height',$,$,915.);
#927= IFCQUANTITYLENGTH('Width',$,$,2134.);
#928= IFCELEMENTQUANTITY('2bznKwbC9EfhuYS7RbVHuS',#42,'BaseQuantities',$,$,(#925,#926,#927));
#930= IFCRELDEFINESBYPROPERTIES('18rPOfDATBfOF$7p8CMdFK',#42,$,$,(#917),#928);
#934= IFCRELFILLSELEMENT('3trX3C1YDCOBtTtvk1SC8E',#42,$,$,#917,#572);
#941= IFCPRESENTATIONLAYERASSIGNMENT('A-DOOR-____-OTLN',$,(#527,#564),$);
#943= IFCPRESENTATIONLAYERASSIGNMENT('A-WALL-____-OTLN',$,(#194,#212,#908),$);
ENDSEC;

END-ISO-10303-21;