Claus Neergaard / Architect

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<channel>
	<title>Claus Neergaard / Architect</title>
	<link>https://clausclaus.com</link>
	<description>Claus Neergaard / Architect</description>
	<pubDate>Thu, 29 May 2025 13:14:24 +0000</pubDate>
	<generator>https://clausclaus.com</generator>
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	<item>
		<title>Claus Rytter Bruun de Neergaard</title>
				
		<link>https://clausclaus.com/Claus-Rytter-Bruun-de-Neergaard</link>

		<pubDate>Fri, 02 Feb 2018 20:37:10 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Claus-Rytter-Bruun-de-Neergaard</guid>

		<description>Claus Rytter Bruun de Neergaard
Arkitekt, 
Bygningskonstruktør, 
Murer
︎︎︎</description>
		
	</item>
		
		
	<item>
		<title>Om</title>
				
		<link>https://clausclaus.com/Om</link>

		<pubDate>Thu, 09 Dec 2021 13:29:10 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Om</guid>

		<description>Om
Uddannet arkitekt fra Det Kongelige Danske Kunstakademis Skoler for Arkitektur, Design og Konservering, Arkitektskolen. Forud for arkitektuddannelsen har jeg min baggrund som uddannet murer fra Erhvervsskolen Nordsjælland og ikke mindst bygningskonstruktør fra Københavns Erhvervsakademi.---
Mine interesser fokuserer på, at kombinere og bygge bro mellem nye, digitale redskaber og platforme (computerprogrammering; Python og Processing, parametrisk softwarepakker; Revit + Dynamo og Rhino + Grasshopper og traditionelt håndværk. Jeg mestrer også andre software-platforme (jf. min LinkedIn-profil), og det er i alle sammenhænge min håndværksmæssige baggrund i kombination med erfaringer fra studierne, mit arbejde på en række forskellige danske såvel som New York-baserede tegnestuer og studios, der er altafgørende i denne konstruktion. Det er også her, jeg trækker mine erfaringer ifm. at virkeliggøre eller give de digitale øvelser en fysisk “krop”.---
De sidste 10 - 12 år har jeg også fokuseret på en række projekteringsorienterede, digitale platforme (BIM), som førnævnte Autodesk Revit (og senere hen i tæt sammenhæng med Dynamo og spæde forsøg på videreudvikling via Python), samt udvikling af Revit Families inden for disse rammer. Gerne i tæt dialog med de fysiske forsøg og prototype-udvikling i størrelsesorden 1:1. Alt dette i et oprigtigt og helhjertet forsøg på at binde de to ender af min faglige kompetencer og interesser sammen; håndværket og de digitale metoder / værktøjer.---
Skriv mig gerne en mail, se hvor jeg arbejder henne, hvor jeg har arbejdet henne og lidt om min baggrund, eller følg mig på Instagram og måske se nogle af mine private og fagligt relevante publikationer.---
Oplistning af udvalgte projekter / arbejder
Nedenstående er en ikke-fuldkommen, men fagligt relevant oplistning af projekter og arbejdspladser jeg har været involveret i og med, på den ene eller den anden facon, i større eller mindre omfang (med forbehold for fejl og mangler), i omvendt, kronologisk rækkefølge;


Privat--- Udviklingsprojekt, Revit Families / bagvedliggende systematik&#38;nbsp;
--- Kunstprojekt, kultegninger, “Permanence. Impermanence.”
Lundgaard &#38;amp; Tranberg Arkitekter--- Revit Families--- PosthusgrundenBjarke Ingels Group / BIG--- NOMA --- Kistefos Museum--- Glasir, Tórshavn CollegeTall Group--- Ny Tap1, Amager--- Renovering af villa, Hellerupvej--- Grafiske tryk, digital animationOve K. Pedersen--- Bog-cover, grafisk tryk, “Markedsstaten”Norrøn--- Pejlemærker, Danmark--- De Engelske Rækkehuse, Klampenborg
--- Digital research, fokuspunkter, fokusområder
--- Digital opsætning / struktur for hele tegnestuenPrivat--- Cool Construction: InnositeCITA, Center for IT and Architecture, KADK--- Reflective Growth (David Stasiuk, PhD-projekt)--- The Rise (David Stasiuk, PhD-projekt)Dark Matters--- Den Sorte Skole, Lektion #3Kunstakademiets Arkitektskole (KADK)--- Kandidatprojekt, Kunsthal Nordvest, projekt--- Kandidatprojekt, Kunsthal Nordvest, analyse (udført i New York)Marius Watz + thefuturefuture (New York)--- Udveksling, samarbejde, diskussion, kodeACADIA 2010 (New York)--- Workshop-deltagelseSitu Studio (New York)--- Atlantic City Holocaust Memorial (konkurrence)--- Brooklyn Museum, Hall of The Americas (installation / udstilling)--- Nordic Models + Common Grounds (installation / udstilling)--- Clinton Park Lobby (projekt)--- 0E-15, Sculpture for Sarah Oppenheimer (projekt)--- Park Lane Art Panels, London (projekt)--- Sixty Sprin Street Terrace, New York (projekt)--- Forensics Architecture / Shooting in Ni’Lin (projekt, research)Space:fab Architects--- Digital research / udvikling af BIM-metodiker og vejledninger (Revit)www.studark.dk --- Redaktør / medredaktør
Dansk Flygtningehjælp--- Pavilion, Roskilde Festival 2009Nova5 Arkitekter--- Projekterings-/registreringsarbejde, Nordvest, KøbenhavnE. Pihl &#38;amp; Søn A/S--- Forskellige projekterMurermester Leif Grønvall--- Forskellige projekterCarlo Lorentzen Group--- Forskellige projekter</description>
		
	</item>
		
		
	<item>
		<title>Permanence. Impermanence. (private)</title>
				
		<link>https://clausclaus.com/Permanence-Impermanence-private</link>

		<pubDate>Thu, 29 May 2025 13:14:24 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Permanence-Impermanence-private</guid>

		<description>Permanence. Impermanence. (Work In Progress)
(privat)
&#60;img width="1772" height="1772" width_o="1772" height_o="1772" data-src="https://freight.cargo.site/t/original/i/662250008f9517b245d3e034c3cda279b63562c2c0fefa6b59051d36eae6b647/IMG_5250.JPEG" data-mid="238912376" border="0"  src="https://freight.cargo.site/w/1000/i/662250008f9517b245d3e034c3cda279b63562c2c0fefa6b59051d36eae6b647/IMG_5250.JPEG" /&#62;
Note: This project is in an ongoing process.


Nothingness is a term that Ylva Carlgren works with in her artwork, as understood from her essay in Ark Journal vol XII. And it is a frame of thought that I to some extend could agree with; specifically emphasizing that it is of a double nature; both form and formlessness. 

I would definitely agree to that things can only exist in spaces with the opposite. 

No nothingness without something. 
No something without nothingness. 


No void without mass. 
No mass without void.

&#60;img width="1772" height="1772" width_o="1772" height_o="1772" data-src="https://freight.cargo.site/t/original/i/5d07ade0eae38efd86a7514e63f70c13d4a72d2229400a9c278d0e3148f03370/IMG_5298.JPEG" data-mid="238901832" border="0"  src="https://freight.cargo.site/w/1000/i/5d07ade0eae38efd86a7514e63f70c13d4a72d2229400a9c278d0e3148f03370/IMG_5298.JPEG" /&#62;

All perceptions of things and elements would be recorded or experienced through these optics. Everything, in order to exist, requires an opposite - an object would then be the defining beginning of a space. So, as to say; if there is only nothing, then it is just that. Nothing. If we were to put something (an element) into the nothingness, then maybe we all of sudden can call it a space. We sense that there’s something in that space with us, something that can be called material, something that we can interact with, something that defines points or objects in space. This would introduce a sense of scale and introduce mass to the void. Oppositions.


In comes the materiality; the manifestation of all the theory and a material that makes all the difference; the thick, offwhite and dense paper, the applied layer of pitch-black coal, that doesn’t get sucked into the surface of the paper, and thereby sort of stays in the space of the viewer - it participates in the space, it goes in dialogue with the space, it uses the paper to emerge in a very specific way, into the space. This interdependence is vital not only to the creational process of the artworks, but also to the narative, the general understanding of the construction of the artworks.


No paper without coal.

No coal without paper.


No void without coal.
No coal without void.


Then there’s also the beautiful simplicity of it. The theoretical framework might be complicated and difficult to explain, yet the artworks themselves would argueably be as simple as it gets. It incorporates an array of things, though; the human scale is visible throughout everything that has to do with pieces within the space. It is clearly visible to the viewer that the process of its creation lies within the hands and mind of a human, as seeing the drawings from certain angles reveals something about the human body, something about the way the artwork came into being, 

&#60;img width="1772" height="1772" width_o="1772" height_o="1772" data-src="https://freight.cargo.site/t/original/i/4a7aaa02117a43dfc457c009ac3dd2586987188e6982abe92c00a97ff9847575/IMG_5301.JPEG" data-mid="238901833" border="0"  src="https://freight.cargo.site/w/1000/i/4a7aaa02117a43dfc457c009ac3dd2586987188e6982abe92c00a97ff9847575/IMG_5301.JPEG" /&#62;
This might also be where the possibility of working with terms that usually only is applicable to the world of physically present materials in a given space grows.
 &#60;img width="2698" height="3389" width_o="2698" height_o="3389" data-src="https://freight.cargo.site/t/original/i/6faa8a92740531ea78f3d1f30ba4c2943ef3838a34f6c13b2804037d67a78f88/MAT100.jpg" data-mid="245816751" border="0"  src="https://freight.cargo.site/w/1000/i/6faa8a92740531ea78f3d1f30ba4c2943ef3838a34f6c13b2804037d67a78f88/MAT100.jpg" /&#62;

&#60;img width="2612" height="3290" width_o="2612" height_o="3290" data-src="https://freight.cargo.site/t/original/i/cc04f9856fa93dca2c488280069e7231ed7520240cab928d511495d701c0e38a/MAT101.jpg" data-mid="245816750" border="0"  src="https://freight.cargo.site/w/1000/i/cc04f9856fa93dca2c488280069e7231ed7520240cab928d511495d701c0e38a/MAT101.jpg" /&#62;
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&#60;img width="2555" height="3219" width_o="2555" height_o="3219" data-src="https://freight.cargo.site/t/original/i/ffef5cdce3847072543cbdc83be67cb9ed0a1910a1c9d7970595abf36240a707/MAT103.jpg" data-mid="245816748" border="0"  src="https://freight.cargo.site/w/1000/i/ffef5cdce3847072543cbdc83be67cb9ed0a1910a1c9d7970595abf36240a707/MAT103.jpg" /&#62;
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&#60;img width="2678" height="3322" width_o="2678" height_o="3322" data-src="https://freight.cargo.site/t/original/i/09a7dfbd04ac4ac7490ef3e499f72b2e13ccab36db4f9cbb557e32e47c67cac5/MAT104_double.jpg" data-mid="245816746" border="0"  src="https://freight.cargo.site/w/1000/i/09a7dfbd04ac4ac7490ef3e499f72b2e13ccab36db4f9cbb557e32e47c67cac5/MAT104_double.jpg" /&#62;&#60;img width="2750" height="3446" width_o="2750" height_o="3446" data-src="https://freight.cargo.site/t/original/i/62535d14310ed843fce723b718182623a9adafc98aba449e2daeff8cec200186/MAT106.jpg" data-mid="245816744" border="0"  src="https://freight.cargo.site/w/1000/i/62535d14310ed843fce723b718182623a9adafc98aba449e2daeff8cec200186/MAT106.jpg" /&#62;
&#60;img width="2693" height="3384" width_o="2693" height_o="3384" data-src="https://freight.cargo.site/t/original/i/f42ba118a2a75d9fdc657da294564ea87eb62fb3c52d7444d418f5a7cdaffb12/MAT107.jpg" data-mid="245816743" border="0"  src="https://freight.cargo.site/w/1000/i/f42ba118a2a75d9fdc657da294564ea87eb62fb3c52d7444d418f5a7cdaffb12/MAT107.jpg" /&#62;
&#60;img width="2631" height="3342" width_o="2631" height_o="3342" data-src="https://freight.cargo.site/t/original/i/4fdba2c9532214a3637d6b0f494e03fdd3b3d748adfee4a3383453688c3e61f7/MAT108.jpg" data-mid="245816742" border="0"  src="https://freight.cargo.site/w/1000/i/4fdba2c9532214a3637d6b0f494e03fdd3b3d748adfee4a3383453688c3e61f7/MAT108.jpg" /&#62;

&#60;img width="2730" height="3432" width_o="2730" height_o="3432" data-src="https://freight.cargo.site/t/original/i/0433d3c3e92e5d393c417dab4088a47947292249ef84b95f601a2e2fb62b145b/MAT109.jpg" data-mid="245816741" border="0"  src="https://freight.cargo.site/w/1000/i/0433d3c3e92e5d393c417dab4088a47947292249ef84b95f601a2e2fb62b145b/MAT109.jpg" /&#62;

Concepts, such as weight, tactility, material properties and quality is closer within the human frame of reference. And perhaps, more specifically when working with a medium, such as black on paper, that to the human mind comes closer to something physically present, rather than, say yellow or red or green.
Below is a few select pages from the publication:

&#60;img width="3540" height="2228" width_o="3540" height_o="2228" data-src="https://freight.cargo.site/t/original/i/34158a3b9968c3e9ee52b59f1fc4d08c0264a15e9295369297d61ff6d25ed2e8/Skrmbillede-2025-10-01-kl.-18.26.10.png" data-mid="238908692" border="0"  src="https://freight.cargo.site/w/1000/i/34158a3b9968c3e9ee52b59f1fc4d08c0264a15e9295369297d61ff6d25ed2e8/Skrmbillede-2025-10-01-kl.-18.26.10.png" /&#62;
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&#60;img width="3530" height="2226" width_o="3530" height_o="2226" data-src="https://freight.cargo.site/t/original/i/2724a3b9af2ac005dac63925d48027dcaff729af4e61963417e11890b54d57df/Skrmbillede-2025-10-01-kl.-18.26.32.png" data-mid="238908690" border="0"  src="https://freight.cargo.site/w/1000/i/2724a3b9af2ac005dac63925d48027dcaff729af4e61963417e11890b54d57df/Skrmbillede-2025-10-01-kl.-18.26.32.png" /&#62;
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The black manifests a very dense and heavy sensation, when viewed in the proper settings, and at the right scale, and in relation to the space that finds itself in.


An activation of the senses, and hopefully a mass in the void that reaches beyond the paper on the wall and tells us a story that wasn’t there before.
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	</item>
		
		
	<item>
		<title>Revit - OODS (privat)</title>
				
		<link>https://clausclaus.com/Revit-OODS-privat</link>

		<pubDate>Sun, 14 Feb 2021 23:02:12 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-OODS-privat</guid>

		<description>Object Oriented Design System ​(OODS, Autodesk Revit Families)(privat)

Disclaimer: It should be emphasised that the considerations documented here are, at this stage, by no means exhaustive. Rather, they represent a highly specific selection from a much broader framework of ideas and considerations. The selected information and graphics presented below are therefore intended to illustrate some of the overarching principles and underlying considerations informing the work, rather than to provide an exhaustive account of all its aspects.

In this sense, the work remains an ongoing process.

&#60;img width="1300" height="844" width_o="1300" height_o="844" data-src="https://freight.cargo.site/t/original/i/4d0dac5da4e96fa5e741a2d8413d1c5675e24fe0d9c69438b43f364cf41fb635/WhiteBook001.jpeg" data-mid="140199755" border="0"  src="https://freight.cargo.site/w/1000/i/4d0dac5da4e96fa5e741a2d8413d1c5675e24fe0d9c69438b43f364cf41fb635/WhiteBook001.jpeg" /&#62;

My work and the accompanying publication revolve around a design system that seeks to bring Revit-related efforts together under a shared, coherent visual and systematic language, with a particular focus on the development of Revit Families (digital building components) across an organisation or architectural practice.

When properly integrated, such a system has the potential to reduce the time invested, optimise workflows, and establish greater consistency in the final output, while advancing the objects themselves — and, by extension, the projects they contribute to. In essence, it is an investment in the long-term viability of the work.

As outlined above, the project addresses many of the everyday processes involved in projects of varying scales and types, across all design and development phases, and inevitably shaped, to some extent, by the people involved in the practice.

To meet my own objective of making the documentation function as a reference framework — a practical handbook that can be consulted as needed — I have attempted to organise the various considerations into chapters and groups, each intended to serve a distinct purpose while, as far as possible, following an established sequence or workflow and contributing to a coherent whole.

Combined with a digital library of typical, purpose-built objects and Revit Families developed in accordance with these guidelines, the documentation should provide a sufficient foundation for further development and implementation within an organisation or architectural practice.

&#60;img width="1100" height="675" width_o="1100" height_o="675" data-src="https://freight.cargo.site/t/original/i/edc16e52dd5e42c5de8aa0914f6ec4d9d3e4794fc484597a9abafb1d4f1d2d8e/WhiteBookBackground-Filarkiveringsprincipper.png" data-mid="131765339" border="0"  src="https://freight.cargo.site/w/1000/i/edc16e52dd5e42c5de8aa0914f6ec4d9d3e4794fc484597a9abafb1d4f1d2d8e/WhiteBookBackground-Filarkiveringsprincipper.png" /&#62;
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&#60;img width="1100" height="675" width_o="1100" height_o="675" data-src="https://freight.cargo.site/t/original/i/945640e91fef566b3802a38e8e5ddb5a69e464b406bdbbd08168b9cd740e7b81/WhiteBookBackground-Faserogtilknyttededetaljeringsniveauer.png" data-mid="131765340" border="0"  src="https://freight.cargo.site/w/1000/i/945640e91fef566b3802a38e8e5ddb5a69e464b406bdbbd08168b9cd740e7b81/WhiteBookBackground-Faserogtilknyttededetaljeringsniveauer.png" /&#62;


Introduction


At the core of BIM (Building Information Modelling) lies the intelligent collection and organisation of data. Beyond information relating to geometry and positioning of all the individual building elements within a project, BIM encompasses all relevant data associated with a building (the Project) and each of its individual components or building elements (Families). This can help reduce misunderstandings, accelerate the design process, and build effective bridges between the teams collaborating to develop timely, well-considered, and results-oriented solutions.

This publication emerged from a desire to communicate these principles and establish a platform for the continued development of the aforementioned Families. Through explanatory texts and illustrations, the material has been shaped into an accessible, visually oriented handbook — a practical reference guide born out of many hours of working with the subject.

The longer-term ambition is to establish the foundations for a more extensive library of ready-to-use, flexible, off-the-shelf components, built around a standardised structure, consistent naming conventions, and an underlying methodology. Together, these principles should help ensure greater usability, a more consistent shared basis for data collection, and increased transparency.

This documentation has gradually taken shape through a series of considerations and reflections I have developed over the past few years. Initially, the intention was simply to collect my own notes in one place. However, it soon became apparent that the work might also serve as a means of sharing knowledge with other relevant professionals who, like myself, have encountered a need for greater transparency and, hopefully, a more systematic approach to the subject. 

&#60;img width="1796" height="1770" width_o="1796" height_o="1770" data-src="https://freight.cargo.site/t/original/i/220eff7dfe0cacd36a47362ed6b86f3960cf4db9e481b80eaec481060ec1e5fc/Artboard-12.png" data-mid="140197568" border="0"  src="https://freight.cargo.site/w/1000/i/220eff7dfe0cacd36a47362ed6b86f3960cf4db9e481b80eaec481060ec1e5fc/Artboard-12.png" /&#62;

The fundamental premise behind this work is to streamline the production of Revit Families and BIM content in order to achieve substantial time savings while raising the overall standard of quality.

Too often, when we, as architects or architectural technologists, visit product-specific websites and download Revit content directly from their online libraries, we encounter over-modelled, overly complex, data-heavy Families containing imported 2D CAD geometry, missing essential information, incorrect associated classifications, and endless streams of warnings triggered by even minor adjustments to the excessive and often incoherent parameters.

All of this contributes to an accumulation of unusable elements, an exponential and unnecessary increase in file sizes, a significant reduction in practical value, and a substantial increase in the time required by both individual designers and entire projects.

The principles outlined in this publication therefore seek to establish a working methodology capable of addressing these challenges. The intention is to bring together and structure substantial portions of the documentation required for architectural practice, primarily through geometric representations of proposed projects and building components, the information associated with them, and the eventual integration of these elements into a coherent whole.

 &#38;nbsp;&#60;img width="1792" height="1762" width_o="1792" height_o="1762" data-src="https://freight.cargo.site/t/original/i/42a03094eccd0a53e094b2cc713604f934fdd1e559ee54ad5b62c959b755bf5e/Skrmbillede-2022-04-21-kl.-09.02.25.png" data-mid="140241133" border="0"  src="https://freight.cargo.site/w/1000/i/42a03094eccd0a53e094b2cc713604f934fdd1e559ee54ad5b62c959b755bf5e/Skrmbillede-2022-04-21-kl.-09.02.25.png" /&#62;&#38;nbsp;A higher degree of precision and consistency in subsequent work, together with the minimisation of repetitive processes, should also be achievable and integrated into the workflow through this methodology.

The challenge going forward lies in bringing the objects and the processes through which they are created under a more rigorous — and potentially more centrally managed — framework of guidelines and systematic principles. Such a framework should help establish a more pervasive and consistent approach across projects.

Hopefully, the results will be reflected in a higher and more comprehensive standard of quality wherever these building components are implemented. This should be evident not only in optimised workflows, but also in a more consistent approach to the associated processes, as well as to the necessary data inputs and outputs.

In short, my work has taken me through numerous aspects and less explored corners of this perhaps somewhat niche field of knowledge, yet one with potentially far-reaching implications. Through this work, I have sought to identify opportunities to contribute to architectural practice across processes, project phases, and content.

Processes 1

In this chapter, I will attempt to outline the overarching principles behind these processes and the strategic considerations that must necessarily serve as the foundation for the development of individual Revit Families.

As complexity increases and demands grow — not only in terms of the volume of information that each consultant is required, and expected, to address — we must become capable of mastering, managing, and making effective use of these emerging data-driven methodologies.

Consequently, new expectations are also placed on the capabilities of individual objects, including their flexibility, adaptability, capacity for integration, graphical settings, and, perhaps most importantly, their associated structured data. This data must be organised and made available at different levels and at different stages throughout the design and documentation process.

&#60;img width="1584" height="1560" width_o="1584" height_o="1560" data-src="https://freight.cargo.site/t/original/i/e970634038e9eb2738892cd41291dfd5d961b040af777984a0a132a19e2b513d/Skrmbillede-2022-04-19-kl.-16.05.53.png" data-mid="140047895" border="0"  src="https://freight.cargo.site/w/1000/i/e970634038e9eb2738892cd41291dfd5d961b040af777984a0a132a19e2b513d/Skrmbillede-2022-04-19-kl.-16.05.53.png" /&#62;

There is, therefore, every reason to establish a systematic approach to the process of creating these objects.

To communicate knowledge in a well-founded and structured manner, and to enable others to understand the underlying processes, the aim is to standardise as many of these processes as possible. Many of the exercises and considerations presented here are therefore specifically geared towards the reuse of objects across projects of varying scales and objectives, with a strong emphasis on time efficiency.

The intention is to avoid spending excessive time and limited resources on technical and underlying aspects of the work that may contribute relatively little to the project's overall objectives. In doing so, the importance of this deliberate and relatively rigorous system is emphasised.
 

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Processes 2

Here, the focus shifts to the more technical, qualitative, and underlying processes that must inevitably form the basis for the creation of Revit Families at some stage.

Given the increasing complexity and ever-growing demands placed not only on the speed at which we work, but also on the information contained within each object, the documentation of choices, processes, and decisions, as well as flexibility and adaptability, there is every reason to harness the computer's greatest strengths: its ability to perform calculations and execute processes as defined by the end user.

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Dynamo is an extension of the Revit design environment. It provides access to a wide range of more customised functionalities through what is known as a Visual Programming Language (VPL), offering capabilities beyond those available through Revit’s standard interface. In essence, this allows users to assemble or develop their own specialised tools to perform tasks according to the specific requirements and needs of the designer. These tools can operate within individual project and Family files, as well as across multiple files, creating a unique opportunity to develop and maintain a structured, up-to-date library of Revit Families without relying on manual, labour-intensive, and often error-prone processes.

Furthermore, Dynamo enables the integration of data from external sources, geometric manipulation and form-generation exercises driven by precise inputs and systematic rules, and the implementation of standardised, automated workflows. As outlined above, these can be used to identify and correct errors and omissions, reduce file sizes, and standardise and adjust input data.&#60;img width="2139" height="2108" width_o="2139" height_o="2108" data-src="https://freight.cargo.site/t/original/i/a192907d31eec01e5377c885e05cee3e5e8a471bf3ced47864b064b5139d8f73/Artboard-70.png" data-mid="140037440" border="0"  src="https://freight.cargo.site/w/1000/i/a192907d31eec01e5377c885e05cee3e5e8a471bf3ced47864b064b5139d8f73/Artboard-70.png" /&#62;


Opening up Revit’s inner workings in this way brings with it a wide range of advantages, but also certain drawbacks. Small automation tasks can quickly consume many hours of work, and it should therefore always be carefully considered, in each specific situation, whether defining and developing these underlying processes is necessary in the first place.

There are entire communities dedicated to developing tools with both broad and highly specific objectives in mind. These tools can help ensure consistency not only at the individual project level, but also across an entire architectural practice — spanning multiple projects. &#60;img width="2143" height="2107" width_o="2143" height_o="2107" data-src="https://freight.cargo.site/t/original/i/49a65d90b2e370d95aa6773bfa9a0dad82e76901143f755131bd70c4195188c4/Artboard-128.png" data-mid="140037447" border="0"  src="https://freight.cargo.site/w/1000/i/49a65d90b2e370d95aa6773bfa9a0dad82e76901143f755131bd70c4195188c4/Artboard-128.png" /&#62;
Examples of potential applications for Dynamo graphs (definitions) include, but are not limited to, the following:Paramaters (input):

Adding all standardised parameters that, according to the architectural practice's own standards and the relevant classification systems, should be assigned as metadata to individual objects. This can be based on the object's type or categorisation, either selected manually from a predefined list or retrieved automatically from Revit's own category assignments (e.g. Walls, Windows, Doors, Furniture, etc.).Removing unwanted or redundant parameters and generally eliminating irrelevant information.Checking for unwanted geometric elements and linework according to consistent criteria established by the practice, and subsequently determining whether these should be retained or removed.Renaming existing custom parameters, where technically possible, to conform to the practice's standardised naming conventions.Populating associated data fields wherever possible, based on defined categorisation systems. For example, a Family categorised as Windows will have a particular set of data requirements, while a Family categorised as Doors will have its own specific requirements.Connecting the aforementioned automated categorisation processes to established classification systems and data standards, such as IFC-related classification references (Industry Foundation Classes), BIM7AA classifications, and CSS classifications.Auditing data already entered into Type and Instance parameters, verifying compliance with naming conventions, and checking whether the relevant fields are correctly and sufficiently populated.Ensuring consistent parameter definitions across the library, including the correct use of shared parameters, parameter data types, and the distinction between Type and Instance parameters.Validating the completeness and integrity of associated data, including required fields, permitted values, units of measurement, and category-specific requirements.Establishing a more rigorous and consistent approach to automated data handling, reducing the need for manual intervention and limiting the risk of human error.Generating validation reports that identify missing, inconsistent, or incorrectly assigned parameters, enabling errors to be corrected systematically rather than relying solely on manual inspection.Parameters (output):
Extracting data, potentially using the Bumblebee package for Dynamo, for subsequent processing in third-party applications such as Microsoft Excel for calculations, Microsoft Power BI, various data and geometric visualisation platforms, other data-processing tools, and, not least, cost-estimation applications.Establishing a general, relatively consistent workflow that can broadly be outlined as follows a) selecting relevant data, b) cleaning the selected data, c) normalising the data, d) mining and analysing the data, and, e) interpreting the results, potentially through visualisation.Exporting data ranging from quantitative information, drawing schedules, and object inventories to error logs, documentation relating to responsibilities and project history, area calculations, usage patterns, and data associated with sustainability objectives.Generating automated reports on data completeness, compliance with project or practice-specific standards, and the overall quality of the information contained within the Families or project models.Establishing traceable records of automated operations, including the changes made, the objects affected, and any errors or exceptions encountered during execution.Structuring extracted data so that it can be reused consistently across applications and project stages, minimising redundant data entry and reducing the risk of discrepancies between different sources of information.Geometry (input):
Assigning objects or geometric elements within a Family to appropriate subcategories and, where supported by Revit's category structure, reassigning objects to the correct category.Continuously checking for duplicate object instances and, where relevant, performing clash detection to identify overlapping or conflicting geometry.Verifying that Family naming conventions are respected and updating names where necessary, in accordance with the standards established by the architectural practice or the individual project.Reviewing the standardised representation of three-dimensional geometry and two-dimensional linework across plans, sections, elevations, isometric views, and perspectives, in accordance with the practice's guidelines for Family development.Checking the placement of reference planes, insertion points, origins, constraints, and work planes to ensure that individual Families behave predictably when inserted into projects and positioned relative to other building components.Validating visibility settings and the appropriate display of geometry at different detail levels, ensuring that the correct representation is shown in accordance with the intended view and level of detail.Testing the parametric behaviour of Families by changing relevant dimensions and parameter values, identifying geometric failures, unexpected deformations, or broken constraints before the Families are released for general use.Checking that geometric complexity is appropriate to the intended purpose of the object, avoiding unnecessary detail that increases file size and reduces performance without providing meaningful project information.Geometry (output):
Exporting geometry for visualisation, subsequent analysis, calculations, or other purposes in third-party applications, including structural and economic calculations, through standardised and automated workflows.Exporting the current project status to static or non-editable formats, such as PDF, or other appropriate formats for documentation, review, and communication.Exporting geometry in predefined formats and structures suited to the requirements of downstream applications, ensuring consistency in units, orientation, positioning, and object identification wherever relevant.Generating consistent geometric representations for use in visualisation, model coordination, quantity calculations, and other analytical workflows, reducing the need for subsequent manual preparation.Comparing exported geometry against previous versions or defined reference states to identify changes, omissions, and discrepancies between successive project issues.Producing geometric outputs accompanied by the relevant metadata, allowing exported objects to remain identifiable and traceable when transferred to other applications or workflows.Materials (intput):
Naming materials in accordance with the aforementioned classification systems and connecting them to external databases containing relevant metadata.Reviewing all associated data and properties for individual material instances in accordance with the practice's guidelines, including naming standards and consistent methods for populating the relevant data fields.Identifying duplicate materials, materials with missing information, and materials that do not conform to the established naming or classification conventions.Verifying that material assignments and associated properties are consistent with the intended use of each object and its role within the overall project.Connecting material definitions to relevant product information, manufacturer references, technical specifications, and environmental data where such information is required and available.Checking that material assets, appearance settings, and physical properties are used consistently and that unnecessary or redundant material definitions are identified for review.
Materials (output):

Connecting the material and data export processes to the aforementioned third-party applications, including tools for structural and economic calculations, thereby enabling faster and more precisely defined downstream workflows. This includes automating the transfer of quantities, material specifications, and other relevant information.Automating quantity take-offs and improving the naming, sorting, and categorisation of materials, including the classification and identification of individual material groups.Exporting material quantities and specifications in a standardised format suitable for cost estimation, procurement, specification writing, and further technical analysis.Linking material quantities to relevant cost databases and, where appropriate, environmental data sources to support more consistent cost calculations and sustainability assessments.Ensuring that material quantities are accompanied by clearly defined units, classification references, and calculation assumptions, thereby reducing ambiguity and improving the comparability of results across projects.Establishing repeatable workflows for updating material data when product specifications, quantities, or project requirements change, minimising the need for repeated manual adjustments.Maintenance (input):
Minimising individual Family file sizes by systematically reviewing their contents, primarily to eliminate redundant geometry, unnecessary linework, and irrelevant associated information. This should also take into account the established and current Level of Development (LOD) requirements, where applicable.Reviewing the number and complexity of Family types, nested Families, imported CAD geometry, and other embedded content to identify elements that may be unnecessary or disproportionately resource-intensive.Checking for unused materials, redundant parameters, obsolete types, and other residual content that may accumulate as Families evolve over time.Identifying warnings, errors, broken constraints, and other potential issues affecting the stability, usability, or performance of individual Families.Establishing consistent maintenance criteria for deciding which content should be removed, retained, or flagged for manual review, rather than relying on ad hoc decisions for each individual Family.Reviewing the continued relevance of Family content against current practice standards, project requirements, and intended levels of detail, ensuring that the library does not become burdened with outdated or unnecessarily complex objects.Recording the results of maintenance operations so that changes can be reviewed, validated, and traced back to the relevant Family version.Maintenance (output):
Achieving cleaner exports of both geometry and associated data, with reduced file sizes resulting from the removal of unnecessary geometric elements, linework, data, and material definitions.Producing optimised Families with a more appropriate balance between geometric complexity, information content, performance, and intended use.Generating maintenance reports documenting the changes made, the content removed, any warnings or errors encountered, and any issues requiring manual intervention.Establishing an automated quality-control process in which updated Families are tested and validated before being published to the shared library for wider use.Maintaining consistent versioning and revision records for individual Families, supporting the identification of approved versions and reducing the risk of outdated or unverified objects being reintroduced into active projects.Ensuring that the resulting Families remain lightweight, technically reliable, and consistent with the architectural practice's established standards, thereby supporting a more efficient and sustainable approach to the ongoing development and maintenance of its BIM library.


&#60;img width="1580" height="1558" width_o="1580" height_o="1558" data-src="https://freight.cargo.site/t/original/i/31b1adc4fb10934a670484c21ec77c97ba79135a3d3392b891fcf7e5c35f052f/Skrmbillede-2022-04-21-kl.-14.23.25.png" data-mid="140269488" border="0"  src="https://freight.cargo.site/w/1000/i/31b1adc4fb10934a670484c21ec77c97ba79135a3d3392b891fcf7e5c35f052f/Skrmbillede-2022-04-21-kl.-14.23.25.png" /&#62;

Examples: Object Types

The following section seeks to illustrate selected examples of different Family types through visual representations accompanied by non-exhaustive lists of associated properties.

The aim is to demonstrate a range of the considerations explored throughout this publication by applying them to concrete Revit objects, and by establishing consistent, systematic, and carefully considered methods for assigning and structuring their associated parameters, data, and information.

With this in mind, I have selected the following Revit System Families and Loadable Families:Revit Families: Walls (system Family)
Revit Families: Curtain Walls (system Family)&#38;nbsp;
Revit Families: Floors (system Family)Revit Families: Stairs (system Family)

Revit Families: Railings (system Family)
Revit Families: Doors (loadable Family)
Revit Families: Windows (loadable Family)
Revit Families: Curtain Wall Panels (loadable Family)
Revit Families: Furniture (loadable Family)
Revit Families: Detail Components (loadable Family)</description>
		
	</item>
		
		
	<item>
		<title>Revit Families: Walls (system Family)</title>
				
		<link>https://clausclaus.com/Revit-Families-Walls-system-Family</link>

		<pubDate>Fri, 21 Apr 2023 12:40:18 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-Families-Walls-system-Family</guid>

		<description>Revit Families, Object Design System --- 
(21) Walls (system Family)&#38;nbsp;
Like other fundamental building components in a Revit BIM model, walls are instances of a predefined system ​(System Family), representing different wall functions, compositions, and thicknesses. The characteristics of an individual Wall Type can be adjusted through its Properties. Layers can be added to or removed from the wall assembly, the assembly can be divided into regions, and materials can be assigned to individual layers.

Once a wall has been placed in the project, additional elements such as wall sweeps and reveals can be applied, the wall profile can be edited, and other components, such as Windows and Doors, can be inserted.
[...]

&#60;img width="1894" height="1866" width_o="1894" height_o="1866" data-src="https://freight.cargo.site/t/original/i/49558165e8786f03f8d830f35e07075fee500fe9a46d5e2ca33d4f8f361ffc38/Skrmbillede-2023-04-21-kl.-15.11.52.png" data-mid="176153685" border="0"  src="https://freight.cargo.site/w/1000/i/49558165e8786f03f8d830f35e07075fee500fe9a46d5e2ca33d4f8f361ffc38/Skrmbillede-2023-04-21-kl.-15.11.52.png" /&#62;
&#38;lt;GROUPING&#38;gt;.&#38;lt;WALLS&#38;gt;

&#38;lt;parameter&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;formula&#38;gt;.&#38;lt;lock&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;nested parameter fra nested family&#38;gt;


&#38;lt;GRAPHICS&#38;gt;

&#38;lt;”Floors - Bottom plate visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;MATERIALS AND FINISHES&#38;gt;

&#38;lt;”Floors - Bottom plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Glass material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ENERGY ANALYSIS&#38;gt;
&#38;lt;”Production / Extraction of raw materials”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Production / Transportation to production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Production / Material production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Construction / Transportion to site”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Construction / Installation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Operation and maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Replacement”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Conversion”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Energy for Building maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Water usage”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Demolition”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Transportation for waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Disposal”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Next product system / Reuse-/recycle-portential”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Greenhouse effect”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environemntal impact / Deplation of Ozone layer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Photochemical Ozone creation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Acidification”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Nutrient load”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Resource consumption category / Total primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Resource consumption category / Renewable primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;DIMENSIONS&#38;gt;
&#38;lt;”Height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Height - ([Doors - Join]).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Thickness”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;0 mm&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame / offset”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame / profile / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYTICAL PROPERTIES&#38;gt;

&#38;lt;”Analytic Construction”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Heat Transfer Coeffecient (U)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Solar Heat Gain Coeffecient”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Thermal Resistance (R)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Visual Light Transmittance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;IFC PARAMETERS&#38;gt;
&#38;lt;”Operation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;FIRE PROTECTION&#38;gt;
&#38;lt;”Fire rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYSIS RESULTS&#38;gt;
&#38;lt;”Floors - Area (m2)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;(Rough Height * Rough Width)&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;DATA&#38;gt;
&#38;lt;”BIM7AATypeCode”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeComments”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeDescription”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeNumber”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSClassification_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSMainTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSSubTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSTypeName_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;OTHER&#38;gt;

&#38;lt;”Copyright”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;=”2020, Claus Neergaard”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Link”&#38;gt;.&#38;lt;URL&#38;gt;.&#38;lt;=URL&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Date created”&#38;gt;.&#38;lt;2020&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Signature”&#38;gt;.&#38;lt;CRN&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”DBK-code”&#38;gt;.&#38;lt;-205.03&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”SfB-code”&#38;gt;.&#38;lt;(32)&#38;gt;,&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;IDENTITY DATA&#38;gt;

&#38;lt;”Assembly Code”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Cost”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Description”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;.&#38;lt;”=BIM7AATypeDescription”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Fire Rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Keynote”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Manufacturer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Model”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Comments”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;”&#38;gt;.&#38;lt;=BIM7AATypeDescription&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Image”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”URL”&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;=”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;&#60;img width="1412" height="1548" width_o="1412" height_o="1548" data-src="https://freight.cargo.site/t/original/i/97d6156695623f89143d6561fe8846175a5b89d026bdc20988e74c2a2b5f1020/Skrmbillede-2023-04-21-kl.-23.51.27.png" data-mid="176207323" border="0"  src="https://freight.cargo.site/w/1000/i/97d6156695623f89143d6561fe8846175a5b89d026bdc20988e74c2a2b5f1020/Skrmbillede-2023-04-21-kl.-23.51.27.png" /&#62;
IfcWall

Definition from ISO 6707-1:1989: 
Vertical construction usually in masonry or in concrete which bounds or subdivides a construction works and fulfills a load bearing or retaining function.

Definition from buildingSMART: 
The wall represents a vertical construction that bounds or subdivides spaces. Wall are usually vertical, or nearly vertical, planar elements, often designed to bear structural loads. A wall is however not required to be load bearing. The IFC specification provides two entities for wall occurrences:

IfcWallStandardCase&#38;nbsp;used for all occurrences of walls, that have a non-changing thickness along the wall path and where the thickness parameter can be fully described by a material layer set. These walls are always represented geometrically by a SweptSolid geometry, if a 3D geometric representation is assigned.IfcWall&#38;nbsp;used for all other occurrences of wall, particularly for walls with changing thickness along the wall path (e.g. polygonal walls), or walls with a non-rectangular cross sections (e.g. L-shaped retaining walls), and walls having an extrusion axis that is unequal to the global Z axis of the project (i.e. non-vertical walls).
Containment Use Definition

The IfcWall (and the subtype IfcWallStandardCase) as any subtype of IfcBuildingElement, may participate in two different containment relationships. The first (and in most implementation scenarios mandatory) relationship is the hierarchical spatial containment, the second (optional) relationship is the aggregation within an element assembly.
The IfcWall is places within the project spatial hierarchy using the objectified relationship IfcRelContainedInSpatialStructure, referring to it by its inverse attribute SELFIfcElement.ContainedInStructure. Subtypes of IfcSpatialStructureElement are valid spatial containers, with IfcBuildingStorey being the default container.The IfcWall may be aggregated into an element assembly using the objectified relationship IfcRelAggregates, referring to it by its inverse attribute SELFIfcObjectDefinition.Decomposes. Any subtype of IfcElement can be an element assembly, with IfcElementAssembly as a special focus subtype.In this case the wall should not be additionally contained in the project spatial hierarchy, i.e. SELFIfcElement.ContainedInStructure should be NIL.
The IfcWall may also be an aggregate i.e. being composed by other elements and acting as an assembly using the objectified relationship IfcRelAggregates, referring to it by its inverse attribute SELFIfcObjectDefinition.IsDecomposedBy. Components of a wall are described by instances of IfcBuildingElementPart that are aggregated to form a complex wall.
In this case, the contained IfcBuildingElementPart's should not be additionally contained in the project spatial hierarchy, i.e. the inverse attribute SELFIfcElement.ContainedInStructure of IfcBuildingElementPart should be NIL.

Geometry Use Definitions

The geometric representation of IfcWall is given by the IfcProductDefinitionShape, allowing multiple geometric representations. Included are:

Local Placement

The local placement for IfcWall is defined in its supertype IfcProduct. It is defined by the IfcLocalPlacement, which defines the local coordinate system that is referenced by all geometric representations.
The PlacementRelTo relationship of IfcLocalPlacement shall point (if given) to the local placement of the same IfcSpatialStructureElement that is used in the ContainedInStructure inverse attribute or to a referenced spatial structure element at a higher level.If the relative placement is not used, the absolute placement is defined within the world coordinate system.
Geometric Representations

Currently, the use of 'SweptSolid', 'Clipping', and 'Brep' representations is supported. In addition the general representation types 'SurfaceModel' and 'BoundingBox' are allowed. The geometry use definition for 'BoundingBox', 'SurfaceModel' and 'Brep' is explained at IfcBuildingElement. A more restricted geometry definition is given at the level of the subtype IfcWallStandardCase.

SweptSolid representation

The standard geometric representation (for body) of IfcWall is defined using the 'SweptSolid' representation. If the wall body can be described by a vertical extrusion of a polygonal footprint of the wall body (where vertical = into the direction of the global Z axis), the subtype IfcWallStandardCase should be used. If the extrusion is not equal to global Z, then the IfcWall with 'SweptSolid representation should be used. The IfcShapeRepresentation shall have the following values:
RepresentationIdentifier : 'Body'RepresentationType : 'SweptSolid'
The following additional constraints apply to the swept solid representation:
Solid: IfcExtrudedAreaSolid is required,Profile: IfcArbitraryClosedProfileDef shall be supported.Extrusion: The extrusion axis shall be perpendicular to the swept profile, i.e. pointing into the direction of the z-axis of the Position of the IfcExtrudedAreaSolid.
Connection Geometry

The connection between two walls is represented by the IfcRelConnectsPathElements. The use of the parameter of that relationship object is defined at the level of the subtypes of IfcWall and at the IfcRelConnectsPathElements.

Klik her, for at komme tilbage til oversigten, eller klik på følgende, for at se nærmere på de enkelte objekters data;
Revit Families: Curtain Walls (system Family)
Revit Families: Floors (system Family)Revit Families: Stairs (system Family)

Revit Families: Railings (system Family)
Revit Families: Doors (loadable Family)
Revit Families: Windows (loadable Family)
Revit Families: Curtain Wall Panels (loadable Family)
Revit Families: Furniture (loadable Family)
Revit Families: Detail Components (loadable Family)
</description>
		
	</item>
		
		
	<item>
		<title>Revit Families: Curtain Walls (system Family)</title>
				
		<link>https://clausclaus.com/Revit-Families-Curtain-Walls-system-Family</link>

		<pubDate>Fri, 21 Apr 2023 12:42:17 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-Families-Curtain-Walls-system-Family</guid>

		<description>Revit Families, Object Design System --- 
(21) Curtain Walls (system Family)
A Curtain Wall is an exterior wall system that forms part of a building's envelope but does not support the loads of the surrounding building structure or roof, other than its own self-weight.

In common usage, a Curtain Wall can be described as a lightweight, non-load-bearing façade system, typically constructed from aluminium framing and incorporating glazed panels, metal panels, or other forms of thin façade cladding. The framing elements can be configured individually, as can the panels they contain.

Revit offers a wide range of options for configuring and adjusting Curtain Walls.
[...]


&#60;img width="2102" height="2078" width_o="2102" height_o="2078" data-src="https://freight.cargo.site/t/original/i/18273e119ce15a847af983193f6d57abf1a4e4b2872021da4e15a1211bb0cd05/Skrmbillede-2023-04-21-kl.-15.07.01.png" data-mid="176153356" border="0"  src="https://freight.cargo.site/w/1000/i/18273e119ce15a847af983193f6d57abf1a4e4b2872021da4e15a1211bb0cd05/Skrmbillede-2023-04-21-kl.-15.07.01.png" /&#62;
&#38;lt;GROUPING&#38;gt;.&#38;lt;FLOORS&#38;gt;

&#38;lt;parameter&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;formula&#38;gt;.&#38;lt;lock&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;nested parameter fra nested family&#38;gt;


&#38;lt;GRAPHICS&#38;gt;

&#38;lt;”Floors - Bottom plate visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;MATERIALS AND FINISHES&#38;gt;

&#38;lt;”Floors - Bottom plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Glass material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ENERGY ANALYSIS&#38;gt;
&#38;lt;”Production / Extraction of raw materials”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Production / Transportation to production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Production / Material production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Construction / Transportion to site”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Construction / Installation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Operation and maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Replacement”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Conversion”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Energy for Building maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Water usage”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Demolition”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Transportation for waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Disposal”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Next product system / Reuse-/recycle-portential”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Greenhouse effect”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environemntal impact / Deplation of Ozone layer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Photochemical Ozone creation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Acidification”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Nutrient load”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Resource consumption category / Total primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Resource consumption category / Renewable primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;DIMENSIONS&#38;gt;
&#38;lt;”Height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Height - ([Doors - Join]).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Thickness”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;0 mm&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame / offset”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame / profile / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYTICAL PROPERTIES&#38;gt;

&#38;lt;”Analytic Construction”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Heat Transfer Coeffecient (U)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Solar Heat Gain Coeffecient”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Thermal Resistance (R)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Visual Light Transmittance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;IFC PARAMETERS&#38;gt;
&#38;lt;”Operation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;FIRE PROTECTION&#38;gt;
&#38;lt;”Fire rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYSIS RESULTS&#38;gt;
&#38;lt;”Floors - Area (m2)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;(Rough Height * Rough Width)&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;DATA&#38;gt;
&#38;lt;”BIM7AATypeCode”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeComments”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeDescription”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeNumber”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSClassification_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSMainTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSSubTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSTypeName_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;OTHER&#38;gt;

&#38;lt;”Copyright”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;=”2020, Claus Neergaard”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Link”&#38;gt;.&#38;lt;URL&#38;gt;.&#38;lt;=URL&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Date created”&#38;gt;.&#38;lt;2020&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Signature”&#38;gt;.&#38;lt;CRN&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”DBK-code”&#38;gt;.&#38;lt;-205.03&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”SfB-code”&#38;gt;.&#38;lt;(32)&#38;gt;,&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;IDENTITY DATA&#38;gt;

&#38;lt;”Assembly Code”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Cost”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Description”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;.&#38;lt;”=BIM7AATypeDescription”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Fire Rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Keynote”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Manufacturer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Model”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Comments”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;”&#38;gt;.&#38;lt;=BIM7AATypeDescription&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Image”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”URL”&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;=”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;&#60;img width="1412" height="1548" width_o="1412" height_o="1548" data-src="https://freight.cargo.site/t/original/i/97d6156695623f89143d6561fe8846175a5b89d026bdc20988e74c2a2b5f1020/Skrmbillede-2023-04-21-kl.-23.51.27.png" data-mid="176207441" border="0"  src="https://freight.cargo.site/w/1000/i/97d6156695623f89143d6561fe8846175a5b89d026bdc20988e74c2a2b5f1020/Skrmbillede-2023-04-21-kl.-23.51.27.png" /&#62;IfcCurtainWall

Definition from ISO 6707-1:1989 
Non load bearing wall positioned on the outside of a building and enclosing it.

Definition of buildingSMART
Exterior wall of a building which is an assembly of components, hung from the edge of the floor/roof structure rather than bearing on a floor. Curtain wall is represented as a building element assembly and implemented as a subtype of IfcBuildingElement that uses an IfcRelAggregates relationship.

Property Set Use Definition

The property sets relating to the IfcCurtainWall are defined by the IfcPropertySet and attached by the IfcRelDefinesByProperties relationship. It is accessible by the inverse IsDefinedBy relationship. The following property set definitions specific to the IfcCurtainWall are part of this IFC release:
Pset_CurtainWallCommon: common property set for all curtain wall occurrences.

Geometry Use Definitions

The geometric representation of IfcCurtainWall is given by the IfcProductDefinitionShape, allowing multiple geometric representations. Independent geometric representations, as described below, should only be used when the IfcCurtainWall is not defined as an aggregate. If defined as an aggregate, the geometric representation is the sum of the representations of the components within the aggregate.

Local placement

The local placement for IfcCurtainWall is defined in its supertype IfcProduct. It is defined by the IfcLocalPlacement, which defines the local coordinate system that is referenced by all geometric representations.

The PlacementRelTo relationship of IfcLocalPlacement shall point (if given) to the same IfcSpatialStructureElement that is used in the ContainedInStructure inverse attribute or to a referenced spatial structure element at a higher level.If the relative placement is not used, the absolute placement is defined within the world coordinate system.
If the IfcCurtainWall establishes an aggregate, then all contained elements (defined by the IsDecomposedBy inverse attribute) shall be placed relative to the IfcCurtainWall.ObjectPlacement.

Geometric Representation

Currently, the use of 'BoundingBox', 'SurfaceModel', 'Brep' and 'MappedRepresentation' representations of IfcCurtainWall are supported. The conventions to use these representations are given at the level of the supertype, IfcBuildingElement.

Klik her, for at komme tilbage til oversigten, eller klik på følgende, for at se nærmere på de enkelte objekters data;&#38;nbsp;
Revit Families: Walls (system Family)
Revit Families: Floors (system Family)Revit Families: Stairs (system Family)

Revit Families: Railings (system Family)
Revit Families: Doors (loadable Family)
Revit Families: Windows (loadable Family)
Revit Families: Curtain Wall Panels (loadable Family)
Revit Families: Furniture (loadable Family)
Revit Families: Detail Components (loadable Family)
 
</description>
		
	</item>
		
		
	<item>
		<title>Revit Families: Floors (system Family)</title>
				
		<link>https://clausclaus.com/Revit-Families-Floors-system-Family</link>

		<pubDate>Fri, 21 Apr 2023 12:23:00 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-Families-Floors-system-Family</guid>

		<description>Revit Families, Object Design System --- 
(23) Floors (system Family)

Floors in Revit are created by defining the boundary of the desired Floor element, either by sketching the outline in Sketch Mode or by selecting adjacent or bounding Walls. This process is typically carried out in a plan view.

The thickness of the Floor element extends downwards from the plane in which its boundary sketch is created.

Floors can be created with sloped surfaces and layered constructions, following principles similar to those used when defining Walls. Each layer can be assigned a material, using the same general approach as for Wall assemblies (see elsewhere in this publication). In addition, slopes can be defined for specific Floor types, with the inclination specified in degrees.

There are differences between the Properties available for Structural Floors and those available for standard Floors. Structural Floors include properties associated with structural performance and reinforcement, among others, whereas regular Architectural Floors contain the more commonly used architectural properties.


[...]

&#60;img width="2129" height="2105" width_o="2129" height_o="2105" data-src="https://freight.cargo.site/t/original/i/1a3f071061cad95fd632dd231513cfbdecfd954ce941e5e58c4b336a1a6493ad/Artboard-80.png" data-mid="176148261" border="0"  src="https://freight.cargo.site/w/1000/i/1a3f071061cad95fd632dd231513cfbdecfd954ce941e5e58c4b336a1a6493ad/Artboard-80.png" /&#62;

&#38;lt;GROUPING&#38;gt;.&#38;lt;FLOORS&#38;gt;

&#38;lt;parameter&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;formula&#38;gt;.&#38;lt;lock&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;nested parameter fra nested family&#38;gt;


&#38;lt;GRAPHICS&#38;gt;

&#38;lt;”Floors - Bottom plate visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;MATERIALS AND FINISHES&#38;gt;

&#38;lt;”Floors - Bottom plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Glass material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ENERGY ANALYSIS&#38;gt;
&#38;lt;”Production / Extraction of raw materials”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Production / Transportation to production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Production / Material production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Construction / Transportion to site”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Construction / Installation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Operation and maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Replacement”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Conversion”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Energy for Building maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Usage / Water usage”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Demolition”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Transportation for waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”End-of-Life / Disposal”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Next product system / Reuse-/recycle-portential”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Greenhouse effect”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environemntal impact / Deplation of Ozone layer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Photochemical Ozone creation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Acidification”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Environmental impact / Nutrient load”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Resource consumption category / Total primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Resource consumption category / Renewable primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;DIMENSIONS&#38;gt;
&#38;lt;”Height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Height - ([Doors - Join]).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Thickness”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;0 mm&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame / offset”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Floors - Frame / profile / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYTICAL PROPERTIES&#38;gt;

&#38;lt;”Analytic Construction”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Heat Transfer Coeffecient (U)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Solar Heat Gain Coeffecient”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Thermal Resistance (R)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Visual Light Transmittance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;IFC PARAMETERS&#38;gt;
&#38;lt;”Operation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;FIRE PROTECTION&#38;gt;
&#38;lt;”Fire rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYSIS RESULTS&#38;gt;
&#38;lt;”Floors - Area (m2)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;(Rough Height * Rough Width)&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;DATA&#38;gt;
&#38;lt;”BIM7AATypeCode”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeComments”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeDescription”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”BIM7AATypeNumber”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSClassification_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSMainTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSSubTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”CCSTypeName_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;OTHER&#38;gt;

&#38;lt;”Copyright”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;=”2020, Claus Neergaard”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Link”&#38;gt;.&#38;lt;URL&#38;gt;.&#38;lt;=URL&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Date created”&#38;gt;.&#38;lt;2020&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Signature”&#38;gt;.&#38;lt;CRN&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”DBK-code”&#38;gt;.&#38;lt;-205.03&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”SfB-code”&#38;gt;.&#38;lt;(32)&#38;gt;,&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;IDENTITY DATA&#38;gt;

&#38;lt;”Assembly Code”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Cost”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Description”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;.&#38;lt;”=BIM7AATypeDescription”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Fire Rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Keynote”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Manufacturer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Model”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Comments”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;”&#38;gt;.&#38;lt;=BIM7AATypeDescription&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Image”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”URL”&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;=”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#60;img width="1410" height="1472" width_o="1410" height_o="1472" data-src="https://freight.cargo.site/t/original/i/daf9f7fa4570b7f4b3508dd71f492777c415e6d2cc920f87099f276a640a5fd8/Skrmbillede-2023-04-21-kl.-23.51.50.png" data-mid="176207521" border="0"  src="https://freight.cargo.site/w/1000/i/daf9f7fa4570b7f4b3508dd71f492777c415e6d2cc920f87099f276a640a5fd8/Skrmbillede-2023-04-21-kl.-23.51.50.png" /&#62;
Definition from buildingSMART&#38;nbsp;
A slab is a component of the construction that normally encloses a space vertically. The slab may provide the lower support (floor) or upper construction (roof slab) in any space in a building. It shall be noted, that only the core or constructional part of this construction is considered to be a slab. The upper finish (flooring, roofing) and the lower finish (ceiling, suspended ceiling) are considered to be coverings. A special type of slab is the landing, described as a floor section to which one or more stair flights or ramp flights connect. May or may not be adjacent to a building storey floor.

A slab may have openings, such as floor openings, or recesses. They are defined by an IfcOpeningElement attached to the slab using the inverse relationship HasOpenings pointing to IfcRelVoidsElement.

A particular usage type for the IfcSlab can be given (if type information is available) by referring to the type object IfcSlabType, using the IfcRelDefinesByType relationship, or (if only occurrence information is given) by using the PredefinedType attribute. Values of the enumeration are 'Floor' (the default), 'Roof', 'Landing', 'Baseslab', 'Notdefined'. If the value 'UserDefined' is chosen, the user defined value needs to be given at the attribute ObjectType.
&#38;nbsp;
Type Use Definition

The IfcSlab defines the occuurence of any slab, common information about slab types (or styles) is handled by IfcSlabType. The IfcSlabType (if present) may establish the common type name, usage (or predefined) type, common set of properties, common material layer set, and common shape representations (using IfcRepresentationMap). The IfcSlabType is attached using the IfcRelDefinedByType.RelatingType objectified relationship and is accessible by the inverse IsDefinedBy attribute.

As an additional use agreement for standard slabs (i.e. slabs with constant thickness along the extrusion direction), the IfcSlabType should have a unique IfcMaterialLayerSet, that is referenced by the IfcMaterialLayerSetUsage assigned to all occurrences of this slab type.
Klik her, for at komme tilbage til oversigten, eller klik på følgende, for at se nærmere på de enkelte objekters data;&#38;nbsp;Revit Families: Walls (system Family)

Revit Families: Curtain Walls (system Family)Revit Families: Stairs (system Family)

Revit Families: Railings (system Family)
Revit Families: Doors (loadable Family)
Revit Families: Windows (loadable Family)
Revit Families: Curtain Wall Panels (loadable Family)
Revit Families: Furniture (loadable Family)
Revit Families: Detail Components (loadable Family)
 
</description>
		
	</item>
		
		
	<item>
		<title>Revit Families: Stairs (system Family)</title>
				
		<link>https://clausclaus.com/Revit-Families-Stairs-system-Family</link>

		<pubDate>Fri, 21 Apr 2023 12:45:49 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-Families-Stairs-system-Family</guid>

		<description>Revit Families, Object Design System --- 
(24) Stairs (system Family)A Stair element can consist of the following components: Runs, Landings, Supports (side and centre), and Railings.

To create a stair, the Stair Assembly Edit Mode is used to assemble the various components and develop customised solutions. This can be done in either a 3D view or a plan view.

The individual components of a stair are independent, yet maintain an intelligent relationship with the other components within a given stair assembly. For example, if steps are removed from a particular Run, additional steps are automatically added to another connected Run to maintain the overall stair height.

Since a stair is composed of individual components, these can also be scheduled, documented, and controlled separately, where required.

A stair in Revit is created by assembling individual components within Stair Assembly Edit Mode. The process begins by defining the stair's base and top levels, followed by the creation of one or more Runs in either a plan view or a 3D view. Landings connect the individual runs and can be generated automatically or created and adjusted manually.

Supports can be generated alongside the runs or added separately along the edges of runs and landings. Railings can be specified for automatic placement during stair creation or added afterwards.

Once the main components have been assembled, their dimensions, positions, and relationships can be adjusted to achieve the desired stair configuration. When standard Revit components are used, connected runs and landings interact parametrically, allowing changes to one component to trigger corresponding adjustments to others while maintaining the overall stair height and design intent.

The stair is completed by exiting Stair Assembly Edit Mode. Its individual components remain separately accessible for further editing, scheduling, tagging, and documentation. Custom-sketched components can also be used when greater geometric freedom is required, although these may require manual adjustment when neighbouring components are modified.


&#60;img width="1898" height="1872" width_o="1898" height_o="1872" data-src="https://freight.cargo.site/t/original/i/508695eda5824d77f6554acbb7fb2dd687059722f1b53f83ea8f029a9a17a481/Artboard-81.png" data-mid="176152413" border="0"  src="https://freight.cargo.site/w/1000/i/508695eda5824d77f6554acbb7fb2dd687059722f1b53f83ea8f029a9a17a481/Artboard-81.png" /&#62;
&#38;lt;MAIN GROUPING&#38;gt;.&#38;lt;STAIRS&#38;gt;


&#38;lt;parameter&#38;gt;.&#38;lt;parameter type&#38;gt;.&#38;lt;type or instance&#38;gt;.&#38;lt;formula&#38;gt;.&#38;lt;lock&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;nested parameter fra nested family&#38;gt;

&#38;lt;CONSTRUCTION&#38;gt;


&#38;lt;”Structure”&#38;gt;.&#38;lt;open new window&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Default Thickness”&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Function”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;GRAPHICS&#38;gt;


&#38;lt;”Coarse Scale Fill Pattern”&#38;gt;.&#38;lt;open new window&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Coarse Scale Fill Color”&#38;gt;.&#38;lt;open new window&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;nonen&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;MATERIALS AND FINISHES&#38;gt;


&#38;lt;”Structural Material”&#38;gt;.&#38;lt;dependent on selected layers in “Structure”&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ENERGY ANALYSIS&#38;gt;


&#38;lt;”Production / Extraction of raw materials”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Production / Transportation to production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Production / Material production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Construction / Transportion to site”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Construction / Installation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Operation and maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Replacement”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Conversion”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Energy for Building maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Water usage”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Demolition”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Transportation for waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Disposal”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Next product system / Reuse-/recycle-portential”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Greenhouse effect”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environemntal impact / Deplation of Ozone layer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Photochemical Ozone creation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Acidification”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Nutrient load”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Resource consumption category / Total primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Resource consumption category / Renewable primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ANALYTICAL PROPERTIES&#38;gt;


&#38;lt;”Heat Transfer Coeffecient (U)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Thermal Resistance (R)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Thermal mass”&#38;gt;.&#38;lt;dependent on selected layers in “Structure”&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Absorptance”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Roughness”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;IFC PARAMETERS&#38;gt;

&#38;lt;”Operation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;FIRE PROTECTION&#38;gt;


&#38;lt;”Fire rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ANALYSIS RESULTS&#38;gt;


&#38;lt;”Floors - Area (m2)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;instance&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Floors - Perimeter (m)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;instance&#38;gt;.&#38;lt;&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;DATA&#38;gt;


&#38;lt;”BIM7AATypeCode”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”BIM7AATypeComments”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”BIM7AATypeDescription”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”BIM7AATypeNumber”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSClassification_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSMainTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSSubTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSTypeName_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;OTHER&#38;gt;


&#38;lt;”Copyright”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;=”2020, Claus Neergaard”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Link”&#38;gt;.&#38;lt;URL&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Date created”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;2020&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Signature”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;CRN&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”DBK-code”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;-210.01&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”SfB-code”&#38;gt;.&#38;lt;strign&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;(23)&#38;gt;,&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;IDENTITY DATA&#38;gt;


&#38;lt;”Assembly Code”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Cost”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Description”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;”=BIM7AATypeDescription”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Fire Rating”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Keynote”&#38;gt;.&#38;lt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Manufacturer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Model”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Type Comments”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;”&#38;gt;.&#38;lt;=BIM7AATypeDescription&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Type Image”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”URL”&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;=”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;&#60;img width="1404" height="1484" width_o="1404" height_o="1484" data-src="https://freight.cargo.site/t/original/i/7d9c59993b9c655a66ccd9799bfa27ba9e2a3f07954ec204695284b526d40d5a/Skrmbillede-2023-04-21-kl.-23.52.04.png" data-mid="176207865" border="0"  src="https://freight.cargo.site/w/1000/i/7d9c59993b9c655a66ccd9799bfa27ba9e2a3f07954ec204695284b526d40d5a/Skrmbillede-2023-04-21-kl.-23.52.04.png" /&#62;
IfcStair

Definition from ISO 6707-1:1989
 
Construction comprising a succession of horizontal stages (steps or landings) that make it possible to pass on foot to other levels.

Definition from buildingSMART

A vertical passageway allowing occupants to walk (step) from one floor level to another floor level at a different elevation. It may include a landing as an intermediate floor slab.

The stair is a container entity that aggregates all components of the stair, it represents. The aggregation is handled via the IfcRelAggregates relationship, relating an IfcStair with the related flights (IfcStairFlight) and landings (IfcSlab with type 'Landing').

Property Set Use Definition

The property sets relating to the IfcStair are defined by the IfcPropertySet and attached by the IfcRelDefinesByProperties relationship. It is accessible by the inverse IsDefinedBy relationship. The following property set definitions specific to the IfcStair are part of this IFC release&#38;nbsp;Pset_StairCommon, common property set for all stair occurrences.

Geometry Use Definitions

The geometric representation of IfcStair is given by the IfcProductDefinitionShape, allowing multiple geometric representations. Independent geometric representations should only be used when the IfcStair is not defined as an aggregate. If defined as an aggregate, the geometric representation is the sum of the representation of the components within the aggregate.

Local placement

The local placement for IfcStair is defined in its supertype IfcProduct. It is defined by the IfcLocalPlacement, which defines the local coordinate system that is referenced by all geometric representations.
The PlacementRelTo relationship of IfcLocalPlacement shall point (if given) to the local placement of the same IfcSpatialStructureElement that is used in the ContainedInStructure inverse attribute or to a referenced spatial structure element at a higher level.If the relative placement is not used, the absolute placement is defined within the world coordinate system.
If the LocalPlacement is given for the IfcStair, then all components, which are aggregated to the stair should use this placement as their relative placement.

Geometric Representation

If the IfcStair has components (referenced by SELFIfcObject.IsDecomposedBy) then no independent geometric representation shall defined for the IfcStair. The IfcStair is then geometrically represented by the geometric representation of its components. The components are accessed via SELFIfcObject.IsDecomposedBy[1].RelatedObjects.

If the IfcStair has no components defined (empty set of SELFIfcObject.IsDecomposedBy) then the IfcStair may be represented by an IfcShapeRepresentation with the RepresentationType = 'Brep'.
Klik her, for at komme tilbage til oversigten, eller klik på følgende, for at se nærmere på de enkelte objekters data;&#38;nbsp;Revit Families: Walls (system Family)

Revit Families: Curtain Walls (system Family)
Revit Families: Floors (system Family)

Revit Families: Railings (system Family)
Revit Families: Doors (loadable Family)
Revit Families: Windows (loadable Family)
Revit Families: Curtain Wall Panels (loadable Family)
Revit Families: Furniture (loadable Family)
Revit Families: Detail Components (loadable Family)
 
</description>
		
	</item>
		
		
	<item>
		<title>Revit Families: Railings (system Family)</title>
				
		<link>https://clausclaus.com/Revit-Families-Railings-system-Family</link>

		<pubDate>Fri, 21 Apr 2023 12:46:17 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-Families-Railings-system-Family</guid>

		<description>Revit Families, Object Design System --- 
(24) Railings (system Family)&#38;nbsp;

A Stair element can consist of the following components: Runs, Landings, Supports (side and centre), and Railings.

To create a stair, the individual components are assembled and configured in Stair Assembly Edit Mode. The process typically involves defining the stair runs, connecting them with landings, adding supports where required, and configuring the railings. These operations can be carried out in either a plan view or a 3D view.

Although the individual components are distinct, they maintain a parametric relationship with one another within the overall stair assembly. Changes to one component can therefore trigger corresponding adjustments to others. For example, if the number of risers in one Run is reduced, Revit can redistribute the remaining risers across connected Runs to maintain the overall stair height.

Despite these interdependencies, the individual components remain accessible for separate editing, scheduling, and documentation, allowing each to be monitored and controlled independently where required.


&#60;img width="2135" height="2106" width_o="2135" height_o="2106" data-src="https://freight.cargo.site/t/original/i/f19deaf1940120d5309fbe23c5a1582da926c0fd0cf3e94406e096cfda9399fc/Artboard-108.png" data-mid="176152435" border="0"  src="https://freight.cargo.site/w/1000/i/f19deaf1940120d5309fbe23c5a1582da926c0fd0cf3e94406e096cfda9399fc/Artboard-108.png" /&#62;&#38;lt;MAIN GROUPING&#38;gt;.&#38;lt;RAILINGS&#38;gt;


&#38;lt;parameter&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;formula&#38;gt;.&#38;lt;lock&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;nested parameter fra nested family&#38;gt;&#38;lt;GRAPHICS&#38;gt;


&#38;lt;”Railings - Bottom plate visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Frame visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Handle visible.”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;MATERIALS AND FINISHES&#38;gt;


&#38;lt;”Railings - Bottom plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Frame material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Glass material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Handle material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Joint material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ENERGY ANALYSIS&#38;gt;


&#38;lt;”Production / Extraction of raw materials”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Production / Transportation to production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Production / Material production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Construction / Transportion to site”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Construction / Installation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Operation and maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Replacement”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Conversion”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Energy for Building maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Water usage”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Demolition”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Transportation for waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Disposal”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Next product system / Reuse-/recycle-portential”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Greenhouse effect”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environemntal impact / Deplation of Ozone layer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Photochemical Ozone creation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Acidification”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Nutrient load”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Resource consumption category / Total primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Resource consumption category / Renewable primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;DIMENSIONS&#38;gt;


&#38;lt;”Width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Width - ([Doors - Joint] * 2).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Height - ([Doors - Join]).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Thickness”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;0 mm&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Rough width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Rough Width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Frame / offset”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Frame / profile / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;ANALYTICAL PROPERTIES&#38;gt;


&#38;lt;”Analytic Construction”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Heat Transfer Coeffecient (U)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Solar Heat Gain Coeffecient”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Thermal Resistance (R)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Visual Light Transmittance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;IFC PARAMETERS&#38;gt;


&#38;lt;”Operation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;FIRE PROTECTION&#38;gt;


&#38;lt;”Fire rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ANALYSIS RESULTS&#38;gt;


&#38;lt;”Railings - Area (m2)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;(Rough Height * Rough Width)&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Railings - Wall width (host) (report)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;DATA&#38;gt;


&#38;lt;”BIM7AATypeCode”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”BIM7AATypeComments”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”BIM7AATypeDescription”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”BIM7AATypeNumber”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSClassification_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSMainTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSSubTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”CCSTypeName_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;OTHER&#38;gt;


&#38;lt;”Copyright”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;=”2020, Claus Neergaard”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Link”&#38;gt;.&#38;lt;URL&#38;gt;.&#38;lt;=URL&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Date created”&#38;gt;.&#38;lt;2020&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Signature”&#38;gt;.&#38;lt;CRN&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”DBK-code”&#38;gt;.&#38;lt;-205.03&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”SfB-code”&#38;gt;.&#38;lt;(32)&#38;gt;,&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;IDENTITY DATA&#38;gt;


&#38;lt;”Assembly Code”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Cost”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Description”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;.&#38;lt;”=BIM7AATypeDescription”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Fire Rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Keynote”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Manufacturer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Model”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Type Comments”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;”&#38;gt;.&#38;lt;=BIM7AATypeDescription&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Type Image”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”URL”&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;=”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;&#60;img width="1408" height="1460" width_o="1408" height_o="1460" data-src="https://freight.cargo.site/t/original/i/5e5977612b93c6f27cd6257a8e39d92453d3111eccb140d2eb1f234239a9b4a1/Skrmbillede-2023-04-21-kl.-23.52.16.png" data-mid="176207671" border="0"  src="https://freight.cargo.site/w/1000/i/5e5977612b93c6f27cd6257a8e39d92453d3111eccb140d2eb1f234239a9b4a1/Skrmbillede-2023-04-21-kl.-23.52.16.png" /&#62;
IfcRailing

Definition of buildingSMART&#38;nbsp;
The railing is a frame assembly adjacent to human circulation spaces and at some space boundaries where it is used in lieu of walls or to complement walls. Designed to aid humans, either as an optional physical support, or to prevent injury by falling. A list of references to accessory/mounting hardware for this railing might be given by including these assessories (IfcDiscreteAssessory) through the objectified relationship IfcRelAggregates.

Property Set Use Definition

The property sets relating to the IfcRailing are defined by the IfcPropertySet and attached by the IfcRelDefinesByProperties relationship. It is accessible by the inverse IsDefinedBy relationship. The following property set definitions specific to the IfcRailing are part of this IFC release:
Pset_RailingCommon: common property set for all railing occurrences

Geometry Use Definitions

The geometric representation of IfcRailing is given by the IfcProductDefinitionShape, allowing multiple geometric representations. Included are:

Local placement

The local placement for IfcRailing is defined in its supertype IfcProduct. It is defined by the IfcLocalPlacement, which defines the local coordinate system that is referenced by all geometric representations.
The PlacementRelTo relationship of IfcLocalPlacement shall point (if given) to the same IfcSpatialStructureElement that is used in the ContainedInStructure inverse attribute or to a referenced spatial structure element at a higher levelIf the IfcRailing, however, is used by an IfcStair or IfcRamp, and this container class defines its own local placement, then the PlacementRelTo relationship of IfcLocalPlacement shall point (if given) to the local placement of the aggregate.If the relative placement is not used, the absolute placement is defined within the world coordinate system.
Geometric Representation

Currently the use of 'BoundingBox', 'SurfaceModel', 'Brep' and 'MappedRepresentation' representations of IfcRailing are supported. The conventions to use these representations are given at the level of the supertype, IfcBuildingElement.
Klik her, for at komme tilbage til oversigten, eller klik på følgende, for at se nærmere på de enkelte objekters data; Revit Families: Walls (system Family)

Revit Families: Curtain Walls (system Family)
Revit Families: Floors (system Family)Revit Families: Stairs (system Family)
Revit Families: Doors (loadable Family)
Revit Families: Windows (loadable Family)
Revit Families: Curtain Wall Panels (loadable Family)
Revit Families: Furniture (loadable Family)
Revit Families: Detail Components (loadable Family) 
</description>
		
	</item>
		
		
	<item>
		<title>Revit Families: Doors (loadable Family)</title>
				
		<link>https://clausclaus.com/Revit-Families-Doors-loadable-Family</link>

		<pubDate>Fri, 21 Apr 2023 12:47:26 +0000</pubDate>

		<dc:creator>Claus Neergaard / Architect</dc:creator>

		<guid isPermaLink="true">https://clausclaus.com/Revit-Families-Doors-loadable-Family</guid>

		<description>Revit Families, Object Design System --- 
(31) Doors (loadable Family)
Doors are wall-hosted building components that can be placed in Walls of different types. Doors can be inserted in plan, section, elevation, or 3D views.

Once the appropriate Door type has been selected, an insertion point is specified, either by clicking with the mouse or by entering an offset from a reference point, such as the start point of the Wall. Revit then automatically creates an opening in the host Wall and places the new Door within it.

Individual properties can subsequently be adjusted at either the Door Type or Door Instance level.Individual properties can subsequently be adjusted at either the Door Type or Door Instance level.

Type Properties define characteristics shared by all instances of a given Door Type, such as its width, height, construction, function, and assigned materials. Changes to these properties affect all instances of that particular type within the project.

Instance Properties, by contrast, relate to an individual door as placed within the project. These properties can be adjusted independently for each instance and may include its level, sill height, mark, and comments.

In essence, Type Properties define the characteristics of the door itself, while Instance Properties describe the specific conditions and information associated with each individual placement.

&#60;img width="2143" height="2109" width_o="2143" height_o="2109" data-src="https://freight.cargo.site/t/original/i/fef899a5605e15fdb30e44c90c64b299305254d19b159ea724cb8f252137f5e2/Artboard-82.png" data-mid="176152343" border="0"  src="https://freight.cargo.site/w/1000/i/fef899a5605e15fdb30e44c90c64b299305254d19b159ea724cb8f252137f5e2/Artboard-82.png" /&#62;&#38;lt;MAIN GROUPING&#38;gt;.&#38;lt;DOORS&#38;gt;&#38;lt;NESTED GROUPING&#38;gt;.&#38;lt;DOORS&#38;gt;.&#38;lt;FRAME&#38;gt;&#38;lt;NESTED GROUPING&#38;gt;.&#38;lt;DOORS&#38;gt;.&#38;lt;HANDLE&#38;gt;&#38;lt;NESTED GROUPING&#38;gt;.&#38;lt;DOORS&#38;gt;.&#38;lt;JOINT&#38;gt;&#38;lt;NESTED GROUPING&#38;gt;.&#38;lt;DOORS&#38;gt;.&#38;lt;PLATE&#38;gt;


&#38;lt;parameter&#38;gt;.&#38;lt;type&#38;gt;.&#38;lt;formula&#38;gt;.&#38;lt;lock&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;nested parameter fra nested family&#38;gt;

&#38;lt;GRAPHICS&#38;gt;


&#38;lt;”Doors - Bottom plate visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Frame visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Handle visible.”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Joint visible”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate visible (solid)”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate visible (glass)”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Door swing visible (plan)”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Door swing visible (elevation)”&#38;gt;.&#38;lt;yes/no&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;MATERIALS AND FINISHES&#38;gt;


&#38;lt;”Doors - Bottom plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Frame material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Glass material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Handle material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Joint material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate material”&#38;gt;.&#38;lt;pull-down&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ENERGY ANALYSIS&#38;gt;


&#38;lt;”Production / Extraction of raw materials”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Production / Transportation to production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Production / Material production”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Construction / Transportion to site”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Construction / Installation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Operation and maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Replacement”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Conversion”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Energy for Building maintenance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Usage / Water usage”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Demolition”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Transportation for waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Waste management”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”End-of-Life / Disposal”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Next product system / Reuse-/recycle-portential”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Greenhouse effect”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environemntal impact / Deplation of Ozone layer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Photochemical Ozone creation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Acidification”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Environmental impact / Nutrient load”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Resource consumption category / Total primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Resource consumption category / Renewable primary energy consumption”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;DIMENSIONS&#38;gt;


&#38;lt;”Width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Width - ([Doors - Joint] * 2).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;Rough Height - ([Doors - Join]).&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Thickness”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;0 mm&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Rough width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Rough Width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Frame / offset”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Frame / profile / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Frame / profile / depth”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / thickness”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / gap bottom”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / opening symbol / angle”&#38;gt;.&#38;lt;degree&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / glass / depth”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / glass / offset / top”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / glass / offset / bottom”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / glass / offset / side A”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / glass / offset / side B”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Plate / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;(([Doors - Frame / profile / width]) - Rough Width)&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Handle / offset from ground”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / offset from plate”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / offset from edge”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / profile / height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / profile / length”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / profile / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / washer / height”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / washer / width”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Handle / washer / depth”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;yes&#38;gt;


&#38;lt;”Doors - Joint”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Joint / offset”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Wall closure (for all wrappings)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ANALYTICAL PROPERTIES&#38;gt;


&#38;lt;”Analytic Construction”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Heat Transfer Coeffecient (U)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Solar Heat Gain Coeffecient”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Thermal Resistance (R)”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Visual Light Transmittance”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;IFC PARAMETERS&#38;gt;


&#38;lt;”Operation”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;FIRE PROTECTION&#38;gt;


&#38;lt;”Fire rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;ANALYSIS RESULTS&#38;gt;


&#38;lt;”Doors - Area (m2)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;(Rough Height * Rough Width)&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Doors - Wall width (host) (report)”&#38;gt;.&#38;lt;float&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;DATA&#38;gt;


&#38;lt;”L1_BIM7AATypeCode”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_BIM7AATypeComments”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_BIM7AATypeDescription”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_BIM7AATypeNumber”&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_CCSClassification_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_CCSMainTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_CCSSubTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_CCSTypeID_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”L1_CCSTypeName_Type”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;OTHER&#38;gt;


&#38;lt;”Copyright”&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;=”2020, Claus Neergaard”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Link”&#38;gt;.&#38;lt;URL&#38;gt;.&#38;lt;=URL&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Date created”&#38;gt;.&#38;lt;2020&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Signature”&#38;gt;.&#38;lt;CRN&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”DBK-code”&#38;gt;.&#38;lt;-205.03&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”SfB-code”&#38;gt;.&#38;lt;(32)&#38;gt;,&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;IDENTITY DATA&#38;gt;


&#38;lt;”Assembly Code”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Cost”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;integer&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Description”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;.&#38;lt;”=BIM7AATypeDescription”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Fire Rating”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Keynote”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Manufacturer”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Model”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;string&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;

&#38;lt;”Type Comments”&#38;gt;.&#38;lt;”Pladedør &#38;lt;udfyldes i projekt&#38;gt;”&#38;gt;.&#38;lt;=BIM7AATypeDescription&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”Type Image”&#38;gt;.&#38;lt;&#38;gt;.&#38;lt;none&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;


&#38;lt;”URL”&#38;gt;.&#38;lt;”http://www.clausclaus.com”&#38;gt;.&#38;lt;=”http://www.clausclaus.com”&#38;gt;.&#38;lt;no&#38;gt;.&#38;lt;project param/family param/shared param/global param&#38;gt;.&#38;lt;no&#38;gt;&#60;img width="1408" height="1566" width_o="1408" height_o="1566" data-src="https://freight.cargo.site/t/original/i/219744cfaec431fb31cc3108700eaa8a5c06c83851b3aca81c0c9bf69e3ecb46/Skrmbillede-2023-04-21-kl.-23.51.42.png" data-mid="176207883" border="0"  src="https://freight.cargo.site/w/1000/i/219744cfaec431fb31cc3108700eaa8a5c06c83851b3aca81c0c9bf69e3ecb46/Skrmbillede-2023-04-21-kl.-23.51.42.png" /&#62;IfcDoor

Definition from ISO 6707-1:1989
Construction for closing an opening, intended primarily for access with hinged, pivoted or sliding operation.

Definition from buildingSMART
The door is a building element that is predominately used to provide controlled access for people and goods. It includes constructions with hinged, pivoted, sliding, and additionally revolving and folding operations. A door consists of a lining and one or several panels, properties concerning the lining and panel are defined by the IfcDoorLiningProperties and the IfcDoorPanelProperties.

The door entity, IfcDoor, defines a particular occurrence of a door inserted in the spatial context of a project. A door can:

either be inserted as a filler in an opening, then the IfcDoor has an inverse attribute FillsVoids provided,or be a "free standing" door, then the IfcDoor has no inverse attribute FillsVoids provided.
The actual parameter of the door and/or its shape are defined by the IfcDoor as the occurrence definition (or project instance), or by the IfcDoorStyle as the specific definition (or project type). Parameters are given:

at the IfcDoor for occurrence specific parameters. The IfcDoor specifies:the door width and heightthe door opening direction (by the y-axis of the ObjectPlacement)at the IfcDoorStyle, to which the IfcDoor is related by the inverse relationship IsDefinedBy pointing to IfcRelDefinesByType, for style parameters common to all occurrences of the same style.the operation type (single swing, double swing, revolving, etc.)the door hinge side (by using two different styles for right and left opening doors)the construction typethe particular attributes for the lining by the IfcDoorLiningPropertiesthe particular attributes for the panels by the IfcDoorPanelProperties
The IfcDoor is normally inserted into an IfcOpeningElement (but does not need to - see above) using the IfcRelFillsElement relationship. It is also directly linked to the spatial structure of the project (and here normally to the IfcBuildingStorey, or to the IfcSpace) using the IfcRelContainedInSpatialStructure relationship.

Property Set Use Definition

The property sets relating to the IfcDoor are defined by the IfcPropertySet and attached by the IfcRelDefinesByProperties relationship. It is accessible by the inverse IsDefinedBy relationship. The following property set definitions specific to the IfcDoor are part of this IFC release:

Pset_DoorCommon: common property set for all door occurrencesPset_DoorWindowGlazingType: specific property set for the glazing properties of the door glazing, if availablePset_DoorWindowShadingType: specific property set for the shading properties of the door glazing, if available
Geometry Use Definitions

The geometric representation of IfcDoor is given by the IfcProductDefinitionShape, allowing multiple geometric representations. The IfcDoor, in case of an occurrence object, gets its parameter and shape from the IfcDoorStyle. If an IfcRepresentationMap (a block definition) is defined for the IfcDoorStyle, then the IfcDoor inserts it through the IfcMappedItem.

Local Placement

The local placement for IfcDoor is defined in its supertype IfcProduct. It is defined by the IfcLocalPlacement, which defines the local coordinate system that is referenced by all geometric representations.
The PlacementRelTo relationship of IfcLocalPlacement shall point to the local placement of the same element (if given), in which the IfcDoor is used as a filling (normally an IfcOpeningElement), as provided by the IfcRelFillsElement relationship.If the IfcDoor is not inserted into an IfcOpeningElement, then the PlacementRelTo relationship of IfcLocalPlacement shall point (if given) to the local placement of the same IfcSpatialStructureElement that is used in the ContainedInStructure inverse attribute or to a referenced spatial structure element at a higher level.If the relative placement is not used, the absolute placement is defined within the world coordinate system.
Geometric Representation

The geometric representation of IfcDoor is defined using the following (potentially multiple) IfcShapeRepresentation's for its IfcProductDefinitionShape:

Profile: A 'GeometricCurveSet' consisting of a single closed curve defining the outer boundary of the door (lining). The door parametric representation uses this profile in order to apply the door lining and panel parameter. If not provided, the profile of the IfcOpeningElement is taken.FootPrint: A 'GeometricCurveSet', or 'Annotation2D' representation defining the 2D shape of the door.Body: A 'SweptSolid', 'SurfaceModel', or 'Brep' representation defining the 3D shape of the door.
In addition the parametric representation of a (limited) door shape is available by applying the parameters from IfcDoorStyle referencing IfcDoorLiningProperties and IfcDoorPanelProperties. The purpose of the parameter is described at those entities and below (door opening operation by door style).

Profile - 'GeometricCurveSet' representation

The door profile is represented by a three-dimensional closed curve within a particular shape representation. The profile is used to apply the parameter of the parametric door representation. The following attribute values for the IfcShapeRepresentation holding this geometric representation shall be used:

RepresentationIdentifier : 'Profile'.RepresentationType : 'GeometricCurveSet', only a single closed curve shall be contained in the set of IfcShapeRepresentation.Items.
A 'Profile' representation has to be provided if

a parametric representation shall be applied to the door ANDthe door is 'free standing', orthe opening into which the door is inserted is not extruded horizontally (i.e. where the opening profile does not match the&#38;nbsp;door profile)
FootPrint - 'GeometricCurveSet' or 'Annotation2D' representation

The door foot print is represented by a set of two-dimensional curves (or in case of 'Annotation2D' additional hatching and text) within a particular shape representation. The foot print is used for the planview representation of the door.&#38;nbsp;The following attribute values for the IfcShapeRepresentation holding this geometric representation shall be used:

RepresentationIdentifier : 'FootPrint'.RepresentationType : 'GeometricCurveSet', or 'Annotation2D'.
Body - 'SweptSolid', 'SurfaceModel', or 'Brep' representation

The door body is either represented parameterically (see parametric representation) or by explicit 3D shape. The 3D shape is given by using extrusion geometry, or surface models, or Brep models within a particular shape representation. The body is used for the model view representation of the door. The following attribute values for the IfcShapeRepresentation holding this geometric representation shall be used:

RepresentationIdentifier : 'Body'.RepresentationType : 'SweptSolid', 'SurfaceModel', or 'Brep'.
MappedRepresentation

The 'FootPrint' and 'Body' geometric representation of IfcDoor can be shared among several identical doors using the 'MappedRepresentation'. The following attribute values for the IfcShapeRepresentation holding this geometric representation shall be used:

RepresentationIdentifier : 'FootPrint', 'Body'.RepresentationType : 'MappedRepresentation'.
The same constraints, as given for the&#38;nbsp; 'FootPrint', 'Body' representation identifiers, shall apply to the MappedRepresentation of the IfcRepresentationMap.

Door opening operation by door style

The parameters that defines the shape of the IfcDoor, are given at the IfcDoorStyle and the property sets, which are included in the IfcDoorStyle. The IfcDoor only defines the local placement which determines the opening direction of the door. The overall size of the IfcDoor to be used to apply the lining or panel parameter provided by the IfcDoorStyle is determined by the IfcShapeRepresentation with the RepresentationIdentifier = 'Profile'. Only in case of an IfcDoor inserted into an IfcOpeningElement using the IfcRelFillsElement relationship, having a horizontal extrusion (along the y-axis of the IfcDoor), the overall size is determined by the extrusion profile of the IfcOpeningElement.

Klik her, for at komme tilbage til oversigten, eller klik på følgende, for at se nærmere på de enkelte objekters data; 
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