This document discusses using the curtain wall tool in Autodesk Revit in creative ways beyond its typical uses. It begins by explaining the basic anatomy of a curtain wall system, including curtain grids, mullions, and panels. It then provides several examples of using curtain wall elements unconventionally, such as for tilt-up concrete wall panels, precast concrete panels, corrugated metal panels, custom millwork, wood slat screening, and snow/snowflakes. The document concludes with best practices for these alternative uses, such as setting "Disallow Join" and ensuring profile lines form continuous boundaries. Overall, the document explores thinking "outside the box" to utilize Revit's curtain wall tool for innovative design
- The document discusses using nested profile families in Revit to create more robust and parametric families.
- It provides three exercises demonstrating how to use nested profiles to control rotation, void visibility, and exposed structural beams in families.
- Nested profiles allow families to be driven by linked parameters, reducing the need for constraints and enabling more complex geometries.
This document discusses using the curtain wall tool in Autodesk Revit in creative ways beyond its typical uses. It will cover how to create custom curtain wall families to generate quantity schedules and showcase real-world examples. Attendees will learn how to use curtain walls as an alternative solution, understand nested families, and create their own design elements with the tool. The presenter is the BIM manager at Lake|Flato Architects and will provide best practices for using curtain walls.
1) To create a curtain wall tag family that looks identical to the standard window tag, copy the hexagon tag symbol from the window tag family into a new curtain wall tag family.
2) Add two family types (exterior and interior) to the curtain wall tag family and create parameters to control the visibility of different tag symbols (hexagon and pentagon) for each type.
3) Assign the parameters to the symbols to switch between an exterior hexagon tag and interior pentagon tag when changing the family type in the project.
This presentation tells how CO Architects, Los Angeles (www.COArchitects.com) merged their longstanding QA/QC program with Revit by creating a customized BIM project template. This sharpened our production process across all project teams, and brought built-in uniformity to our construction documents.
Bridging the Divide between Architecture and Code (Germany JUGs version)Chris Chedgey
油
(Version from German JUG talks April 2018)
Abstract
Static diagrams on wikis and white-boards might capture the vision of architects, but they dont much help programmers to understand how the code theyre working on right now fits into the architecture. Nor are the programmers warned when they violate the diagrams as they forge changes, line-by-line.
This is a huge problem it is ultimately individual lines of code that make or break an architecture; and we know that a clean architecture will help teams develop a more flexible product, with less complexity, less wasted effort, etc. Worse, without practical architectural guidance, programmers wrestle with invisible structures that emerge from thousands of inter-dependent lines of code.
And being invisible, these structures become ever more complex, coupled, and tangled. In fact, uncontrolled structure actively fights against productive development.
This talk shows how to rein in emergent code-base structures and gradually transform them into a cogent, defined architecture. You will see how
- Visualizing the emergent structure makes a code-base easier to understand.
- Restructuring to remove tangles and reduce coupling makes the visualized code-base easier to work on.
- Specifying layering and dependency rules converts good structure into a controlled architecture that guides the team as the code-base evolves and grows.
A key ingredient is a live visualization, inside the IDE, of the detailed code the programmer is working on, in the context of the overall architecture. In short, you will learn how bridging the architect/programmer divide can convert code-base structure from liability into an asset that actively works for development productivity.
Introduction to Revit MEP Detailing/Annotation & TaggingNI BT
油
The document discusses career opportunities in service detailing and annotation using Revit MEP. It provides an overview of the concepts of annotation and tagging in Revit MEP, including generic annotations, tags, detail items, and title blocks. The benefits of detailing and annotation in Revit MEP are also outlined, such as intelligent tagging and parametric families. Finally, the document describes a course in service detailing and annotation using Revit MEP that can qualify students for careers as a Revit MEP detailer expert or AutoCAD detailer.
Autodesk Revit Architecture Training course is a building design and documentation system that works the way architects and designers think. With Autodesk Revit Architecture, architects and designers get back to what they love, designing buildings, without their software getting in the way. Autodesk Revit Architecture helps you to capture and analyze de測sign concepts, and more accurately maintain your vision through design, documentation, and construction. Autodesk Revit Archi測tecture Training software supports early analysis of your building forms so your team can make better informed decisions earlier in your pro測ject.
Attend Autodesk Revit Architecture training in Dubai, Abu Dhabi and Sharjah by Zabeel Institute. Autodesk Revit course empowers the architecture professionals with intelligent model-based tools and automated processes for planning, designing, constructing, and managing infrastructures and buildings. Revit training and certification courses boost your efficiency in rendering compelling BIM deliverables effortlessly. Zabeel Institute is committed to deliver extensive Revit training in UAE. Our Expert trainers guide you through the basic to advanced capabilities using Revit architecture tutorial to make you market ready for proving your expertise.
Mitten has designed a state-of-the art online design tool that enables homeowners to visualize exterior home improvement projects.
Siding, windows, doors, trim, and shutters are all
able to be visualized.
This document provides instructions for Assignment 6 of the Visual Studies II course. Students are asked to develop a variable panel system by capturing a folded model at a series of gradated states, and then applying the panel variations to the facade of the Standard Hotel using the Paneling Tools plugin. Students will offset the hotel facade surfaces, divide them into a 6x15 grid, add attractor points or curves, and apply their variable paneling system using the Panel Custom 3D Variable tool while distributing panels based on the attractors. The assignment will be graded based on having at least 3 panel variations representing a gradation, correctly offsetting and gridding the facade surfaces, properly applying panels to maintain surface directions, panels mating properly, and effectively
The document provides a checklist of questions to consider before developing a custom software project. It covers business considerations like project timeline, costs, and user needs. It also addresses technical requirements like the desired development tools, target operating systems, hardware specifications, security needs, and data import/export requirements. The checklist is intended to help gather necessary information upfront to facilitate project analysis and planning.
Design Like a Pro: Building Mobile-Responsive HMIs in Ignition PerspectiveInductive Automation
油
Software engineering and design experts from Inductive Automation demonstrate how to use the features in Ignition Perspective to redesign common industrial applications into mobile applications that are simple, well-organized, and always in-step with the users needs.
The document discusses various parametric families created for architectural projects in Revit, including entrances for underground stations, ETFE pillow systems, walkway supports, station gates, and doors and windows for existing buildings. It provides examples of parametric and system families as well as tips for creating loadable families and using reference lines, planes, and constraints. Useful websites for downloading pre-made Revit families are also listed.
Tips and tricks to make your revit drawings look greatspinoy cadplus
油
This document provides tips and techniques for improving the visual presentation of drawings and models created in Autodesk Revit. It discusses setting project-wide defaults for elements like materials, lines, and location to maintain consistency. It also demonstrates how to leverage Revit's graphic display options and visual styles to enhance views in different ways. Specific techniques covered include using surface patterns, cut patterns, and transparency to layer elements and indicate depth. The document aims to help designers develop their artistic style and create drawings that clearly communicate designs in both construction documents and presentations.
4 Tips & Techniques to Create Accurate Shop Drawings with RevitUnited-BIM
油
Shop drawings are the drawings related to pre-fabricated components, describing how they should be manufactured or installed. They have design intent drawings and specifications prepared by the design team and show the details how the component will actually be fabricated, manufactured, assembled or installed. Think of shop drawings as the step by step assembly manual. Shop drawings are usually prepared by contractors, sub-contractors, suppliers, product manufacturers or fabricators.
Common Project Mistakes: Visualization, Alarms, and SecurityInductive Automation
油
Whether youre a seasoned professional or new to industrial automation, everyone makes development mistakes now and then. But some mistakes are more common than others. Understanding how to avoid these integration issues will not only improve your current projects, but equip you with the tools and techniques necessary to streamline development and reduce rework in the future.
A- LES CONCEPTS
Comprehension du bim.
Travailler dans diff辿rentes vues.
Classement et hierarchie des 辿l辿ments dans Revit.
B-L'ENVIRONNEMENT DE TRAVAIL
Page des fichiers rescents et grand R.
Le ruban.
Fen棚tre des propri辿t辿s.
Explorateur du projet.
Navigation dans un mod竪le.(zoom, rotation et panoramique).
Selection des objets, et verouillage.
C-DEMARRAGE D'UN PROJET.
Les gabarits.
Travail collaboratif.
Configuration d'un nouveau projet.
Manipulation des niveaux.
Manipulation des files de projet.
Utilisation des cotes temporaires.
C- MODELISATION PAR OBJETS:
Ajout des murs.
Propri辿t辿 et type de murs.
Utilisation des accroches.
Ajouts de poteaux et poutres.
Ajout de portes et fen棚tres.
Ajout d'辿lements de plomberie et d'辿lectricit辿.
Utilisation de la jonction entre murs.
Utilisation des contraintes.
D- LIENS, IMPORTS ET GROUPES:
Lier fichiers DWG/DXF/SKP
Cr辿ation de topogrpahie d'un site partir d'un fichier.
Cr辿ation et gestion des groupes.
Cr辿ation et gestion des liens Revit.
Utilisation du partage d'emplacement.
E- MODELISATION PAR ESQUISSE:
Sols., toits et plafonds.
Toit par extrusion.
Ouvertures.
F-ESCALIERS.
Edition avanc辿e d'escalier.
Edition avanc辿e de gardes corps.
G- EDITION AVANCEE DES MURS:
Cr辿ation d'un nouveau type de murs..
Cr辿ation et gestion des murs empil辿s.
Cr辿ation et gestion des murs rideaux.
.
H- GESTION DES GRAPHISMES:
Gestion du style des objets.
Gestion du remplacement de la visibilit辿 et du graphisme des 辿l辿ments.
Cr辿ation et application des gabarits de vue.
Cacher et isoler les 辿l辿ments.
Cadrage de la vue.
Plage de vue et entendues.
Vue isom辿trique d'une selection.
Option d'affichage des graphismes.
I- PIECES:
Cr辿ation et gestion des pi竪ces.
J- NOMENCLATURE ET ETIQUETTES:
Gestion des 辿tiquettes.
Cr辿ation et gestion des nomenclatures.
Modification des nomenclatures.
Enrichissement des VCCTP par les nomenclatures.
K-ANNOTATIONS.
Textes.
Dimensions
Symboles.
L辿gendes.
D辿tails.
D辿finir ses annotations.
L- PARAMETRIQUE ET FAMILLES
Utilisation des param竪tres en mode projet.
Concept de famille.
Cr辿ation d'une famille.
Utilisation des contraintes.
Utilisation des formes solides.
M- FEUILLE, IMPRESSION, PUBLICATION:
Cr辿ation d'une feuille d'impression.
Export CAO.
Publication.
Impression PDF.
N- TRUCS ET ASTUCES.
A d辿couvrir en formation.
http://structalis.fr
This document provides an introduction and manual for Revit Architecture 2011. It discusses the basics of Revit including the interface, modeling tools like lines and commands, creating levels and grids, walls, openings, floors, structures, ceilings and roofs. It also covers special walls, circulation elements, site tools, annotations, scheduling, graphics and presentation tools.
In this talk I talked about how,in the Kamaelia project, we manage the dilemma of encouraging innovation and creativity in a project whilst maintaining an engineered solution. Why? Because we find it allows a high level of creative freedom, whilst also providing a path through to a high level of confidence in the reliabilty of the final code.
The document discusses several creational design patterns including Singleton, Abstract Factory, Builder, and Prototype patterns. It provides definitions and examples of how each pattern works, including ensuring a class only has one instance (Singleton), creating object factories without specifying classes (Abstract Factory), constructing complex objects step-by-step (Builder), and copying existing objects (Prototype). The document is intended for teaching software design patterns to students.
The document discusses building sustainable large Android apps. It recommends establishing project conventions for naming, dependencies, resources and more. It also recommends structuring the app based on features and using fragments to separate UI from logic. The document discusses architectural patterns like MVP and implementing MVP with a passive view to make the code testable, reusable and maintainable.
This document discusses creating production-ready CSS. It emphasizes the benefits of an object-oriented CSS (OOCSS) approach, including reuse, separation of concerns, and maintainability. OOCSS involves designing CSS for future flexibility rather than immediate needs, and creating a library of reusable and well-documented components rather than long monolithic stylesheets. The document provides examples of OOCSS principles and recommends resources for further information.
[1] Design patterns provide flexible and reusable solutions to common software design problems. They improve code quality by avoiding reinventing solutions and allowing knowledge sharing.
[2] The Strategy pattern allows algorithms to be changed independently of clients that use them. This decouples classes from specific implementations so one class can support multiple behaviors.
[3] Tightly coupled patterns have high dependency between common classes, while loosely coupled patterns connect classes loosely to improve maintainability and reusability. The Abstract Factory and Visitor patterns can be loosely coupled to benefit software quality.
The document discusses the decorator design pattern. The decorator pattern allows adding new behaviors to existing objects at runtime by placing them inside decorator objects that contain the original object. This allows functionality to be added without changing the object's class. Some key points made are: the decorator pattern adds functionality at runtime through composition; decorations are independent and can be mixed; and it is used to attach additional responsibilities to objects without subclassing. An example using shapes and color decorators is provided to demonstrate implementation.
DDD Tactical Design with Clean Architecture - Ivan PaulovichIvan Paulovich
油
The document discusses tactical design and clean architecture. It begins with an introduction of the speaker and then defines tactical design as applying design patterns and building blocks within a bounded context to enrich the domain model in a hands-on way. It then defines clean architecture as having patterns, principles, and practices with classes and modules that follow principles of dependency inversion, stable abstractions, and stable dependencies. The rest of the document provides examples of tactical design and clean architecture concepts like entities, value objects, aggregates, and domain-driven design patterns.
Conceptualization and Interior Rendering Process of Stretch Ceilings involving Design, LED Lighting and Complex structural fabrication with Technical Specifications and Bespoke Artwork Collections of Euroceil.
Autodesk Revit Architecture Training course is a building design and documentation system that works the way architects and designers think. With Autodesk Revit Architecture, architects and designers get back to what they love, designing buildings, without their software getting in the way. Autodesk Revit Architecture helps you to capture and analyze de測sign concepts, and more accurately maintain your vision through design, documentation, and construction. Autodesk Revit Archi測tecture Training software supports early analysis of your building forms so your team can make better informed decisions earlier in your pro測ject.
Attend Autodesk Revit Architecture training in Dubai, Abu Dhabi and Sharjah by Zabeel Institute. Autodesk Revit course empowers the architecture professionals with intelligent model-based tools and automated processes for planning, designing, constructing, and managing infrastructures and buildings. Revit training and certification courses boost your efficiency in rendering compelling BIM deliverables effortlessly. Zabeel Institute is committed to deliver extensive Revit training in UAE. Our Expert trainers guide you through the basic to advanced capabilities using Revit architecture tutorial to make you market ready for proving your expertise.
Mitten has designed a state-of-the art online design tool that enables homeowners to visualize exterior home improvement projects.
Siding, windows, doors, trim, and shutters are all
able to be visualized.
This document provides instructions for Assignment 6 of the Visual Studies II course. Students are asked to develop a variable panel system by capturing a folded model at a series of gradated states, and then applying the panel variations to the facade of the Standard Hotel using the Paneling Tools plugin. Students will offset the hotel facade surfaces, divide them into a 6x15 grid, add attractor points or curves, and apply their variable paneling system using the Panel Custom 3D Variable tool while distributing panels based on the attractors. The assignment will be graded based on having at least 3 panel variations representing a gradation, correctly offsetting and gridding the facade surfaces, properly applying panels to maintain surface directions, panels mating properly, and effectively
The document provides a checklist of questions to consider before developing a custom software project. It covers business considerations like project timeline, costs, and user needs. It also addresses technical requirements like the desired development tools, target operating systems, hardware specifications, security needs, and data import/export requirements. The checklist is intended to help gather necessary information upfront to facilitate project analysis and planning.
Design Like a Pro: Building Mobile-Responsive HMIs in Ignition PerspectiveInductive Automation
油
Software engineering and design experts from Inductive Automation demonstrate how to use the features in Ignition Perspective to redesign common industrial applications into mobile applications that are simple, well-organized, and always in-step with the users needs.
The document discusses various parametric families created for architectural projects in Revit, including entrances for underground stations, ETFE pillow systems, walkway supports, station gates, and doors and windows for existing buildings. It provides examples of parametric and system families as well as tips for creating loadable families and using reference lines, planes, and constraints. Useful websites for downloading pre-made Revit families are also listed.
Tips and tricks to make your revit drawings look greatspinoy cadplus
油
This document provides tips and techniques for improving the visual presentation of drawings and models created in Autodesk Revit. It discusses setting project-wide defaults for elements like materials, lines, and location to maintain consistency. It also demonstrates how to leverage Revit's graphic display options and visual styles to enhance views in different ways. Specific techniques covered include using surface patterns, cut patterns, and transparency to layer elements and indicate depth. The document aims to help designers develop their artistic style and create drawings that clearly communicate designs in both construction documents and presentations.
4 Tips & Techniques to Create Accurate Shop Drawings with RevitUnited-BIM
油
Shop drawings are the drawings related to pre-fabricated components, describing how they should be manufactured or installed. They have design intent drawings and specifications prepared by the design team and show the details how the component will actually be fabricated, manufactured, assembled or installed. Think of shop drawings as the step by step assembly manual. Shop drawings are usually prepared by contractors, sub-contractors, suppliers, product manufacturers or fabricators.
Common Project Mistakes: Visualization, Alarms, and SecurityInductive Automation
油
Whether youre a seasoned professional or new to industrial automation, everyone makes development mistakes now and then. But some mistakes are more common than others. Understanding how to avoid these integration issues will not only improve your current projects, but equip you with the tools and techniques necessary to streamline development and reduce rework in the future.
A- LES CONCEPTS
Comprehension du bim.
Travailler dans diff辿rentes vues.
Classement et hierarchie des 辿l辿ments dans Revit.
B-L'ENVIRONNEMENT DE TRAVAIL
Page des fichiers rescents et grand R.
Le ruban.
Fen棚tre des propri辿t辿s.
Explorateur du projet.
Navigation dans un mod竪le.(zoom, rotation et panoramique).
Selection des objets, et verouillage.
C-DEMARRAGE D'UN PROJET.
Les gabarits.
Travail collaboratif.
Configuration d'un nouveau projet.
Manipulation des niveaux.
Manipulation des files de projet.
Utilisation des cotes temporaires.
C- MODELISATION PAR OBJETS:
Ajout des murs.
Propri辿t辿 et type de murs.
Utilisation des accroches.
Ajouts de poteaux et poutres.
Ajout de portes et fen棚tres.
Ajout d'辿lements de plomberie et d'辿lectricit辿.
Utilisation de la jonction entre murs.
Utilisation des contraintes.
D- LIENS, IMPORTS ET GROUPES:
Lier fichiers DWG/DXF/SKP
Cr辿ation de topogrpahie d'un site partir d'un fichier.
Cr辿ation et gestion des groupes.
Cr辿ation et gestion des liens Revit.
Utilisation du partage d'emplacement.
E- MODELISATION PAR ESQUISSE:
Sols., toits et plafonds.
Toit par extrusion.
Ouvertures.
F-ESCALIERS.
Edition avanc辿e d'escalier.
Edition avanc辿e de gardes corps.
G- EDITION AVANCEE DES MURS:
Cr辿ation d'un nouveau type de murs..
Cr辿ation et gestion des murs empil辿s.
Cr辿ation et gestion des murs rideaux.
.
H- GESTION DES GRAPHISMES:
Gestion du style des objets.
Gestion du remplacement de la visibilit辿 et du graphisme des 辿l辿ments.
Cr辿ation et application des gabarits de vue.
Cacher et isoler les 辿l辿ments.
Cadrage de la vue.
Plage de vue et entendues.
Vue isom辿trique d'une selection.
Option d'affichage des graphismes.
I- PIECES:
Cr辿ation et gestion des pi竪ces.
J- NOMENCLATURE ET ETIQUETTES:
Gestion des 辿tiquettes.
Cr辿ation et gestion des nomenclatures.
Modification des nomenclatures.
Enrichissement des VCCTP par les nomenclatures.
K-ANNOTATIONS.
Textes.
Dimensions
Symboles.
L辿gendes.
D辿tails.
D辿finir ses annotations.
L- PARAMETRIQUE ET FAMILLES
Utilisation des param竪tres en mode projet.
Concept de famille.
Cr辿ation d'une famille.
Utilisation des contraintes.
Utilisation des formes solides.
M- FEUILLE, IMPRESSION, PUBLICATION:
Cr辿ation d'une feuille d'impression.
Export CAO.
Publication.
Impression PDF.
N- TRUCS ET ASTUCES.
A d辿couvrir en formation.
http://structalis.fr
This document provides an introduction and manual for Revit Architecture 2011. It discusses the basics of Revit including the interface, modeling tools like lines and commands, creating levels and grids, walls, openings, floors, structures, ceilings and roofs. It also covers special walls, circulation elements, site tools, annotations, scheduling, graphics and presentation tools.
In this talk I talked about how,in the Kamaelia project, we manage the dilemma of encouraging innovation and creativity in a project whilst maintaining an engineered solution. Why? Because we find it allows a high level of creative freedom, whilst also providing a path through to a high level of confidence in the reliabilty of the final code.
The document discusses several creational design patterns including Singleton, Abstract Factory, Builder, and Prototype patterns. It provides definitions and examples of how each pattern works, including ensuring a class only has one instance (Singleton), creating object factories without specifying classes (Abstract Factory), constructing complex objects step-by-step (Builder), and copying existing objects (Prototype). The document is intended for teaching software design patterns to students.
The document discusses building sustainable large Android apps. It recommends establishing project conventions for naming, dependencies, resources and more. It also recommends structuring the app based on features and using fragments to separate UI from logic. The document discusses architectural patterns like MVP and implementing MVP with a passive view to make the code testable, reusable and maintainable.
This document discusses creating production-ready CSS. It emphasizes the benefits of an object-oriented CSS (OOCSS) approach, including reuse, separation of concerns, and maintainability. OOCSS involves designing CSS for future flexibility rather than immediate needs, and creating a library of reusable and well-documented components rather than long monolithic stylesheets. The document provides examples of OOCSS principles and recommends resources for further information.
[1] Design patterns provide flexible and reusable solutions to common software design problems. They improve code quality by avoiding reinventing solutions and allowing knowledge sharing.
[2] The Strategy pattern allows algorithms to be changed independently of clients that use them. This decouples classes from specific implementations so one class can support multiple behaviors.
[3] Tightly coupled patterns have high dependency between common classes, while loosely coupled patterns connect classes loosely to improve maintainability and reusability. The Abstract Factory and Visitor patterns can be loosely coupled to benefit software quality.
The document discusses the decorator design pattern. The decorator pattern allows adding new behaviors to existing objects at runtime by placing them inside decorator objects that contain the original object. This allows functionality to be added without changing the object's class. Some key points made are: the decorator pattern adds functionality at runtime through composition; decorations are independent and can be mixed; and it is used to attach additional responsibilities to objects without subclassing. An example using shapes and color decorators is provided to demonstrate implementation.
DDD Tactical Design with Clean Architecture - Ivan PaulovichIvan Paulovich
油
The document discusses tactical design and clean architecture. It begins with an introduction of the speaker and then defines tactical design as applying design patterns and building blocks within a bounded context to enrich the domain model in a hands-on way. It then defines clean architecture as having patterns, principles, and practices with classes and modules that follow principles of dependency inversion, stable abstractions, and stable dependencies. The rest of the document provides examples of tactical design and clean architecture concepts like entities, value objects, aggregates, and domain-driven design patterns.
Conceptualization and Interior Rendering Process of Stretch Ceilings involving Design, LED Lighting and Complex structural fabrication with Technical Specifications and Bespoke Artwork Collections of Euroceil.
1. Unfo
Tool
Philip Cha
AB200
outside th
unfold the
how to us
showcase
Learnin
At the en
Expla
List t
Expla
Crea
About t
Philip C
is respo
adminis
in the us
under a
proficien
Philip ho
and is a
professi
been an
Email: pc
LinkedIn
ld the C
in Auto
an Lake|Fla
6 You ha
he box, the curta
e tricks of how t
se curtain walls
e some of the re
ng Objectiv
nd of this clas
ain how to us
the pros and c
ain how neste
ate your own d
the Speake
Chan currentl
onsible for di
strates all Re
se of Revit. S
full-service
ncy.
olds a Bache
a LEED Accr
ional. Philip
n active spea
chan@lakefla
: http://www.l
Curtain
odesk速
ato Architects
ave probably us
ain wall system
to strategically p
to generate qu
real-world proje
ves
s, you will be
se curtain wal
cons of curta
ed family wor
design eleme
er
ly is the BIM
irecting the u
evit template
Since 2007,
contract; the
elor of Archi
redited Profe
has spoken
aker at the lo
ato.com
inkedin.com/p
! Think
速 Revit速
s
sed the curtain
m can become y
plan and create
uantity count sc
ect samples of h
able to:
l as an altern
in wall tool
rks in curtain w
ents
M Manager a
usage of BIM
es and conte
Lake|Flato
e office supp
itecture and
essional. He
at the Autod
ocal Revit us
pub/philip-cha
k Outsid
速
wall tool the wa
your favorite to
e your own cus
chedules with d
how we have u
ative solution
wall
t Lake|Flato
M in the offic
nts, and con
has used Re
ports this sin
Environmen
is also an A
desk Univers
ser group.
an-leed-ap/16
de the C
ay it is meant to
ool in Autodesk
stom families fo
different catego
used the tool.
n
Architects i
ce. He develo
nducts contin
evit to docum
ngle platform
ntal Design f
Autodesk Re
rsity Virtual s
6/845/640
Curtain
o be used. How
Revit software
or curtain walls.
ries of families.
in San Anton
ops, maintai
nued educat
ment all proj
m to ensure m
from Univers
evit Architect
session in 20
n Wall
wever, if you thi
e. In this class, w
We will show y
. We will also
nio, Texas. P
ins and
tion for the s
jects execute
maximum sta
sity of Houst
ture certified
010 and has
ink
we will
you
Philip
staff
ed
aff
ton
d
s
2. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
2
Introduction
This class will focus on the use of traditional Curtain Wall System and Slope Glazing tool in Revit. Since
both of them use the same set of rules to define the system, for modeling wall and roof respectively, the
techniques showcased in this class could be interchangeable in some cases.
Curtain wall accessed from Wall command.
Slope glazing roof accessed from Roof command
3. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
3
Curtain Wall is a system family that is considered to be a wall in Revit; therefore, it behaves like one.
Under the Curtain Wall properties, there are instance parameters that control physical dimensions as well
as justification of the grids; type parameters that define the overall structure.
4. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
4
We will first discuss the basic anatomy of the curtain wall system; we will then further discuss how to trick
out those different components to use it on the design.
Typical Curtain Wall structure
5. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
5
Curtain Wall Sub-elements
Curtain Grids
The curtain grid is used to define the physical divisions of the curtain wall. The vertical and
horizontal gridlines can be placed graphically by the user or set up into predefined spacing
within the type properties.
Mullions
Mullions can be placed on the gridlines within the curtain wall system. Mullions are made out of
profiles, which can be defined using the OOTB setting in Revit OR created custom by making a
custom mullion profile as a family and assign to the mullion type.
Curtain Panels
Curtain Panels often represent the glazing within the curtain wall by default. Curtain panels can
also be system panels, empty panel, custom curtain panel families and basic walls from the
project. We will further discuss the use of curtain panel as a workaround to meet our design
intent.
Curtain Wall Doors and Windows
Curtain Wall Doors and Windows are door and window families that are specifically used within
the curtain wall system. The only way to place them is to select the individual curtain panel and
change it from the type selector from the panels properties.
6. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
6
Different use of curtain wall system
To use the curtain wall differently we break the standard set of definitions and customize it to fit our
need. We will focus on 2 main groups, Curtain Mullions and Curtain Panels.
Curtain Mullions
In order to start planning how to tweak the
mullion for a different purpose, you need to
understand how the mullion works in Revit.
A custom Mullion is created as Profile family
using Profile-Mullion.rft templates; it is
made up of lines in a continuous loop. In the
project environment, the curtain panel will
stop and intercept with the left/right side of
the profile lines.
Curtain Panels
Similarly, custom curtain panels are created
as curtain panel family; you can only use
Curtain Wall Panel.rft (note: this is
different from Curtain Panel Pattern
Based.rtf). Nested families can be used
inside CW panel, but they usually need
some special treatment in order to work
properly with curtain panel. We will discuss
this further in detail later.
7. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
7
Tilt-up wall panel system
Tilt-up wall system using Curtain Wall.
Any basic wall can be used in a curtain wall panel in any Curtain Wall system type. One of the
advantages of using the curtain wall as tilt-up wall panel is you can use any of the typical wall hosted
doors and windows. There is no need to create curtain wall doors and windows.
.
First, duplicate an existing wall type and
set the new wall as a concrete wall type.
In this case, I set it as 7 1/4 thick for the
tilt-up panel.
8. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
8
Next, create a new profile
mullion family that looks
like this. (See image) Use
it as Vertical Mullions for
Interior Type later
Set (Basic wall: Concrete Tilt-up Panel 7 1/4)
as Curtain Panel. Leave all the Border mullion
type as none. Then set the custom mullion
(Tilt-up Wall Grout 7.25) as Vertical Mullions -
Interior Type
9. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
9
A schedule can be used to schedule the size of
each tilt-up panel. To create the schedule, go
to Schedule/Quantities
Choose Curtain Panels under Category, add the
fields per your requirement, Revit will calculate
and generate the schedule for each panel size.
Tilt-up Panel Schedule
10. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
10
Precast concrete panel wall system
Perot Museum in Dallas, Texas designed by Morphosis using a precast panel system as its building
envelop.
I got this as an inspiration as I was thinking how I use curtain wall to achieve such a design. My goal here
is not to replicate the exact design but rather to think of the possibilities of using this tool to explore.
The precast concrete curtain panel is
made from 3 to 4 different solids
(swept blend); each swept blend has
2 nested profile families controlling
the dimension, thus, it allows us to
have more flexibility to change its
design in the process.
11. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
11
These tapered shapes (on
left) are set as profile
families; they are then nested
to the curtain panel to create
the swept blend forms
One can now link the D and
H parameter to the Curtain
panel (Host) so the taper
forms can be driven in the
project.
Nested profile families
Swept blend form using nested profile families
12. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
12
A Material Takeoff schedule can be used this
time to generate the quantity of the concrete
needed for the precast concrete.
Similarly, choose Curtain Panels under Category.
Choose the fields under
Material for Area as well
as Volume
13. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
13
Curtain Mullion as (Corrugated Panel) Design Elements
A curtain mullion in Revit is made from a profile. If
using system profile, the shape is always a
rectangle; however, when making your own custom
mullion, you will be able to do so much more with
this tool.
Custom mullion profile as corrugated panel
At Lake|Flato, we use
corrugated panels often as
a design element. We
often use different profile
shapes and different ratios
of perforation for
screening as well.
Corrugated perforated panel at Arizona State University
(Render Image in Revit速)
14. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
14
Curtain Wall Properties:
To create a corrugated panel, simply set the custom mullion for interior type under Horizontal
Mullions, set the spacing at 1-0 (or the length of its profile). Make sure to set the Curtain
Panel to Empty System Panel.
15. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
15
Corrugated panel used as screening in private residence
Curtain Mullion as (Corrugated Roof) Design Elements
Much like wall panel system, you can model corrugated roof decking using nothing but Curtain
Mullions, this time the mullions are used in Slope Glazing Roof.
When designing an outdoor porch/roof structure, architectural corrugated panel has become a
popular choice for roof decking to express its simple function and beauty. Since the roof
structure has basically nothing but metal decking, using the OOTB roofing tool is hard to
represent the designers intent. We chose to model the roof using slope glazing tool, and of
course, custom mullion profile is used as mullions. Similar to the setting for modeling
corrugated wall panel, set the custom mullion for interior type under Grid 1 Mullions, set the
spacing and set Curtain Panel to Empty System Panel.
16. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
16
Slope Glazing Type Properties Setting
Open metal structure truly expressed as corrugated roofing
17. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
17
Standing seam roof created with basic roof and slope glazing tool
Curtain Mullion as vertical seam modeling standing seam roof
18. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
18
Custom Millwork
When designing kitchen and bathroom millwork layout, it is always a challenge for custom
home design. Using casework family doesnt always allow us to have the freedom to do custom
millwork. For any custom cabinet design, we would need to create new casework family. Even
using in-place family, it is not efficient at all to design and document in Revit
However, we can create
custom Curtain Panel as
a Kit of Parts for Cabinet
modular; they can be used
within the Curtain Wall
System to create kitchen
and bathroom millwork
To create custom millwork, simply draw the Curtain
Wall first, set up the height, then use curtain grid to
draw out the layout the way you desire. Once you
are done, you can pick the default panel and swap
it to whatever cabinet panel family you like.
19. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
19
Kitchen Millwork using Curtain Wall Tool in a private residence project
20. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
20
Curtain Wall as Wood Slat Screening
Wood Slat Screening, which is made out of nominal wood stud (Typically 1x4, 1x6 or 1x8) to
create an open ventilated screen for open structure, open porch area in many of our projects.
To truly express our design intent not only for document, but also for visualization purpose, we
use custom curtain panel to achieve such a task.
Wood Slat Screen used for enclosure at Motor Court
Custom Wood Slat Panel is
created and use it as nested
curtain panel
21. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
21
Nested Array Panel is used in Curtain
Panel family so it can self-adjust the
overall size in the project.
Multiple parameters that control the slat size and spacing
requirement
22. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
22
Shower Enclosure - Curtain Wall and Curtain Panel Door
One of the advantages of using curtain wall door is no need for any wall as a host. When
designing bathroom shower, using a curtain wall will allow us to have much more flexibility.
Shower Door as curtain panel door used in residential project.
23. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
23
Nested families are used to create door hardware for the shower door
24. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
24
Snow and Snowflake Using Nested families
Snow and Snowflake done via Curtain Panel
Greeting card image done in Revit (No Photoshop!)
25. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
25
Perhaps one will not model snow in their actual Revit project. However, it doesnt mean you
cant do it in Revit. For the past 2 years, I have made greeting card images for Christmas
holiday using nothing but Revit only. I created a scene first but realized I needed something as
a backdrop. I quickly thought of using snow as a background. Instead of placing snow one-by-
one. I thought I could use curtain wall to lay out a wall of snow. The challenge though is how I
could make the snow look natural without the tedious work. Therefore, I came up with a trick to
manipulate the size and the location of the snow and snowflake.
The first step is to create the snow and snowflake as a curtain panel. It depends on the
complexity of what your design is, one can create geometry directly in the curtain panel or you
can use nested family to achieve the result. In the case of making snow, I just create a sphere
inside the curtain panel; for snowflake, I used nested family. They both work very similar.
Inside the Snow curtain panel, I
have a reporting parameter D
that drives everything, from the
radius of the snow ball to
location of the snow related to
the panel, these parameters
allow one to randomly create
the snow scene in the project.
26. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
26
27. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
27
Best practice when using Curtain Wall for different use
Disallow Join
It is always a good idea to have the end point of
the curtain wall set to disallow join to prevent
the wall from connecting/cleaning up to the
adjacent wall. (e.g. cabinet)
Profile
Rule of thumb:
When drawing linework for a profile, it has to
be a continuous boundary, no double loop is
allowed.
Tips: You can always leave a tiny gap in a
double loop in order to comply this rule.
28. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
28
Room Bounding
Since Revit still treats Curtain Wall as a wall;
the wall will be room bounding by default. It
is best to un-check the box Room
Bounding to avoid inaccurate room area
data in schedule.
Edit Profile
Curtain Wall can be Edit Profile to change its
overall shape. Revit most likely will allow any
custom curtain panel to stay its shape with Edit
Profile as long as the changes are rectangular.
Any curve or diagonal sketch line around the
curtain panel will default it back to system glazed
panel. Recently, Revit made a subtle improvement which allows us to get around this limitation.
We will further discuss this trick toward the end of the class.
29. Unfold the Curtain! Think Outside the Curtain Wall Tool in Autodesk速 Revit速
29
Conclusion
It is important to understand when one decided to use curtain wall system as an alternative
design solution. They need to evaluate the pros and cons of this approach to see if it will fit the
overall project teams goal during the course of the project.
Understand how the curtain wall system is composed (i.e. what is Curtain Panel vs.
Mullion)
Is the grid repetitive or manually defined?
Understand the limitation of Curtain Panel and Mullion and know how to get around it
Understand how nested families are used when nesting into the Curtain Panel family
Remember: The only limit is your imagination: Be creative and experiment!
Thank you!