Revit presention

COMPUTER APPLICATIONS FOR
ARCHITECTS II
ART 208
SHRADDHA RAJGURU
2018UAR1752
II YEAR, IV SEM, B.ARCH
MNIT, JAIPUR

INTRODUCTION
• The original software was developed by Charles River Software, founded in 1997,
renamed Revit Technology Corporation in 2000, and acquired by Autodesk in 2002.
• The Revit software itself includes features for mechanical, electrical, plumbing, and
structural
• Engineering as well as architecture and building construction. It features bi-directional
associative functionality that responds to changes and applies those changes
throughout the design while modeling capabilities translate this information into
images that designers and builders can use. The software also allows multiple users to
work on a single model simultaneously, a feature that works well in a collaborative
environment.

REVIT SHORTCUT KEYS
• Annotate
• DI ALIGEND DIMENSION / Creates an aligned dimension.
• DL DETAILNLINE / Creates view – specific lines.
• EL SPOT ELEVATION / Displays the elevation of a selected point.
• FR FIND / REPLACE / Find and replace.
• GP MODEL GROUP:CREAT GROUP;DETAIL GROUP:CREAT GROUP
/Creates a group of elements.
• RT TAG ROOM; ROOM TAG / Tags the selected room.
• TG TAG BY CATEGORY / Applies tags to elements based on their
categories.
• TX TEXT / Adds text.

ANALYZE
• AA ADJUST ANALYTICAL MODEL / Adjusts the analytical model of the structural
member in relation to those of the elements to which it joins.
• DC CHECK DUCT SYSTEMS / Examines the mechanical systems in a project to verify that
each system is assigned to a user defined system, and properly connected.
• EC CHECK CIRCUITS / Verifies all circuits for proper connections to panels and valid
system assignments.
• LD LOADS / Applies point, line and area loads to a model.
• LO HEATING AND COOLING LOADS / Prepares a heating and cooling load analysis
report based on an existing building model.
• PC CHECK PIPE SYSTEMS / Examines the piping systems in a project to verify that each
system is assigned to a user-defined system, and properly connected.
• PS PANEL SCHEDULES / Generates a panel schedule for a specific panel.
• RA RESET ANALYTICAL MODEL / Restores the analytical model alignment methods to
auto-detect.

ARCHITECTURE
• CL COLUMN; STRUCTURAL COLUMN / Adds a vertical load-bearing element to the
building model.
• CM PLACE A COMPONENT / Place a component.
• DR DOOR / Adds a door to the building model.
• GR GRID / Places column grid lines in the building design.
• LL LEVEL / Places a level in view.
• RM ROOM / Creates a room bounded by model elements and separation lines.
• RP REFERENCE PLANE / Creates a reference plane using drawing tools.
• RT TAG ROOM; ROOM TAG / Tags the selected room.
• SB FLOOR:FLOOR: STRUCTURAL / Adds structural floors to a building model.
• WA WALL; WALL:WALL: ARCHITECTURAL / Creates a non-bearing wall or a structural
wall in the building model.
• WN WINDOW / Places a window in a wall or skylight in a roof.

COLLABORAT
E
• ER EDITING REQUESTS /
Displays a list of users requests
to borrow elements in
worksheets, as well as pending
requests.
• RL or RW RELOAD LATEST /
Loads the latest version of the
central model.

CONTEXT MENU
• MP MOVE TO PROJECT / Move the model relative to a shared coordinate system.
• R3 DEFINE A NEW CENTER OF ROTATION / Relocates center of rotation when rotating
elements.
• RA RESTORE ALL EXCLUDED / Restores all excluded parts and elements.
• RB RESTORE EXCLUDED MEMBER / Restores an excluded member.
• RC REPEAT LAST COMMAND / Repeats the last command.
• SA SELECT ALL INSTANCES: IN ENTIRE PROJECT / Selects all of the elements that are
similar to the selected element in the current view, or throughout the project.

CONTEXTUAL TABS
• // DIVIDE SURFACE / Applies a division grid along a surface in a conceptual design.
• AA ADJUST ANALYTICAL MODEL / Adjusts the analytical model of the structural
member in relation to those of the elements to which it joins.
• AD ATTACH DETAIL GROUP / Creates an attached detail group.
• AP ADD TO GROUP / Adds elements to a group.
• BS STRUCTURAL BEAM SYSTEM; AUTOMATIC BEAM SYSTEM / Creates a layout that is
used to control the number and spacing of a series of parallel beams.
• CG CANCEL / Cancels an action.
• DI ALIGNED DIMENSION / Creates an aligned dimension.
• EG EDIT GROUP / Edits a group.
• EP EDIT PAR / Edits a part element.

• EU UNHIDE ELEMENT /
Enables a hidden element to
appear in view.
• EW EDIT WITNESS LINES /
Edits a witness line.
• FG FINISH / Finishes
editing a group.
• HT SHOW HELP TOOLTIP /
Displays the Help Tooltip.
• JP JUSTIFICATION POINTS /
Sets a justification point for
relocating element

CREATE
• D ALIGNED DIMENSION / Creates an aligned dimension.
• FR FIND/REPLACE / Find and replace.
• GP MODEL GROUP:CREATE GROUP; DETAIL GROUP:CREATE GROUP / Creates a group
of elements.
• LI MODEL LINE; BOUNDARY LINE; REBAR LINE / Places a new line.
• MD MODIFY / Enters selection mode to select elements to modify.
• PP or CTRL-1 or VP PROPERTIES; TOGGLE PROPERTIES PALETTE / Toggles the
Properties palette.
• RP REFERENCE PLANE / Creates a reference plane using drawing tools.
• TX TEXT / Adds text

MANAGE
• ES MEP SETTINGS:ELECTRICAL SETTINGS
/ Accesses dialog box to specify wiring
parameters, voltages definitions,
distribution systems, cable tray and conduit
settings, and load calculation and circuit
numbering settings.
• MS MEP SETTINGS:MECHANICAL
SETTINGS / Accesses dialog box to
configure component sizes, and the
behaviour and appearance of the
mechanical systems.
• SU ADDITIONAL SETTINGS:SUN
SETTINGS / Opens the sun settings dialog
box.
• UN PROJECT UNITS / Opens the Project
Units tool.

MODIFY
• AL ALIGN / Aligns one or more elements with selected element.
• AR ARRAY / Creates a linear or radial array of selected elements.
• CO or CC COPY / Copies selected element(s).
• CP COPE; APPLY COPING / Applies coping to steel beam or columns.
• CS CREATE SIMILAR / Creates an element of the same type as the selected element.
• DE DELETE / Removes selected element(s) from the building model.
• DI ALIGNED DIMENSION / Creates an aligned dimension.
• DM MIRROR - DRAW AXIS / Reverses the position of a selected model element, using a
user-generated line as the mirror axis.
• EH HIDE IN VIEW:HIDE ELEMENTS / Hides an element from view.
• EOD OVERRIDE GRAPHICS IN VIEW:OVERRIDE BY ELEMENT / Changes the graphic
display settings for selected elements in the current view.

• LI MODEL LINE; BOUNDARY LINE;
REBAR LINE / Places a new line.
• LW LINEWORK / Overrides the line style
of selected line in the active view only.
• MA MATCH TYPE PROPERTIES / Opens
the Match Type tool to convert one or
more elements to match the type
assigned to another element.
• MM MIRROR - PICK AXIS / Reverses the
position of a selected model element,
using a selected line as the mirror axis.
• MV MOVE / Moves a selected element.

NAVIGATION BAR
• 32 2D MODE / Navigates the view using only 2D
navigation options.
• 3F FLY MODE / Simulates flying through a model.
• 3O OBJECT MODE / Navigates and reorients the view in
the direction of the controller cap.
• 3W WALK MODE / Simulates walking through a model.
• ZA ZOOM ALL TO FIT / Zooms to fit all in view.
• ZE or ZF or ZX ZOOM TO FIT / Zooms to fit.
• ZO or ZV ZOOM OUT(2X) / Zooms out the project view by
2X.
• ZP or ZC PREVIOUS PAN/ZOOM / Returns to previous pan
or zoom.l
• ZR or ZZ ZOOM IN REGION / Zooms to a region.
• ZS ZOOM SHEET SIZE / Zooms to sheet size.

SNAPS
• PC SNAP TO POINT CLOUDS / Snaps to point cloud.
• SC CENTERS / Snaps to centre
• SE ENDPOINTS / Snaps to endpoints.
• SI INTERSECTIONS / Snaps to intersection.
• SM MIDPOINTS / Snaps to midpoint.
• SN NEAREST / Snaps to nearest.
• SO SNAPS OFF / Turns snaps off.
• SP PERPENDICULAR / Snaps to perpendicular.
• SQ QUADRANTS / Snaps to quadrant.
• SS TURN OVERRIDE OFF / Turns off override feature.
• ST TANGENTS / Snaps to tangent.
• SX POINTS / Snaps to points.

STRUCTURE
• BM STRUCTURAL FRAMING: BEAM / Adds a load-bearing structural beam element to
the building model.
• BR STRUCTURAL FRAMING: BRACE / Adds diagonal members that are connected to
beams and columns.
• BS STRUCTURAL BEAM SYSTEM; AUTOMATIC BEAM SYSTEM / Creates a layout that is
used to control the number and spacing of a series of parallel beams.
• CL COLUMN; STRUCTURAL COLUMN / Adds a vertical load-bearing element to the
building model.
• FT STRUCTURAL FOUNDATION: WALL / Creates a wall foundation for the building
model.
• GR GRID / Places column grid lines in the building design.
• RN REINFORCEMENT NUMBERS / Defines or edits numbering sequences by partition
for rebar and fabric sheets.

SYSTEM
• AT AIR TERMINAL / Places a register, grille or diffuser.
• CN CONDUIT / Draws a rigid conduit run.
• CT CABLE TRAY / Draws a cable tray run.
• CV CONVERT TO FLEX DUCT / Converts a section of rigid duct to flexible duct.
• DA DUCT ACCESSORY / Adds duct accessories, such as dampers, in duct systems.
• DF DUCT FITTING / Places duct fittings (elbows, tees, end caps, and so on) in duct
systems.
• DT DUCT / Draws ductwork in the building model.
• EE ELECTRICAL EQUIPMENT / Places electrical equipment, such as panels and switch
gear.
• EW ARC WIRE / Draws an arced wire run.
• FD FLEX DUCT / Draws flexible ductwork in the building model.
• FP FLEX PIPE / Draws flexible pipes.
• LF LIGHTING FIXTURE / Adds a lighting fixture element.
• ME MECHANICAL EQUIPMENT / Places mechanical equipment such as boilers, furnaces
or fans.

• NF CONDUIT FITTING / Places
conduit fittings.
• PA PIPE ACCESSORY / Adds
pipe accessories.
• PF PIPE FITTING / Draws a pipe
fitting in a piping system.
• PI PIPE / Draws rigid piping.
• PX PLUMBING FIXTURE / Places
a plumbing fixture.
• RP REFERENCE PLANE / Creates
a reference plane using
drawing tools.
• SK SPRINKLER / Places a
sprinkler

VIEW
• FN9 SYSTEM BROWSER / Finds components that are not assigned to a system.
• KS KEYBOARD SHORTCUTS / Assigns key sequences to tools.
• PP or CTRL-1 or VP PROPERTIES; TOGGLE PROPERTIES PALETTE / Toggles the
Properties palette.
• RD RENDER IN CLOUD / Renders 3D views online.
• RG RENDER GALLERY / Enables access to multiple versions of renderings, render
images as panoramas, change rendering quality, and apply background
environments to rendered scenes.
• RR RENDER / Creates a photorealistic image of the building model.
• TL THIN LINES / Displays all lines on the screen as a single width, regardless of zoom
level.
• VG or VV VISIBILITY/GRAPHICS / Controls the visibility and graphic display of model
elements, datum elements, and view specific elements for each view in a project.
• WC CASCADE WINDOWS / Arranges all open windows in a series in the drawing area.
• WT TILE WINDOWS / See all open views at the same time.

VIEW CONTROL BAR
• CX TOGGLE REVEAL CONSTRAINTS MODE / Toggles the constraints in a view.
• GD GRAPHIC DISPLAY OPTIONS / Opens the Graphics dialog box.
• HC HIDE CATEGORY / Hides all selected categories in the view.
• HH HIDE ELEMENT / Hides an element from view.
• HI ISOLATE ELEMENT / Isolates selected elements.
• HL HIDDEN LINE / Displays the image with all edges and lines drawn except those
obstructed by surfaces.
• HR RESET TEMPORARY HIDE/ISOLATE / Restores any temporarily hidden elements or
categories.
• IC ISOLATE CATEGORY / Isolates selected categories.
• RD RENDER IN CLOUD / Renders 3D views online.
• RH TOGGLE REVEAL HIDDEN ELEMENTS MODE / Toggles the Reveal Hidden Elements
Mode.

• RR RENDER / Creates a
photorealistic image of the building
model.
• RY RAY TRACE / Opens Ray Trace
visual style, enabling a photorealistic
rendering mode that allows panning
and zooming around the model.
• SD SHADED WITH EDGES /
Applies a shaded edge.
• WF WIREFRAME / Displays the
• RG RENDER GALLERY / Enables
access to multiple versions of
renderings, render images as
panoramas, change rendering
quality, and apply background
environments to rendered scenes.

METHODOLOGY OF MODELING
• BIM (Building Information Modelling) methodology intents the integration of all
phases of the construction process.
• It is supported by three-dimensional visualization applications.
• Potential of BIM concept is also in standardization of information, supported by the
standardization of methods to perform the objects modelling process.
• The application of BIM methodology requires high demands for computers, i.e., a
large RAM capacity, as when performing a reinforcement extending through
modelling ‘Reinforcement’ can take several minutes.

IMPLIMENTATION
1. BUSINESS ANALYSIS AND DIAGNOSIS
a) General Information
b) Focus and Expectations of the Client
c) Evaluation of Available Resources
d) Analysis of Current Deliverables
e) Evaluation of Current Processes
2. ANALYSIS AND RETHINKING OF THE PURPOSE AND OBJECTIVES OF BIM AS STATED BY
CLIENT
3. REQUIREMENTS FOR THE ADOPTION OF THE BIM
a) Team Roles
b) Technologies to Be Used
c) Organization of Physical Spaces
d) BIM Workflow
e) BIM Protocol
f) Business Requirements for BIM Software

4. DETERMINING THE IMPLEMENTATION GAP
5. IMPLEMENTATION PLANNING
a) General Strategy
b) Parallel and Incremental Implementation
c) Definition of a Pilot Project
d) Strategic Adaptation to BIM Workflow
e) Technology Implementation Plan
f) Physical Space Remodelling Plan
g) Training Strategy
h) BIM Office Protocol
i) Standardization and Creation of Elements for Working in BIM
j) Indicators of Compliance and Quality

6. ASSESSMENT AND MONITORING
a) Monitoring of Compliance with
Objectives and Plan
b) Knowledge Monitoring
c) Resolving Doubts
d) Development of Parametric Elements

Material application
Materials control how model elements display in views and rendered images.
• About the Material Browser - Use the Material Browser dialog to find and manage materials for
elements.
• Create a Material - material from the Material Browser dialog.
• Apply Materials to Elements - to provide a realistic visualization of the building model or to
provide information that can be used in analysis and scheduling.
• About Material Libraries - a collection of materials and related assets. Some libraries are
provided by Autodesk, and others are created by users.
• About Locked Libraries - protected from having materials modified, added, or deleted from its
contents
• Create a Material Library - to contain a set of materials for easy access, such as a set that you
use most often, or a set that you use with a particular project type, such as Commercial or
Residential

• Share Materials and Material Libraries - share custom materials with other users by making them
available in a material library that is shared.
• About Material Properties and Assets - The properties that define a material are organized into
assets. Assets are groups of properties that control certain characteristics or behaviors of an object.
• Change the Appearance of a Material - To change the appearance properties of a material in a
project, modify the options on the Appearance tab in the Material Editor panel of the Material
Browser.
• Change the Physical Properties of a Material - by modifying the options on the Physical tab in the
Material Editor panel of the Material Browser.
• Change the Thermal Properties of a Material - by modifying the options on the Thermal tab in the
Material Editor panel of the Material Browser.
• Change the Identity Data of a Material - by modifying the Identity tab in the Material Editor panel
of the Material Browser.

• Specify Custom Parameters for Materials - Use the Material Parameters dialog to specify values
for custom parameters that you create
• About Materials and Imported ADSK Files - can open or import ADSK (.adsk) files from
Autodesk® Inventor.

DRAWING GENERATION
Powerful features:
1. Efficiency
• Automatically adds all host elements to the assembly
• Uses configurations instead of manual work
• Creates views applying different templates automatically.
• Creates different schedules according to schedule templates automatically
• Creates dimensions with notes in selected views automatically
• Places views on sheets automatically
• Multiple assemblies with defined configurations can be created with a single click
• Check status, update, edit, and change dimensioning configurations of selected assemblies easily

2. Management
• Update assemblies according to project changes.
• Select/find/isolate primary and secondary assemblies.
• Find changes in assemblies due to the new hosted details.
Benefits :
• Incredibly Speedy. Smart Assemblies enables you to prepare shop drawings for many selected
elements.
• Hundreds of hours per project saved. Revit users will save hundreds of hours per project
using Smart Assemblies automation of shop drawing creation.
• Easy Updates. BIM solution Smart Assemblies will update it according to dimensioning settings
that were adjusted before.
• Easy Control Process. Smart Assemblies shows the situation with all created assemblies in a
separate convenient dialog. Elements can be filtered and assembled with one click.

• Error Prevention. Every assembly is displayed with a separate color that indicates the status. All
assembly updates happen in the real time that allows to avoid mistakes and to control all process of
shop drawings creation easily.

CAMERA/VIEW SETTING
• Once you have created a perspective view, you can change the camera field of view.
• In the Properties palette, under Camera, you can change the elevation of these points
Under Extents
• To change the camera position drag the camera to a new location. The far clip plane
always remains the same distance from the camera
• You can also increase or decrease the focal length for the camera. This is how an actual
camera zooms in and out.
• You can also manipulate the field of view in a 3D view

• First Perspective 3D view. Next, click Close
Hidden Windows on the Quick Access
Toolbar and then open the Level 2 floor
plan view.
• Keyboard shortcut W, T to tile the open
views. Then Z, A to zoom all the views to
fit. Right-click the Perspective view in the
Project Browser. From the shortcut menu,
choose Show Camera. This is the same as
selecting the crop region in the 3D view as
the ribbon changes to the Modify
Cameras contextual ribbon.

• In the Navigation bar, click Full
Navigation Wheel. With the
wheel active, right-click and
choose Increase/Decrease Focal
Length from the shortcut menu.
• Next, open the South elevation
view. Then in the View Control
bar, click Do Not Crop View and
then select Hide Crop Region.
After that, in the Project Browser,
right-click Perspective and
choose Show Camera.

RENDERING
• Render the view to create a photorealistic image of the 3D model.
• After preparing the 3D view and using the Rendering dialog to select desired settings, click
Render to render the image.
• Revit begins the rendering process, rendering the entire image progressively. Revit displays
a progress dialog, which shows information about the rendering process.
• Note: To cancel the rendering process before it completes, click Stop.
• When the rendering process is complete, Revit displays the rendered image in the drawing
area.

• Adjust the Exposure of Rendered
image
• Exposure Control Setting Reference
• Save the Rendered image as a Project
View
• Export the Rendered image to the File

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