ROOFS CHAPTER 7. ROOF SHAPES: GABLE ROOF SHAPES: HIP.

Slides:



Advertisements
Similar presentations
Roofs and Ceilings Revit® Architecture C H A P T E R OBJECTIVES Learn how to place a Roof by Footprint. Learn how to make a wall meet a roof. Learn.
Advertisements

The Structure and Materials of Roofing. Roof structures Although, theorists tried, most roofs until the 20 th century involved a sloping pitch. 40˚ or.
Chapter 8 Creating Slabs for Floors and Ceilings.
1 Helpful Notes 2005 Tutorial 1 : Game Pad.
Chapter 4 Space Planning and Mass Modeling. Objectives Create and modify 2D Extrusion and Freeform spaces using the SpaceGenerate and SpaceAdd tools Divide.
BASIC TUTORIAL ON AUTODESK REVIT Created By MHS Architecture Portfolio.
Competency: Draw roof plans
Roof Framing Unit 33.
Chapter 23 Roof Plan Layout.
Creating Roofs and Roof Slabs
Geometry Control – Modifying and Relimiting; Using Axes and Transformation Ideas Chapter 2: 2.4 & 2.5 R. Lindeke IE 1225.
Competency: Draw roof plans
• Open a new part file • Create Cylinder
Copyright 2006 The National Association of Certified Home Inspectors
SITE & GRADING PLANS CHAPTER 6. PART II CHAPTER 9 FOUNDATION PLANS.
Pictorials with AutoCAD Class 8.2 : Using AutoCAD to Create Pictorial Drawings Thursday, October 21 st 2004.
SolidWorks: Extruded Cuts, Fillets, and Patterns Introduction to Robotics.
SOLIDWORKS: Lesson III – Patterns & Mirrors
AE4131 ABAQUS Lecture Part IV
1 Exercise Two The Digital Camera Helpful Notes 2004.
SolidWorks Teacher Guide Lesson2
University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 1 Modified by (2011): Dr. Vijay K. Goyal and.
Roof and Ceiling Framing
University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 4 Modified by (2011): Dr. Vijay K. Goyal and.
Production Design Presentation By Mr Dalton. Car Project Key Points Sketching Create Features Constraints 2D and 3D Drawings Creating Balloon Part Lists.
1 Draw Mode. 2 Notable Points (RMB) End point: Snaps to the closest end point of the selected entity. Mid point: Snaps to the middle point of the selected.
Chapter 3 Creating and Editing Sketched Features
Chapter 8 Advanced Part Modeling Techniques
ASSIGNMENT D11 ADVANCED 3D TOOLS. ADVANCED TOOLS Sweep – Moving a cross-section through a path two form a three-dimensional object Needs a Cross-section.
Chapter 3 Creating and Editing Sketched Features.
Views Revit® Architecture CHAPTER OBJECTIVES Understand and use Floor Plan and Reflected Ceiling Plan (RFC) views. Learn how to create Elevation.
Chapter 7 Advanced Part Modeling Techniques. After completing this chapter, you will be able to perform the following: –Extrude an open profile –Create.
This is what we want to draw Extrude Mirror Round Edges.
Using Pro-Engineer to Create 3 Dimensional Shapes Kevin Manner Kevin Manner Tim Reynolds Tim Reynolds Thuy Tran Thuy Tran Vuong Nguyen Vuong Nguyen.
1.To begin click: File, New, then select Design 2.Draw a circle, then use the dimension tool to set it’s size to 84 diameter or 42 radius. 3. Next draw.
Solidworks Exercise Modeling the piston (30 minutes) Open a new part file and Save as Piston.sldprt Create the Cylinder Click on Top Plane (or plane 2)
Engineering Graphics with SolidWorks Instructors Name Course Name.
This is the finished body RADIUS LOFT EXTRUDE. Creating the body taper Open the wing Click on new part in context.
Introduction to BIM Module 02 – Building Envelope.
Introduction to BIM Module 06 – Views and Visualization.
By Paul Richard and Jim Fitzgerald Chapter 7 – Basic Editing Techniques.
Chapter 3 Creating and Editing Sketched Features
Introduction to BIM Module 04 – Interiors and Circulation.
Introduction to BIM Module 01 – BIM Modeling Basics.
Cardboard Bridge Construction Inventor Step 1 1.Open Autodesk Inventor Open the Card Board Bridge ipt file from the assignment log 3.Use.
Doghouse start Mrs. Hallman – Project lead the Way.
BUILDING STAIRS IN REVIT. 1. ONCE YOU HAVE MADE FLOORS ON THE GROUND LEVEL AND THE SECOND LEVEL, SELECT THE GROUND LEVEL. 2. UNDER ARCHITECTURE, SELECT.
Autodesk Inventor Design Exercise 2: F1 Team Challenge Car Developed by Tim Varner – Synergis Technologies © Tim Varner
Learning Objectives Understand the concept of levels. Create multiple levels in a project. Understand the usage and concept of using grids in a project.
Learning Objectives Add various components to a building model. Create stairs using the Stairs tool. Add railings to various locations in a project using.
Learning Objectives Understand the concept of floor. Create floors using the Floor tool. Create roofs using the Roof tool. Use the shape editing tools.
Learning Objectives Understand the concept of massing in Autodesk Revit Architecture. Create massing geometries using the Massing tool. Cut massing geometries.
Competency: Draw roof plans
Introducing the Roof Input Program
Learning Objectives • Add various components to a building model.
Stairs, Railings, and Ramps (Circulation)
Components and Families
Competency: Draw roof plans
Mrs. RESHMA RAJ AP/CIVIL ENGINEERING DEPARTMENT OF SCD
Competency: Draw roof plans
Presenter Billy Fowler
Elevation Layout and Drawing Techniques
Competency: Draw roof plans
CAD Parts
Competency: Draw roof plans
In this chapter, you will learn the following:
Chapter 3 Creating and Editing Sketched Features
Competency: Draw roof plans
Competency: Draw roof plans
Presentation transcript:

ROOFS CHAPTER 7

ROOF SHAPES: GABLE

ROOF SHAPES: HIP

ROOF SHAPES: PARAPET

ROOF SHAPES: SHED

ROOF SYSTEMS: SOLUTION Problem

MAJOR ZONE ANALYSIS: FIND THE MAJOR ZONE

DEFINE CORNERS

SOLVING ROOF SYSTEMS :

HIP TO GABLE :

INTRODUCTION In Revit Architecture, roofs can be placed by three methods: Roof by Footprint, Roof by Extrusion, and Roof by Face. Roof by Footprint and Roof by Extrusion are explained in this chapter, along with instructions on modifying and creating roofs and placing ceilings. NOTE: Roof by Face is used to place a roof on any surface of a Mass model. Instructions on how to use this feature are covered in Chapter 15 on Massing & Site.

ROOF BY FOOTPRINT Follow along with EXERCISE 7-1 in your textbook

ROOF BY FOOTPRINT BUTTON & DEFINES SLOPE CHECK BOX Roof by Footprint button Defines Slope check box

ROOF BY FOOTPRINT Select ROOF settings in the Properties dialog box

SLOPE FIELD Finish Edit Mode button

DEFAULT 3D VIEW & SHADOWS Sun Path Shadows Button

ROOF BY FOOTPRINT

MODIFYING A ROOF BY FOOTPRINT Edit Footprint toolbar NOTE: The Defines Slope check box determines whether you have a roof slope or not. If the check box is checked, you will see an angle and slope rise number. If the check box is unchecked, you will not see an angle and slope number next to a roof line. Defines Slope check box

TILE BUTTON

MAKING A WALL MEET A ROOF Attach Top/Base button Wall attached to the roof

CHANGING THE RAFTER CUT Fascia Depth field East Elevation drawing

SLOPE ARROW BUTTON Arrow Properties options

CREATING A HOLE IN A ROOF NOTE: Be sure that all the lines in the circle and rectangles do not have slope angles. If they do, select the lines, and uncheck the Defines Slope check box in the Options Bar. Modify | Roofs toolbar Edit Footprint button Modify | Roofs > Edit Footprint Toolbar. Finish Edit Mode button

MODIFYING A ROOF SLAB BY MOVING VERTICES Modify | Roofs toolbar Corner of roof moves upward

SHAPE OF ROOFS CHANGED crossing point moved Modified roof Shape of roofs changed Split Line drawing

MULTIPLE ROOF LINE CHANGES TIP: A node is formed everywhere that one Split Line crosses another. You can move these nodes in Plan view with your keyboard arrow keys; change their height by clicking on them and entering a dimension. You can also go back into Edit ( Sketch Mode ), and change the exterior perimeter shape of the roof.

BEAM BUTTON Beam placement

REF PLANE Ref Plane button Pick Lines button

ROOF BY EXTRUSION

ROOF BY EXTRUSION CONTINUED… Create a roof using the Spline button Line placed becomes the top of the roof

GRIPS Use the grips to stretch the roof Use the Create Extrusion Roof Profile to create the roof drawing

JOIN / UNJOIN ROOF Select the roofs you want to join

3D View Default 3D View DORMER

Dormer button Roof/Wall Edges button

MAKE A COPY OF THE DORMER

GUTTERS Instance Properties dialog box

SHAPE EDITING Shape Edited roof

TRUSS Trusses folder Truss button Properties dialog box

TYPE PROPERTIES Type Properties dialog box Drawing of a truss

MODIFY | STRUCTURAL TRUSSES Modify | Top, Web, or Bottom Chord toolbars Top Chord, Web, and Bottom Chord buttons Modify | Structural Trusses toolbar

BEAM SYSTEM Properties dialog box Default 3D View

STRUCTURAL MEMBERS – BEAMS Vertical line at top of column Instance Properties dialog box Beam button

JOIST Bar Joist drawing Extend the end of the Joist

JOIST MIRROR & ARRAY Beams drawing Mirror > Pick Axis button Array button