The document describes basic relational algebra operations including selection, projection, Cartesian product, set difference, and union. It provides examples of how to use the selection operator to filter rows based on attribute conditions, and the project operator to select a subset of columns from a relation. Relational algebra operations can be combined, such as selecting rows that match certain criteria and then projecting only some columns of the resulting relation.
The document provides instructions for a practical evaluation in AutoCAD. It details how to:
1) Create layers, blocks, and insert blocks to represent electronic components.
2) Use printing commands to set the printing area, scale, and orientation to generate drawings.
3) Students will be evaluated on their accuracy and speed in completing these AutoCAD tasks.
The document provides instructions for using Esteem software to analyze and design reinforced concrete structures. It describes the process of creating a new project, inputting structural elements like grids, beams, columns and slabs, applying loads, performing 2D and 3D analysis, designing structural elements, and viewing results. Key steps include generating meshes, analyzing plans, designing beams, slabs and columns, running batch processing for full 2D+3D analysis and design, and viewing loadings, results and design reports. The software allows graphical modeling and integrated analysis, design, and drafting of reinforced concrete structures.
Visual Binning is a tool for grouping continuous or ordinal variable values into a limited number of categorical bins. It allows users to manually define bins or automatically generate bins of equal width, equal percentiles, or based on standard deviations. Binned categories can be copied between variables. User-missing values from the source variable are treated as missing in the binned variables.
This document discusses how to customize annotations in AutoCAD P&ID. There are two types of annotations: simple annotations which are added by dragging from the data manager and use the current style, and compound annotations which allow more flexibility through defined styles. Annotation styles are associated with AutoCAD blocks and can be customized to display various target properties. The document provides steps for creating a new annotation style, assigning format strings to display tag, manufacturer, and other properties.
SolidWorks World 2010 presentation by Paul Gimbel of Razorleaf. This session provides an introduction to programming with the SolidWorks API and how to work with the SolidWorks Object Model. Not a programmer? No problem. This session was designed to inspire you and guide you to get started.
The document discusses various controls in VB.NET including list boxes, combo boxes, picture boxes, and timers. It provides properties and methods for each control as well as code examples of how to implement and use the controls. List boxes allow selection of one or more items from a list. Combo boxes combine a text box and drop down list. Picture boxes display images. Timers allow running code at set time intervals without threading.
This document provides step-by-step instructions for modeling, analyzing, and designing a 10-story reinforced concrete building using ETABS. It describes creating the model grid and defining material properties. It also details drawing structural members like beams, columns, slabs, and shear walls and assigning section properties. The document specifies loading cases, analysis options, and design codes. It concludes with running analyses, design, and checking story drift. The overall objective is to demonstrate modeling and design of a reinforced concrete building using static lateral force procedure.
The document describes basic relational algebra operations including selection, projection, Cartesian product, set difference, and union. It provides examples of how to use the selection operator to filter rows based on attribute conditions, and the project operator to select a subset of columns from a relation. Relational algebra operations can be combined, such as selecting rows that match certain criteria and then projecting only some columns of the resulting relation.
The document provides instructions for a practical evaluation in AutoCAD. It details how to:
1) Create layers, blocks, and insert blocks to represent electronic components.
2) Use printing commands to set the printing area, scale, and orientation to generate drawings.
3) Students will be evaluated on their accuracy and speed in completing these AutoCAD tasks.
The document provides instructions for using Esteem software to analyze and design reinforced concrete structures. It describes the process of creating a new project, inputting structural elements like grids, beams, columns and slabs, applying loads, performing 2D and 3D analysis, designing structural elements, and viewing results. Key steps include generating meshes, analyzing plans, designing beams, slabs and columns, running batch processing for full 2D+3D analysis and design, and viewing loadings, results and design reports. The software allows graphical modeling and integrated analysis, design, and drafting of reinforced concrete structures.
Visual Binning is a tool for grouping continuous or ordinal variable values into a limited number of categorical bins. It allows users to manually define bins or automatically generate bins of equal width, equal percentiles, or based on standard deviations. Binned categories can be copied between variables. User-missing values from the source variable are treated as missing in the binned variables.
This document discusses how to customize annotations in AutoCAD P&ID. There are two types of annotations: simple annotations which are added by dragging from the data manager and use the current style, and compound annotations which allow more flexibility through defined styles. Annotation styles are associated with AutoCAD blocks and can be customized to display various target properties. The document provides steps for creating a new annotation style, assigning format strings to display tag, manufacturer, and other properties.
SolidWorks World 2010 presentation by Paul Gimbel of Razorleaf. This session provides an introduction to programming with the SolidWorks API and how to work with the SolidWorks Object Model. Not a programmer? No problem. This session was designed to inspire you and guide you to get started.
The document discusses various controls in VB.NET including list boxes, combo boxes, picture boxes, and timers. It provides properties and methods for each control as well as code examples of how to implement and use the controls. List boxes allow selection of one or more items from a list. Combo boxes combine a text box and drop down list. Picture boxes display images. Timers allow running code at set time intervals without threading.
This document provides step-by-step instructions for modeling, analyzing, and designing a 10-story reinforced concrete building using ETABS. It describes creating the model grid and defining material properties. It also details drawing structural members like beams, columns, slabs, and shear walls and assigning section properties. The document specifies loading cases, analysis options, and design codes. It concludes with running analyses, design, and checking story drift. The overall objective is to demonstrate modeling and design of a reinforced concrete building using static lateral force procedure.
This document provides an overview of the OrCAD Capture software for printed circuit board (PCB) layout design. It describes how to create part libraries, open and create projects, place parts and connect them, edit designs, assign properties, generate bills of materials and reports, design for other EDA applications, and save and archive projects. OrCAD Capture allows designing schematics and managing PCB design data. Key functions include placing parts, establishing connectivity, editing designs, and generating outputs needed for PCB fabrication.
This presentation gives an overview of few issues in Flex 4.0 and the tricks to overcome them. Also it includes various Useful tips for creating Advanced RIA through Flex like Custom ItemRenderers, Drawing & Skinning Algorithms, etc.
This tutorial section describes the features of the Star View (TCC) toolbar. The toolbar allows viewing coordination in phase or ground mode, zooming into regions, measuring time differences between curves, adding crosshairs and user curves, and customizing plot attributes, axes, grids, legends, and device appearances through the Plot Options editor.
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.
Creating wall type details using parts and assembliesmclark4959
The document discusses how to create wall assembly details in Revit by turning a wall segment into parts that can be manipulated individually, and then grouping the parts into an assembly to generate views, details, and schedules of the wall layers and construction. It also provides examples of using the parts and assemblies tools to model and document different wall construction details.
The document is an AutoCAD 3D tutorial that covers the 3D interface and tools. It discusses launching AutoCAD 3D, the 3D dashboard, viewports, named views, the steering wheel for navigation, defining views using VPOINT and DDVPOINT, and working with the plan view. It also covers thickness and elevation settings, visualizing models using hide, visual styles, and the adaptive grid, entering coordinates and moving in the Z-direction, and using the user coordinate system including setting a new 3-point UCS and working in the plan view of that UCS.
The document discusses classes, objects, constructors, and other object-oriented programming concepts in C#:
1) A class defines the data and behavior of a type using variables, methods, and events. Objects are instances of classes that have identity, data, and behaviors defined by the class.
2) Constructors initialize objects and are called using the new keyword. Constructors can be overloaded, parameterized, static, or chained to call another constructor.
3) Classes support concepts like inheritance, hiding, overriding, and polymorphism to extend and customize behavior in derived classes. References and values can be passed into methods.
The document discusses game development concepts in Unity including sprites, textures, rigidbodies, colliders, and scripts. It then provides steps to create a simple 2D platformer project in Unity with a player sprite that can move and jump using a script to control input and physics. Key elements include adding components like BoxCollider2D and Rigidbody2D to detect collisions and movement, using tags to identify interactive objects, and trigger colliders with OnTriggerEnter2D/Exit2D scripts to control jumping.
This document provides an overview of the AutoCAD 3D interface and basic 3D modeling tools. It covers setting up a 3D workspace, entering 3D coordinates, visualizing and rendering 3D models using techniques like hiding lines and applying visual styles, and manipulating objects in 3D space including moving and drawing in the Z direction. The tutorial is divided into multiple chapters that progress from basic interface setup to more advanced visualization and coordinate input skills.
This document provides an overview of 3D modeling in AutoCAD, including tutorials on the 3D interface, thickness and elevation, visualizing models, working with z-coordinates, and using the user coordinate system (UCS). The tutorials cover topics such as launching AutoCAD, using the 3D modeling workspace, setting thickness and elevation, visual styles, entering 3D coordinates, moving and filtering in the z-direction, creating helices, and manipulating the UCS using options like named views and the 3 point method. The document is intended to teach basic 3D modeling functions and concepts in AutoCAD.
This document provides an overview of the AutoCAD 3D interface and basic 3D modeling tools. It covers topics such as launching AutoCAD and setting the 3D modeling workspace, using viewports and visual styles to view 3D models, entering 3D coordinates, and manipulating objects in the Z-axis. The document is formatted as a tutorial with sections numbered 1-4 and subsections detailing steps to practice 3D modeling techniques in AutoCAD.
This document provides an overview of 3D modeling in AutoCAD, including tutorials on the 3D interface, thickness and elevation, visualizing models, working with z-coordinates, and using the user coordinate system (UCS). The tutorials cover topics such as launching AutoCAD, using the 3D modeling workspace, setting thickness and elevation, visual styles, entering 3D coordinates, moving and filtering in the z-direction, creating helices, and manipulating the UCS using options like named views and the 3 point method. The document is intended to teach essential 3D concepts and skills for users of AutoCAD.
1. Version 8.8.1 of the STRUDS software includes several new options and enhancements for preprocessors, postprocessors, RCC design modules, and drafting.
2. New preprocessor options allow renumbering of inclined elements, releasing column elements below a level, and defining soft storeys and vertical earthquake forces on selected elements.
3. Postprocessor enhancements include displaying the current load combination in the status bar and adding unit display and scrolling to element charts.
The document provides steps to create an OBIEE11g dashboard with various objects like analysis, charts, maps, and prompts. It begins by creating a dashboard prompt for revenue between a specified range using a slider. It then creates an analysis to show order, revenue, unit price by customer and establishment with filters. Subsequent steps will cover creating a chart and map visualization and integrating them into a single dashboard.
The document describes the process of designing, developing, testing, and maintaining a configuration model in Oracle Configurator. It includes steps for creating the configuration model structure and rules, importing BOM and inventory data, developing the UI, testing, publishing the model, and refreshing imported data. Key aspects covered are the model structure, logical rules, importing BOM models and data, UI templates, publishing models, and refreshing imported BOM data.
This document provides a tutorial on creating a basic mold project in CimatronE 8.5. The tutorial covers:
1. Starting a new mold project and placing a workpart in the layout.
2. Splitting the workpart into two sets using quick split.
3. Creating internal parting curves and faces between the split sets.
4. Defining and creating active cavity and core parts from the split sets.
5. Stitching, cutting and removing parting geometry from the active parts to complete the mold design.
Constructors and destructors are special member functions in C++ that are used to initialize and cleanup objects. Constructors are called automatically when an object is created and are used to set initial values for object attributes. Destructors are called automatically when an object is destroyed and can perform cleanup tasks. There are different types of constructors like default, parameterized, and copy constructors. Destructors do not have parameters and are used to deallocate memory when objects are destroyed.
Constructors and destructors are special member functions in C++ that are used to initialize and cleanup objects. Constructors are called automatically when an object is created and are used to set initial values for object attributes. Destructors are called automatically when an object is destroyed and can perform cleanup tasks. There are different types of constructors like default, parameterized, and copy constructors. Constructors and destructors have the same name as the class but constructors don't have a return type while destructors are preceded by a tilde (~).
This document provides steps for creating a finite element model and analysis of a truss structure in ANSYS. It describes:
1) Defining element types, material properties, and applying boundary conditions like constraints and loads.
2) Creating the mesh by directly defining nodes and elements, without using solid model geometry.
3) Solving the model and comparing numerical results to theoretical calculations to verify the model is working correctly.
The document provides an overview of CATIA V5 software and its various modeling tools. It discusses the software scenario, sketcher workbench, part design workbench, surface-based features, generative shape design, assembly, and drafting. The sketcher section describes how to create sketches using lines, arcs, circles, splines, and add constraints. The part mode section explains how to use pads, multi-pads, and drafted filleted pads to extrude profiles.
This document provides an overview of the OrCAD Capture software for printed circuit board (PCB) layout design. It describes how to create part libraries, open and create projects, place parts and connect them, edit designs, assign properties, generate bills of materials and reports, design for other EDA applications, and save and archive projects. OrCAD Capture allows designing schematics and managing PCB design data. Key functions include placing parts, establishing connectivity, editing designs, and generating outputs needed for PCB fabrication.
This presentation gives an overview of few issues in Flex 4.0 and the tricks to overcome them. Also it includes various Useful tips for creating Advanced RIA through Flex like Custom ItemRenderers, Drawing & Skinning Algorithms, etc.
This tutorial section describes the features of the Star View (TCC) toolbar. The toolbar allows viewing coordination in phase or ground mode, zooming into regions, measuring time differences between curves, adding crosshairs and user curves, and customizing plot attributes, axes, grids, legends, and device appearances through the Plot Options editor.
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.
Creating wall type details using parts and assembliesmclark4959
The document discusses how to create wall assembly details in Revit by turning a wall segment into parts that can be manipulated individually, and then grouping the parts into an assembly to generate views, details, and schedules of the wall layers and construction. It also provides examples of using the parts and assemblies tools to model and document different wall construction details.
The document is an AutoCAD 3D tutorial that covers the 3D interface and tools. It discusses launching AutoCAD 3D, the 3D dashboard, viewports, named views, the steering wheel for navigation, defining views using VPOINT and DDVPOINT, and working with the plan view. It also covers thickness and elevation settings, visualizing models using hide, visual styles, and the adaptive grid, entering coordinates and moving in the Z-direction, and using the user coordinate system including setting a new 3-point UCS and working in the plan view of that UCS.
The document discusses classes, objects, constructors, and other object-oriented programming concepts in C#:
1) A class defines the data and behavior of a type using variables, methods, and events. Objects are instances of classes that have identity, data, and behaviors defined by the class.
2) Constructors initialize objects and are called using the new keyword. Constructors can be overloaded, parameterized, static, or chained to call another constructor.
3) Classes support concepts like inheritance, hiding, overriding, and polymorphism to extend and customize behavior in derived classes. References and values can be passed into methods.
The document discusses game development concepts in Unity including sprites, textures, rigidbodies, colliders, and scripts. It then provides steps to create a simple 2D platformer project in Unity with a player sprite that can move and jump using a script to control input and physics. Key elements include adding components like BoxCollider2D and Rigidbody2D to detect collisions and movement, using tags to identify interactive objects, and trigger colliders with OnTriggerEnter2D/Exit2D scripts to control jumping.
This document provides an overview of the AutoCAD 3D interface and basic 3D modeling tools. It covers setting up a 3D workspace, entering 3D coordinates, visualizing and rendering 3D models using techniques like hiding lines and applying visual styles, and manipulating objects in 3D space including moving and drawing in the Z direction. The tutorial is divided into multiple chapters that progress from basic interface setup to more advanced visualization and coordinate input skills.
This document provides an overview of 3D modeling in AutoCAD, including tutorials on the 3D interface, thickness and elevation, visualizing models, working with z-coordinates, and using the user coordinate system (UCS). The tutorials cover topics such as launching AutoCAD, using the 3D modeling workspace, setting thickness and elevation, visual styles, entering 3D coordinates, moving and filtering in the z-direction, creating helices, and manipulating the UCS using options like named views and the 3 point method. The document is intended to teach basic 3D modeling functions and concepts in AutoCAD.
This document provides an overview of the AutoCAD 3D interface and basic 3D modeling tools. It covers topics such as launching AutoCAD and setting the 3D modeling workspace, using viewports and visual styles to view 3D models, entering 3D coordinates, and manipulating objects in the Z-axis. The document is formatted as a tutorial with sections numbered 1-4 and subsections detailing steps to practice 3D modeling techniques in AutoCAD.
This document provides an overview of 3D modeling in AutoCAD, including tutorials on the 3D interface, thickness and elevation, visualizing models, working with z-coordinates, and using the user coordinate system (UCS). The tutorials cover topics such as launching AutoCAD, using the 3D modeling workspace, setting thickness and elevation, visual styles, entering 3D coordinates, moving and filtering in the z-direction, creating helices, and manipulating the UCS using options like named views and the 3 point method. The document is intended to teach essential 3D concepts and skills for users of AutoCAD.
1. Version 8.8.1 of the STRUDS software includes several new options and enhancements for preprocessors, postprocessors, RCC design modules, and drafting.
2. New preprocessor options allow renumbering of inclined elements, releasing column elements below a level, and defining soft storeys and vertical earthquake forces on selected elements.
3. Postprocessor enhancements include displaying the current load combination in the status bar and adding unit display and scrolling to element charts.
The document provides steps to create an OBIEE11g dashboard with various objects like analysis, charts, maps, and prompts. It begins by creating a dashboard prompt for revenue between a specified range using a slider. It then creates an analysis to show order, revenue, unit price by customer and establishment with filters. Subsequent steps will cover creating a chart and map visualization and integrating them into a single dashboard.
The document describes the process of designing, developing, testing, and maintaining a configuration model in Oracle Configurator. It includes steps for creating the configuration model structure and rules, importing BOM and inventory data, developing the UI, testing, publishing the model, and refreshing imported data. Key aspects covered are the model structure, logical rules, importing BOM models and data, UI templates, publishing models, and refreshing imported BOM data.
This document provides a tutorial on creating a basic mold project in CimatronE 8.5. The tutorial covers:
1. Starting a new mold project and placing a workpart in the layout.
2. Splitting the workpart into two sets using quick split.
3. Creating internal parting curves and faces between the split sets.
4. Defining and creating active cavity and core parts from the split sets.
5. Stitching, cutting and removing parting geometry from the active parts to complete the mold design.
Constructors and destructors are special member functions in C++ that are used to initialize and cleanup objects. Constructors are called automatically when an object is created and are used to set initial values for object attributes. Destructors are called automatically when an object is destroyed and can perform cleanup tasks. There are different types of constructors like default, parameterized, and copy constructors. Destructors do not have parameters and are used to deallocate memory when objects are destroyed.
Constructors and destructors are special member functions in C++ that are used to initialize and cleanup objects. Constructors are called automatically when an object is created and are used to set initial values for object attributes. Destructors are called automatically when an object is destroyed and can perform cleanup tasks. There are different types of constructors like default, parameterized, and copy constructors. Constructors and destructors have the same name as the class but constructors don't have a return type while destructors are preceded by a tilde (~).
This document provides steps for creating a finite element model and analysis of a truss structure in ANSYS. It describes:
1) Defining element types, material properties, and applying boundary conditions like constraints and loads.
2) Creating the mesh by directly defining nodes and elements, without using solid model geometry.
3) Solving the model and comparing numerical results to theoretical calculations to verify the model is working correctly.
The document provides an overview of CATIA V5 software and its various modeling tools. It discusses the software scenario, sketcher workbench, part design workbench, surface-based features, generative shape design, assembly, and drafting. The sketcher section describes how to create sketches using lines, arcs, circles, splines, and add constraints. The part mode section explains how to use pads, multi-pads, and drafted filleted pads to extrude profiles.
Flutter is a popular open source, cross-platform framework developed by Google. In this webinar we'll explore Flutter and its architecture, delve into the Flutter Embedder and Flutter’s Dart language, discover how to leverage Flutter for embedded device development, learn about Automotive Grade Linux (AGL) and its consortium and understand the rationale behind AGL's choice of Flutter for next-gen IVI systems. Don’t miss this opportunity to discover whether Flutter is right for your project.
SMS API Integration in Saudi Arabia| Best SMS API ServiceYara Milbes
Discover the benefits and implementation of SMS API integration in the UAE and Middle East. This comprehensive guide covers the importance of SMS messaging APIs, the advantages of bulk SMS APIs, and real-world case studies. Learn how CEQUENS, a leader in communication solutions, can help your business enhance customer engagement and streamline operations with innovative CPaaS, reliable SMS APIs, and omnichannel solutions, including WhatsApp Business. Perfect for businesses seeking to optimize their communication strategies in the digital age.
Transform Your Communication with Cloud-Based IVR SolutionsTheSMSPoint
Discover the power of Cloud-Based IVR Solutions to streamline communication processes. Embrace scalability and cost-efficiency while enhancing customer experiences with features like automated call routing and voice recognition. Accessible from anywhere, these solutions integrate seamlessly with existing systems, providing real-time analytics for continuous improvement. Revolutionize your communication strategy today with Cloud-Based IVR Solutions. Learn more at: https://thesmspoint.com/channel/cloud-telephony
Most important New features of Oracle 23c for DBAs and Developers. You can get more idea from my youtube channel video from https://youtu.be/XvL5WtaC20A
How Can Hiring A Mobile App Development Company Help Your Business Grow?ToXSL Technologies
ToXSL Technologies is an award-winning Mobile App Development Company in Dubai that helps businesses reshape their digital possibilities with custom app services. As a top app development company in Dubai, we offer highly engaging iOS & Android app solutions. https://rb.gy/necdnt
UI5con 2024 - Keynote: Latest News about UI5 and it’s EcosystemPeter Muessig
Learn about the latest innovations in and around OpenUI5/SAPUI5: UI5 Tooling, UI5 linter, UI5 Web Components, Web Components Integration, UI5 2.x, UI5 GenAI.
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https://www.youtube.com/live/MSdGLG2zLy8?si=INxBHTqkwHhxV5Ta&t=0
Using Query Store in Azure PostgreSQL to Understand Query PerformanceGrant Fritchey
Microsoft has added an excellent new extension in PostgreSQL on their Azure Platform. This session, presented at Posette 2024, covers what Query Store is and the types of information you can get out of it.
E-Invoicing Implementation: A Step-by-Step Guide for Saudi Arabian CompaniesQuickdice ERP
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Mobile app Development Services | Drona InfotechDrona Infotech
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SOCRadar's Aviation Industry Q1 Incident Report is out now!
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8 Best Automated Android App Testing Tool and Framework in 2024.pdfkalichargn70th171
Regarding mobile operating systems, two major players dominate our thoughts: Android and iPhone. With Android leading the market, software development companies are focused on delivering apps compatible with this OS. Ensuring an app's functionality across various Android devices, OS versions, and hardware specifications is critical, making Android app testing essential.
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2. AutoCAD 2D Tutorial
- 166 -
Creating Local Blocks (BMAKE) 19.1
1. Choose Draw, Block, Make.
or
2. Click the MakeBlock icon.
or
3. Type BMAKE atthe command prompt.
Command: BMAKE or BLOCK
4. Type the name of the block.
5. Pick an insertion point.
6. Select objects to be included in the block definition.
7. Click OK.
Note You cannot use DIRECT, LIGHT, AVE_RENDER, RM_SDB, SH_SPOT,
and OVERHEAD as valid block names.
Insertion point
3. AutoCAD 2D Tutorial
- 167 -
Inserting Blocks 19.2
1. Choose Insert, InsertBlock
or
2. Click the Inserticonfromthe INSERT toolbar.
3. Type INSERT atthe command prompt.
Command: INSERT
4. Choose the name to insert a localblockand Browse...to insert a
Wblock.
5. Choose the insertion point, scale, and rotation of the block.
Block Inserted with
a zero degree rotation angle
Block Inserted with a ninety degree
rotation angle
4. AutoCAD 2D Tutorial
- 168 -
Typing Insert (-INSERT)
1. Type - INSERTatthe
command prompt.
Command: -INSERT
2. Type Block name toinsert.
Insert block name or (?) typename
3. Pick Aninsertion
point. Insertion
point:pickpoint
4. Press ENTER to keep the same xscale
factor as the originalblock.
Xscale factor <1>Corner / XYZ:
5. Press ENTER to keep the same xscale
factor as the originalblock.
Yscale factor
(default=X):
6. Press ENTERto keep a rotation
angle of zero. Rotationangle
<0>:
or
7. Pick Arotationangle.
5. AutoCAD 2D Tutorial
- 169 -
Control the Color and Linetype of Blocks 19.3
The objects in an inserted block can retain their original properties, can inherit
properties from the layer on which they are inserted, or can inherit the properties
set as current in the drawing.
You have three choices for how the color, linetype, and lineweight properties of
objects are treated when a block reference is inserted.
- Objects in the block do not inherit color, linetype, and lineweight
properties from the current settings. The properties of objects in
the block do not change regardless of the current settings.
- For this choice, it is recommended that you set the color,
linetype, and lineweight properties individually for each object in
the block definition: do not use BYBLOCK or BYLAYER color,
linetype, and lineweight settings when creating these objects.
- Objects in the block inherit color, linetype, and lineweight
properties from the color, linetype, and lineweight assigned to the
current layer only.
- For this choice, before you create objects to be included in the
block definition, set the current layer to 0, and set the current
color, linetype, and lineweight toBYLAYER.
- Objects inherit color, linetype, and lineweight properties from the
current color, linetype, and lineweight that you have set explicitly,
that is, that you have set to override the color, linetype, or
lineweight assigned to the current layer. If you have not explicitly
set them, then these properties are inherited from the color,
linetype, and lineweight assigned to the current layer.
- For this choice, before you create objects to be included in the
block definition, set the current color or linetype to BYBLOCK.
6. AutoCAD 2D Tutorial
- 170 -
Wblock Command 19.4
Writes objects to a new drawing file.
1. Type WBLOCK at the command prompt
Command: WBLOCK
2. Type Adrawing name(and location).
3. Type A block name if a localblock already
exists. Block name: name
or
4. Press ENTER to create a block.
5. Pick Aninsertionpointonthe object
Insertionbasepoint: picka point
6. Pick Objects tocreate the block.
Select objects: pick objects
7. Press ENTERto end the selectionset.
7. AutoCAD 2D Tutorial
- 171 -
Purge 19.5
1. Choose File,Drawing Utilities,Purge.
or
2. Type PURGE atthe command prompt
Command: PURGE
3. Choose One ofthe following purgeoptions:
Purgeunused
Blocks/Dimstyles/LAyers/ LTypes/
SHapes/STyles/Mlinestyles/All:
8. AutoCAD 2D Tutorial
- 172 -
Defining Attributes 19.6
1. Choose Draw,Block,Define Attributes...
or
2. Type ATTDEFatthe command prompt. Command: ATTDEF
3. Choose TAGtospecifyeachattribute occurrencein thedrawing.
4. Choose Prompttofillinthe promptthatthe user sees when
placingthe attribute.
5. Choose Value tofillinadefaultvalue.
6. Pick Aninsertionpoint for eachattribute
7. Create Ablockwhichincludesthe newattributes.
Toggle the following mode settings to on or off .
Invisible Does not display, but allows extraction.
Constant All occurrences of this Attribute have the same value.
Verify Issues extra prompts to verify a proper value.
Preset Does not prompt for this Attribute during Block insertion.
9. AutoCAD 2D Tutorial
- 173 -
Editing Attributes 19.7
1. Choose Modify, Object, Attribute,Single...
or
2. Click the Edit Attribute iconfromthe ModifyII Toolbar.
or
3. Type ATTEDITatthe command prompt
Command: ATTEDIT
4. Pick The blockto edit
Selectblock: pick
10. AutoCAD 2D Tutorial
- 174 -
Block Attribute Manager 19.8
1. Open adrawing withattributes.
2. Type BATTMANatthe command prompt.
Command:BATTMAN
or
3. Choose Modify,Object,Attribute, Block Attribute
Manager
or
4. Click the BlockAttribute Managericonfrom the
Modify II Toolbar
11. AutoCAD 2D Tutorial
- 175 -
Enhanced Attribute Extract Wizard 19.9
The Editorenables youtoeditthe attributes inanindividualblock as opposed
to the Block Manager whichis used to Block Definitions.
1. Open a drawing with block attributes.
2. Choose Tools, Attribute Extraction...
or
3. Click the Attribute Extract icon from the Modify II toolbar.
4. Choose the Current Drawing radio button and Next.
5. Click Next to choose Xrefs and nested blocks from the
Settings window.
6. Click Next to not choose an existing template.
7. Choose the Blocks and Attributes to extract and Next.
12. AutoCAD 2D Tutorial
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8. Choose the View output.
9. Click Next.
10. Save the file phone.xls
11. Open the template in Excel.