Arabic Autodesk AutoCAD First Completed Advanced Lessons

• Introduction to your Course you will Advance your Skills with AutoCAD® 2021

-After this Lecture you will be able to:-

• Know How to Download free Software of AutoCAD® version 2021 and any Autodesk® Programs

-After this Lecture you will be able to:-

• Define the area of the drawing to display and controls the visual appearance of the objects in the view and the background assigned to a named view.

-After this Lecture you will be able to:-

*Arrange Viewport and save only in model space, but can restore saved viewport arrangements either in model space, as model space viewports, or in paper space, as layout viewports.

Saved settings include

• The number and position of viewports

• The views that the viewports contain

• The grid and snap settings for each viewport

• The UCS icon display setting for each viewport

-After this Lecture you will be able and know that:-

The navigation bar is a user interface element where can access both unified and product-specific navigation tools.

-This is included Video

• ViewCube. Indicates the current orientation of a model and is used to reorient the current view of a model.

• SteeringWheels. Collection of wheels that offer rapid switching between specialized navigation tools.

• ShowMotion. User interface element that provides an onscreen display for creating and playing back for design review, presentation, and bookmark-style navigation.

• 3Dconnexion. Set of navigation tools used to reorient the current view of a model with a 3Dconnexion 3D mouse.

• Pan. Moves the view parallel to the screen.

• Zoom tools. Set of navigation tools for increasing or decreasing the magnification of the current view of a model.

• Orbit tools. Set of navigation tools for rotating the current view of a model.

-After this Lecture you will be able to:-

• Create a linear object that starts at a point and continues to infinity.

• Create a construction line of infinite length.

-After this Lecture you will be able and know that:-

• Donuts are filled rings or solid-filled circles that are actually closed polylines with width.

-After this Lecture you will be able to:-

Create Multiline Styles

You can create named styles for multilines to control the number of elements and the properties of each element. The properties of multilines include

• The total number of elements and position of each element

• The offset distance for each element from the middle of the multiline

• The color and linetype of each element

• The visibility of the lines, called joints, that appear at each vertex

• The type of end caps that are used

• The background fill color of the multiline

-After this Lecture you will be able to:-

• Create a smooth curve that passes through or near a set of fit points, or that is defined by the vertices in a control frame.

• Select a 2D polyline provides specialized PEDIT options and can select a single arc or line segment, also called a subobject, within a polyline by pressing the Ctrl key when you click over it.

• Draw polylines with straight or curved segments. Define the width for the polyline segments and taper the width across the segment. Draw polygons specifying the number of sides and size.

-After this Lecture you will be able to:-

• Set the origin and orientation of the current user coordinate system (UCS).

• The UCS is a moveable Cartesian coordinate system that establishes the XY work plane, horizontal and vertical directions, axes of rotation, and other useful geometric references. You can change the UCS origin and orientation for convenience as you specify points, enter coordinates, and work with drawing aids, such as Ortho mode and the grid.

• A UCS can be stored with a viewport if the UCSVP system variable is set to 1 for that viewport.

-After this Lecture you will be able to:-

• Align objects with other objects in 2D and 3D ,either one, two, or three pairs of source points and definition points can be specified to move, rotate, or tilt the selected objects, aligning them with points on another object.

-After this Lecture you will be able to:-

• Create a new revision cloud by selecting two corner points or polygonal points, dragging your cursor, or you can convert an object such as a circle, polyline, spline, or an ellipse into a revision cloud. Use revision clouds to highlight parts of a drawing that are being reviewed.

-After this Lecture you will be able to:-

• Create a list of requirements that an object must meet to be included in a selection set.

• The Object Selection Filters dialog box is displayed.

-After this Lecture you will be able to:-

• Display data that you expect to change during the life cycle of a drawing.

• When a field is updated, the latest data is displayed. For example, the value of the FileName field is the name of the file. If the file name changes, the new file name is displayed when the field is updated.

• Fields can be inserted in any kind of text (except tolerances), including text in table cells, attributes, and attribute definitions. When any text command is active, Insert Field is available on the shortcut menu.

• Some sheet set fields can be inserted as placeholders. For example, you can insert SheetNumberAndTitle as a placeholder. Later, when the layout is added to a sheet set, the placeholder field displays the correct sheet number and title.

• Block placeholder fields can be used in block attribute definitions while you're working in the Block Editor.

• A field for which no value is available displays hyphens (----). For example, the Author field, which is set in the Drawing Properties dialog, may be blank.

• An invalid field displays pound signs (####). For example, the CurrentSheetName field, which is valid only in paper space, displays pound signs if it is placed in model space.

-After this Lecture you will be able to:-

link a table with data in a Microsoft Excel (XLS, XLSX, or CSV) file. You can link to an entire spreadsheet, individual row, column, cell, or cell range in Excel.

NOTE:

Microsoft Excel must be installed to use Microsoft Excel data links. To link to the XLSX filetype, Microsoft Excel 2007 must be installed.

You can bring data from Microsoft Excel into a table in the following three ways:

• As formulas with supported data formats attached.

• As calculated data from formulas calculated in Excel (supported data formats not attached).

• As calculated data from formulas calculated in Excel (with data formats attached).

A table that contains data links displays indicators around linked cells. If you hover your cursor over the data link, information about the data link is displayed.

-After this Lecture you will be able to:-

• Modify the plot styles in a plot style table.

• Organize sheet set under headings, called subsets, that you create.

• Specify drawing sheets that you can assemble, reorder, rename, copy, and save for publishing as a multi-sheet drawing set.
  

-After this Lecture you will be able to:-

• Specify settings for a motion path animation and creates an animation file.

• Set a camera and target location to create and save a 3D perspective view of objects.

-After this Lecture you will be able to:-

• link information from another document in a drawing, the information can be updated when it changes in the source document.

• link information from a document created by another application to a drawing. For example, you might want to insert a schedule that will be automatically updated. You can also install multimedia icons that are activated when double-clicked.

• Update Links

• Reconnect Links

• Break Links

After this Lecture you will be able to:-

• Extracts drawing data and merges data from an external source to a data extraction table or external file.

• Exports object property, block attribute, and drawing information to a data extraction table or to an external file, and specifies a data link to an Excel spreadsheet

• You can extract information from objects, such as block attributes and drawing properties, to create a schedule, a parts list, or a bill of materials.

-After this Lecture you will be able to:-

• Create the objects you want to use in the block definition.

• Modify a Block Reference

• Modify the position, scale, rotation, and other properties of a block reference in the Properties palette. These changes affect only that instance of the block reference, not the block definition.

• Explode a Block Reference

-After this Lecture you will be able to:-

• Test Blocks before Saving.

• Modify the block definition in the current drawing.

• Modify the block definition in the source drawing and reinsert it into the current drawing.

• Update a block definition that originated from an inserted drawing file.

• Update a block definition that originated in a library drawing (advanced).

• Use the Block Editor to define the objects and behavior for a block definition. In the Block Editor, you add parameters and actions, which define custom properties and dynamic behavior.

-After this Lecture you will be able to:-

• Plan the block content

• Create the geometry

• Add geometric and dimensional constraints

• Add parameters

• Add actions

• Define parameter properties

• Test the block

• Save the block

Parametric drawing is a technology that is used for designing with constraints, which are associations and restrictions applied to 2D geometry.

know that there are two general types of constraints:

• Geometric constraints control the relationships of objects with respect to each other

Dimensional constraints control the distance, length, angle, and radius values of objects

-After this Lecture you will be able to:-

• You can create and fully constrain a drawing first, and then control the design exclusively by relaxing and replacing geometric constraints, and changing the values in dimensional constraints.

• You can work in an under constrained drawing and make changes as you go, using a combination of editing commands, grips, and adding or changing constraints.

-After this Lecture you will be able to:-

• Start, Stop or Cancel Macro Recording; Copy Existing Macros; and Change the Location where Macros are saved.

-After this Lecture you will be able to:-

• Modify Macros by Changing Values or Deleting Actions. Manage Action Macros by Renaming, Copying, or Deleting or Change their Properties.

-After this Lecture you will be able to:-

• Create, edit, or remove commands using the Customize User Interface (CUI) Editor. You can also add new commands to pull-down menus, toolbars, and ribbon panels, or duplicate them to be displayed in multiple locations.

-After this Lecture you will be able to:-

• create and modify toolbars to better fit your processes.

-After this Lecture you will be able to:-

• Create a Ribbon tab

• Remove a Ribbon tab

• Add a Ribbon Panel to a Ribbon tab

• Remove a Ribbon Panel from a Ribbon tab

• Set the Initial Position of a Ribbon Panel on a Ribbon tab

• Set the Resize Style of a Ribbon Panel on a Ribbon tab

-After this Lecture you will be able to:-

• Creates, modifies, and deletes AutoCAD command aliases.

• Add                                Displays a dialog box where you can add a new AutoCAD alias and command or DOS alias, command, and prompt.

• Remove                          Removes AutoCAD or DOS command alias from the acad.pgp file.

• Edit                                Displays a dialog box where you can edit the currently selected AutoCAD alias and command or DOS alias, command, and prompt.

• Confirm changes           Turns the display of the confirmation dialog box on and off.

• OK                                 Saves changes and exits the Alias Editor.

• Close                             Exits the Alias Editor without saving changes. Any changes made before the Apply button was clicked are saved.

• Apply                             Saves changes in progress, then allows you to continue editing.

-After this Lecture you will be able to:-

• Create a Tool Palette Group

• Add a Tool Palette to a Tool Palette Group

• Copy a Tool Palette From One Group to Another

• Display a Tool Palette Group

• Delete a Tool Palette Group

• Display all Tool Palettes

-After this Lecture you will be able to:-

• Backup files help ensure the safety of your drawing data. If a problem occurs, you can restore a drawing backup file.

• Computer hardware problems, power failures or surges, user mistakes, or software problems can cause errors in a drawing. By saving your work frequently, you can ensure a minimum of lost data if your system fails for any reason. If a problem occurs, you can restore a drawing backup file.

-After this Lecture you will be able to:-

• Insert any Template you need through drawing by AutoCAD® Design Center