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[{"fields": {"is_featured": false, "dir_size": 13600, "igdata": "generative drafting workbench modifying the drawing type drafting interface layout drafting toolbars the select toolbar the views toolbar the drawing toolbar the dress-up toolbar the style toolbar drafting options summary during this course you will learn the fundamentals of the generative drafting workbench. this lesson will explain the generative drafting workbench toolbars and options. the following slides will demonstrate how to open the drafting workbench. select start from the drop down menu. select mechanical design from the start drop down menu. notice that once you select the drafting workbench, the new drawing creation dialog box will appear. the following slides will demonstrate how to modify the drawing type from d size ansi to e size ansi. this will change the sheet size. notice that the standard may be changed from ansi to iso, etc. the orientation and scale may also be modified. select the down arrow located next to the sheet style field in the new drawing dialog box. select e ansi from the sheet style drop down list. select ok to commit the sheet style modification. notice the orange automatic layout icon. this icon configuration defines all views, including isometric views. note that these views will be created automatically. there are three (3) other automatic layout options available. select one of these layout icons (empty sheet, front bottom right, front top left). the following slides will demonstrate the location and function of the icons and toolbars within the drafting workbench. a detailed description of each area is provided later in this lesson. this is the drafting workbench specification tree. although it does not share information with the design history tree, it reacts in a similar manner. these are the view layouts which you defined in the new drawing creation dialog box. if you had selected the other icons, a different view layout would have appeared. notice that the name and view scale are located directly below each view. please remember that the icons, toolbars and layout may be modified. it is important to remember icon shapes, not locations. the following slides will demonstrate the location of the five (5) pertinent toolbars used for sheet layout and view manipulation. a detailed description of each area is provided later in this lesson. this is the select toolbar, which serves the same function on all workbenches. this is the views toolbar. it contains six buttons that access sub-toolbars. these buttons will be described in detail on the following slides. this is the projections toolbar. it creates views (i.e., front views, unfolded views, projection views, auxiliary views, isometric views and advanced views) and is used to extract 3d geometry into a view. this is the sections toolbar. it creates section views that are offset or aligned. the sections can be defined "section views" or "section cuts." this is the details toolbar. it creates detailed views that may be defined by a circle or a sketch. these views may be defined as "normal" or "quick." this is the clipping toolbar. it creates clipped views defined by a circle or a sketch. this is the break view toolbar. it creates broken views or breakout views to remove a defined length of part or a defined length of section from a solid so that the user may see internal geometry. this is the wizards toolbar. it creates views based on three (3) pre-determined view configurations (all views, front bottom right, front top left), previously defined when the sheet was created. this is the drawing toolbar. it contains two (2) commands and one (1) toolbar which are discussed in detail on the following slides. this is the substantiate 2d component. it creates a 2d component instance. this is the new view toolbar. it creates a new user-defined view. this is the sheets toolbar. this toolbar allows you to create a new sheet or a new detailed sheet from the current sheet. this is the dress-up toolbar. it contains one (1) command and two (2) toolbars. this is the axis and threads toolbar. it contains 6 icons used to create center lines, threads and axis lines. this is the area fill toolbar. it has 2 icons and is used to create and modify areas to be filled with a pattern or solid color as defined in the library or by the user. this is the arrow command. it is used to create an associative arrow. please notice that the style toolbar is very customizable, and may be changed to suit your company's needs or internal standards. the following slides will demonstrate the location of the eight (8) pertinent drafting options tabs, located in the options definition dialog box. select options from the tools drop down menu. this is the general drafting options tab. notice that these options control the ruler, grid, rotation, colors, tree display parameters, and the view axis. this is the layout drafting options tab. notice that these options control view creation, new sheet creation, background views, and section/projection callout. this is the view drafting options tab. notice you can choose to effect the geometry generation, view generation, as well as the clipping view. this is the generation drafting options tab which controls the auto creation of an axis, centerlines, fillet boundaries, 3d color inheritance, etc. it also controls automatic dimension generation. this is the geometry drafting options tab which controls automatic creation of circles and ellipses, automatic restraint creation, constraint visualization control, and constraint colors. this is the dimension drafting options tab which controls dimension creation options, dimension move options, dimension lineup options and the dimension analysis display mode. this is the manipulators drafting options tab which controls the tools that allow you to modify dimensions (i.e., overrun, blanking, inserting text before-and-after, moving values and lines). this is the annotation and dress up drafting options tab which controls the creation of text, and its ability to snap to a point. notice that most of the options may be toggled on or off by selecting a checkbox. remember the orange button located in a checkbox means on while a white empty checkbox means off. congratulations! you have completed the lecture portion of this lesson. you have been familiarized with the drafting workbench interface, toolbars and options. <br/>", "overdue_email_after": false, "fail_retake": false, "keywords": "CATIA, Courses, Design, Generative Drafting, Drafting", "fail_action": "", "notification_email": false, "access_token_redemption_count": 0, "completion_type": "", "title": "CATIA V5 - Drafting Workbench Overview", "overdue_email_after_text": null, "encoded_id": "S2GVu1kYX5", "is_viewed": true, "overdue_days_email": false, "parent_id": null, "private_views": 0, "fail_email_text": null, "status": "active", "sharing": "public", "description": "<p>During this lesson you will be introduced to the Drafting Workbench available in CATIA V5. </br>To see the entire CATIAV5 Generative Drafting Course go to <a href=\"https://www.scatelearning.com/index.php?main_page=product_info&cPath=3_691_5&products_id=2299&zenid=htv8qic3tdv0432un0p47u5lu5\">SCATELearning.com.</a></p></p>", "tags": [24, 25, 103, 157, 211], "price": "0.00", "invite_message": null, "allow_score_reset": true, "igtype": "ignitable", "pass_email_text": null, "fail_popup_text": null, "podcast": false, "public_views": 11763, "notification_email_text": null, "categories": [12, 18], "overdue_days_email_text": null, "pass_action": "", "notification_days_before": null, "access_token": null, "pass_popup_text": null, "pass_level": 0, "author": 252, "completion_date": null, "overdue_summary": false, "fail_retake_auto": false, "avgrating": "0.0", "directory": "285_1201805923365", "date_created": "2008-01-31T13:58:43Z", "access_token_limit": 0}, "model": "Content.ignitable", "pk": 285}]
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