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Tutorials

Lesson 42 - Inserting Drawings in Drawings (About DWG References)

Sometimes you need to reference other drawings, and nanoCAD lets you insert those other drawings in the one you are working with. This is called 'DWG references' or 'external references' or 'xref' for short. In this video, you learn how to insert drawings in drawings:
• Using the XAttach command to attach an external drawing to the current one
• Editing the attached drawing and updating it
• Toggling the visibility of xrefs
• Removing xrefs form drawings by unloading them

Lesson 41 - Viewing Proxy Entities with nanoCAD

nanoCAD uses the DWG file format, which means it can open and edit drawing files from many other CAD programs. One quirk about DWG is that it can define custom objects that are unique to one program. When you open such a drawing in nanoCAD, the custom objects are displayed as proxies -- entities that can be seen but not edited very much. In this video, you learn how to work with proxy objects:
• Identifying which objects are proxy objects
• Changing the look of proxy objects with the ProxyShow variable

Lesson 40 - Creating and Working with Groups

nanoCAD has several ways of working with groups of entities, and one of them is called "groups." Groups essentially are named selection sets. In this video, you learn how to create and insert blocks in drawings:
• Using the Group command to make a group of entities
• Understanding the difference between "selectable" and "uselectable" modes
• Using groups in commands
• Eliminating groups

Lesson 39 - Working with Attributes in Blocks

Blocks can hold data called "attributes," such as prices and model numbers. In this video, you learn how to add attributes to and extract data from blocks:
•    Adding attributes to blocks
•    Filling data into attributes
•    Editing attribute data
•    Toggling the visibility of attributes
•    Exporting attributes to a spreadsheet program

Lesson 38 - Editing and Sharing Blocks with nanoCAD

Once you have added blocks to a drawing, you may want to change them, and you definitely want to use them in other drawings. In this video, you learn how to edit and share blocks with other drawings:
• Using the Block Editor to make changes to blocks
• Editing blocks in-place
• Sharing blocks between drawings through the Clipboard
• Saving blocks to disc with the SaveAs and WBlock commands
• Adding blocks to the Tools palette

Lesson 37 - Creating and Inserting Blocks with nanoCAD

CAD is all about drawing efficiently, and one of the most efficient tools is the block. A block is a symbol that you use a lot, such as a door or a bolt. In this video, you learn how to create and insert blocks in drawings:
• Using the Block command to make a desk symbol from a rectangle
• Inserting the desk block in the drawing with the Insert command
• Understanding unit blocks
• Inserting a unit block as a scaled desk symbol

Lesson 36 - 2D Drawings from 3D Models in nanoCAD Pro

Once a 3D model is finished, it is a common task to generate 2D drawings from it for the shop floor. nanoCAD Pro does this for you semi-automatically. In this video, you learn how to generate 2D plans and sections, as well as how to employ live sections to make cutting planes in one, two, and three dimensions.

Lesson 35 - More Ways to Edit 3D Solids with nanoCAD Pro

The most common edit made to 3D solids probably is rounding and flattening edges. In this video, you learn how to apply 3D fillets and 3D chamfers to 3D solids. As well, you find out about a trick to edit a 3D polyface mesh object, then turn it into a solid, thereby making shapes not otherwise possible with solids.

Lesson 34 - Modifying 3D Models

Once the basics of a 3D model are placed with primitives or extruded 2D objects, you can begin to modify it. In this video, you learn how to change the shape of a 3D model using logical (Boolean) operations named Union, Subtract, and Intersect. You learn also how to change the shape with 2D entities and with the PressPull command.

Lesson 33 - Simple 3D Modeling in nanoCAD Pro

nanoCAD Pro provides several ways to construct 3D model. In this video you learn about drawing 3D primitives, like a box. You also learn how to turn 2D drawings into 3D models, such as a rectangle into a box and (with the Extrude command) into a pipe shape (with the Revolve command). You see how to edit this 3D models using grips, and learn the names of the parts of a 3D model.

Lesson 32 - Introducing 3D Modeling with nanoCAD Pro

nanoCAD Pro is excellent at 3D modeling. In this video, you learn some introductory concepts to 3D modeling, such a how to use dynamic UCS to draw on 3D faces, changing the 3D viewpoint quickly, and adjusting shading modes so that the model looks better.

Lesson 31 - Advanced Dimensioning Methods in nanoCAD

nanoCAD has the flexibility to show several kinds of advanced dimensions. In this video, you learn how to have both Imperial and metric distances on dimensions, as well as how to show four kinds of tolerances on dimensions.

Lesson 30 - Working with Dimensions Styles

nanoCAD lets change the look of dimensions through the use of styles. Apply a different style, and the dimension looks different instantly. In this video, you learn how to make a new dimension style, and then apply it to existing dimensions. As well, you learn how to change the look of a dimension on-the-fly with the mDim command's Properties option.

Lesson 29 - Editing Dimensions in nanoCAD

Once dimensions are placed in drawings, they can be edited. nanoCAD lets you change their position and their look. In this video, you learn how to use grips to change the position of dimensions, and the Properties panel to change their look. In addition, you learn how to break dimension lines to make drawings look cleaner and how to flip the arrowheads on dimensions.

Lesson 28 - Semiautomatic Dimensioning With the mDim Command

Although nanoCAD produces perfectly accurate drawings, it can be useful to place dimensions to get a feel for the overall size of objects. In this video, you learn how to use the mDim command to place a variety of dimensions on straight, angles, and curved entities -- semi-automatically, because nanoCAD senses the entity type to determine the correct dimension to place.


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