A working plane can be one of the main XY, XZ, and YZ global coordinate planes, or it can be a plane that is parallel to them with a positive or negative offset, or it can be a plane defined by the face of a solid object.ģ. Most Draft objects are planar shapes so they are naturally based on a working plane. You can also change the visibility and properties of the Draft grid in this same window. Verify that the Show Draft Snap toolbar is active. To make sure it is always there, go to the Draft Preferences, Edit → Preferences → Draft → Grid and snapping tab. The Draft Snap toolbar is normally activated when you switch to the Draft Workbench.Ģ.1. Use SelectPlane to set both the working plane and the grid, and then show and hide the grid with Toggle grid. Although it is not used in this tutorial, the Draft grid is helpful to position geometrical elements. Since the Draft objects are planar shapes, they are better viewed from the top. When changing properties, you may have to do a Std Refresh action to see the result in the 3D view. Make sure you understand how to use the property editor, particularly the Data and View tabs to change the properties. Switch to the Draft Workbench from the workbench selector, or the menu View → Workbench → Draft. Open FreeCAD, create a new empty document with File → New.ġ.1. The default unit is millimeters mm.įinal drawing including various Draft objects. This tutorial uses the notation (x, y, z) to denote the coordinates required to define points in an object. the creation of dimensions, text, and shapestrings.This tutorial is meant to introduce the reader to the basic workflow of the Draft Workbench. This book has been written mostly by Yorik, but using a lot of information built by FreeCAD users, mostly from the FreeCAD wiki.This tutorial was originally written by Drei, and it was rewritten and illustrated by vocx. The source files of this manual are hosted on github. This manual has been written for the current stable version of FreeCAD which is version 0.16.Īll the contents of this manual are published under the Creative Commons 4.0 license, and can be freely used, downloaded, copied, and modified. However, we hope that the more step-by-step pace, based on examples, and the more unified tone given by a smaller number of authors, will make it more suitable for a first contact with FreeCAD, and that it will become a perfect companion for the wiki. This manual will walk you through the same information available on the wiki. This makes it a precious resource for reference, but not a very practical tool to learn FreeCAD. The wiki is written collaboratively by dozens of community members and, like most wikis, it contains huge amounts of information, but is very hard to access and navigate by newcomers. This manual is an experiment at taking the opposite way from the official FreeCAD documentation wiki. The data you produce with FreeCAD is fully yours, and can be recovered without FreeCAD.įreeCAD is also fundamentally a social project, as it is developed and maintained by a community of developers and users united by their passion for FreeCAD. FreeCAD is free to download, use, distribute and modify, and its source code is open and published under the very permissive LGPL license. It is made primarily to model real-world objects, ranging from the small electronic components up to buildings and civil engineering projects, with a strong focus on 3D-printable objects. IntroductionįreeCAD is a free, open-source parametric 3D modeling application. If you wish to propose edits, please do them there, as this repository will be kept only for generating the ebook versions and will not be directly edited anymore. Note: The manual has been moved to the official FreeCAD wiki which is now its new home.
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