Бесплатный Autocad For Mac



AutoCAD for Mac one-key shortcuts, toggles and screen management commands and A-Z shortcuts. AutoCAD for Mac hotkeys. CUSTOMIZE AUTOCAD FOR MAC Learn how to create macros, add commands to the menu, and use basic LISP routines in AutoCAD for Mac. Customize AutoCAD for Mac.

crack software download скачать EFI Fiery XF 6.5 Schlumberger petromod v2019 Delcross Savant v4.0 Acoustics Engineering Sabin v3.0.76
-----anwer8#nextmail.ru-----change '#' to '@'-----
New Software everyday Update,Anything you need,You can also check here: ctrl + f

  1. Autodesk provides many native Mac products for 3D modeling, CAD, rendering, animation, VFX, and digital imagery. In addition, we provide full support for a number of products when used on the Mac in virtualized environments including Parallels Desktop and VMware Fusion.
  2. Autocad mac download free. Design & Photo downloads - AutoCAD by Autodesk Inc. And many more programs are available for instant and free download.
  3. Create precise 2D and 3D drawings with AutoCAD CAD software. AutoCAD includes industry-specific features for architecture, mechanical engineering, and more.
  4. The AutoCAD for Mac system requirements refer to a model identifier when describing the minimum or recommended Mac models to use with AutoCAD for Mac.

NI LabVIEW NXG 4.0.0 Win32_64
Datamine.Studio.UG.v2.1.40.0.x64
Agilent GoldenGate RFIC Simulation Software 2013.10-4.8.3 linux 64bit
Apache Design Solutions Redhawk v11.1.2.Linux64
Ansys.v15.0.7 &.SpaceClaim 2014 sp1 Win32_64.&.Linux64
Active-HDL_9.3_sp1
Aldec.ALINT v2012.12.SR2.Win64
ASVIC Mech-Q Full Suite v4.16.001 for AutoCAD 2002-2019 x86x64
Tableau Desktop Professional Edition 2019.3.0
Leica.MissionPro v12.5.0
ADINA.9.5.2.Win64.&.Linux64
Artweaver plus v7.0.2
PointWise.18.3.R1.Win64.Linux64.&.MacOSX64
BaDshaH Gigapixel.3.1.1
simulation admet predictor v9.0
Tekla Structural Designer 2019 SP2 119.0.2.33 Win x64
DesignBuilder v6.1.2
Klokan.MapTiler.Plus.v10.0.24
Encom Discover v2013 build 15.0.0.100
Agilent.Advanced.Design.System(ADS).v2014.01.Linux32_64
Arqcom.CAD-Earth.v4.0.3.AutoCAD.2010-2015
Avenir.LoopCAD.MJ8.Edition.2014.v5.0.03
PolyWorks Metrology Suite 2018 IR11 x32/x64
CD-ADAPCO.STAR-CCM+.9.02.007-R8.WIN.LINUX.64BIT
CEI.Ensight.10.0.3.GOLD.WINDOWS.MAC.LINUX
IHS QUE$TOR v2019 Q1
MOSES.V8i.07.07.00.01
STAAD RCDC V8i 04.01.01.03 build 07.03.2014
Topodot
BETA.CAE.Systems.v19
MIDAS NGEN 2019 V1.3 2018.11.02 X64
CD-ADAPCO.STAR-CCM+.9.02.007-R8.WIN.LINUX.64BIT
CEI.Ensight.10.0.3.GOLD.WINDOWS.MAC.LINUX
ANSYS Products 2019 R1 Linux64
Ansys.Additive.2019R2.2.Win64
Ansys.Motion.2019R2.Win64
Bentley.WaterGEMS.CONNECT.Edition.Update2.v10.02.01.06
LabVIEW NXG 3.1.1 Win64
MedCalc v19.0.4 Win32_64
DWG TOOL Software Acme CAD Converter 2019 8.9.8.1488
form-Z Pro 8.6.4 Build 10237 Multilingual Win64
csi.csicol.v9.0.0
CSC.Fastrak.2014.v15.0.2.1
CATIA.P3.V5-6.R2014.GA.With.English Doc.Win32_64
Delcam v20.7.0.29 for SolidWorks 2013-2014
DipTrace 2.3.1.0 (x86x64)
GLOBE.Claritas.v6.0.1
CAST-DESIGNER v6.2
Delcam.FeatureCAM v2014.R3.Win32_64
Delcam.Postprocessor.2014.SP2.Win32_64
Delcam.PowerINSPECT.2013.R2.SP2
Delcam.PowerShape.2014.R2.SP1.Win32_64
DFMPro.v3.6.0.2169.for.PTC.WildFire.Creo.Win32_64
DFMPro.v3.6.0.2163.for.NX.6.0-9.0.Win32_64
ESI PAM-STAMP 2G v2012.2 Win Final
ETABS 2013 v13.1.4 x86x64
NCH DreamPlan Plus v3.18
Edgecam.2014.R1.SU3.Update
ElectrodeWorks.2013.SP1.1.Win32_64
e-Xstream.Digimat.v5.0.1.Win64
GeoStru.EasyHVSR.v2014.16.2.155
Geometric eDrawings_Pro_2014_SP3 x64
GT-SUITE 7.4 Build 2 WindowsLinux
Guthrie.QA.CAD.v11.A.37a
Polar Instruments Si9000e 2014 v14.07
SAPROTON.NormCAD.v8.2.0.x86.x64
Interactive Petrophysics v4.3
intersect v2014.1
iMachining.2.0.9.for.Siemens.NX.8.5-12.Win64
IBM Rhapsody v8.06 Win64
IHS.SubPUMP.v9.6
ATP-EMTP v11.4
LMS.Imagine.LAB.AmeSim.R13.SL1
LUSAS Finite Element Analysis Suite (Academic) v15.0.1
LPILE v2012.6.37
MasterCAM.X7.MU2.for.SolidWorks.Win32_64
Mentor Grathics FloTHERM v10.0
Metso.FactNet.v5.0.128
Metso.WinGEMS.v5.3.319
WellView v9.0
midas GTS NX 2019 v1.1 x64
Compost4 v4.1.5.0
Maplesoft Maple v18.0 Win32_64.&.Linux64
Megatech.MegaCAD.2D3D.v2014.Win32_64
Metacomp.CFD++.11.1.Win32
MicroSurvey.STAR.NET.v8.0.2.630
MoldWorks.2012.SP0.1.Win32_64
Numeca.Fine.Open.v3.1.2.Windows.&.Linux
Numeca.Hexpress.Hybrid.v3.1.2.Windows.&.Linux
Netviz Professional 7.0
Coventor SEMulator3D 7.0 x64
sigmanest v10.0
Oshonsoft.8085 Simulator IDE 3.21
Oshonsoft.AVR Simulator IDE 2.17
Oshonsoft.PIC10 Simulator IDE 2.17
Oshonsoft.PIC16 Simulator IDE 1.17
Oshonsoft.PIC18 Simulator IDE 3.17
Oshonsoft.PIC Simulator IDE 7.17
Oshonsoft.Z80 Simulator IDE 10.21
OmniCAD_v1.0.0.2125 for NX 9 Win64
Infolytica MotorSolve v6.1.0.9 x64
Infolytica Magnet v7.8 x64
powerlog v3.4.5
Bentley CivilStorm CONNECT Edition (CL) v10.02.00.55
Bentley FlowMaster CONNECT Edition 10.00.00.02
PointWise.V17.2R1
paradigm epos v2015 winlinux
PTC Creo 2.0 M110 & Help Center Full Win32_64
Proteus.Professional.v8.1.SP1
HyPneu v12.06
Simufact Forming v12.0
SolidCAM.2013.SP6
Systat.AutoSignal.v1.70
Systat.PeakFit.v4.12.00
Systat.TableCurve.2D.v5.01.02
Systat.TableCurve.3D.v4.0.01
Systat.v13.1.x86.x64
Syopsys.PTS.vH-2013.06.Linux32_64
Synopsys.Syn.vH-2013.03.Linux32_64
SAFE 2014 V14.0.0
SPACECLAIM.V2014.SP1
Systat.SigmaPlot.v12.5.0.88
The.Foundry.Meshfusion.v103
The.Foundry.Modo.v801.Win64Linux64MacOSX64
The.Foundry.NukeX.v8.0V3.Win64Linux64MacOSX64
The.Foundry.Nukex.v8.0V4.MACOSX64Win64MACOSX64
Telelogic Rhapsody 8.04 Win32_64
Tekla.Structure.v20.00.13136.SR1 Win64
Thunderhead.PetraSim.v5.4.0414
VERO.SurfCAM.v2014.R2
VPstudio v12 for AutoCAD 2010-2013 Win32_64
V-Ray v2.40.04 for 3dsMax 2014.Win64
VoluMill.NEXION.v6.0.0.2125.Win32_64
VoluMill.v6.0.0.2125.for.NX.v6.0-9.0.Win32_64
Zeataline Projects PipeData-PRO v9.0.13
RAM Connection V8i v09.00.00.41
gINT Pro Plus V8i SS1 08.30.03.223
Maxsurf Enterprise V8i v20.00.03.09
Multiframe Advanced V8i SS3 17.00.02.10
STAAD Foundation Advanced V8i v07.00.00.52
Utilities Designer V8i v08.11.09.67
AECOsim.Building.Designer.V8i.SS5.v08.11.09.747
OpenPlant.Modeller.V8i.SS5.v08.11.09.404
Maxsurf Enterprise V8i v20.00.04.08
Multiframe.V8i.SS3.17.00.04.08
OpenPlant.Isometric.Manager.V8i.SS5.08.11.09.404
ECS FEMFAT 5.4/FEMFAT-Lab 4.0

Bahasa Indonesia • ‎Deutsch • ‎English • ‎Türkçe • ‎español • ‎français • ‎hrvatski • ‎italiano • ‎polski • ‎português • ‎português do Brasil • ‎română • ‎svenska • ‎čeština • ‎български • ‎русский • ‎українська • ‎中文 • ‎中文(中国大陆)‎ • ‎中文(台灣)‎ • ‎日本語 • ‎한국어
Download
Next: Mouse Model

Foreword

FreeCAD is a 3D parametric modeling application. It is primarily made for mechanical design, but also serves all other uses where you need to model 3D objects with precision and control over modeling history.

FreeCAD has been under development since 2002, and it offers a large list of features. Capabilities are still missing but it is powerful enough for hobbyist use, and small workshops. There is a fast-growing community of enthusiastic users who participate in the FreeCAD forum, and you can find many examples of quality projects developed with FreeCAD there. See also, FreeCAD used in production.

Like all free software projects, FreeCAD depends on its community to grow, gain features, and fix bugs. Don't forget this when using FreeCAD; if you like it, you can donate and help FreeCAD in various ways, such as writing documentation and making translations.

See also:

Installing

First of all, download and install FreeCAD. See the Download page for information on current versions and updates, and the Installing page for installation instructions. There are install packages ready for Windows (.msi), Debian and Ubuntu (.deb), openSUSE (.rpm), and Mac OSX. FreeCAD is available from the package managers of many other Linux distributions. A standalone AppImage executable is also available, which will run on most recent 64-bit Linux systems. As FreeCAD is open-source, you can also grab the source code and compile it yourself.

Бесплатный Autocad For MacFree

Exploring the interface

Standard FreeCAD interface in 0.19.


See a full explanation in Interface.

1. The main view area, which can contain different tabbed windows, principally the 3D view.
2. The 3D view, showing the geometrical objects in the document.
3. The tree view (part of the combo view), showing the hierarchy and construction history of objects in the document; it can also display the task panel for active commands.
4. The property editor (part of the combo view), which allows viewing and modifying properties of the selected objects.
5. The selection view, which indicates the objects or sub-elements of objects (vertices, edges, faces) that are selected.
6. The report view (or output window), where messages, warnings and errors are shown.
7. The Python console, where all the commands executed are printed, and where you can enter Python code.
8. The status bar, where some messages and tooltips appear.
9. The toolbar area, where the toolbars are docked.
10. The workbench selector, where you select the active workbench.
11. The standard menu, which holds basic operations of the program.

The main concept behind the FreeCAD interface is that it is separated into workbenches. A workbench is a collection of tools suited for a specific task, such as working with meshes, or drawing 2D objects, or constrained sketches. You can switch the current workbench with the workbench selector. You can customize the tools included in each workbench, add tools from other workbenches or even self-created tools, that we call macros. Widely used starting points are the PartDesign Workbench and Part Workbench.

When you start FreeCAD for the first time, you are presented with the start center. Here is what it looks like for version 0.18:

For FreeCAD 0.17 see this start center screenshot.


The Start Center allows you to quickly jump to one of the most common workbenches, open one of the recent files, or see the latest news from the FreeCAD world. You can change the default workbench in the preferences.

Navigating in the 3D space

Mac

FreeCAD has several different navigation modes available, that change the way you use your mouse to interact with the objects in the 3D view and the view itself. One of them is specifically made for touchpads, where the middle mouse button is not used. The following table describes the default mode, called CAD Navigation (You can quickly change the current navigation mode by right-clicking on an empty area of the 3D view):

SelectPanZoomRotate view
First method
Rotate view
Alternate method
Press the left mouse button over an object you want to select.

Holding down Ctrl allows the selection of multiple objects.

Hold the middle mouse button, then move the pointer.Use the mouse wheel to zoom in and out.

Clicking the middle mouse button re-centers the view on the location of the cursor.

Hold the middle mouse button, then press and hold the left mouse button, then move the pointer.

The cursor location when the middle mouse button is pressed determines the center of rotation. Rotation works like spinning a ball which rotates around its center. If the buttons are released before you stop the mouse motion, the view continues spinning, if this is enabled.

A double click with the middle mouse button sets a new center of rotation.

Hold the middle mouse button, then press and hold the right mouse button, then move the pointer.

With this method the middle mouse button may be released after the right mouse button is held pressed.

Users who use the mouse with their right hand may find this method easier than the first method.

Ctrl+Ctrl+Shift+Shift+
Pan mode: hold the Ctrl key, press the right mouse button once, then move the pointer. introduced in version 0.17Zoom mode: hold the Ctrl and Shift keys, press the right mouse button once, then move the pointer. introduced in version 0.17Rotate mode: hold the Shift key, press the right mouse button once, then move the pointer. introduced in version 0.17


You also have several view presets (top view, front view, etc) available in the View menu, on the View toolbar, and by numeric shortcuts (1, 2, etc...). By right-clicking on an object or on an empty area of the 3D view, you have quick access to some common operations, such as setting a particular view, or locating an object in the Tree view.

First steps with FreeCAD

FreeCAD's focus is to allow you to make high-precision 3D models, to keep tight control over those models (being able to go back into modelling history and change parameters), and eventually to build those models (via 3D printing, CNC machining or even construction worksite). It is therefore very different from some other 3D applications made for other purposes, such as animation film or gaming. Its learning curve can be steep, especially if this is your first contact with 3D modeling. If you are struck at some point, don't forget that the friendly community of users on the FreeCAD forum might be able to get you out in no time.

The workbench you will start using in FreeCAD depends on the type of job you need to do: If you are going to work on mechanical models, or more generally any small-scale objects, you'll probably want to try the PartDesign Workbench. If you will work in 2D, then switch to the Draft Workbench, or the Sketcher Workbench if you need constraints. If you want to do BIM, launch the Arch Workbench. If you are working with ship design, there is a special Ship Workbench for you. And if you come from the OpenSCAD world, try the OpenSCAD Workbench.

You can switch workbenches at any time, and also customize your favorite workbench to add tools from other workbenches.

Working with the PartDesign and Sketcher workbenches

The PartDesign Workbench is made to build complex objects, starting from simple shapes, and adding or removing pieces (called 'features'), until you get to your final object. All the features you applied during the modelling process are stored in a separate view called the tree view, which also contains the other objects in your document. You can think of a PartDesign object as a succession of operations, each one applied to the result of the preceding one, forming one big chain. In the tree view, you see your final object, but you can expand it and retrieve all preceding states, and change any of their parameter, which automatically updates the final object.

The PartDesign workbench makes heavy use of another workbench, the Sketcher Workbench. The sketcher allows you to draw 2D shapes, which are defined by applying Constraints to the 2D shape. For example, you might draw a rectangle and set the size of a side by applying a length constraint to one of the sides. That side then cannot be resized anymore (unless the constraint is changed).

Those 2D shapes made with the sketcher are used a lot in the PartDesign workbench, for example to create 3D volumes, or to draw areas on the faces of your object that will then be hollowed from its main volume. This is a typical PartDesign workflow:

  1. Create a new sketch
  2. Draw a closed shape (make sure all points are joined)
  3. Close the sketch
  4. Expand the sketch into a 3D solid by using the pad tool
  5. Select one face of the solid
  6. Create a second sketch (this time it will be drawn on the selected face)
  7. Draw a closed shape
  8. Close the sketch
  9. Create a pocket from the second sketch, on the first object

Which gives you an object like this:

At any moment, you can select the original sketches and modify them, or change the extrusion parameters of the pad or pocket operations, which will update the final object.

Working with the Draft and Arch workbenches

The Draft Workbench and Arch Workbench behave a bit differently than the other workbenches above, although they follow the same rules, which are common to all of FreeCAD. In short, while the Sketcher and PartDesign are made primarily to design single pieces, Draft and Arch are made to ease your work when working with several, simpler objects.

The Draft Workbench offers you 2D tools somewhat similar to what you can find in traditional 2D CAD applications such as AutoCAD. However, 2D drafting being far away from the scope of FreeCAD, don't expect to find there the full array of tools that these dedicated applications offer. Most of the Draft tools work not only in a 2D plane but also in the full 3D space, and benefit from special helper systems such as Work planes and object snapping.

The Arch Workbench adds BIM tools to FreeCAD, allowing you to build architectural models with parametric objects. The Arch workbench relies extensively on other modules such as Draft and Sketcher. All the Draft tools are also present in the Arch workbench, and most Arch tools make use of the Draft helper systems.

Download Autocad For Mac

A typical workflow with Arch and Draft workbenches might be:

  1. Draw a couple of lines with the Draft Line tool
  2. Select each line and press the Wall tool to build a wall on each of them
  3. Join the walls by selecting them and pressing the Arch Add tool
  4. Create a floor object, and move your walls in it from the Tree view
  5. Create a building object, and move your floor in it from the Tree view
  6. Create a window by clicking the Window tool, select a preset in its panel, then click on a face of a wall
  7. Add dimensions by first setting the working plane if necessary, then using the Draft Dimension tool

Which will give you this:

More on the Tutorials page.

Addons, Macro and External workbenches

Freecad, as an open source software, offers the possibility to supplement its workbenches with addons.

The Addon principle is based on the development of a workbench complement. Any user can develop a function that he or she deems to be missing for her/his own needs or, ultimately, for the community.With the forum, the user can request an opinion, help on the forum. It can share, or not, the object of its development according to copyright rules to define. Free to her/him.To develop, the user has available scripting functions.

There are two types of addons:

  1. Macros: short snippets of Python code that provide a new tool or functionality. Macros usually start as a way to simplify or automate the task of drawing or editing a particular object. If many of these macros are collected inside a directory, the entire directory may be distributed as a new workbench.
  2. External workbenches: collections of tools programmed in Python or C++ that extend FreeCAD in an important way. If a workbench is sufficiently developed and is well documented, it may be included as one of the base workbenches in FreeCAD. Under External workbenches, you'll find the principle and a list of existing library.

Scripting

Free Autocad Blocks For Mac

And finally, one of the most powerful features of FreeCAD is the scripting environment. From the integrated python console (or from any other external Python script), you can gain access to almost any part of FreeCAD, create or modify geometry, modify the representation of those objects in the 3D scene or access and modify the FreeCAD interface. Python scripting can also be used in macros, which provide an easy method to create custom commands.

Autocad

What's new

  • See the release notes for the detailed list of features.
Next: Mouse Model
User documentation
  • Installation:Download, Linux, Windows, MacOS, Docker, AppImage, Ubuntu Snap
  • Basics:About FreeCAD, Interface, Mouse navigation, Selection methods, Object name, Preferences, Workbenches, Document structure, Properties; Help FreeCAD, Donate
  • Help:Tutorials, Video tutorials
  • Workbenches:Std Base; Arch, Draft, FEM, Image, Inspection, Mesh, OpenSCAD, Part, PartDesign, Path, Points, Raytracing, Reverse Engineering, Sketcher, Spreadsheet, Start, Surface, TechDraw, Test Framework, Web
  • Unmaintained workbenches:Plot, Robot, Ship
  • Deprecated workbenches:Complete, Drawing
  • Code:Addon Manager, Addons, Macros, External workbenches
  • Hubs:User hub, Power users hub, Developer hub

Free Autocad Viewer For Mac

Retrieved from 'http://wiki.freecadweb.org/index.php?title=Getting_started&oldid=781285'




Comments are closed.