Decompress virtual machine file into the same directory.Unzip patch8*.zip, preserving subdirectories, into the same directory.Unzip freecad8.zip, preserving subdirectories, into the same directory.Locate and download Unix virtual machine.Create a directory, say, /home/username/freecad8 for the downloads.You may delete subfolder freecad8:bin:macx, and its remaining contents.įreeCAD : Download & Install in Other Unix.In folder freecad8, drag freecad8.im and drop onto visual.app to launch the application.From subfolder freecad8:bin:macx, move the application visual.app into folder freecad8.Unzip patch8*.zip, preserving subdirectories, into the same folder.Unzip freecad8.zip, preserving subdirectories, into the same folder.Locate and download OSX virtual machine.Then you can visit the Example Section to view and download example assemblies.The best place to start is the Video Tutorial.You may delete subfolder freecad8:bin:powermac and its remaining contents.Alternatively, create a alias containing the full command below:.In folder freecad8, drag freecad8.im and drop onto visual to launch the application.From subfolder freecad8:bin:powermac, move the application visual, StdLibC and Netmanage into folder freecad8.Decompress virtual machine file into the same folder.Decompress patch8*.zip, preserving subdirectories, into the same folder.Decompress freecad8.zip, preserving subdirectories, into the same folder."Never" for "Create Surrounding Folder".Then for the Destination options, select."Never" for "Convert Text Files to Macintosh text format".Open Stuffit Expander 5.5 preferences dialog to Cross Platform options, and select.Locate and download PowerMac virtual machine.Create a folder, say, freecad8 for the downloads. Assembly data are unchanged across platforms. freeCAD runs on Windows, Linux PC and Mac OS/X. Other specific text formats are for MOSES, PDMS Review and POV-Ray. The text format allows pre and post processing of assemblies by other programs, especially spreadsheet programs. Assemblies can be saved in binary or human readable, tab delimited, text format with notes and simulation data for later reload. Individual parts can be save into files and reinserted into any assembly repeatedly. Fourier tranforms of all times series are available. Users can view forces and torques from joints, constraints, actuators, springs, dampers, applied forces and inertia. Acceleration data include transverse, centripetal and Coriollis accelerations. Data series available include linear and angular displacements, velocities, accelerations, forces, torques, momenta and kinetic energies. XY plots can be zoomed and set to equal scales. Users can obtain engineering data in the form of plots and tabular output. Full 3D pan, zoom, tilt and rotate is available during simulation and animation. After simulation, the computed solution can be used for animation or frame by frame analysis. Simulation progress is animated and the simulation can be stopped any time. It does redundant constraint removal automatically and nondimensionalizes the equations for improved accuracy and stability of models that are microscopic or gigantic. Users can specify constant gravity of arbitrary magnitude and direction.įreeCAD can compute kinematic, quasi-static or dynamic solutions for any interval of time going forward or backward based on the assembly and user requests. Available functions are sqrt, exp, ln, lg, sin, cos, tan, arctan, arctan2, spline, spectral density. Example formulas for spring, damper, bushing, beam, aerodynamic, inverse square law and other forces and torques are given. Forces and torques are user prescribed functions of time, displacements and velocities in all three components or along connecting markers. Their motions are user prescribed functions of time. Available actuators are rotational, translational and full six DOF. The curve-curve contact allows liftoffs and collisions based on coefficient of restitution. Both open and closed 3D loops are permitted. Available joints are spherical (ball), revolute (pin), translational (slider), cylindrical, planar, fixed, universal, point in line, point in plane, parallel, perpendicular, no rotation, constant velocity, rack pinion, screw. Mass and inertia properties can be user specified or automatically computed based on uniform density. Exact specification of linear and angular velocities of parts in space are also possible. The parts can be positioned and oriented exactly in space, as are markers on the parts. Available solids are extrusions of rectangles, circles, ellipses and polygons. FreeCAD is capable of full 3D pan, zoom, tilt and rotate on an assembly of parts in wireframe or rendered graphics.
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