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#Vmware esxi 6.7 turn off storage vmotion windows

Note: at this point the sketch still has blue lines, which means some of its dimensions are still unconstrained. Here is the result after using the dimension tool (D shortcut), clicking on each of the three edges to specify their length:

Next up, setting specific dimensions on these edges.

clicking on the Horizontal/Vertical constraint then selecting the top line.

clicking on the Horizontal/Vertical constraint then selecting the bottom right line.

clicking on the Perpendicular constraint then selecting the top and left lines.

For example, here is the result of just.

Then proceed to draw a quick and dirty outline of the target shape with the line tool, lengths and angles do not matter yet:Īnd then the real Fusion360 power comes in: the ability to apply constraints on/between edges: In this example I chose the X/Y plane to start the sketch, the view automatically changes to orthogonal view of the X/Y plane: One of the 3 planes of the coordinate system can be used to kickstart a model, and later any face of an object can be used to define a sketch on it. This can be set in the Preferences menu, with the “Z up” option in the Default Modeling Orientation settingĪfter modifying this and creating a NEW model, the axes are oriented the way I like:Ī sketch can be drawn on a plane or a face. Parametric modeling basicsīy default, the X/Y/Z axes are displayed with Y axis up:Įven though this is arbitrary, I like to have my axis setup the same way as the physical axes on my Shapeoko, with Z being up, X being the width dimension, and Y being the depth. The true power of Fusion360 is indeed in its workflow, that allows to go back to a previous version of the design, change one dimension somewhere, and NOT have to correct many other dimensions accordingly because the tool will take care of that given the predefined relations and constraints.

mesh modeling, importing pre-existing 3D objects and modeling around them.įor my needs I have been experimenting with parametric modeling mostly, and love the design approach of being able to define the critical dimensions and relations between parts, and let the modeller figure out other dimensions/shapes.

parametric modeling, using 2D sketches defining precise dimensions and relations between sketch elements.

solid modeling, through a sequence of creating and combining basic primitive shapes and operations.

double click mouse wheel = zoom to fit windowįusion360 has three main modeling principles:.

Shift + mouse middle-button = orbit view.

If there is a single shortcut to memorize it is this one: it opens up a search window, where you type in some words of the command you are looking for, and it will find all close matches: Life is too short to click on the tools icons, the following shortcuts are must-know to get any decent productivity in Fusion360.

#Vmware esxi 6.7 turn off storage vmotion windows

It has integrated version management (very useful) and also implements many kinds of simulations, animation and renderings, and is heavily oriented towards cloud-based/collaborative work, but this not what matters the most in my case.Īs of writing this, no native Linux version of Fusion360 is available, so I went and downloaded/installed the Windows version. My favorite modelling tool so far was Sketchup Make, but what brought me to Fusion360 is the fact that it has embedded support for CAM (Computer Aided Manufacturing), and more specifically has a post-processor that generates G-code for my Shapeoko. There are plenty of resources/tutorials out there, but this just captures the bare minimum that I considered worthy of noting for my usecase, as a refresher for when it will have been months since I last used it, and I need to roll a quick and dirty designįusion360 is based on a monthly/yearly subscription fee, but is (at the time of writing) “free for startups, hobbyists, and enthusiasts”. Below is a memo to myself for basic use of the Fusion360 CAD/CAM tool from Autodesk.