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We hope it helps 🙂 as always, leave your commnents or email us for custom LISP program devlepoment. Now you have a dog-bone transition for all the inner corners.Dog Bone Lisp In Action – Autocad , load the lisp and call the command>Select a polyline>type your CNC bit diameter (e.g. there’s a guy named “caseycrogers” on GitHub that already publish a free plug-in for ‘fusion 360’.Īnother way is to use the lisp program we have here that will automatically create the dogbone transition for all inner corners of a polygon on the dxf before sending to your “Maker” the bit is round and you sure want a flat surface for your connection : one part will seat on\inisde another in a perfect flat match.Īssuming you work on 3D, you can do the dog bone CNC transition as part of the model. This page was created for educational use to grasp the concept of Dog Bone Transition on a CNC router.įor those of you started with CNC routing, probably after you create the model you will prepare the sheet for cutting and create the tool path (as G-CODE), There’s a very common issue you will stumble upon. Note: there’s no recommendation on performing dirt jump with this type of bike If you are into designing dirt jump (or looking for dirt jump plans) or generally bike ramps, ping us with a message as we are currently working on something for all the woodworkers out there looking for a parametric solution (modeling in Inventor). You can use this lisp for any other rocket launching project (considering no extra propulsion after launch from the ground.) now you have a rough estimation of where you are going to land. Load the lisp to Autocad > Type “Speed” > Enter Velocity (km/h only! sorry US&A Greatest Country)> Enter The Horizontal Angle as you see in the animation>Hit Enter and that’s it. im not going to get into the physics of that so take a look at Wikipedia and collect some info. seems like the trajectory of a projectile is a nice way to calculate your jump and land. SSD- will select all the dimensions in the selected area.Īs one of my goals this year was to build a dirt jump park. SSB- will select blocks with the same name as the source blocks. “A” for selecting A1 A2 or A3 text (watch the video to make it clearer) “A#*” will select any text stating with A, number, followed by any character(s). for example, if you type “A#” it will select any of A0 A1 … A9. The good part is that it will accept wildcards.

If not and you just click enter, it will prompt for a text pattern. If you do that, the lisp will ask for the other texts containing the exact same text. SST- will select similar TEXT (not mtext.) You will be asked to select a source object.

SSL -will select an object on the same layer, ignoring object type, color or line type. SS -the objects are filtered by object type, layer, color, and linetype. (see the video below), and also always specify the desired area so it wont work on the whole drawing. Select Similar LISP works in a similar manner like Autocad SELECTSIMILAR with Awesome additions, and the best thing is that you can execute the command during another command (Erase, Move, Copy etc.) by typing ‘ss.