![]() 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.
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