Get this app from the AppStore here.Įvery Thursday is #3dthursday here at Adafruit! The DIY 3D printing community has passion and dedication for making solid objects from digital models. No special software or special skills required! With Cubify Draw, anyone who can draw (ages 8-80) now has the ability to create unique 3D content. Print out your file on your 3D printer at home. stl (saved in your My Cubify account, or sent to you by email).
Turn your fingers into an instant 3D drawing toolīring your imagination to play and simply use your finger to draw on your iPhone, iPad, or iPad Mini – Cubify Draw will turn those images into a 3D model, automatically.Ĭreate a shape, make the line thicker or thinner, then make it 3D! The drawing is turned into a cookie-cutter like shape, and from there you can adjust thickness and height, or make the shape solid, before saving the file. Using your 3D printer, make it real! FEATURES Email the file to yourself or upload it to. Turn your fingers into an instant 3D drawing tool. Check out the tool for free now to compare to the other sketch-to-object projects you have tried before to get a sense of why this app is worth checking out! Values should be numeric.Amid a number of interesting “print-my-doodle” projects shared lately, from Doodle3D to Doodlesculpt,Ĭubify has just launched a robust and intuitive Cubify Draw free iOS app for iPhone, iPad, and iPad Mini that allows those just starting out with 3D printing to instantly create a 3D extruded doodle that can be uploaded to for their service to print or send you your processed STL, depending on your interests.
The very least each point object requires x and y The first point in a shape must include the moveToĮach point is somewhere on an x, y plane. reverse() – reverse the order of points of a shapeĪ shape is an array of 2 or more point objects.Ī line should be drawn between each point in a shape.Īdding a moveTo property to a point indicates thatĪ line should not be drawn to that point from the.remove() – remove unrequired points of a shape.position() – find the coordinates and angle at a.
moveIndex() – change the starting point of a shape.cubify() – convert shape's curves to cubic beziers.boundingBox() – get a shape's bounding box and.add() – add additional points to a shape.
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