Release 11 Now Available for Both Mathematica & Wolfram Language: 3D Printing Greatly Enhanced

3DPrint.com

Programmers who rely on Mathematica, a leading software in technical computing and known for its functionality as well as surprising user-friendliness, should be thrilled to hear that this system is. 3D Printing 3D Software 3D printed plots 3D printing enhancements coding language coding programs coding software Mathematica Mathematica Online technical computing wolfram Wolfram Knowledgebase

Tutorial Tuesday 16: Mathematica Brings the Mathematical Bling

Shapeways Blog

For example, this stunning Rhombic star earring by Mathematical Creations: This design was created with Wolfram’s powerful software Mathematica. The latest release of Mathematica 11 added a suite of new 3D printing features including 3D mesh and data utilities, a library of ready-made scientific 3D printable models, and an increased ability to thicken and modify Mathematica outputs to make them suitable for 3D printing. From Mathematica Output to 3D Model.

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It’s the Most Wonderful Time of the Year…for 3D Printing

3DPrint.com

3D Printing 3d printed cookie cutters christmas 3d prints cults 3d cults3d Hanukkah holiday 3d prints holiday decorations holidays instructables Mathematica myminifactory stl files thingiverseHanukkah, Christmas, Kwanzaa, New Year’s Eve, St. Nicholas’ Day, the Winter Solstice, Festivus…December is filled with holidays for us all to celebrate. And what better way to do so. View the entire article via our website.

What Things May Come: 3D Printing is the Topic of Southwestern University Symposium/Sculpture Exhibit

3DPrint.com

3D Design 3D printed art 3D Printing 3d design 3d printed art 3d printing arts mathematica brown symposium Christian Lavigne exhibit Mary Hale Visser Southwestern University stratasys What Things May Come As 3D printing’s availability grows it also captures more attention from researchers who weigh the pros and cons of the profound shifts that the technology can have in science, medicine, manufacturing, the arts — and beyond.

Mathematics/Physics Student Creates 3D Printed Puzzle of Trefoil Knot, Catches Mathematical Community’s Interest

3DPrint.com

3D Design 3D Printing advanced mathematics blender Fred Hohman Laura Taalman makerbot replicator 2 Mathematica mathematics Tinkercad trefoil trefoil knot University of Georgia wolfram Senior year of high school, I made room for drama in my class schedule by dropping from the track of honors math courses (Calculus? no, thanks!) I’d been taking since middle school. I went... View the entire article via our website.

Dr. Casey Handmer’s 3D Printed Mars Ring Is Engraved with Robotic and Crystal Imagery

3DPrint.com

3D Design 3D Printing 3d printed jewelry 3d printed ring 3d printed rings dr. casey handmer i.materialise mars Mars Orbital Laser Altimeter mars ring Mathematica nasa NASA Mars Global Surveyor US Geological SurveyIf you follow the incredible world of astronomical research, then you are already informed about the new data that NASA has contributed to our knowledge about the planet Mars. The Mars Exploration. View the entire article via our website.

Data 63

Meet Mary Visser: Artist, Academic and Feminist 3D Designer

Materialise

As Vice-President of ARS Mathematica , Mary Visser is currently working on a comprehensive history on the development of Cybersculpture, together with the founder of ARS Mathematica, Christian Lavigne. ARS Mathematica is an international non-profit organization that promotes the use of 3D Printing for sculptors. 3D Printing Art and Design Software 3D-printed sculptures Ars Mathematica feminism interview Mary Visser Materialise Magics sculpture Southwestern University

MakerHome: Day 289 - Braid representation of 7_2

MakerHome

Technical notes, Mathematica/Blender/Tinkercad flavor: This knot was printed by JMU student Patrick Moran, using Mathematica to get the original braid shape, Blender to thicken the strands, and Tinkercad to add bars at the top and bottom of the model. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start?

MakerHome: Day 167 - Umbilic torus

MakerHome

In yesterdays post we wished for a way to remesh Mathematica output, and it turns out that at least for this kind of object, kitwallace had already posted a way to make seamless mobius bands with OpenSCAD on his blog The Wallace Line. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start? This summer well go from baby steps to punk-rock disobedience with the MakerBot Replicator Mini!

MakerHome: Day 194 - Pentagonal Hexecontahedron

MakerHome

On Day 192 we developed a method for doing this using Mathematica, MeshLab, and TopMod, and tested three types of meshes. Use Mathematica to create the polyhedron and export to STL: PolyhedronData["PentagonalHexecontahedron"] Export["PentagonalHexecontahedron_math.stl", %]. Specifically, Mathematica creates models in inches, so when this model is imported into MakerWare it will be very small (for example, a 2-inch model would only be 2 millimeters). MakerHome.

Day 355 - Saturday guest: Fred Hohman and knot fibrations, part 1

MakerHome

Fred is the designer of the beautiful "trefoil trumpet" we printed on Day 311 , and in the next two posts he''ll be walking us through the math and the Mathematica of a sort of "3D puzzle" based on this trefoil. Mathematica, Plotting, and Resolution. To generate 3D computer models of the trefoil knots, I chose to use Mathematica. RegionPlot3D , a built-in Mathematica function, plots regions in 3D space using inequalities.

Day 67 - The knot 8_19

MakerHome

Technical notes: As always, this knot was made in Mathematica using Cantarella data. The real reason for printing the knot 8_18 yesterday was to compare it to a print of 8_19 , the first non-alternating knot in the standard knot table. STL file: [link] Tinkercad link: https://tinkercad.com/things/icZH9zTcivd-day-67-knot-819/edit Thingiverse link: [link] Settings: The same MakerWare custom knot-slicing profile used yesterday.

Wolfram and Shapeways Meet Up

Shapeways Blog

We also had the opportunity to learn more about Wolfram’s Mathematica as Charles xxx took us through this incredibly expansive tool, which is used for transforming data visualizations into 3D printable objects. Last Thursday, Shapeways and Wolfram Research came together for a Meetup at the the Orange County Makerspace. The Meetup was centered around a dialogue between makers and software engineers on available tools for using code to make 3D printable models.

MakerHome: Day 192 - Mesh-testing a Gyroelongated Pentagonal.

MakerHome

Expensiveware warning: On this blog I try to stick to free and commonly available software, but for todays object I am pulling out the big guns and using Mathematica , which is very much not free. Mathematicas freeware baby cousin wolframalpha.com also knows about the gryo-pen-bic-whatsit , but Mathematica has much more data and power, and most importantly, can export models to STL. So the problem is this: How to turn a model exported from Mathematica into a wireframe?

Theoretical Physicist 3D Prints a Ring Based on the Topography of the Planet Mars

Materialise

Using a software package called Mathematica , Dr. Handmer directly used the Mars datasets to create the ring. Casey Handmer is a theoretical physicist passionate about 3D Printing, technology and space.

Day 150 - Trefoil torus knots

MakerHome

Making knot models that can export to STL files is easy to do in Mathematica (see Day 110 ), but Mathematica is not a free tool and not everyone has access to it. In addition, Mathematica does not always export reliable STL files. For the next four days we''ll be posting various mathematically interesting models of the trefoil knot.

Designer Spotlight: Jeremie Brunet

Shapeways Blog

I’m also a member of several mathematical art associations : Ars Mathematica, and the European Society for Mathematics & Arts. This week we are thrilled to highlight Jeremie Brunet, mechanical engineer and designer behind Jeremie Brunet 3D fractals. His shop is full of fascinating designs that let us visualize a world we normally can’t see. Check out his shop and learn more about his inspiration below. Tell us a little bit about yourself: Who are you?

Day 121 - Menger Coaster Set, Part 1

MakerHome

These were constructed in Tinkercad after importing a Menger sponge that was created in Mathematica (although we could also have imported one built in Minecraft; see Day 108 ). Following up on Day 23 ''s Menger-sponge-slice coaster, today we print four different slices of a Level 3 Menger Sponge. There are four more interesting slices that we''ll print tomorrow.

Day 66 - The knot 8_18

MakerHome

Technical notes: This knot was made in Mathematica using Cantarella data, as usual. Our initial reason forgetting a 3D printer was to print mathematical models of knots, so today we go back to our roots and print a model of the knot 8_18 with our new translucent yellow filament: STL file: [link] Tinkercad link: https://tinkercad.com/things/9TtZc26k2Rc-day-66-knot-818 Thingiverse link: [link] Settings: MakerWare custom knot-slicing profile used in Day 9 and Day 11 , on a Replicator 2.

Day 22 - 3D Stars

MakerHome

The stellated dodecahedra came from Mathematica''s PolyhedronData command. Although this blog is for stuff I make at home, if you are a teacher then you know that home and work are essentially the same thing, especially when you are grading exams. It''s the season for that first calculus exam, and to reward the students with B or higher grades I made some 3D stars.

Day 356 - Sunday guest: Fred Hohman and knot fibrations, part 2

MakerHome

Here is the object in Mathematica: After exporting to STL and printing, this is the result: Thingiverse link: [link] 2. Here it is in Mathematica: And now printed: Thingiverse link: [link] 3. My latest attempt has been to have Mathematica generate all twelve pages of Pi/6 thickness, cut each page into two pieces using the plane z =0, and import each piece individually into Blender , a free, open-source 3D modeling and animation software.

Day 144 - Volumes of Hanoi

MakerHome

The center piece was exported from Mathematica , and the rest of the model was made in Tinkercad (which came back from a sleep today after a large update - so glad you are back, Tinkercad!). The semester has begun and we are back to teaching calculus. Later this semester we will cover Volumes of Solids of Revolution with the "disc method" and the "shell method", and when we do, we''ll use today''s print as a 3D example.

MakerHome: Day 276 - Petal conformation of 6_2

MakerHome

Technical notes, Mathematica flavor: Todays petal knot was designed and printed by JMU Student Jonathan Gerhard, using the method from Day 152 and data sent to us by Adams student Daniel Vitek. Heres Jonathans walkthough of what he did: The data for the petal knot conformation of 6_2 came in the form of 500 points in space determined by the following Mathematica code: Bumps[t_, n_] := If[Abs[Mod[t, n, -n/2]] > 1, 0, Cos[?*Mod[t, MakerHome.

Day 32 - Icosahedron jawbreaker trap

MakerHome

If I were to do this again I would get a model from Mathematica and make sure it was rotated correctly before importing into Tinkercad The problem with Day 29''s Icosahedron Failure Bowl wasn''t with the model, it was with the machine. Turned out that the Replicator 2 needed a new xyz motor wire harness. So now let''s try it again: This year''s prize at the SUMS Conference is a lot of jawbreakers trapped inside a 3D-printed icosahedron (symbol for the Mathematical Association of America ).

Day 350 - Triple Bubbles

MakerHome

I tried to export the Wolfram object using Mathematica, but it was not the right kind of graphics object to allow an STL export. Alas, this in turn meant that I really needed to understand all the mathematics in the code, and also translate the code from Mathematica syntax to OpenSCAD syntax. When three bubbles intersect, they do so in a very specific way.

DIMENSIONEXT: Home Metal 3D Printer: Newton 3D

Dimensionext

Whilst the list of home 3D printers at the start of the article make this statement seem a little over the top regarding an analogy to a scientific discoveries by the author of the Principia Mathematica and many of the fundamentals of modern physics, speculation that in time the advent of home metal 3D printing will be a momentous breakthrough may be no overstatement. Pages. SECTOR NEWS. REPORTS. REVIEWS. SEARCH. PRINTEREST. ABOUT. Home Metal 3D Printer: Newton 3D.

The Mars Ring: Physicist Turns NASA’s Data from Outer Space into a Metal 3D Print

i.materialise

I use a versatile software package called Mathematica. Theoretical physicist Dr. Casey Handmer has been fascinated with 3D printing, technology and space ever since he can remember. One of his endeavors has been to transform NASA’s publicly available data about the planet Mars into an elegant ring – and we met with him to talk about his project and why he turned to 3D printing to realize it.

MakerHome: Day 212 - Stylized Catalan Wireframes

MakerHome

The wireframe designs were made using Mathematica, MeshLab, and TopMod. Use Mathematica to create the polyhedron and export to STL, and then calculate the scaling factor for the model: PolyhedronData["PentakisDodecahedron"] Export["PentakisDodecahedron.stl", %] N[
 PolyhedronData["PentakisDodecahedron", "EdgeLengths"]] 
Out = {1., MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome.

MakerHome: Day 166 - Mobius

MakerHome

He shared with me his technique for creating thickened parametric surfaces in Mathematica that can be exported as STL files, and posted a lovely Mobius strip on Thingiverse which is our 3D print for the day: Thingiverse link: [link]. Technical notes: Here is the Mathematica code that James wrote to generate this model: F[u_, v_] := {(Cos[u] + v*Cos[u/2]*Cos[u]), (Sin[u] + v*Cos[u/2]*Sin[u]), v*Sin[u/2]}. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome.

Tutorial Tuesday 10: Modeling for 3D Printing with Cinema 4D

Shapeways Blog

For those interested in 3D printing mathematical objects with Cinema 4D, check out the Mathematical Visualization website by Dr. Elizabeth Denne from the Department of Mathematics at Washington and Lee University: These instructions walk you step-by-step through the process of importing Mathematica models into Cinema 4D and processing them for 3D printing.

Day 110 - Rocking knot

MakerHome

Technical notes, math flavor: The thicker model was created in Mathematica using the following code: a =.8 Today''s print is a knot with a special property: No matter how the knot sits on the table, it never touches the table in more than two places. This property makes the knot rock back and forth easily, and roll down even very shallow inclines. It''s a fun thing to have on your desk, and it''s the knot that I usually print at demos and talks.

Day 9 - Mini knots

MakerHome

Technical notes: These knots were created by taking data provided by mathematician Jason Cantarella of the University of Georgia and using Mathematica to "tube" the data into a format that could be output as an STL file. Even at home, eight days is a lot of time to pass without printing something mathematical. So today, miniature knots! We can use them around the house as game tokens or poker chips, or just to look pretty.

Day 14 - Dodecabubbles

MakerHome

Technical notes: The vertex and edge data for the frame of the dodecahedron was taken from Mathematica using PolyhedronData["Dodecahedron", "Edges"]. Inspired by JMP''s Bubble Frames on Thingiverse, today we have a dodecahedron frame for dipping into bubble solution to make a minimal surface.

MakerHome: Day 311 - Trefoil Trumpet

MakerHome

Technical notes, math and Mathematica flavor: Fred Hohman will be guest-posting later this summer to tell us about the mathematics behind his fibered knot, and how he created it using Mathematica. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start? This summer well go from baby steps to punk-rock disobedience with the MakerBot Replicator Mini! Thursday, July 3, 2014.

MakerHome: Day 195 - Disdyakis Dodecahedron

MakerHome

Well, it happens that this is exactly what Mathematica does, and since we used Mathematica to get the original polyhedral form for our models, the blue and red polyhedra already have this property! We can ask Mathematica to find the edge lengths that occur in the Disdyakis Dodecahedron with this command: N[ PolyhedronData["DisdyakisDodecahedron", "EdgeLengths"]]. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome.

MakerHome: Day 268 - Tritangentless conformation of 3_1

MakerHome

See Day 151 for the OpenSCAD code that will generate this knot without the "seam" that appears if you try to model it in Mathematica. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start? This summer well go from baby steps to punk-rock disobedience with the MakerBot Replicator Mini! Wednesday, May 21, 2014. Day 268 - Tritangentless conformation of 3_1.

MakerHome: Day 197 - Pentagonal Icositetrahedron

MakerHome

Designed using Mathematica, MeshLab, and TopMod as described in Day 194 , with scaling factor determined as described in Day 195. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start? This summer well go from baby steps to punk-rock disobedience with the MakerBot Replicator Mini! Tuesday, March 11, 2014. Day 197 - Pentagonal Icositetrahedron.

MakerHome: Day 291 - Friday Fail: Crossing change edition, with.

MakerHome

Technical notes, math flavor: This knot was made by JMU students Greg Houchins and Kirill Korsak, who used Mathematicas KnotData package to export an STL file of this pretzel conformation. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start? This summer well go from baby steps to punk-rock disobedience with the MakerBot Replicator Mini! Friday, June 13, 2014.

MakerHome: Day 266 - 3D Printed Conformations of Knots

MakerHome

Constructing a 3D model that is actually printable can challenging; to 3D print the knot conformations through seven crossings, we used a combination of Mathematica, Blender, Tinkercad, Knotplot, SeifertView, and OpenSCAD. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start? This summer well go from baby steps to punk-rock disobedience with the MakerBot Replicator Mini! Monday, May 19, 2014.

MakerHome: Day 256 - Friday Fail: Fixed-by-Tinkercad edition

MakerHome

Or maybe it is something else entirely, but in any case, sometimes importing an STL file to Tinkercad works fine, and sometimes it causes a problem (for example, with Mathematica-exported knots like the one in Day 11 ), and every once in a while it fixes a problem. MakerHome. One 3D print every day from home, for a year. Welcome to MakerHome. Current mission: If youre new to 3D printing, where do you start?