3DSlash is 3D modeling and engineering application. 1,607 likes 1 talking about this. Create in 3D with 3D Slash! The easiest 3D modelisation software on the market, meant for non-designers and children. Smart and fun to use for everyone! With 3D Slash, you can edit 3d models like a stonecutter. A unique interface: as fun as a building game! The perfect tool for non-designers and children to create in 3D. 3D Slash CAD software works on a Raspberry Pi For a long time, computer-aided design (CAD) was the domain of powerful and expensive workstations. This state of affairs has changed considerably in the last few years. More and more CAD software is becoming available for.
| Stable release | |
|---|---|
| Operating system | Browser application on Web GL; Downloadable application for Windows, MacOS, Linux 32 bits and 64 bits, Raspberry pi |
| Type | 3D modeling software |
| License | Proprietary |
| Website | 3dslash.net |
3D Slash is a type of 3Dmodeling software produced by Sylvain Huet.
3D Slash software offers an original and intuitive experience to 3D model easily[1] imitating the stone-cutter and his block : 3D Slash develops its concept on preassembled Cuboid forms of different sizes (from 1 unit up to 1024) according to octree model.
Background[edit]
Inspiration for 3D Slash came from kids playing on Minecraft and the easy way they develop sophisticated 3D models without noticing it.[2] However, 3D Slash is specifically meant for designing 3D printable objects, in relation with the stone-cutter metaphor.
Therefore, it provides an original 3D Slash toolset such as :- the hammer (to remove a cuboid)- the trowel (to add a cuboid)- the chisel (to remove slices of cuboids)- the brush (to set the color of cuboids)- the wood filler (to add a slice of cuboids)- the milling machine (to remove adjacent cuboids volume)- picture projection on cuboid (to help cutting your object out according to the picture shape)
3D Slash app offers complementary advanced tools :- complex geometrical shapes to handle (cylinder, sphere or cone)- the bucket (to fill in with cuboid an identified volume)- cut / copy / paste functions-
Therefore, curved shapes (cylinder, sphere, cone) are also approximated by the small cuboids of the octree.3D Slash particularity is also based on its .STL files (standard 3D Printing file format) import / export function. 3D Slash algorithm computes the mesh approximation thanks to the octree's cuboids (import) and the reverse operation for the export (computation of the octree's mesh envelope).
3D Slash enables community links with the possibility to share, like and re-use 3D designs among members. Printing is directly possible thanks to commercial partnerships.
3D Slash provides a 3D modeling unique solution for non-designer[3] mass-market audience, ages from 5 to 95, matching together creativity seeks, Do it yourself trends and their concrete production thanks to 3D Printing. On the other hand, 3D Slash is an easy handling rapid prototyping solution for entrepreneurship and the Makers community.
3d Slash Download
3D Slash is integrated in various websites. As of January 2017 it is the only STL customization plugin for Thingiverse.[4] It is the only 3D modeling app integrated in GoogleDrive.[5] It is available as a plugin in Onshape.[6]
With 3D Slash Sylvain Huet was rewarded in 2014 : Gold Medal[7] on Lépine 2014, famous French contest for international inventors since 1901; two ribbons as Maker of Merit[8] on Paris MakerFaire 2014 from the organisator Le FabShop and from Sketchup.
Since its release, the ease of use of 3D Slash has been recognized by various actors from the 3D printing field[9][10][11][12] as well as from the Education area.[13][14]
Technical information[edit]
The software starts from a primary cuboid (i.e. including form) and manages the related arborescence in which each cuboid is either full, either empty or subdivided in 8 cuboids. An arbitrary color can be attached to any full cuboid. The octree model enables the software to implicitly define the level of details (LOD) by cutting the octree according to an arbitrary depth.
3D Slash application is written in Metal, a functional language designed by Sylvain Huet in 2003.[15][16]
3D Slash application is available for Windows, MacOS and Linux. A special version is also available for Raspberry Pi[17] An android version is available on the Sqool, a French tablet for education.[18]
3D Slash is also available as a web app on any webGL browser including iOS and Android devices.
Content license[edit]
As of January 2017, the EULA states that any content created in 3D Slash online or that is uploaded to the community webpages from the offline editor are automatically licensed as Creative Common License BY - NC - SA, unless the premium license subscription is purchased.[19]
References[edit]
- ^'3D Slash : simplifiez-vous l'impression 3D (vidéo)'. 01net.com.
- ^+Jean-Marie Laly. '3D Slash, interview exclusive avec Sylvain Huet, inventeur'. 3Dnatives.
- ^'3D Slash Software is Aimed at Non-Designer Users'. 3DPrint.com.
- ^'3D Design Made Easy: 3D Slash App Launches on Thingiverse'. MakerBot. 2016-05-23. Retrieved 2017-01-12.
- ^'3D Slash'. chrome.google.com. Retrieved 2017-01-12.
- ^'App Store - Onshape'. appstore.onshape.com. Retrieved 2017-01-12.
- ^'Médailles d'Or du Concours Lépine - Concours Lépine'. concours-lepine.com.
- ^'Découvrez les Makers !'. Maker Faire Paris. Archived from the original on 2015-03-15. Retrieved 2015-03-05.
- ^'3D Slash Review: 3D Modeling Made Super Easy | All3DP'. All3DP. 2016-02-02. Retrieved 2017-01-12.
- ^'3D Slash Really Does Make 3D Modeling a 3D Piece of Cake'. 3D Printing Industry. Retrieved 2017-01-12.
- ^'It's A New Version Of 3D Slash!'. Fabbaloo. Retrieved 2017-01-12.
- ^Doris (2015-09-15). '3D Slash: Easy-to-Use and Free 3D Modelling App for Non-Designers - 3Printr.com'. 3Printr.com. Retrieved 2017-01-12.
- ^'App of the Week: Minecraft-like 3-D modeling made easy'. eSchool News. 2016-07-11. Retrieved 2017-01-12.
- ^'Campers Explore 3D Modeling and Printing'. rcetatt.blogspot.fr. Retrieved 2017-01-12.
- ^Mickael. 'Mindscape donne une seconde vie à Nabaztag !'. planete-domotique.com.
- ^'Sylvain Huet'. sylvain-huet.com. Retrieved 2016-04-12.
- ^Biggs, John. '3D Slash Brings 3D Design To The Raspberry Pi'. TechCrunch. Retrieved 2017-01-12.
- ^'La modélisation 3D dans les salles de classe'. L'information spécialisée de la Fabrication Additive (in French). 2015-11-02. Retrieved 2017-01-12.
- ^'3D Slash terms of use'.
Stone Cutter
Historically, Linux has not had many CAD offerings. Now 3D Slash has stepped in to fill the void, and it even works well on a Raspberry Pi.
For a long time, computer-aided design (CAD) was the domain of powerful and expensive workstations. This state of affairs has changed considerably in the last few years. More and more CAD software is becoming available for standard PCs or as a web application. The French firm 3D Slash offers a program by the same name in several versions, including one for Linux. The company promises that the Linux version works without problem on the Rasp Pi. A trimmed down version with basic functionality starts directly from the web browser.
In this article, I look closely at the functionality and performance of 3D Slash [1] running on a Raspberry Pi 2 (RPi 2) outfitted with the current Raspbian 'jessie' operating system. I also compare the 3D Slash to Tinkercad [2], the predominant CAD software offered by Autodesk, Inc.
Introduction
A user can gather first impressions of 3D Slash (Figure 1) by taking it for a spin on the provider's website. A trial run requires only that the user's system and web browser support WebGL.
The website and the application are available in English and French. This language choice does not pose much of a problem for non-native speakers, because operations are performed mostly via buttons, with self-explanatory symbols on the start page, the menu option Learn opens a help page that offers various tutorials in the form of short video clips. It is difficult to proceed without first looking at these tutorials. The clips are short but full of information, so you won't be bored.
Working effectively with 3D Slash requires that the user understand the basics of how the program works. Classic 3D design software starts with a blank slate and then puts together a result seemingly out of nowhere via small and simple shapes. 3D Slash, on the other hand, starts with a solid block of material like real-world stone cutters. In the program, this block, a cuboid, is shaped into a desired form. Much like a stone cutter, the user accesses various tools, including a hammer, drills, and saws to remove material and a trowel to rebuild parts of the cuboid.
Unregistered users can also use 3D Slash as a web application. Registration is required to install the free-standing and higher performing PC version. Registration has been kept simple: The user merely enters an email address and a pseudonym. Once registered and logged in, the user will find software for diverse operating systems under Products | Downloads.
3D Slash v2 was recently released with separate packages for Linux PCs and the Raspberry Pi. Each package comes as a compressed TAR archive. The software can be installed on a maximum of 20 devices and run under a single 3D Slash ID.
Installation
3d Slash Software
The rest of this article presupposes that you are running Raspbian 'jessie.' Based on personal experience, Raspbian runs much smoother on a hard disk rather than on a microSD card. However, 3D Slash writes relatively little data, so it does just fine with flash memory.
The application must adapt to a key component of the Rasp Pi configuration: memory allocation. In many projects, it makes sense to minimize the amount of main memory the GPU can monopolize. For 3D Slash, however, the user should assign the maximum amount possible, 256GB, to the graphics chip. You can accomplish this in one of two ways. From the desktop, click Menu | Preferences | Raspberry Pi Configuration, choose the Performance tag, and enter 256 in the GPU Memory field. From the command line, enter sudo raspi-config, choose Advanced Options | Memory Split, enter 256, then Tab to OK and press Enter. You have to reboot to accept the new memory split.
When 3D Slash is downloaded via the standard Raspbian web browser, the tarball will land in the /home/pi/Downloads directory. Therefore, the user should use the command line to switch into this directory, decompress the downloaded package to the target /usr/local/ directory, and set the rights necessary for executing the program before starting up 3D Slash (Listing 1). The program creates a ~/3dslash/ folder in the home directory to store its data; otherwise, the program does not change the filesystem.
Setting Up 3D Slash
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