123D Make Autodesk 123D Sculpt Bulge, flatten, or refine your creation to achieve the dramatic, comic, or frightening effect you want. Decorate Add shades, tints, and hues with the built-in digital painting brushes, or rub areas of an image directly onto your creation. Export and share Share your project via email or social media sites, or export your sculpture as an .OBJ file. 3ds Max | Software de modelado y renderización en 3D Trial Product Privacy Notice This Trial Privacy Notice describes a data collection and use program. It applies in the US, Canada, UK, Ireland, and Australia. If you are from another country, you will still need to click to agree to the notice, but the program will not apply to you. Why we collect this information We offer this trial period so we can learn more about how users like you work with our products. Product usage information We may use in-product tools to collect information about your use of our trial product (for example: which features are used, time spent using the product). Here is a list of information we may collect, which is sent to our servers once a day in encrypted form: Cookies We will set a cookie on your browser that will uniquely identify you as a visitor to www.autodesk.com (and subdomains like store.autodesk.com). Marketing
New Website Allows You to Create a 3D Printable Lithophane of Any Photo You Choose in 3 Seconds Lithophane I created using the lithophane generator – My wife and I on our wedding – 11/2013 One of the main reasons why people purchase desktop 3D printers is because of the customizability that it provides them in creating whatever they want. One type of 3D print that has become quite popular over the past several months is the lithophane. Historians believe the art form originated in the 1820s by a man named Baron Paul de Bourging. Since then, there have been many methods of creating lithophanes, many of which differ from one another in various respects. If you search Thingiverse for the the word “lithophane”, you will come across over 4,600 results, featuring lithophanes of everything from an Albert Einstein version, to one featuring the T-1 Robot from the Terminator movie. Now, thanks to a website called 3D Printing Rocks! The web-based app currently works with Google Chrome, Firefox, and Internet Explorer 10+ browsers. Have you created your lithophane using this website yet?
Augmented reality app makes Japanese newspaper more engaging for kids Gain instant and exclusive access to over 5,000 of the most creative ideas, innovations and startups on our database and use our smart filters to take you direct to those that are most relevant to your industry and your needs. Not interested? You can still browse articles published in the last 30 days from our homepage and receive your daily and weekly fix of entrepreneurial ideas through our free newsletters. Convierte tus fotografías en modelos 3D, gratis, con Autodesk 123D Catch Autodesk va a lanzar en breve un software, ahora en fase Beta, denominado Autodesk 123D Catch, que permite convertir fotografías digitales en modelos tridimensionales, mediante un programa instalado en la máquina local y el aprovechamiento de la computación en la nube. El proyecto, cuyo nombre anterior es Photofly, ofrece el servicio de conversión de forma gratuita. Requiere un sencillo registro y, mediante una cuenta de correo electrónico, validar la conexión con los servidores de Autodesk cada vez que enviamos un modelo. Autodesk 123D Catch sigue la línea de negocio de otro producto que ya os hemos presentado en Genbeta: Autodesk 123D, que consiste en ofrecer gratis servicios de modelado y cobrar únicamente por el traslado de nuestra creación a un modelo real. Tras el salto os dejo algunos vídeos y cuento mi experiencia con el programa. Autodesk 123D Catch, descarga y registro Una vez ejecutado el programa que descargamos, ya podemos empezar a “trastear”.
How 3-D Printing Will Change Education Also known as rapid prototyping, 3-D printing is a technology that allows users to create three-dimensional physical products from a digital file. Each product is created one layer at a time, using an inkjet-like process that sprays a bonding agent onto a very thin layer of fixable powder. The bonding agent can be applied very accurately to build an object from the bottom up, layer by layer. The process even accommodates moving parts within the object. The first working 3-D printer was created in 1984 by Charles W. Educational institutions are still in the early stages of adopting this groundbreaking new technology, but a few early pioneers have shown us just how feasible–and useful–it can become. Developments in the Sciences One of the areas that 3-D printing has had its biggest impact is in the science field, where the ability to customize and instantly create a tool or new medical device has proven to be quite powerful. Research Fellow Dr. 3-D Printing as an Artistic Medium 1. 2. 3. 4.
The Augmented Web: Simplifying Augmented Reality In Education The Augmented Web: Simplifying Augmented Reality In Education by Maria Politis, Head of Content and Community at buildAR If you spend time on twitter looking at the #augmentedreality and #edutech hashtags you will know that there is quite a lot of discussion going on about Augmented Reality, and how it can be used as an educational tool. The web is full of innovative examples of how Augmented Reality is used in classrooms around the world every day. The ability to overlay digital content and information onto the real world, using triggers like images and locations opens up a world of rich learning opportunities. There is a wide range of Augmented Reality applications for the classroom currently available and real, practical uses of the technology are easy to find. Misunderstanding The Complexity Yet there still seems to be a widespread belief that Augmented Reality is difficult to implement. How Does Browser-Based Augmented Reality Work? Want To Learn More?
Make Your Own 3D Printer for Under $60 Using Recycled Electronic Components with Instructables Design One of the obstacles to jumping headlong into the additive manufacturing milieu for many people is often the expense of the 3D printer itself. Further, for those intrepid, budding engineers, designers, makers, and artists, an initial foray might more reasonably and affordably involve using a less expensive and complex machine. Enter one Instructables contributor, “mikelllc,” who has designed a make-it-yourself 3D printer that is constructed largely from recycled electronic components. Currently, only about 12.5% of all electronic waste, or “e-waste,” is recycled. The EWaste $60 3D Printer is inexpensive to make given that you can round up the necessary components and follow the maker’s step-by-step instructions, which are clear and detailed. The 3D printer uses 1.75 mm plastic filament, which is both easier to extrude and also much more flexible than 3 mm filament. Is this a project you’d think to undertake?
Layar, 10 realidades que no ven tus ojos La realidad aumentada es un tema del que se habla mucho. Sin embargo, no es del todo conocido entre los usuarios y poca gente saca partido de esta tecnología. Hemos elegido Layar, una de las aplicaciones de realidad aumentada más populares, para ver unos cuantos ejemplos prácticos de cómo funciona la realidad aumentada y qué puedes hacer con ella. Antes de empezar Si no tienes la aplicación, lo primero que tienes que hacer es descargarla; de momento, puedes disfrutar de Layar solo si tienes Android o iPhone. Hay que decir también que las aplicaciones de realidad aumentada, en general, suelen consumir bastante batería, por lo que es mejor llevar el móvil bien cargado. ¿Qué es todo esto? Lo primero que hay que entender para usar Layar es qué son las capas. Cuando abres una capa en Layar, el contenido de esa capa se mostrará en la pantalla de tu móvil. Más información, más capas Desde la misma aplicación, puedes navegar entre las distintas capas disponibles, tanto gratuitas como de pago. 1.
Fully 3D Printed Working Engine Runs Completely on Hot and Cold Water — and You Can Print Your Own For Free 3D printing is fascinating, especially to those individuals who have not ever seen the technology in action previously. However, like with all new technology, this fascination subsides as time goes on and the technology becomes more commonplace. Perhaps we aren’t quite at this point yet with 3D printing, but the intrigue generated through the seeing, touching, and feeling of 3D printed objects will surely wither with time. In a project that could be considered “breathtaking,” “innovative,” and “potentially revolutionary,” Clucas has created what he believes is the first ever fully 3D printed working engine. “What I’m doing is creating projects for people to print, rather than objects,” explained Clucas to 3DPrint.com. These Stirling cycle engines are certainly dynamic, and without a doubt have the ability to keep anyone’s attention for more than a few seconds. “There are many things that you can do with these engines,” explained Clucas. As for Clucas, he isn’t stopping here.
Immersive Learning Experiences through Augmented Reality Author: Judy Bloxham - Jisc RSC Northwest; Allen Crawford-Thomas - Jisc RSC West Midlands; Stephen Wileman - South Staffordshire College What is Augmented Reality? Augmented Reality overlays the digital world over the physical world - thus ‘augmenting’ the real world experience. AR is not a new concept, in fact, it has been around since the 1990’s. AR and Pedagogy So how does AR relate to learning and what are the pedagogical arguments? Placing learning into the context to which it is relevant, relates to the concept of situated learning (Johnson, L. et al, 2011). Smart devices and their ever-ready ability makes them ideal tools to harness and present learning content via AR; bringing together cloud computing, ubiquitous computing, connectivity and personal, smart devices through “cyberinfrastructure mediation” (Pea, 2005). Many vocational subjects require lecturers to deliver practical demonstrations to their learners. Practical Examples of the use of AR in Education Counter Arguments