Open source code could save money, spur tech growth – Northside Sun

oxford Entrepreneur Harley Garrett has an intriguing idea that deserves consideration by our state leaders: Use a portion of Mississippis technology budget to promote university-based start-ups using open source code.

Mississippi spends $250 million a year on software to run its government. Much of this software is proprietary code with big national companies. We get locked in to the software. Switching becomes impossible. Steep price increases follow. Taxpayers lose.

Garrett proposes a better way. Working with our university computer departments, the Legislature should create a Center for Collaborative Software Development. A portion of our state IT spending should be set aside to support this. Student teams could design and compete for state software contracts using open source under university supervision. The winners could go on to found successful software companies based in Mississippi.

By using open source software, competition will always be assured and state agencies will save money. The money would stay in the state and fund Mississippi technology companies that could then expand nationwide.

We have brilliant computer gurus at our top universities. But the employment opportunities are greatly limited in Mississippi. So we suffer brain drain. Our best students have to leave the state and work elsewhere for somebody else. Imagine if we could harness this talent, fund Mississippi-based software companies, and lower Mississippis massive and inflating IT expenditures all at the same time.

This would require cooperation of state and university leaders, but it can be done with leadership. Other states have done this. We should too.

In the early days of software, everything was proprietary. The software company owned the code. Once you got locked in, it was almost impossible to switch without massive re-training costs. This allowed big proprietary software companies to impose steep price increases.

That situation has been changing with the advent of open source software. Open source software is not proprietary. A new company can acquire the code and compete with the old company. The result is more innovation at a much lower cost.

Last year the federal government began requiring 20 percent of new software to be open source. The policy statement states, This collaborative atmosphere makes it easier to conduct software peer reviews and security testing, to reuse existing solutions and share technical knowledge.

I can give you a personal example. Emmerich Newspapers used to buy proprietary software for our websites. Every time we wanted a minor change, we had to pay through the nose. We had big annual software fees. Innovation was slow.

Several years ago, an open source website software came into existence. Its called Drupal. The software is free. It is modular. We can buy features from thousands of programmers and just plug them into the

Drupal framework. We own our own servers and have complete control. Competition is maximized. Innovation is maximized. Costs are minimized.

Even better, we can now employ Mississippi programmers instead of paying some big out-of-state company. Its a win-win.

This same scenario can be played out on a gigantic scale using the $250 million Mississippi IT budget. Top computer programmers at our universities can compete to write state software as part of their education. Upon graduation they can bid and win state contracts and found new companies. They wont have to leave the state to get a job.

The first step would be for the Legislature to pass enacting legislation to establish this collaborative center. The center should include the computer department heads of our major universities, Mississippi software experts and state agency heads. State agencies could be directed to allocate 10 percent of their software budget to this collaborative open source software initiative.

All software budgets would be open source. Special efforts would be made to link our skilled programmers on university campuses to the tasks at hand. It would be an incubator.

Virginia offers Mississippi a model. The Virginia Economic Development Partnership coordinates with the states 21 two-year and four-year colleges to promote technology start-ups.

Oregon State is another leader. Its Open Source Lab is a nonprofit organization working for the advancement of open source technologies.

Its website states: The lab, in partnership with the School of Electrical Engineering and Computer Science at Oregon State University, provides hosting for more than 160 projects, including those of worldwide leaders like the Apache Software Foundation, the Linux Foundation and Drupal.

Together, the OSLs hosted sites deliver nearly 430 terabytes of information to people around the world every month. The most active organization of its kind, the OSL offers world-class hosting services, professional software development and on-the-ground training for promising students interested in open source management and programming.

By enabling innovative projects and distributing software to millions of users globally, the lab is working to accelerate the growth of high-impact open source software projects and promote an open source culture of accessibility and increased productivity around the world. The lab partners with industry leaders and policy makers to bring open source technologies to new sectors, including education, health and government.

I challenge our university and state leaders to create a similar open source lab in Mississippi, working in conjunction with our state agencies.

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5 Open Source Software Defined Networking Projects to Know … – Linux.com (blog)


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5 Open Source Software Defined Networking Projects to Know ...
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Throughout 2016, Software Defined Networking (SDN) continued to rapidly evolve and gain maturity. We are now beyond the conceptual phase of open source ...
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OpenToonz: Making high-end animation software accessible – Opensource.com

Kostanstin Dmitriev isone of the pioneersmaking professional animation tools available for Linux users. His primary focus over the years has been the ongoing development of Synfig Studio, a 2D animation program. Konstantin has proven Synfig's power with the completion of his short film, "The Beautiful Queen Marya Morevna: Demo."

To help other artists and to promote his work, Kostanstin chronicled the progress of his animation on the Morevna Project.What started as a simple blog quickly evolved into a rich resource for anyone interested in using open source tools for animation.

The Beautiful Queen Marya Morevna: Demo |Morevna Project, CC BY-NC-SA 3.0

Recently, when I was visiting the Morevna Project, I discovered the Linux version of OpenToonzavailable for download. For those of you who don't know about OpenToonz, it's an open version of the software that Studio Ghibli co-developed with Digital Video and uses to create their breathtaking animations. In 2016, Dwango launched the OpenToonz project in cooperation with Digital Video and Studio Ghibli, opening up their code to users.

There was a lot of press and buzz on social media regarding OpenToonz in the animation community, soI was surprised and excited to see OpenToonz available to Linux users. Making high-end software like OpenToonz accessible to professionals and aspiring animators is exciting, but making that same software available on Linux makes even a stronger case for people to convert to an open system for their work.

I thought that I would reach out to Dmitriev and talk to him about his thoughts about supporting a Synfig competitor and what this means for Synfig's development in the coming year.

Photo of Kostanstin Dmitriev |Denis Kholodilin, CC BY 4.0.

Stephen Egts (SE): Are you still teaching animation? In the past, I know you have worked with young people, sharing your knowledge of animation, Synfig, and open source tools.

Kostanstin Dmitriev (KD): Yes, as part of my volunteer activities I am teaching offline animation classes at the local art school. This is a kind of testing ground for all free animation software developments made by my team. I have a group of 8 to 10 students ranging in age from 11 to 24 years old who are learning animation with free software. I provide free admission to the classes for everyone.

Kostanstin Dmitriev teaching a class. |Denis Kholodilin, CC BY 4.0.

SE: Being one of the lead developers of Synfig, why did you think properly porting OpenToonz to Linux was important?

KD: Well, first of all, let me clarify one thing: My team didn't actually "port" OpenToonzat least on a code level. The hard work of porting OpenToonz code was done by Campbell Barton (who is well known forhis contributions to Blender) and Franois Revol, with additional help from the community. Thanks to their efforts, it became possible to compile, and use, OpenToonz on Linux.

But when the actual porting was done there was only one way to run OpenToonz on Linuxto compile it from source. This is obviously not a comfortable option at all for many users. There were one or two custom binary packages, but they all were distribution specific (i.e., for specific version of Ubuntu or OpenSuse) and required to have particular libraries installed in your system.

So we decided to fill this gap and build a portable binary of OpenToonz capable of runningon any Linux distro. This is generally not a trivial task, but I already had experience on making such binaries for Synfig. Also, I wanted to make running with minimal efforts possible, so it was decided to deliver it as anAppImage package.

This is why I feel "port" is not really correct word here. What did our team actually do? We delivered OpenToonz to Linux users.

SE: Yes, the AppImage installation process for OpenToonz was seamless and very easy to install. Do you see that as a path Synfig is going to follow when it comes to future updates?

KD: Yes. Right now, we're almost done with rewriting Synfig packaging scripts, so the next update will be shipped as AppImage.

Synfig interface |Image and Artwork by Anastasia Majzhegisheva, CC BY 4.0.

SE: Let me rephrase my initial question then. Many people would wonder why you would contribute to software that may compete with Synfig. What would you say in response?

KD: To get a better understanding of my reasons it would be best to rewind eight years and remember my initial motivation of contributing to Synfig and how I ended up as its maintainer.

My involvement began in 2008, and was heavily influenced by the concepts of the free software movement and was inspired by the idea of open movies as introduced by Blender Foundation. I was looking for a way to make my own open movie. Since I was a fan of Japanese animation, I wanted it to be hand-drawn in anime style (i.e., "not 3D"), soI was looking for a free tool for 2D animation that wascapable of doingwhat I wanted.

I think it worth it to put a special emphasis heremy initial motivation was to create animation with free software.

So, I found Synfig. Of course, it was far from perfectit had a clumsy multi-window UI, lots of important features missing, and it crashedevery fiveminutes. But it had very good concept and according to my analysis, it was the most powerful open source tool for 2D animation. Back then I already had experience with commercial 2D animation software (Flash, Moho, Anime Studio, CreaToon), so I knew what was comparable. Instead of "just complaining" () about its imperfection, I started to do my own code tweaks, and this is how my contributions to Synfig started.

Marya Morevna, Episode 3.0.1 |Morevna Project, CC BY-SA 4.0

SE: Didn't you receive a grant from the Shuttleworth Foundation in 2013 Synfig's development?

KD: Although it was called a grant,it actually was more of a sponsorship,and I was free to use it for whatever I liked. At the time, my team was still suffering while working with the limited functionality of existing open source 2D animation tools, and it was holding my projects back. I then decided to hire a developer to work on Synfig. This is how Ivan Mahonin come to project.

Bringing Ivan onboard was a key decision. Thanks to this sponsorship and additional crowdfunding campaigns, with just one hired developer during 20132014, we made more progress than the previous seven years Synfig was open sourced. Working with Ivan made it possible to implement asingle-window mode, port GUI to Gtk3, finish the bone animation system (with the support for cutout animation, image distortions, and vector rigging), add some sound support via Sound Layer, and add many more features and fixes.

Synfig: Tool for cutout animation

Since then, I have been handling all funding responsibility and acting as Ivan's coordinator. For many people, I have become a stakeholder of Synfig or as some used to say, "the man of Synfig." In fact, the scope of my work was a bit broaderbesides my work with Synfig, I maintain the Papagayo fork and develop RenderChan, an automated build system for animation projects.

Synfig + Papagayo: A lip-sync tutorial

Managing animation projects with RenderChan

To sum up, my efforts were put into Synfig for one particular reason: I wanted a tool for 2D animation and Synfig was the most powerful and most promising open source software option. Period.

The key words here are it was. Since March 2016, we all have OpenToonz.

SE: Have you tried OpenToonz on projects with students yet? Has it been an easy learning curve? Do you have any examples?

KD: Usually, before I start teaching a tool to my students, I spend several months learning it and trying to use in my own projects. Right now, I am exactly at this stage. Still from time to time, I cannot hold myself back from sharing my discoveries, and some of my students have already tried the powerful vector drawing features of OpenToonz.

Drawings in OpenToonz | Anastasia Majzhegisheva, CC BY 4.0

SE: What would you like to see improved on OpenToonz?

KD: I haven't dug too deep, so I am apprehensive to complain about OpenToonz's existing shortcomings. Anyway, I will give it a tryit would be really awesome to improve bitmap drawing tools by integrating MyPaint brushes. There is even a bounty posted about that.

SE: Are you going to start developing OpenToonz for Linux or are you going to just be making AppImage updates that are pushed out for Mac and PC?

KD: It is possible that at some point my team will start contributing to OpenToonz code.At the moment, we have automatic builds that deliver all the latest changes from official OpenToonz code to Linux users. If at some moment we want to make some feature or fix, then our first step will be to submit a pull request back to the official OpenToonz code repository. However, as practice shows, merging pull requests can take weeks, even months. I can perfectly understand why, since I am managing the official repository of Synfig and deal with all these routines. While a pull request will be waiting for approval, we will ship a custom build of OpenToonz with our own fixes. That way Linux users will be able to test our changes before the pull request gets merged. This even can make the merging procedure faster. That's the plan.

Horizontal timeline in OpenToonz

Agnyy Ignatyev, Used with permission

SE: Do you think making OpenToonz available for Linux makes people think twice about adopting Linux as they operating system?

KD: I don't dare to make any bold statements here. Although I would say it another way: If a 2Dartist or animation studio decided to migrate to Linux, it would be much easier to do now.

I think in the first place itchanges the gameplay for the ones who already uses Linux; they have a really powerful animation tool now.

Before March2016 all Linux-based 2D animation artists were starving for good tools. Now, suddenly, they have plenty of choices. There is OpenToonz with its powerful toolkit. Synfig still has an appealing simplicity for motion graphics and a fast learning curve with rich multi-language educational resources. Since September 30, 2016, Blender has featured Grease Pencil as what itcalls its full 2D drawing and animation tool. And don't forget Krita, which is on its way to adding what it says are "interpolation and keyframing for layers and masks and their properties." For Krita this is surely a step beyond simple "frame-by-frame only animation" and should bring it on par with other full-featured animation tools.

Daniel M. Lara, Used with permission

Announcement of Grease Pencil on official Blender website.

Blender Foundation, CC BY-SA 3.0

As you can see, the competition in 2D animation software niche is getting stronger, and this is absolutely awesome to see.

Wolthera van Hvell tot Westerflier, CC BY-SA4.0

SE: 2015 saw Synfig 1.0 and in 2016 we've got integration with Papagayo and a rewritten rendering engine. What developments do you see for 2017?

KD: In the near future, I plan to release a new stable version with all our developments from the past months. After that, I am going to invest some time into Synfig infrastructure. We already redesigned the Synfig front page and you can expect more infrastructure changes soon. Also, putting our efforts into bug fixing and iron out the current feature set is important.

SE: How are fundraising efforts going to support Synfig's development?

KD: There is no fundraising in its traditional way planned for the nearest future. At the moment, we are trying to shift focus to funding development using "bounties" via the Bountysource platform.

The idea is that a user can place a small reward (or bounty) for a bug or issue he or she wants to see addressed. Then the user spreads a word about the bounty to convince other users to join in and pitch the amount. In turn, the bounties attract the attention of developers as "most demanded" issues, and they fix them for a given reward. You can think each bounty as micro-crowdfunding, originated and driven by users.

You can view active bounties and submit new ones on the Synfig page at Bountysource.

Image courtesy of Bountysource.com, Used with permission

SE: How dependent is Synfig on donations?

KD: I think past years have proventhat intensive development of Synfig is 100% dependent on donations. Right now, this is more true than ever. At the moment, we are completely without funds to handle an "on-staff" developer. This is why, starting in September 2016, all development activities of Synfig are Bounty-based.

To help Synfig development:

As part of our Patreon activities we are contributing not only to Synfig, but also to thePapagayo lip-sync software, RenderChan automatic build system, and now also OpenToonz. By contributing to our Patreon you can help us to make all them better.

Denis Kholodilin, CC BY 4.0

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SnapRoute secures $25 million Series A investment for open source … – TechCrunch


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How to Manage the Security Vulnerabilities of Your Open Source Product – Linux.com (blog)


Linux.com (blog)
How to Manage the Security Vulnerabilities of Your Open Source Product
Linux.com (blog)
The security vulnerabilities that you need to consider when developing open source software can be overwhelming. Common Vulnerability Enumeration (CVE) IDs, zero-day, and other vulnerabilities are seemingly announced every day. With this flood of ...

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Try Raspberry Pi’s PIXEL OS on your PC – Opensource.com

Over the last four years, the Raspberry Pi Foundation has put a great deal of effort into optimizing Raspbian, its port of Debian, for Pi hardware, including creating new educational software, programming tools, and a nicer looking desktop.

In September, we released an update that introduced PIXEL (Pi Improved Xwindows Environment, Lightweight), the Pi's new desktop environment. Just before Christmas, we released a version of the OS that runs on x86 PCs, so now you can install it on your PC, Mac, or laptop.

Of course, like many well-supported Linux distros, the OS runs really well on old hardware. Raspbianis a great way to breathe new life into that old Windows machine that you gave up on years ago.

The PIXEL ISO is available for download from the Raspberry Pi website, and a bootable live DVD was given away on the front of "The MagPi" magazine.

We released Raspberry Pi's OS for PCs to remove the barrier to entry for people looking to learn computing.This release is even cheaper than buying a Raspberry Pi because it is free and you can use it on your existing computer. PIXEL is the Linux desktop we've always wanted, and we want it to be available to everyone.

Raspbian, or the x86 PIXEL distro, wouldn't be possible without its construction on top of Debian. Debian has a huge bank of amazing free and open source software, programs, games, and other tools from an apt repository. On the Raspberry Pi, you're limited to packages that are compiled to run on ARMchips. However, on the PC image, you have a much wider scope for which packages will run on your machine, because Intel chips found in PCs have much greater support.

Both Raspbian with PIXEL and Debian with PIXEL come bundled with a whole host of software. Raspbian comes with:

*The only programsfrom this list not included in the x86 version are Mathematica and Minecraft, due to licensing limitations.

You can download the PIXEL ISO and write it to a blank DVD or a USB stick. Then you can boot your PC from the disk, and you'll see the PIXEL desktop in no time. You can browse the web, open a programming environment, or use the office suite, all without installing anything on your computer. When you're done, just take out the DVD or USB drive, shut down your computer, and when you power up your computer again, it'll boot back up into your usual OS as before.

One way of trying out PIXEL is to install it in a virtual machine using a tool like VirtualBox.

This allows you to try out the image without installing it, or you can just run it in a window alongside your main OS, and get access to the software and tools in PIXEL. It also means your session will persist, rather than starting from scratch every time you reboot, as you would with a live disk.

If you're really ready to commit, you can wipe your old operating system and install PIXEL on your hard drive. This might be a good idea if you're wanting to make use of an old unused laptop.

Many schools use Windows on all their PCs, and have strict controls over what software can be installed on them. This makes it difficult for teachers to use the software tools and IDE (integrated development environment)necessary to teach programming skills. Even online-based programming initiatives like Scratch 2 can be blocked by overcautious network filters. In some cases, installing something like Python is simply not possible. The Raspberry Pi hardware addresses this by providing a small, cheap computer that boots from an SD card packed with educational software, which students can connect up to the monitor, mouse, and keyboard of an existing PC.

However, a PIXEL live disc allows teachers to boot into a system loaded with ready-to-use programming languages and tools, all of which do not require installation permissions. At the end of the lesson, they can shut down safely, bringing the computers back to their original state. This is also a handy solution for Code Clubs, CoderDojos, youth clubs, Raspberry Jams, and more.

One of the features that sets the Raspberry Pi apart from traditional desktop PCs is the presence of GPIO pins (General Purpose Input/Output) pins, which allow you to connect electronic components and add-on boards to devicesin the real world, opening up newworlds, such ashobby projects, home automation, connected devices, and the Internet of Things.

One wonderful feature of the GPIO Zero Python library is the ability to control the GPIO pins of a Raspberry Pi over the network with some simple code written on your PC.

Remote GPIO is possible from one Raspberry Pi to another or from any PC running any OS, but, of course, with PIXEL x86 you have everything you need pre-installed and it works out of the box. See Josh's blog post and refer to my gist for more information.

Issue #53 of The MagPi features some great guides for trying out and installing PIXEL, including using the live disc with a persistence drive to maintain your files and applications. You can buy a copy, or download the PDF for free. Check it out to read more.

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Try Raspberry Pi's PIXEL OS on your PC - Opensource.com

From Food to Sofas: How Open Source is Changing the World Beyond Software – Linux.com (blog)

From Food to Sofas: How Open Source is Changing the World Beyond Software
Linux.com (blog)
The term open source software has existed since 1998. Before that, the only people who spoke about open source were in the intelligence community, where open source was a specialist term that referred to publicly available intelligence information.

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From Food to Sofas: How Open Source is Changing the World Beyond Software - Linux.com (blog)

osalt.com – Find Open Source Alternatives to commercial software

Today the future of internet begins - and open source is ready Companies world-wide start to embrace the new standard for communication on the internet; the Internet Protocol version 6 - also known as IPv6. IPv6 will at some point replace existing IPv4 which have been used to transport our data through the internet for more than 30 years.

The main reason to switch is that IPv4 only allows around 4 billion internet addresses. In order for one device to communicate with another on the internet each of them has to have a unique internet address (IP address). With the number of devices currently on the market - computers, smartphones, smart tvs and set-top boxes - we are already out of addresses. However, clever manipulation allows some devices to share IP addresses with other devices, but this is not an ideal situation. The sharing of addresses makes it difficult for devices to communicate freely on the internet, thus limited functionality.

IPv6 solves the IP address issue simply by introducing a new type of IP address that can handle 3.4e+38 - or 4 billion times 4 billion times 4 billion times 4 billion. It a huge number - difficult for most people to understand. But lets just assume that we will not be running out of IP address ever again.

Today (6/6/12) was been chosen by the Internet Society to mark the launch of IPv6 . IPv6 has been around for many years but the deployment very limited - and mainly used for research within companies and institutions. ISP, hosting providers and other companies on the internet have been repluctant to start offering services on IPv6, primarily because of the investment required both in hardware, software and training.

The Internet Society on the other hand has tried to initiate a movement encouraging ISP, webiste and hardware vendors to take the leap to IPv6 anyway - and thus promote their businesses by using cutting-edge technology.

Another reason why IPv6 has taken such a long time to be accepted is that it is not compatible with IPv4, even though they can exist side by side. But not being compatible means that every piece of software communicating on the internet has to be re-written to support IPv6. Luckily, a lot of software already supports IPv6 - and especially open source software. The communities around each of the open source projects have a natural interest to support new features; and many projects strive to be forerunners in these areas.

On Open Source Alternative we have tagged each open source project that supports IPv6 with an IPv6 tag - making it easy to see and search for software that supports IPv6. A list of all IPv6 enabled open source projects is available here: Open source alternatives with IPv6 support

One of the most important projects is Apache - the open source web server that hosts almost 2/3 of all websites on the internet. Apache is also the web server used by Open Source Alternative to make our website available on both IPv4 and IPv6. The software, however, gets you nowhere, unless your hosting provider also supports IPv6, which is the reason why Osalt switched to Linode VPS for great hosting and IPv6 connectivity to the internet.

On the other end of a connection to an IPv6 webserver is of course an IPv6 web browser. Again, the open source community has the answer in terms of Firefox and Google Chrome.

If you want to explore the new world of IPv6 - either check if you ISP offers IPv6 or visit http://www.tunnelbroker.net/

Finally, you can also just wait, because sooner of later IPv6 will come to you...

Nevernote was created in response to popular demand of Linux users. A clone of Evernote, it was originally intended for Linux but can also run on Windows. Nevernote is a note-saving program that also lets you save photos, sound files and documents.

One of the first things a person will notice is that the interface, written in Java, is not slick and attractive. It is, however, very functional and does exactly what it is supposed to do. The interface is very easy to interact with and largely self-explanatory, making for a very short learning time. You'll see different sorting options; for instance, if you click on a tag like "business meetings" you will see all the notes you've made for that subject as well as photos you took of presentation material, etc. In the largest space on the screen the actual note you selected appears.

Nevernote will sync your notes and other saves across all your computer, iPad and SmartPhone. You can save notes, photos, anything you see or hear and even leave yourself a voice memo if you like. Just type a note and it is saved automatically.

At this time, Nevernote doesn't have Ink Notes; you cannot write in cursive or print and have it show up on your Android or be able to edit them on your iPad. However, you can make ink notes on your computer and file them for future reference. You will also find that the search function is adequate but the more specific you are in titling your notes the easier it is for the search function to find them.

Nevernote is an easy to use, viable alternative to those Linux users who want a program nearly exactly like Evernote.

It has a GUI (graphical user interface) based on Qt framework and its 3D viewer allows quick rendering of 3D scenes. It is simple to use and easy to quickly figure out its special functions.

For instance, FreeCAD has a plugin/module framework, divided into the core software and modules that can be added when they are needed. Geometry types and nearly all the tools are stored in the modules that can be added or taken off as needed. Tools are grouped around workbenches so that only the tools you need are displayed according to the task you are doing. This provides an uncluttered workspace that is both functional and easy to work with.

This 3D CAD modeler has the ability to sketch in 2D or to take details from a 3D model and create 2D production drawings. Its focus is not specifically on 2D drawings or animation although it does have advanced motion simulation features; it is very adaptable and can be used in a broader area than software like Cinema 4D or Maya.

A user can create a collection of parts and manipulate it with open or closed 3D loops. The parts can be connected with motors, springs, joints, torques or gravity; a multibody dynamics analysis can be used to predict its motion according to the laws of gravity.

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osalt.com - Find Open Source Alternatives to commercial software

Download Free Open Source Software – SourceForge.net

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Five Pros and Five Cons of Open Source Software – CIO Insight

The premise of open source software sounded like a techno-hippie dream when the Free Software movement kicked off in the 1980s. Since then, however, the concept has paved the way for much-loved tech icons such as the GNU/Linux operating system, the Apache HTTP Server and the Mozilla Firefox browser. Today, CIOs and other IT decision-makers are increasingly recognizing the value of open source software. In the era of continuous improvement, it's the essence of communal collaboration as open source allows IT folks to examine a products source code, improve or alter it, and distribute it as they desire. Indeed, enthusiasm for open source software is driving a "golden era" in application development, according to Forrester Research Inc., as the number of open source projects has increased to 725,000--up from 100,000 in 2006. So, given all the interest, CIOs should consider the advantages and disadvantages often linked to products generated from this now-seemingly ubiquitous school of innovation. With this in mind, the following list of pros and cons were compiled from InformIT.com, TamingtheBeast.net and CloudTweaks.com:

Dennis McCafferty is a freelance writer for Baseline Magazine.

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Five Pros and Five Cons of Open Source Software - CIO Insight