User Interface - Science topic

Dear Zhe Sun,

there are keywords that need to be manually added (directly into the .inp file or "edit keywords" in CAE) into the input file as they are not implemented in CAE (GUI). When you check the manual it should list the program components right after the keyword and if you see Abaqus/CAE there, then you can define in the GUI and the manual page will show you how. In earlier versions, MASS FLOW was definitely a keyword only feature, not sure now.

Good luck with your work!

If you get any solution plz share with me too.

Follow these steps:

1. Open the Shiny app in RStudio.

2. Locate the "Code" tab in the top-right panel of the RStudio window. This tab displays the code associated with your Shiny app.

3. Right-click on the "Code" tab and select "Save As" from the context menu. Alternatively, you can use the keyboard shortcut `Ctrl + Shift + S` (Windows/Linux) or `Cmd + Shift + S` (Mac) to save the file.

4. Choose the desired location on your computer where you want to save the script file. You can specify the file name and the file extension (e.g., `app.R` or `script.R`).

5. Click the "Save" button to save the script file.

Good luck

Thank you very much. That will be really helpful if you can help me figure our the issue. Is it possible to drop you an email with the detailed issue ?

Hi Hamza,

In order to understand the problem better, what kind of motors/controllers do you use to control the rotation/translation? What is the accuracy of the incremental step, the bi-directional repeatability and the pitch and yaw movements?

In terms of the optical alignment, do you check the beam pointing mismatch as a result of the incremental rotation/translation? And do you check whether everything goes well when you operate the experiment manually before going for all automatic operation?

It can be that the bi-directional repeatability and the pitch/yaw movement errors of your rotation/translations stages are not good enough to avoid the misalignment of your optical beam when components are rotated/translated. Or else, the optical alignment is not at the optimum and thus you observe misalignment as a result of your rotation/translation. I experienced such issues at the beginning of the development of an instrument, which is a scanning Michelson interferometer.

Seems like the survey form already expired. And....A rather sad example of user interfaces in itself. However, if you're trying to learn more about user interfaces I strongly recommend looking outside of the Computer Science field.

Hulisani Matsila I couldn't locate any CloudPSS-specific software that could assist you with your power system modeling tasks. It is possible that the website you are attempting to view is not available in your location or is unavailable due to a problem with your internet connection.

It's also conceivable that the program you're referring to is Chinese-developed and mostly utilized in China or by Chinese-speaking users.

Other comparable applications and equivalents, such as PSS/E, PSSE, PowerFactory, and many more, are extensively used across the world and are available in numerous languages, including English. Companies like as Siemens, PSSE, and DIgSILENT produce this software and provide international support and training.

You can investigate those programs to determine their availability, functionality, and compatibility with your project needs. They can also provide you with assistance and tutorials in English.

Puris Jirawuttiwongchai Aikaterini Mountraki Tao Shi

When I try to import the file to Dabatase Manager, Aspen properties does not recognize only .aprdts datafiles. Any tips? Many thanks

Hi Tereza,

I am interested in research related to social media especially the uses and issues of social media and citizens' perspective during and post Covid-19. Feel free to contact me on DM, or email: kahchoon.15@gmail.com

FCS express is definitely the much user friendly than flowjo. I would say Kaluza is far batter than any other analysis software. Once try this.

I really appreciate you so much

Shafagat Mahmudova

Michael Sylvester

Mamdouh Alenezi شكرا اخي كتير

I have created 44 Video Lectures for ABAQUS Python Scripting:

suitable for beginners and experts.

The corresponding Code can be found at github:

Alex Poyser As you can see in the Abaqus documentation, it is not mandatory.

You can find complete information about this subroutine with different types of example in the following link.

I recommend -not- choosing one of the methods. Instead use a variety. And like others I recommend asking users what they think of the device and its ease of use. - But...stay away from a questionnaire. It gives answers but limited to what you ask.. Make it easy for people to trash your ideas. If needed, the work of Xerox Parc and early Apple concepts for UI, UX and HCL remain a good source of ideas. The best of today is found at IDEO (IDEO.com in the US)

Hi Niels Seidel, thank you very much for your thoughts. Was the study more work-intensive than claimed? We actually did many test runs where we never needed more than 25 minutes.

You are also right that ownCloud does not support some useful features. However, version control is supported now and we are working on more features. We also work on implementing meta data support and connect research data services such as Zenodo and OSF in our sciebo RDS project. If you are interested, please follow this link to find more information:

Introducing sensory overlays (sometimes called Virtual Fixtures) can reduce the impact of kinesthetic conflict in augmented reality and telepresence environments. The best overlays are haptic (even if they don't prevent physical dislocation), but you can make real improvements (as measured by Fitts Law) with just audio overlays. Here is a link earliest work we did at the US Air Force looking at Fitts implications of haptic and audio fixtures to AR:

It also helps when there is time-delay in telepresence environments, which is an even worse kinesthetic conflict than "missing surfaces" in AR:

Software promotion websites such as cnet.com provide several screenshots for the software. They used to have an API for their content. However, I do not know if it still works or images are provided through the API.

ui-patterns.com have a large set of example screenshots for each pattern.

They may like to help as the website has a focus on UI. Or you may get in touch with the admins of collectui.com, as Marius suggested.

I have this idea of "Kansei Engineering" for UI design templates, such as Wordpress themes, for a long time but... I could'nt find a chance to work on it.

Do you mind about telling a little bit more on your project?

Hi Saeid,

you can try RStudio and the package "shiny" (https://shiny.rstudio.com/). There is also an official tutorial on the RStudio website.

Hope this helps.

Best,

Marius

Cloud based tools like Figma for great quick collaborative real time teamwork. Perfect for UX UI designers, writers and developers and testing.

The term "Graphic Design" is general and refers to visual communication applied to analog and / or digital media.

This has certain reminiscences of print, therefore, in the field of interaction design, the term "Visual Design" is often used.

Following

I don't know which language you use/know/prefer, but python can be simpla and easy since it has a lot of support available.

Check the following:

Thank you for your suggestion Jorge Rey Martínez , at present I am using Ansys CFX and Fluent, as you mentioned sim-flow is free for small projects only, my calculations are mostly large so there is no point changing one commercial software with another, I am interested to switch to a completely free CFD package that is convenient to use. So far I have found two opensource/free GUI for OpenFOAM, HELYX-OS (paid for windows but completely free for Linux) and CfdOF (a workbench of FreeCAD, completely free) worth exploring.

HELYX-OS

CfdOF

i think that this book is relevant to your question: https://global.oup.com/academic/product/computational-interaction-9780198799610

Have a look at https://blogs.mathworks.com/loren/2015/08/04/artificial-neural-networks-for-beginners/ and https://au.mathworks.com/help/deeplearning/getting-started-with-deep-learning-toolbox.html

Laura

I can send you the software of SIMUS, a MCDM model based in LP, as Goal Programming

https://www.nngroup.com/articles/quantitative-user-research-methods/

http://usabilitytesting.sg/user-experience-course/lesson-6-quantitative-user-testing-methods/

We have recently published a simple and interactive GUI that allows you to create CP2K input files. The program is called CP2K Editor, and it provides a user-friendly interface for both new and experienced users. The program is freely available on Github (https://github.com/avishart/CP2K_Editor) and you can find information about the program in the following paper: Vishart, A.L., Ree, N. & Mikkelsen, K.V. J Mol Model (2019) 25: 115. https://doi.org/10.1007/s00894-019-3987-6

Ahmed, I did a search on "system analysis report" and the first example is of a working system. I personally had never seen a report like this one, but I include it here for completeness. https://www.emerson.com/documents/automation/manuals-guides-guardian-sample-system-analysis-report-pss-en-67944.pdf

Then, I found something that might be used in any situation. It is a rather comprehensive and broad document template that at first glance looks fairly good. https://www.ogcio.gov.hk/en/our_work/infrastructure/methodology/system_development/doc/G61c_Effective_SAnD_Guide_Appendix_C_v1_1.pdf

I agree with others on this thread that requirements is where one normally starts when building a new system of any type. But it is more than that of course. What SDLC methodology you select for your project will influence the deliverables you and your team will need to prepare.

That said, focusing on what a system analysis report might include for an android project, this website has some templates that might be useful for you. https://clearbridgemobile.com/how-to-build-a-mobile-app-requirements-document/

Finally, I did come across a list of software development deliverable templates that I think would be useful for any project, especially those employing the waterfall approach. https://eas.rutgers.edu/?ht_kb=system-project-templates-sdlc

I will poke around a little more, and if I find anything else I will post it. Hope that helps somewhat.

Charles Breton ..Thanks a lot for your reply. Its wonderful and you have explained so well. I would explore the options suggested. if required, I would come back to you over message box. Regards..

Sania Binte Mahtab .. Thanks for sharing the information. Indeed It realy good and collective introduction to start. Regards

I strongly agree with you. Indeed there are many disadvantages in their UI. I send a strong email to them for their bad design in some issues. IE. when some researcher site your papers multiple times in one research, you will find only one citation inn your weekly status, however the citation number increases at the same time. Howcome!

Can use Circoletto...

Thanks Adriano.

Dear,

I use an ICP OES, Perkin elmer.

It is an extremely robust equipment, the software is easy to operate and really very efficient. As they have simultaneous detector the almost complete periodic table analysis is done in minutes.

It has a long purge time (about 5 hours), but if it is turned on every day this time is much lower.

Perkin Elemer Dual view equipment has 2 visions: axial and radial, and these analyzes do the same at the same time as the analysis time and it is important for your type of analysis where the elements are in very different concentrations, with different concentrations of standards, plus the immense linearity you can achieve.

I really have great experiences with the Perkin Elmer equipment, our equipment is more than 12 years old and is perfect and with a simple maintenance done by the users themselves, very few times the technician was needed.

Attached please find a 18.2 version of Developers Guide.

As always, please recommend answers if they worked for you.

Gamification, as you mentioned, is not one technique it is more about "learning from games" what makes them so engaging and motivating, using not only simple elements but "game-design elements in a non-game context" [1], meaning also mechanics, aesthetics and processes [2].

Motivation (and engagement) itself has it's theories. For example self-determination theory. There are theories focussing on the individuals needs, physical or psychological (content theories, e.g. [3]) and there are theories focussing on cognitive processes.

All of those approaches can be used to determine how to improve the usability of a system (and improve the user motivation) and to fit the users needs and requirements. To improve the user-motivation, it is key to understand the context of use, to analyse precisely what it is that motivates the user as an individual to enhance the correct motivational elements. Theories (gamification, psychology, motivation...) can be used to backup ideas and hypotheses for design decisions and can help us understand the underlying concepts of motivation and engagement. In the end, what motivates a user is determined by the users situation and context.

[1] Deterding, S., Dixon, D., Khaled, R., & Nacke, L. (2011, September). From game design elements to gamefulness: defining gamification. In Proceedings of the 15th international academic MindTrek conference: Envisioning future media environments (pp. 9-15). ACM.

[2] Hunicke, R., LeBlanc, M., & Zubek, R. (2004, July). MDA: A formal approach to game design and game research. In Proceedings of the AAAI Workshop on Challenges in Game AI(Vol. 4, No. 1, pp. 1-5). AAAI Press San Jose, CA.

[3] Maslow, A., & Lewis, K. J. (1987). Maslow's hierarchy of needs. Salenger Incorporated, 14, 987.

Hi Mulugeta Genanu,

You can maybe have look to these links for further informations:

and/or directly try to send a mail to the authors.

Sincerely yours,

Brian F

Yes it is related. It is not compared with others but between use and non use. For example, if a person sees in his network that his best friends are deleting their profile, he is prone to delete his account too. If a person sees that close friends are using. a specific app in social media, he is prone to use it as well just to be in the "group" or "trend"

As you are already using Matlab, why don't you use Matlab GUI? If you are already proficient in Matlab, that would probably be the most efficient way to do it in your case. You would also not have to maintain and update versions of other development tools (like PyQT or other libraries).

Bruno

Hello, I think the first thing is to determine the target audience that the site, product or service will be focused on. We remember that there is a lot of talk about UX, raising information from the target audience will help you see what the user wants, then you can use Card Sorting to determine the motivations of use and contrast with statistical data that provide content location, navigation, language, hierarchies among others. You can make two prototypes and experiment with CrazyEgg or UX Check or one of your preferences and measure the terms that most identify the users used in the test and you would have more clear words to include in your interface. The user focus involved with IT is important to consider.

Dear Aster Hiluf,

I suggest you to see attached files in subject.

Best regards

Hi Abhijai,

we've conducted quite some studies related to motorcycle HMIs at our institue (WIVW). As Patrick stated, your measures depend on your specific use case, research question etc. Some studies related to secondary task engagement and HMI have been conducted on our motorcycle riding simulator. Maybe these studies could help:

You should find both studies here on research gate.

Best regards, Sebastian

Dear Mohammad Salah,

Please look into some of these sources which may be useful to you.

Heuristic Evaluation on Mobile Interfaces: A New Checklist

Rosa Yáñez Gómez, Daniel Cascado Caballero, and José-Luis Sevillano

Emerging Perspectives on the Design, Use, and Evaluation of Mobile and Handheld Devices. Lumsden, Joanna

IGI Global, 17-Jul-2015 - Technology & Engineering - 334 pages

Human-Computer Interaction and Innovation in Handheld, Mobile and Wearable Technologies. Lumsden, Joanna

Information Science Reference, 30-Apr-2011 - Technology & Engineering - 406 pages

Emerging Perspectives on the Mobile Content Evolution

Aguado, Juan Miguel

IGI Global, 21-Sep-2015 - Technology & Engineering - 383 pages

How To Design A Mobile App Using User Interface Design Principles

A user-centered model for designing consumer mobile health (mHealth) applications (apps)

Journal of Biomedical Informatics. Volume 60, April 2016, Pages 243-251

Usability Evaluation Checklist for Smartphone App

MSc Thesis - Smartphone Evaluation Heuristics for Older ... - The Atrium

https://atrium.lib.uoguelph.ca/xmlui/bitstream/.../Calak_Piotr_201302_MSc.pdf?..

Supporting Cancer Patients in Illness Management: Usability Evaluation of a Mobile App

Jelena Mirkovic1, ; David R Kaufman2, ; Cornelia M Ruland1, RN,

This paper is in the following e-collection/theme issue:

Usability and user perceptions of mHealth Mobile Health (mhealth) User-centred Design Case Studies Vol 2, No 3 (2014): Jul-Sep

All the best,

Ramaiah

I would at to the above, that personalization is now considered a "requirement" when designing stuff for gen Y and gen Z.

Hi

see this:

Hello!

I would suggest C++. And here are the reasons for such a suggestion:

These are the options that may be useful when it comes to medical imaging, segmentation, etc.

Assuming you require a GUI that applies ML algorithms, you can work on learning Tkinter; it's pretty simple [link 1]. If you are looking for something different, you can look at [link 2].

All you have to do is to build a model using a standard dataset or your own synthesized data and then put the trained model to an application with a GUI. The interface can accept inputs from the user and display the relevant outputs from the model.

If you are applying this to a real-world scenario such an image-based application, you could work on Raspberry Pi. It natively supports Python programming and interfacing with components such as a camera and LCD, LED, etc., is cakewalk compared to other modes of embedded programming.

Best wishes for your entry to application-level programming in Python!

The question for the "best" transformation technique for UI reengineering, cross-platform development, or migration depends on the goals, and the methods used. You said that the migration method has been created already. It is a little bit unclear what exactly this method is, what you already have (metamodel?) and what you need in the model driven arena now. For instance, if you have developed a method that includes 3 metamodels (source, neutral, and target), then you would need a code/text-analyser/transformer, e.g. eclipse MoDisco. If you want to modify/change/enhance the UI before it is generated for the target platform, then you probably need a model-to-model transformation (QVT-O). This "edit option" make sende in many cases. For the "last mile", i.e. the UI code generation, a template-based model-text/ocde generator like Acceleo (MOFM2T) is helpful.

I am less interested in general HCI materials and more interested in tools related to prototyping. One tool I've been considering is:

It is nice, in that it allows the student to put together an interactive prototype using drag and drop buttons. The problem for education is that the free version only allows one user per account and a max of 5 prototyped screens.

What operating system are you using?

What is the URL from which you downloaded the software?

"I am working on a research project focusing on user-generated paper prototypes in software design" I repeated you intro for clarity sake, please excuse me. The term "user- generated paper prototypes"; As an architect morphing into a Design Scientist I interpret this idea with other key words. Polyhedra, Polytopes 3D geometry or solid geometry are what I am familiar with. Is it Euclidean or no- Euclidean geometry as in straight edges and flat polygons or compounded curved forms and spaces or we talking about amorphous man made forms? I believe there is a gap between the linear iterations and the visualization process of the 3D interpretations we are expecting to find in artificial intelligence, 3D model making using CAD software, formats for printing. getting from 2D to 3 or more D requires a structural logic that most Computer scientists are not addressing. I have invented a Non-Euclidean form vocabulary of most if not all the polyhedra that align with Euler's formula. This is the test for polytopes F+V=E+2. The 2 is still a puzzle to the related fields that. To me it is the logic partitioning of space when forms are created with an inside and outside as the result. There are other ways of getting to the result you seek but defining the outcome and the purpose for the outcome can help create the formula you seek. Here are three forms from the Bennett Vocabulary. I am interested in developing the analog process I use to translate the 2D information into the multiple dimensions with all the nuances I experience in doing the physical work as I engage with the thought and creative processes simultaneously. I have my doubts about being able to do this with the machine capabilities we have. It requires a synthesis of quantitative and qualitative processes and systems we have not yet begun to think of.

Hi Anna,

Have a look at Jupyter. This is a notebook-based GUI running in the web browser. It is originally designed for Python but provided an API for connecting other "languages." Maxima already have linked to Jupyter, and I am considering this for Reduce.

Thanks for your suggestion Sir. In future, I will surely take this aspect into consideration. But presently I am working on interfacing aspect. If there are any suggestions regarding interfaces, kindly share. Those will be of great help right now.

Thanks again.

Regards

Huma

I agree with Jey

As Dirk mentions above, optimal is dependent on the context of the overlay. If the overlay is unobtrusive, easily dismissed, and does not block further engagement (such as continuing to read within a paragraph of text), a short delay of 0.2 - 0.3 seconds will work just fine.

If the overlay is larger or more visually involved (text + images, etc.), consider an intermediate cue to the user- such as underlining the word with a 0.1 - 0.2 second fade, then fading the overlay in sometime between 0.4 and 0.6 seconds. This will assist in training the user to anticipate the overlay when they see the underline appear, give them immediate feedback that the hover means something, and allow them to avoid unanticipated UI changes.

Attempts to write multi-threaded user interfaces have been plagued by race conditions and deadlock. Deadlock because deadlock of interaction between input event processing and object-oriented modelling of GUI components: actions from the user “bubble-up” from OS to application and application-initiated actions “bubble-down” from application to OS.   This tendency for activities to access the same GUI objects in opposite order together with the locks required for thread safety results in inconsistent lock ordering- a recipe for deadlock!  There are performance implications of the ubiquitous single event queue model, but safety and liveness considerations trump performance. 

Here is an article that might be interesting for you. http://www.humanfactors.com/newsletters/cross-cultural-considerations-for-user-interface-design.asp

Few papers below that might be of interest, you or your organization probably would need accounts on Acm and Springer to access these papers.

Cultural Bases of Interface Acceptance: Foundations http://link.springer.com/chapter/10.1007/978-1-4471-3588-3_3

Culture and usability evaluation: the effects of culture in structured interviewshttp://dl.acm.org/citation.cfm?id=2835533

Cultural user interfaces: a silver lining in cultural diversity http://dl.acm.org/citation.cfm?id=231133

The effects of culture on performance achieved through the use of human computer interaction http://dl.acm.org/citation.cfm?id=954038

Integrating culture into interface design http://dl.acm.org/citation.cfm?id=286830

Cultural differences in smartphone user experience evaluation http://dl.acm.org/citation.cfm?id=1899499&CFID=755547392&CFTOKEN=94408765

Incorporating culture in user-interface: a case study of older adults in malaysiahttp://dl.acm.org/citation.cfm?id=1286278&CFID=755547392&CFTOKEN=94408765

Dear Atef!  suggest you get acquainted with the detailed work in this direction. Please read the first one informative article in the application.

Thanks agn Sir

I found...

Gonzalez, Berto, Erin Carroll, and Celine Latulipe. "Dance-inspired technology, technology-inspired dance." Proceedings of the 7th Nordic Conference on Human-Computer Interaction: Making Sense Through Design. ACM, 2012.

An inspring paper although it is about performance of adult dancers and not so much about education. Their aproach, might be suitable for you though....

my 2 cents

The Get Windows X campaign keeps the upgrade dangers and pains a secret.

Sure...... kaushal.dgp@gmail.com

For fortran you may:

Personally I have only used the second option but theoretically all are possible solutions... and all are open source solutions.

Good luck.

Thank you Alexandros, a very interesting paper.

Thank you Dana. & Guillaume, thank you too - I definitely think games are going to become evermore reactive to real-time measurements taken from players.

For my research I have decided to use the Game Experience Questionnaire, I am keen to hear from anyone with experience of using it. Many thanks to everyone for your input to date.

I may be biased, but I also like the functionality that SIVIC http://sourceforge.net/projects/sivic/ offers. It is also cross-platform, which is a major plus. And free!

If want an automated and nice solution and you are not afraid to spent some money, you should appreaciate one of the many commercial solution out in the market. The advantage here is that they provide nice and user-friendly interface and often they also generate a report for the clinicians and all is automated! Try for example DNANexus or the nice TuteGenomics. The latter has also a free trial for trio analysis and 100Gb free space with unlimited free annotation for single samples. Another sutiable solution could be GoldenHelix VarSeq.

If you want to stay with free tools and have full control of your analysis pipeline you should consider to build a multisample vcf of your pedigree and than develop your own scripts to first identify segragating variants and then annotate them with ANNOVAR (this could also add information from ClinVar) and then apply some standard filtering pipeline to identify rare, functional variants and already known pathogenic variants.

Some interesting tools to deal with variants prioritization could be Phevor, Phenix (these two take advantage of the human phenotype ontology and prioritize genes according to the segregation model and the phenotype), MendelScan or the popular VAAST.

Good luck!

There is some research on 3D desktops. It is based on the idea that humans have a very good spacial memory and can therefore easily memorize the location of items in a three dimensional "storage area". Microsoft published an article about it already in 1999, these days you can get 3D desktops for Ubuntu and Windows (and probably many other systems). If you search for "3D desktop" you'll find articles as well as software.

They are not file systems: the files are still organized in trees, but you get parallel access from your 3D desktop to the files you're working with.

Hi!

Though aimed for testing and evaluation stages, a previous work of my group was focused on modeling user-system interaction being aware of the mobile context around the user. This model includes dynamic parameters about user-system interaction and about how the environment is changing during this process:

You can find the content of this paper in Chapter 6: Modeling and Evaluating Mobile Quality of Experience within my PhD thesis: https://www.researchgate.net/publication/264194567_Enhancing_Software_Quality_and_Quality_of_Experience_through_User_Interfaces

Hope it can help you, or at least, help you find some related work references.

Daniel, I agree with you that physical user Interfaces are about generation and manipulation of (input/output) physical signals. For example, we have developed a leotard for gymnasts that informs them by buzzers if their body posture deviates from an ideal, and takes the information for this from the stretched sensors that are also integrated into the leotard. Kind regards, I.H.

thank you for suggestions. I have some experience in NS2 so I think I will be working on that. I am looking into NetSim as well.

this might be help in your search.

Hi,

I'm currently working on an application (COMMON Tool) which helps researchers to visualize complex data from study of interactions between people working together.

This application is still currently in a prototype stage and is therefore not currently available.

For more information, visit the web site that presents this tool:

Unfortunately, this site is in French, the English version coming soon.

I specified this application on the basis on several research:

Bakeman, R., & Quera, V. (1995). Log-linear approaches to lag-sequential analysis when consecutive codes may and cannot repeat. Psychological Bulletin, 118(2), 272-284.

Bakeman, R. (2000). Behavioral observation and coding. In H. T. Reis & C. M. Judd (Eds.), Handbook of research methods in social and personality psychology. (pp. 138-159). New York: Cambridge University Press.

Jeong, Allan (2001). Sequential Analysis of Group Interaction and Critical Thinking

in Online Threaded Discussions. The American Journal of Distance Education, 17(1), 25-43.

Rohlfing, K., Loehr, D., Duncan, S., Brown, A., Franklin, A., Kimbara, I., . . . Wellinghoff, S. (2006). Comparison of multimodal annotation tools: Workshop report. Gesprächsforschung, 7, 99-123. 

Bakeman, R., & Quera, V. (2011). Coding schemes and observational measurement. Sequential analysis and observational methods for the behavioral sciences (pp. 13-25): Cambridge University Press.

Best regards,

Aurore Defays

There is a project on tangible interface for carpenter apprentices (http://dualt.epfl.ch/page-115258-en.html).

Within that project, we tried out a web-version of the activity including objects that users built from printed-out paper. Here is the report:

Prof Werbach has an online course on Coursera.com which you might interesting: