What is one facet of the workout data that was be more easily depicted with 2D, conventional data?

How did your model differ from your partner's?

What is one facet of the workout data that would be more easily depicted with 3D, VR data?

How can you see this VR model being useful in real life?

What other kinds of data could be more easily depicted in this format than in traditional formats (exercise/health-related or otherwise)?

What features would you like to see added to this VR product if the concept is explored further?

Include the two (or more) screenshots that you took during the activity

you feel pain somewhere, and you find it in the VR

https://drive.google.com/open?id=1D28ilBCBhfyoHMKhNp9rK7tqUrX_Z36z

Being able to split up each separate section by workout is easier to depict in 2D.

Contained a bit more abs, less legs.

The 3D Vr data is more cumulative and can show in general the effects, rather than separating it into different workout and sections.

Not sure, I'd have to look more into it.

Adding more muscle groups? Unsure, really.

https://drive.google.com/open?id=1oWCRJqZwRqe0Pp0xN770rBWl6F3QUnzz

An overview of the training session, what kind workouts were done, and the amount of time.

The result of the workout, which body parts were trained.

For planning out how much each part of the body to work out in a session in real-time.

Whether the person is over exercising one part of the body? Maybe use cooler color for over exercised part to warn the user.

As above; maybe also include a window for exercise that benefit that part that would pop up when you move laser to a specific part of the body.

https://drive.google.com/open?id=1TEAYRZrBs7T7aJreU4bGRVhcnjmestim

mohammed_akel@brown.edu

our models were very similar but with different intensities

direct and tangible feedback/ motivational purposes/ informational purposes

comments, explanations and stats

https://drive.google.com/open?id=1YSKj48vdEn1uZqK0QrfTWOTgLDTeeVjC

hojung_kwon@brown.edu

I could easily visualize how much of one kind of workout was done in relation to other workouts.

It looks like her model was based on more leg workout, whereas my model was based on more arm workout

I liked that I could visualize which muscle group each workout affected when I visualized the model in 3D

I think it'd be useful for beginners who are not familiar with muscle group names

I think it'd be interesting to use this model to explain surgical procedures to patients.

I'd like to see a chart, along with the 3D model, showing what kind of workout the user did.

https://drive.google.com/open?id=10f_R4N2v3rws3OhXr_F49qFPHeMyX1iu

jakobi_haskell@brown.edu

The data that is being visualized is quite different, so hard to compare directly. Although I would say that it was easier to get an idea of what the workout routine looked like in 2D, and more easy to depict the results on the body in 3D.

The muscle groups that were worked the most.

It'd be great if I could have an apple watch that tracks my workout every day, and then once a week I could use VR to check which muscles I'm working most and exactly how much muscle mass I'm gaining.

what about the internal organs? such as heart rate, V02 max, etc.

more integrated with data, and automated, rather than having to color muscles manually

https://drive.google.com/open?id=1z7nNKb-pTxdGm6qSDQeWSdfbr77YGfSC

seung_heon_song@brown.edu

I see that the 2d analysis of the workout from VRworkout seems to provide more in-depth analysis each exercise and its impact. It was easier for users to read the entire data.

they were similar. We both had majority of muscle groups highlighted since we did variations of pushups, squats, and crunches. the intensity varied a bit.

it was more natural for me to look at the figure and know how intense the workout was. I see that numeric values from 2D can be precise. However, it was great to see actual figure with responsive intensity color coding.

If this app can be made into a product -- including extra features like showing those 2D data as well as workout reviews(3D video of user working out) -- it would be a great workout feedback/review journal.

Maybe interactions between different muscle groups to perform a task/workout set would be better represented in VR with different groups represented in 3D

viewing 2D data along with the 3D model!

https://drive.google.com/open?id=1y0Rj0C90aIsWv1GbWZH_hzzwv9Bh9VXf

The 2D data shows much more of the numerical data than the VR data.

Partner did squat while I did crunches, so partner had more of the legs and glutes involved while I had mainly abs and a bit of bicep/triceps if you hold your arms up like in the crunches video linked in the handout.

The 3D data shows much more of the physical data, which the online portal doesn't even bring up.

This VR model could be used for those who want to go into the sport industry, and so they need to learn what workouts attack what body areas.

Connecting the VR product to the actual numerical data. Maybe having a legend to explain the different shades of red: if you have a workout that uses all muscle groups, what color would each group have?

https://drive.google.com/open?id=13OwRqzf_rg3J25sKwzMahyz-8JZTTvgM

The muscles that are affected by the workout

Select the muscles you want to workout on each session and see how they will grow up with time after many exercises

Some in VR UI to explain what is going on inside the head set

https://drive.google.com/open?id=1-xuhgRgA68ox-AIwK7btIU1TlsOYVODE

elena_henrion@brown.edu

Statistics, mostly, like duration and heartrate, as well as amount of each exercise, was easy to read in 2D

We did different exercises (I did the whole workout, so mostly focused on legs, glutes, abs, while Ashley did one handed pushups, so more arms, abs, less legs)

The muscle groups being worked out by the exercises, since not everyone knows what muscles are where, and how they're being targeted. This format is more intuitive than simply saying "biceps" or "delts," and is accessible even if you don't know the terminology.

Good for fitness education, and depending on how detailed, could even be used for physical therapy explanations or medical teaching.

Seeing half/sections of the body could be useful in order to see the internals if you were to do medical research/more in depth education about the body as it contracts certain muscle groups. Most medical models are completely static. I think it would be cool to see an animated one.

More muscle groups, ability to automatically highlight based on users workout parameters

https://drive.google.com/open?id=1HZzH8Ny78nCM7vdj4l12C45DP8KWMyCK

One aspect of the workout data that could be more easily depicted with 2D, conventional data is any numerical data or data that couldn't be shown by muscle groups color shading.

My model was on squats had a lot more leg muscles than my partner's crunch model.

One facet of the workout data that would be more easily depicted with 3D, VR data is being able to see the model and move around.

Yes, it could be useful for visualizing workout data.

Perhaps having models of particles or objects that you could select could be useful.

I would like to add interaction with the model and perhaps have the model move according to how I move.

https://drive.google.com/open?id=1VOsDi4WL-TuGoCRZHgQsM3_H-T6ugs4V

Nothing really I can think of. Maybe data with motions?

different muscles colored

the muscle is definitely more obvious and clear in 3D view

yes, i think it's a good example of best usage of VR

exercise including posture instruction might be good

maybe more detailed muscle structure and more colors for different labeling

https://drive.google.com/open?id=1h2Qp6hfoxkdsG28dV5kooSF79XjSo9Fu