I’m not buying that heatmap data. Why are almost all the dots on the left red? That would mean that women pick a random spot and focus on that for an extended period of time before moving on to the next. This is not really how you’d investigate a scene. The right images are much more believable to me: Short glances at random points to get an overview of the scene and then re-investigating points of interest.
I am a man, though. Women: Do you really stare random points into oblivion?
Edit:
Ok, at first I thought this was actual eye tracking information. However,
[researches] asked [participants] to click on areas in the photo that caught their attention.
Then the different-colored dots make even less sense. And why are there fringes?
As a woman, imagining situations like those: I can see the brightly lit center is empty, that’s all I need to know about it. The stairs require several glances especially if I’m in heels or other unstable shoes. But those dark corners need checking and rechecking the whole time I’m walking, to be sure no tiny changes betray a lurker. Who is probably going to wait until they’re at my back to make a move.
My mental image of the guys scanning the same image: “Yeah that’s where I’m going, that’s obviously where I’m looking.” Sure, they could get mugged but it’s less likely, and physical threat isn’t on their mind.
This would be the perfect use case for that fancy Apple VR headset they released a year or two so. Since it has built-in eye tracking, it would be easy to set up a test in a controlled environment where participants navigate it while looking around.
Navigating that scene in real life (or even simulated) would make the data orders of magnitude more annoying to interpret. On a static image you can just overlay all eye movements and produce a heatmap. But for a subject that’s actually (or virtually) moving, none of the data would coincide and you’d have to manually find out which focus points were actually equal.
I feel like utilizing eye tracking would be used if they were to study this concept more deeply. That data would be more complicated to sift through given how much data and how many variables might come into play. Definitely more telling but also harder to analyze.
In the article they note that they participants were shown photos and told to click on areas that caught their attention. The results show that women paid more attention to the periphery. No eye tracking, no long focus.
Theres probably variation from the background there, that drives clicks to that particular spot. Several of the red-female locations have blue-male dots at the same spot.
I’m not buying that heatmap data. Why are almost all the dots on the left red? That would mean that women pick a random spot and focus on that for an extended period of time before moving on to the next. This is not really how you’d investigate a scene. The right images are much more believable to me: Short glances at random points to get an overview of the scene and then re-investigating points of interest.
I am a man, though. Women: Do you really stare random points into oblivion?
Edit:
Ok, at first I thought this was actual eye tracking information. However,
Then the different-colored dots make even less sense. And why are there fringes?
As a woman, imagining situations like those: I can see the brightly lit center is empty, that’s all I need to know about it. The stairs require several glances especially if I’m in heels or other unstable shoes. But those dark corners need checking and rechecking the whole time I’m walking, to be sure no tiny changes betray a lurker. Who is probably going to wait until they’re at my back to make a move.
My mental image of the guys scanning the same image: “Yeah that’s where I’m going, that’s obviously where I’m looking.” Sure, they could get mugged but it’s less likely, and physical threat isn’t on their mind.
…also, it has to do with attention on photos rather than real world going home experiences.
Considering how common and easy eye tracking is, this seems like some shitty science.
whaaaat surely BYU, the school that claimed to have done cold fusion, is an upstanding pillar of academic research
This would be the perfect use case for that fancy Apple VR headset they released a year or two so. Since it has built-in eye tracking, it would be easy to set up a test in a controlled environment where participants navigate it while looking around.
Navigating that scene in real life (or even simulated) would make the data orders of magnitude more annoying to interpret. On a static image you can just overlay all eye movements and produce a heatmap. But for a subject that’s actually (or virtually) moving, none of the data would coincide and you’d have to manually find out which focus points were actually equal.
Put the subject in an auto driving kart and make it go in same path for all of them
Sure, but any decent webcam and monitor can do this.
I feel like utilizing eye tracking would be used if they were to study this concept more deeply. That data would be more complicated to sift through given how much data and how many variables might come into play. Definitely more telling but also harder to analyze.
How so?
https://sopuli.xyz/post/41573721/22043739
Thanks. But you can use eye tracking on static images with just a good webcam on a monitor.
Also in a live environment, presumed static (no people or traffic etc) image stabilization tech makes things much simpler.
Seems like a seriously flawed study, doezn’t it, asking people to point to what’s interesting is NOT AT ALL the same as tracking their eyes.
We could actually track their eye movement by using special glasses. Just call your study what it actually is, ffs… don’t confuse the data.
In the article they note that they participants were shown photos and told to click on areas that caught their attention. The results show that women paid more attention to the periphery. No eye tracking, no long focus.
It’s probably 1 click = blue, right? The more clicks overlap at a certain point the closer to red.
And all women telepathically agreed on which exact pixels to click?
Theres probably variation from the background there, that drives clicks to that particular spot. Several of the red-female locations have blue-male dots at the same spot.
Isn’t it like a video game, where you look to where people might be hiding?