Test Analysis
According to the statistics and data collected, there is only one disease that has a much
higher confidence than all others. The data shows that you have a
6% chance of autism#
however, we recommend taking the specific autism test below to confirm. Other disease were detected but were of so low confidence, that they are considered to be false positives. For this reason, we will be comparing you results to the autism benchmark. You exhibit very few symptoms such as jagged tracking, and rapid acceleration and deceleration, but nowhere near the intensity of these symptoms exhbited in people with autism.
info
Here are some resources to learn more about your condition:
https://www.autismspeaks.org/what-autism
https://www.cdc.gov/ncbddd/autism/facts.html
https://www.autism-society.org/what-is/
tip
Please scroll through the whole page, There is a lot of information on this page that is very important when formulating a potential diagnostic report!
note
All graphs on this page are in fact interactive. Feel free to drag and scroll over the graphs to see the individual data points and details.
Video of Target Path#
Below is the video of excercise given to you which can be used to compare your eye movements in the following video.
How You Reacted to the Excercise#
Below is what you submitted in response to the excercise, The markers on your face were used to track your eyes and gather data. More info can be found here, or the Explanation found in the Tracking section.
Accuracy of Tracking#
Below will show the graph of how the accuracy of tracking had changed over time in comparison to someone diagnosed with autism. According to previous data and statistics, people with Autism end up having a fairly low accuracy when tracking an object. This detail factored in when calculating your chance of having Autism. You have completed this test with an accuracy of 86% in comparison to the Autism Benchmark which had an accuracy of 64%. According to the graph, you were able to track the graph more accurately which can be seen in the lower error rate.
Estimate of Gaze Fixation#
Gaze fixation is also a keen indicator of Autism and can be calculated based on how long a patient is fixated on an object or point. The following graph shows the length of how long your gaze was fixed on the dot in comparison to the Autism Benchmark.
Velocity (px) vs Time (s)#
Below is the velocity versus time graph for this particular excercise. According to prior research conducted, people with autism cannot accurately track velocity and tend to either move either really fast or really slow with a large different from the target velocity. As can be seen in the graph, you were able to stay at or around the target velocity throughout the test.
Acceleration (px/s2) vs Time (s)#
Below is the acceleration versus time graph for this particular excercise. According to prior research conducted, people with autism tend to have a nuch higher acceleration of eyes in comparison to others resulting the eye accelerating and decelerating extremely rapidly which is a key detector of autism. Some data found in the velocity graph may be omitted if it does not contribute any data. The graph indicates that you were able to stay around the target acceleration and deceleration rates almost the whole time, with the exception of a few spikes.