Skip to content
New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

Explanation of the .txt annotations #18

Open
MuhammadAsadJaved opened this issue Jul 21, 2020 · 8 comments
Open

Explanation of the .txt annotations #18

MuhammadAsadJaved opened this issue Jul 21, 2020 · 8 comments

Comments

@MuhammadAsadJaved
Copy link

Thank you for this explanation. It's very helpful. I have a few more questions about the dataset.

1 - There are 11 sets in total with several subsets.
Some .txt annotation contain only " % bbGt version=3" this tag and no bounding box values. What does this mean? Should we remove these annotations?

2- Can you explain the values in the .txt file? for example
annotation set00/V000/I02165 contains these values.

% bbGt version=3
person 427 243 27 66 0 0 0 0 0 0 0

T
kaist1
kaist2

he first one is class, next 4 are bounding box coordinates ,what about other values? Do we need these in the training ?

3- How we divide these annotation to 9 categories? Reasonable all, Reasonable day, Reasonable night, Near scale, Far scare, Medium scare, No occlusion, Partial occlusion, and Heavy occlusion? Anyone write any scripts to categories images and .txt files?
Please also see attached images for Question 1 and 2.

Thank you very much.

@diciembre-noche
Copy link

Hello Asad, I'm a master student currently studying object detection. I would really like to try on this dataset for research purpose.
Could you please share the dataset with me since the download link is dead? Full set or some subsets are all fine.
I'm really appreciated to any of your help. And perhaps I can help you solve your doubts after having a look of the data. My email is lovepasta@gmx.net
Thank you!!

@MuhammadAsadJaved
Copy link
Author

MuhammadAsadJaved commented Aug 11, 2020 via email

@MuhammadAsadJaved
Copy link
Author

MuhammadAsadJaved commented Aug 11, 2020

@diciembre-noche

Can you please try this link , if you do not understand the distribution of dataset then let me know I'll explain to you

https://soonminhwang.github.io/rgbt-ped-detection/data/

@diciembre-noche
Copy link

@MuhammadAsadJaved
Thanks for Sharing! Unfortunately your page seems to be not working either. It has the same dead links from this https://sites.google.com/site/pedestrianbenchmark/home
Do you download from this page recently?
Is it convenient for you to share any subset from day and night? For example set01 and set04.

@MuhammadAsadJaved
Copy link
Author

MuhammadAsadJaved commented Aug 12, 2020

@MuhammadAsadJaved
Thanks for Sharing! Unfortunately your page seems to be not working either. It has the same dead links from this https://sites.google.com/site/pedestrianbenchmark/home
Do you download from this page recently?
Is it convenient for you to share any subset from day and night? For example set01 and set04.

@diciembre-noche

Sorry, Use this link.

You can download complete sets or download sets in parts. Do not download
both. For example, download set00.zip (if you have a fast internet
connection to download big files)
or alternatively download set00_V000.zip, set00_V001.zip, set00_V00n
(small sets for slow internet connection). Don't download both,

https://onedrive.live.com/?authkey=%21ADG6wuQeYqCroBI&id=1570430EADF56512%21624&cid=1570430EADF56512

if you failed to use above link, then use this link given below to submit a request and they will send you a link in the given email.

https://sites.google.com/site/pedestrianbenchmark/download

@diciembre-noche
Copy link

@MuhammadAsadJaved Thank you so much! I actually did request via that link and got the mail days ago. But I somehow miss that link because most of the subset links are dead....so careless..
Anyway thanks again for your help and hope you everything good with your work:))

@MuhammadAsadJaved
Copy link
Author

MuhammadAsadJaved commented Aug 12, 2020 via email

@fnsflm
Copy link

fnsflm commented Dec 19, 2023

You can see it,
https://pdollar.github.io/toolbox/
And click detector->bbGt.

Each object struct has the following fields:
lbl - a string label describing object type (eg: 'pedestrian')
bb - [l t w h]: bb indicating predicted object extent
occ - 0/1 value indicating if bb is occluded
bbv - [l t w h]: bb indicating visible region (may be [0 0 0 0])
ign - 0/1 value indicating bb was marked as ignore
ang - [0-360] orientation of bb in degrees

Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment
Labels
None yet
Projects
None yet
Development

No branches or pull requests

3 participants