zju3dv / deltar

Code for "DELTAR: Depth Estimation from a Light-weight ToF Sensor And RGB Image", ECCV 2022
GNU General Public License v3.0
125 stars 6 forks source link

How to compute the relative rotation and translation between the color camera and the L5 sensor? #4

Closed a304628356 closed 1 year ago

a304628356 commented 1 year ago

Hello,your work is excellent and inspiring. I want to build a system to build dataset likes yours. Will you released the code of compute the relative rotation and translation between the color camera and the L5 sensor? thanks

eugenelyj commented 1 year ago

@a304628356 Hi, the calibration code is a bit complicated and we do not plan to release the code up to now. You can leave an email and i will send you the project.

np-csu commented 1 year ago

Hi, my email is nipan1988(at)gmail.com, could you please send me one copy of this project, thanks very much! @eugenelyj

wdh234 commented 1 year ago

大佬,校准项目代码能发给一份吗?1120353556@qq.com。谢谢!

gnsshr commented 1 year ago

Hi eugenelyj, Thanks for sharing your great work and code release. Could I also get your project including RGB + ToF calibration? My email address is gnsshr@gmail.com.

Thanks in advance again!

gnsshr commented 1 year ago

Hi eugenelyj, Could you also point out where the calibration parameters are injected in the source code? Thanks!

eugenelyj commented 1 year ago

@gnsshr the intrinsic of RGB image is hard coded in the ZJUL5.py. We pre-process the ZJUL5 data and aligh the L5' data with RGB image so we don't need the extrinsic parameter anymore.

gnsshr commented 1 year ago

@eugenelyj Thanks for your quick guide! I believe that self.K_list is the hard coded intrinsics you mentioned including focal length and principal point of RGB. Thanks!

yashveerjain commented 1 year ago

Congratulations, on your fantastic work, really inspiring. And I am also interested in the project copy, please send me one copy, my email address is yashveerjain321@gmail.com. Thanks!

WonJunPark commented 1 year ago

Can I get calibration code? dnjswns2280@naver.com And I wonder what the motherboard used.

chahatdeep commented 1 year ago

Could you please send the calibration code to chahat@umd.edu?

eugenelyj commented 1 year ago

Thank you for your attention. I plan to publish the calibration code in a new repo.

eugenelyj commented 1 year ago

@WonJunPark We use raspberry pi 4b. You can find a document named "VL53L5CX_Linux_Getting_started_with_Rpi.pdf" if you download the VL53L5CX linux driver from the st-community.

puyiwen commented 1 year ago

感谢您的关注。我计划在新的存储库中发布校准代码。

Thank you for your great work! I would like to test the generalization of your work in my own indoor scene, L5 and RGB calibration codes are required, could you please send the calibration code to my email? My email is puyiwen01230123@gmail.com Thank you very much!!

puyiwen commented 1 year ago

Hi, my email is nipan1988(at)gmail.com, could you please send me one copy of this project, thanks very much! @eugenelyj

Hi, have you got the calibration codes?

np-csu commented 1 year ago

Hi, my email is nipan1988(at)gmail.com, could you please send me one copy of this project, thanks very much! @eugenelyj

Hi, have you got the calibration codes?

not yet

eugenelyj commented 1 year ago

Sorry for the delay. I have put the related code in this repo.