Closed ManChrys closed 2 years ago
Hi,
Thanks for your interest in our project.
The T matrix contains the Rotation matrix and translation vector.
R = T [0:2, 0:2] t = T[0:2, 3]
so you would figure out that the rotation matrix is almost an identity matrix and translation vector is small.
Best
Hi,
Thanks for your interest in our project.
The T matrix contains the Rotation matrix and translation vector.
R = T [0:2, 0:2] t = T[0:2, 3]
so you would figure out that the rotation matrix is almost an identity matrix and translation vector is small.
Best
[0.997573, -0.024254, 0.065274, 0.322019, 0.023477, 0.999644, 0.012663, 0.043158, -0.066402, -0.011080, 0.997733, 0.456606, 0.0, 0.0, 0.0, 1.0]
that means 0.322019 is x translation, 0.043158 is y translation, 0.456606 is z translation ?
Hi,think you for great project. I have another question about parameters: why parameters in livox_odometry.launch is not same with that in livox_mapping.launch ?
Hi, Thanks for your interest in our project. The T matrix contains the Rotation matrix and translation vector. R = T [0:2, 0:2] t = T[0:2, 3] so you would figure out that the rotation matrix is almost an identity matrix and translation vector is small. Best
[0.997573, -0.024254, 0.065274, 0.322019, 0.023477, 0.999644, 0.012663, 0.043158, -0.066402, -0.011080, 0.997733, 0.456606, 0.0, 0.0, 0.0, 1.0]
that means 0.322019 is x translation, 0.043158 is y translation, 0.456606 is z translation ?
@InterKnight Right
Hi,think you for great project. I have another question about parameters: why parameters in livox_odometry.launch is not same with that in livox_mapping.launch ?
@InterKnight Usually the translation part does not affect the final result much. And the rotation part is almost identical.
Hi,think you for great project. I have another question about parameters: why parameters in livox_odometry.launch is not same with that in livox_mapping.launch ?
@InterKnight Usually the translation part does not affect the final result much. And the rotation part is almost identical.
thank you very much!
When no further questions, I will close this issue.
Hello,
i have a livox mid 40 and an INS/GNSS system (xsens mti g 710) . I would like to ask you whats these parameters mean
I understand that some of them are the distances between lidar and imu but could you explain every number on this table what represents?
Thanks in advance.