error to run extrinsic_calib #79

LeatherWang · 2018-06-14T13:10:17Z

Hi,
I am clibrating the extrinsic of one monocular and wheel encoder mounted on a indoor service robot, but I have these errors below,

my parameters are:
camera-count: 1
keydist: 0.01
motions: 300

I collect the all inout data in a room of ten meters by ten meters in three minutes with 6000 pictures.

I can't understand the parameters begin-stage and focal, and I use the default value. How I should modify these parameters? Thank you very much!

# INFO: P3P RANSAC yielded 100 inliers with a reprojection error of 0.58 px.
# INFO: Found 54 new feature correspondences.
# INFO: Triangulated 45 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 10.5056 | avg = 0.199166
# INFO: Window reprojection error after optimization: min = 5.73329e-10 | max = 10.5025 | avg = 0.184622
# INFO: Feature detection took 0.0275359s.
# INFO: Descriptor computation took 0.00580645s.
# INFO: Descriptor matching took 0.00310922s.
# INFO: Removed 3 matches via cross-checking.
# INFO: # good matches: 148
# INFO: Added frame 14.
# INFO: Found 146 feature correspondences in last 2 frames.
# INFO: Using 107 scene points to compute pose via P3P RANSAC.
# INFO: Computed pose in frame 14:
  0.970967  0.0648157   0.230263  -0.874598
 -0.062423   0.997893 -0.0176689  0.0934642
 -0.230923  0.0027822   0.972968  0.0029632
        -0         -0         -0          1
# INFO: P3P RANSAC yielded 107 inliers with a reprojection error of 0.36 px.
# INFO: Found 35 new feature correspondences.
# INFO: Triangulated 34 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 10.5025 | avg = 0.190155
# INFO: Window reprojection error after optimization: min = 0 | max = 10.5025 | avg = 0.184659
# INFO: Use provided odometry estimate for camera 0...
Rotation: 
 0.00263442    0.247987     0.96876
  -0.999987 -0.00366104  0.00365651
 0.00445343   -0.968756    0.247974
Translation: 
100 0 0
# INFO: Reprojection error for camera 0: avg = 2.40404 px | max = 62043 px
# INFO: Completed camera-odometry calibration for all cameras.
# INFO: Saving intermediate data... Done. Took 2.31s.
# INFO: Running camera rig calibration.
# INFO: # segments = 11
# INFO:   Segment 0: # frame sets = 15
# INFO:   Segment 1: # frame sets = 26
# INFO:   Segment 2: # frame sets = 73
# INFO:   Segment 3: # frame sets = 35
# INFO:   Segment 4: # frame sets = 37
# INFO:   Segment 5: # frame sets = 18
# INFO:   Segment 6: # frame sets = 30
# INFO:   Segment 7: # frame sets = 28
# INFO:   Segment 8: # frame sets = 16
# INFO:   Segment 9: # frame sets = 16
# INFO:   Segment 10: # frame sets = 14
# INFO: Reprojection error: avg = 0.52 px | max = 293.33 px | # obs = 56000
# INFO: Triangulating feature correspondences... 
# INFO: Reprojection error after triangulation: avg = 2.55 px | max = 1097.19 px | # obs = 31736
# INFO: # 3D scene points: 8118
# INFO: Checking the validity of the graph...
# INFO: Finished checking the validity of the graph.
# INFO: Reprojection error after pruning: avg = 2.55 px | max = 1097.19 px | # obs = 31736
# INFO: # 3D scene points: 8118
# INFO: Running BA on odometry data... 
# INFO: Loss parameter = 25
# INFO: sqrt precision matrix (keypoint position):
5 0
0 5
E0614 20:46:52.475142 14033 solver.cc:487] Terminating: Can't use SPARSE_NORMAL_CHOLESKY as sparse_linear_algebra_library_type is NO_SPARSE.
Ceres Solver Report: Iterations: -2, Initial cost: -1.000000e+00, Final cost: -1.000000e+00, Termination: FAILURE
# INFO: Done.
# INFO: Reprojection error after BA (odometry): avg = 2.55 px | max = 1097.19 px | # obs = 31736
# INFO: # 3D scene points: 8118
# INFO: Running robust pose graph optimization... 
# INFO: Building odometry edges...
# INFO: Built 297 odometry edges.
# INFO: Building loop closure edges...
terminate called after throwing an instance of 'std::string'
E0614 20:46:55.799499 14033 extrinsic_calib.cc:42] *** Aborted at 1528980415 (unix time) try "date -d @1528980415" if you are using GNU date ***
E0614 20:46:55.807651 14033 extrinsic_calib.cc:42] PC: @     0x7f7c98c7cc37 (unknown)
E0614 20:46:55.814091 14033 extrinsic_calib.cc:42] *** SIGABRT (@0x3e8000036d1) received by PID 14033 (TID 0x7f7c9ed85a40) from PID 14033; stack trace: ***
E0614 20:46:55.821746 14033 extrinsic_calib.cc:42]     @     0x7f7c99539330 (unknown)
E0614 20:46:55.822572 14033 extrinsic_calib.cc:42]     @     0x7f7c98c7cc37 (unknown)
E0614 20:46:55.823309 14033 extrinsic_calib.cc:42]     @     0x7f7c98c80028 (unknown)
E0614 20:46:55.823938 14033 extrinsic_calib.cc:42]     @     0x7f7c99285535 (unknown)
E0614 20:46:55.824537 14033 extrinsic_calib.cc:42]     @     0x7f7c992836d6 (unknown)
E0614 20:46:55.825163 14033 extrinsic_calib.cc:42]     @     0x7f7c99283703 (unknown)
E0614 20:46:55.825762 14033 extrinsic_calib.cc:42]     @     0x7f7c99283922 (unknown)
E0614 20:46:55.826261 14033 extrinsic_calib.cc:42]     @     0x7f7c94d75359 DBoW2::TemplatedVocabulary<>::load()
E0614 20:46:55.826752 14033 extrinsic_calib.cc:42]     @     0x7f7c94d68219 camodocal::LocationRecognition::setup()
E0614 20:46:55.848026 14033 extrinsic_calib.cc:42]     @     0x7f7c98679723 camodocal::PoseGraph::findLoopClosures()
E0614 20:46:55.849459 14033 extrinsic_calib.cc:42]     @     0x7f7c9867a352 camodocal::PoseGraph::buildEdges()
E0614 20:46:55.858290 14033 extrinsic_calib.cc:42]     @     0x7f7c9e2d01cd camodocal::CameraRigBA::run()
E0614 20:46:55.859398 14033 extrinsic_calib.cc:42]     @     0x7f7c9e30bdb4 camodocal::CamRigOdoCalibration::start()
E0614 20:46:55.859500 14033 extrinsic_calib.cc:42]     @           0x456604 main
E0614 20:46:55.860219 14033 extrinsic_calib.cc:42]     @     0x7f7c98c67f45 (unknown)
E0614 20:46:55.860437 14033 extrinsic_calib.cc:42]     @           0x457167 (unknown)
E0614 20:46:55.861268 14033 extrinsic_calib.cc:42]     @                0x0 (unknown)

That is all. I am looking forward to your reply.

The text was updated successfully, but these errors were encountered:

Unlingius · 2018-08-14T15:57:27Z

I have also only one camera and crash at loop closure stage. Have you solved your problem?

singhsonam2509 · 2018-12-12T15:34:45Z

In case if you are still looking for solution, according to the shared error log by you, the problem is with loading the voc data provided by the author. One thing you could try is to extract the surf64.yml file from the provided .gz file and provide the absolute path to the voc.load function in locationRecognition.

debuleilei · 2020-01-02T10:11:16Z

@LeatherWang hello ,I just want to test extrinsic_calib ,but without effective dataset. Can you give me some help.thank you all the same.

jd110145derek · 2021-01-06T01:40:17Z

@LeatherWang hi, have you solve this problem, i also encounter the same problem

GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.863899, qw=0.503665 [297399]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=0.868302, qw=-0.496036 [297599]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=0.87087, qw=-0.491513 [297799]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=0.866787, qw=-0.498679 [297999]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=0.872353, qw=-0.488876 [298199]
IMG: 297999 -> ../dataset2/input//frames_0/camera_0_1490.png
Pose : 298199
-0.517796  0.846075         0
-0.846075 -0.517796        -0
       -0         0         1
LOC: 4685949.624653 277054.318119 0.000000
# INFO: Feature detection took 0.0792429s.
# INFO: Descriptor computation took 0.0520101s.
# INFO: Descriptor matching took 0.00974917s.
# INFO: Removed 67 matches via cross-checking.
# INFO: # good matches: 983
# INFO: Added frame 4.
# INFO: Found 982 feature correspondences in last 2 frames.
# INFO: Using 60 scene points to compute pose via P3P RANSAC.
# INFO: Computed pose in frame 4:
  0.996381 -0.0227528  0.0818955    -3.1859
 0.0514799   0.928223  -0.368444    -1.5801
-0.0676342   0.371327   0.926036   -4.85823
        -0         -0         -0          1
# INFO: P3P RANSAC yielded 48 inliers with a reprojection error of 1.89 px.
# INFO: Found 742 new feature correspondences.
# INFO: Triangulated 449 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 2.01112 | avg = 0.395658
# INFO: Pruned 11 scene points that had too high reprojection errors.
# INFO: Window reprojection error after optimization: min = 2.37761e-08 | max = 5.42281 | avg = 0.283391
IMG: 297999 -> ../dataset2/input//frames_1/camera_1_1490.png
Pose : 298199
-0.517796  0.846075         0
-0.846075 -0.517796        -0
       -0         0         1
# INFO: Feature detection took 0.0822718s.
# INFO: Descriptor computation took 0.0892906s.
# INFO: Descriptor matching took 0.0398977s.
# INFO: Removed 44 matches via cross-checking.
# INFO: # good matches: 334
# INFO: Added frame 1.
# INFO: Found 332 feature correspondences in last 2 frames.
# INFO: Computed pose in frame 0 wrt pose in frame 1 with 149 inliers:
[0.9999062979523855, -0.01176855610885814, -0.006992596246588958;
 0.01165237131711372, 0.9997971165830093, -0.0164300917522674;
 0.007184536021429336, 0.01634707189109105, 0.9998405651316336]
[-0.05993969186897249;
 0.9878905100649813;
 -0.1431068602904961]
# INFO: Triangulated 113 points.
# INFO: Window reprojection error before optimization: min = 0 | max = 1.94441 | avg = 0.431082
# INFO: Window reprojection error after optimization: min = 1.85527e-10 | max = 1.49945 | avg = 0.362262
IMG: 297999 -> ../dataset2/input//frames_2/camera_2_1490.png
Pose : 298199
-0.517796  0.846075         0
-0.846075 -0.517796        -0
       -0         0         1
# INFO: Feature detection took 0.0853186s.
# INFO: Descriptor computation took 0.0242233s.
# INFO: Descriptor matching took 0.00135827s.
# INFO: Removed 44 matches via cross-checking.
# INFO: # good matches: 366
# INFO: Added frame 3.
# INFO: Found 366 feature correspondences in last 2 frames.
# INFO: Using 166 scene points to compute pose via P3P RANSAC.
# INFO: Computed pose in frame 3:
  0.997037  0.0762402  0.0101883   0.317112
-0.0744665    0.98993  -0.120387   -1.77095
-0.0192641   0.119272   0.992675 -0.0119976
        -0         -0         -0          1
# INFO: P3P RANSAC yielded 159 inliers with a reprojection error of 0.99 px.
# INFO: Found 124 new feature correspondences.
# INFO: Triangulated 77 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 1.98643 | avg = 0.390315
# INFO: Window reprojection error after optimization: min = 1.15576e-08 | max = 1.96048 | avg = 0.310322
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=0.866787, qw=-0.498678 [298399]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=0.86689, qw=-0.498499 [298599]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.863364, qw=0.504581 [298799]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.854565, qw=0.519345 [298999]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.861657, qw=0.507491 [299199]
IMG: 298999 -> ../dataset2/input//frames_0/camera_0_1495.png
Pose : 299199
 -0.48093  0.867396         0
-0.867396  -0.48093        -0
       -0         0         1
LOC: 4685949.584666 277055.576118 0.000000
# INFO: Feature detection took 0.0845788s.
# INFO: Descriptor computation took 0.0510938s.
# INFO: Descriptor matching took 0.00772309s.
# INFO: Removed 89 matches via cross-checking.
# INFO: # good matches: 996
# INFO: Added frame 5.
# INFO: Found 996 feature correspondences in last 2 frames.
# INFO: Using 376 scene points to compute pose via P3P RANSAC.
# INFO: Computed pose in frame 5:
  0.998718 -0.0335195  0.0379415   -1.65021
 0.0436284   0.950026  -0.309108   -1.66997
-0.0256842   0.310367    0.95027   -3.28222
        -0         -0         -0          1
# INFO: P3P RANSAC yielded 174 inliers with a reprojection error of 7.40 px.
# INFO: Found 365 new feature correspondences.
# INFO: Triangulated 129 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 5.42281 | avg = 0.38259
# INFO: Pruned 5 scene points that had too high reprojection errors.
# INFO: Window reprojection error after optimization: min = 7.341e-12 | max = 5.34693 | avg = 0.341953
IMG: 298999 -> ../dataset2/input//frames_1/camera_1_1495.png
Pose : 299199
 -0.48093  0.867396         0
-0.867396  -0.48093        -0
       -0         0         1
# INFO: Feature detection took 0.0825782s.
# INFO: Descriptor computation took 0.0868769s.
# INFO: Descriptor matching took 0.0353603s.
# INFO: Removed 32 matches via cross-checking.
# INFO: # good matches: 421
# INFO: Added frame 2.
# INFO: Found 421 feature correspondences in last 2 frames.
# INFO: Using 29 scene points to compute pose via P3P RANSAC.
# INFO: Computed pose in frame 2:
    0.999883  0.000989127   -0.0152823     0.172974
-0.000634962     0.999732    0.0231623      2.40866
   0.0153011   -0.0231499     0.999615     -0.55871
          -0           -0           -0            1
# INFO: P3P RANSAC yielded 16 inliers with a reprojection error of 3.05 px.
# INFO: Found 273 new feature correspondences.
# INFO: Triangulated 169 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 1.96551 | avg = 0.424391
# INFO: Pruned 6 scene points that had too high reprojection errors.
# INFO: Window reprojection error after optimization: min = 3.1801e-10 | max = 1.72911 | avg = 0.369844
IMG: 298999 -> ../dataset2/input//frames_2/camera_2_1495.png
Pose : 299199
 -0.48093  0.867396         0
-0.867396  -0.48093        -0
       -0         0         1
# INFO: Feature detection took 0.0851276s.
# INFO: Descriptor computation took 0.0247226s.
# INFO: Descriptor matching took 0.0011642s.
# INFO: Removed 35 matches via cross-checking.
# INFO: # good matches: 460
# INFO: Added frame 4.
# INFO: Found 460 feature correspondences in last 2 frames.
# INFO: Using 206 scene points to compute pose via P3P RANSAC.
# INFO: Computed pose in frame 4:
  0.997453   0.070402  0.0114099   0.389267
 -0.068981   0.992948 -0.0964192   -1.44085
-0.0181176  0.0953866   0.995275 -0.0165284
        -0         -0         -0          1
# INFO: P3P RANSAC yielded 195 inliers with a reprojection error of 0.80 px.
# INFO: Found 105 new feature correspondences.
# INFO: Triangulated 85 new points.
# INFO: Window reprojection error before optimization: min = 0 | max = 1.97811 | avg = 0.367037
# INFO: Window reprojection error after optimization: min = 4.54747e-13 | max = 1.97004 | avg = 0.32006
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.853059, qw=0.521815 [299399]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.851815, qw=0.523843 [299599]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.851405, qw=0.524509 [299799]
GPS: lat=42.2939, lon=-83.7044, alt=0, qx=0, qy=0, qz=-0.847723, qw=0.530439 [299999]
# INFO: Before refinement:
H_cam_odo = 
 0.550015  0.667254  -0.50225 -0.938575
-0.755231  0.140657 -0.640188  -1.85668
-0.356524  0.731428  0.581295         0
        0         0         0         1
scales = 
0.606285 0.0236088 1.24614 
# INFO: Before refinement:
H_cam_odo = 
 -0.116968    0.98172   0.150146   -1.61226
0.00468886   0.151728  -0.988411    1.42772
 -0.993125  -0.114908 -0.0223505          0
         0          0          0          1
scales = 
0.114315 3.63548 1.56326 0.00815201 
Ceres Solver Report: Iterations: 12, Initial cost: 5.678176e+01, Final cost: 4.951073e+01, Termination: FUNCTION_TOLERANCE.
# INFO: After refinement:
H_cam_odo = 
 0.0812597   0.994488 -0.0662576  -0.766051
 -0.410784 -0.0271519  -0.911328   -2.91914
 -0.908104   0.101272   0.406314          0
         0          0          0          1
scales = 
0.522771 -0.00559585 1.1143 
# INFO: Calibrating odometry - camera 1...
Rotation: 
 0.0812597   0.994488 -0.0662576
 -0.410784 -0.0271519  -0.911328
 -0.908104   0.101272   0.406314
Translation: 
-0.766051  -2.91914         0
# INFO: Before refinement:
H_cam_odo = 
 -0.190661   0.980977  0.0364991    3.24889
 -0.391874 -0.0419686  -0.919061   -4.75121
 -0.900046  -0.189532   0.392421          0
         0          0          0          1
scales = 
2.34522 0.264317 0.0434796 
Ceres Solver Report: Iterations: 15, Initial cost: 1.233887e+02, Final cost: 9.860917e+01, Termination: FUNCTION_TOLERANCE.
# INFO: After refinement:
H_cam_odo = 
 0.356935  0.740433  0.569524   -2.0829
 0.443375  0.402345  -0.80096   1.64746
-0.822202  0.538403 -0.184678         0
        0         0         0         1
scales = 
-0.106856 -3.25947 0.890406 0.00244523 
# INFO: Calibrating odometry - camera 0...
Rotation: 
 0.356935  0.740433  0.569524
 0.443375  0.402345  -0.80096
-0.822202  0.538403 -0.184678
Translation: 
-2.0829 1.64746       0
# INFO: Reprojection error for camera 1: avg = 0.35336 px | max = 3.14553 px
Ceres Solver Report: Iterations: 7, Initial cost: 6.798111e+01, Final cost: 6.626897e+01, Termination: FUNCTION_TOLERANCE.
# INFO: After refinement:
H_cam_odo = 
-0.125612  0.991919 0.0178653   3.00557
-0.713659 -0.077836 -0.696156  -4.86509
-0.689139 -0.100195  0.717669         0
        0         0         0         1
scales = 
2.31404 0.141733 -0.00951979 
# INFO: Calibrating odometry - camera 2...
Rotation: 
-0.125612  0.991919 0.0178653
-0.713659 -0.077836 -0.696156
-0.689139 -0.100195  0.717669
Translation: 
 3.00557 -4.86509        0
# INFO: Reprojection error for camera 2: avg = 0.387265 px | max = 20.3658 px
# INFO: Reprojection error for camera 0: avg = 0.453998 px | max = 27.8478 px
# INFO: Completed camera-odometry calibration for all cameras.
# INFO: Saving intermediate data... Done. Took 6.35s.
# INFO: Running camera rig calibration.
# INFO: # segments = 4
# INFO:   Segment 0: # frame sets = 21
# INFO:   Segment 1: # frame sets = 27
# INFO:   Segment 2: # frame sets = 36
# INFO:   Segment 3: # frame sets = 20
# INFO: Reprojection error: avg = 0.41 px | max = 27.85 px | # obs = 73927
# INFO: Triangulating feature correspondences... 
# INFO: Reprojection error after triangulation: avg = 783.22 px | max = 12175254.80 px | # obs = 48104
# INFO: # 3D scene points: 15118
# INFO: Checking the validity of the graph...
# INFO: Finished checking the validity of the graph.
# INFO: Reprojection error after pruning: avg = 208.67 px | max = 528456.13 px | # obs = 44423
# INFO: # 3D scene points: 14518
# INFO: Running BA on odometry data... 
# INFO: Loss parameter = 25
# INFO: sqrt precision matrix (keypoint position):
5 0
0 5
Ceres Solver Report: Iterations: 89, Initial cost: 2.616784e+07, Final cost: 4.234443e+06, Termination: PARAMETER_TOLERANCE.
# INFO: Done.
# INFO: Reprojection error after BA (odometry): avg = 13.20 px | max = 182.59 px | # obs = 44312
# INFO: # 3D scene points: 14481
# INFO: Running robust pose graph optimization... 
# INFO: Building odometry edges...
# INFO: Built 100 odometry edges.
# INFO: Building loop closure edges...
terminate called after throwing an instance of 'std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char> >'
Aborted (core dumped)

chunxiaoqiao · 2021-05-18T01:05:10Z

@jd110145derek
Hi, Can I try your dataset ?
My e-mail is [chxqiao@gmail.com ]
Thanks!

jd110145derek · 2021-05-18T01:28:56Z

Sure, I am using the NCLT dataset from http://robots.engin.umich.edu/nclt/ The reason why the error occurs is that I put the surf64.yml.gz in the wrong direction. If you have any suggestions, please let me know, thanks! Best Regards, Derek Lee chunxiaoqiao ***@***.***> 於 2021年5月18日週二上午9:05寫道：

…

@jd110145derek <https://github.com/jd110145derek> Hi, Can I try your dataset ? My e-mail is ***@***.*** ] Thanks! — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#79 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AO2YQUBDM65YPS2MJWNF5G3TOG4NPANCNFSM4FE7XHQQ> .

Vslamer · 2021-11-23T09:00:12Z

hi, have you solve this problem, i also encounter the same problem

hello, have you solve this problem, i also hace the same problem

Vslamer · 2021-12-07T07:30:38Z

In case if you are still looking for solution, according to the shared error log by you, the problem is with loading the voc data provided by the author. One thing you could try is to extract the surf64.yml file from the provided .gz file and provide the absolute path to the voc.load function in locationRecognition.

I solve this problem according your way.
`void
LocationRecognition::setup(const SparseGraph& graph)
{
m_frameTags.clear();
m_frames.clear();
m_frameMap.clear();

Surf64Vocabulary voc;
//Change to absolute path
voc.load("/home/{your path}/camodocal/data/vocabulary/surf64.yml.gz");

m_db.setVocabulary(voc);`

sandeepnmenon · 2022-05-26T06:33:58Z

In case if you are still looking for solution, according to the shared error log by you, the problem is with loading the voc data provided by the author. One thing you could try is to extract the surf64.yml file from the provided .gz file and provide the absolute path to the voc.load function in locationRecognition.

Replaced the below line

camodocal/src/location_recognition/LocationRecognition.cc

Line 19 in b399fa9

voc.load("surf64.yml.gz");

with
voc.load("/root/camodocal/data/vocabulary/surf64.yml.gz");

The error is resolved

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error to run extrinsic_calib #79

error to run extrinsic_calib #79

LeatherWang commented Jun 14, 2018

Unlingius commented Aug 14, 2018 •

edited

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singhsonam2509 commented Dec 12, 2018 •

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debuleilei commented Jan 2, 2020

jd110145derek commented Jan 6, 2021

chunxiaoqiao commented May 18, 2021

jd110145derek commented May 18, 2021 via email

Vslamer commented Nov 23, 2021

Vslamer commented Dec 7, 2021

sandeepnmenon commented May 26, 2022 •

edited

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error to run extrinsic_calib #79

error to run extrinsic_calib #79

Comments

LeatherWang commented Jun 14, 2018

Unlingius commented Aug 14, 2018 • edited Loading

singhsonam2509 commented Dec 12, 2018 • edited Loading

debuleilei commented Jan 2, 2020

jd110145derek commented Jan 6, 2021

chunxiaoqiao commented May 18, 2021

jd110145derek commented May 18, 2021 via email

Vslamer commented Nov 23, 2021

Vslamer commented Dec 7, 2021

sandeepnmenon commented May 26, 2022 • edited Loading

Unlingius commented Aug 14, 2018 •

edited

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singhsonam2509 commented Dec 12, 2018 •

edited

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sandeepnmenon commented May 26, 2022 •

edited

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