-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
Hi
I looked at the files I couldn't know If I can use them to do object tracking with ur5 (without fingers), ??
Any guidance?
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …
-
```
What steps will reproduce the problem?
Robotics, Vision and Control (corrected second printing), Peter Corke - page
#22 MATLAB example:
>> T1 = se2(1,2,30*pi/180)
T1 =
0.8660 -0.5000 …