- Euler-Lagrange Dynamic Model
- Plot the Torques for Euler-Lagrange
- Newton-Euler Dynamic Model
- Plot the Torques for Newton-Euler
- Drive the Manipulator using Trapezoidal Profile
- Drive the Manipulator using Polynomial Profile
- Plot the Torque graphs for both
This Assignment consists of multiple files. The helper files are SimpleTranformations.py
, StanfordManipulatorKinematics.py
,
newton_euler.py
, trajectory_planning.py
and utils.py
.
And this Assignment is run by a single driver code main.ipynb
in the main folder.
Also Note that the Report is included in the main.ipynb
file.
- Clone project using command:
https://github.com/syedjameel/Dynamic-Models-Stanford-Manipulator.git
Dynamic-models-for-Stanford-Manipulator/
├── Home task 4_ Dynamics.pdf
├── main.ipynb
├── newton_euler.py
├── README.md
├── screenshots
│ ├── euler-lagrange.png
│ ├── newton-euler1.png
│ └── newton-euler2.png
├── SimpleTranformations.py
├── StanfordManipulatorKinematics.py
├── trajectory_planning.py
└── utils.py
-
Run the following command to navigate to the directory using:
cd Dynamic-Models-Stanford-Manipulator/
-
Run the following command to install dependent libraries:
pip3 install -r requirements.txt
-
Finally, Run the
main.ipynb
file [InJupyter notebook
orcolab
]