San Jose, CA

Luke Peterson

Expert
@hazelnusse

pydy. A Python tool for studying Dynamics

20

crc7. Example of how to generate CRC7 byte for SD cards in SPI mode

19

OBD. Open Bicycle Dynamics

17

robot.bicycle. Robotic Bicycle code for data collection and control

13

libbicycle. Extended bicycle model

7

sympy-old. Luke Peterson's Sympy branch

4

DynamicSystem. C++ template class for simulating dynamic systems, using Boost.odeint

4

bicycle. Bicycle Analysis Software Collaboration

3

alparse. Python parser of Autolev output .c files from code dynamics()

3

SympyMechanicsPaper. TeX

3

Learning-LSODAR. My first attempt to use/understand the Netlib LSODAR package

3

flatbuffers-bazel. C++

3

Rolling-Torus. An OpenGL animation of a rolling Torus using the GSL for numerical integration

2

spline. C++

2

picasaAPI. Simple wrapper around the Python API to Picasa provided by Google

2

libcontrol. C++ library using Eigen and LAPACK/LAPACKE to provide tools useful for control systems design.

2

Learning-Kalman. posting my work on going through Gelb (1974) and Mohinder 2008

2

stm32stdperiph. STM32 Standard Peripheral Libary fetch and build

2

Slotted-Discs. Two slotted discs, rolling without slip on a smooth flat plane

2

roboticbicycle. Robotic Bicycle Code and Resources

2

protobuf-git-svn. git svn clone of Google Protocol Buffers official repo

1

ModernCppStarter. 🚀 Kick-start your C++! A template for modern C++ projects using CMake, CI, code coverage, clang-format, reproducible dependency management and much more.

1

cpp-plotter. Minimal working example of a C++ plotting example using the QCustomPlot widget.

1

odeint_eigen_mwe. Trying to make boost::odeint able to use Eigen::Matrix as state type

1

ibde. Interactive Bicycle Dynamics Exploration

1

cmmi2012. NSF CMMI poster

1

Mappings. C++ Abstract base classes for dynamic systems mappings

1

Rolling-Disc. An illustration of deriving equations of motion

1

Euler-Parameters. Attitude equations of motion for a single general rigid body, making use of Euler parameters for orientation, visualized using OpenGL

1

SPOT. Student Participation Observation Tool

1

DOS_WOW2011. Davis Open Science Week of Welcome Slides

1

FLP_Exercise. Feynman Lectures on Physics Challenge Problem

1

rollingdiscgui. Rolling Disc gl2ps Qt GUI

1

SensorPlotter. project for TTP 289

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