Generates and manipulates the physical parameters of a bicycle.
A python program designed to produce and manipulate the basic parameters needed for the Whipple bicycle model.
These are the versions that I tested the code with, but the code will most likely work with older versions.
These are required to bulid the documentation:
The easiest method to download and install is with pip:
$ pip install BicycleParameters
There are other options for getting the source code:
Clone the source code with Git: git clone git://github.com/moorepants/BicycleParameters.git
Dowload the source from pypi.
Once you have the source code navigate to the directory and run:
>>> python setup.py install
This will install the software into your system and you should be able to import it with:
>>> import bicycleparameters
>>> import bicycleparameters as bp >>> import numpy as np >>> rigid = bp.Bicycle('Rigid') >>> par = rigid.parameters['Benchmark'] >>> rigid.plot_bicycle_geometry() >>> speeds = np.linspace(0., 10., num=100) >>> rigid.plot_eigenvalues_vs_speed(speeds)
Please refer to the online documentation for more information.
Speed increase for the eigenvalue calculations.
Added measurements for the human configuration on some bikes.
Fixed the tex related bug for the pendulum fit plots
Fixed some import bugs affecting the split fork/handlebar calcs
changed the default directory to .
added pip install notes
fixed urls in setup.py and the readme
added version number to the package
removed the human machine classifier
reduced the size of the images in the docs
broke bicycleparameters.py into several modules
updated the documentation
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