Analysis 4: Difference between revisions
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Here is a file with the altitude data: media:Altitudes.txt; | Here is a file with the altitude data: [[media:Altitudes.txt]]; | ||
Code (change suffix to .py) media:Linear_model.txt; Output media:Data_linear.png media:Data with model linear.png | Code (change suffix to .py) media:Linear_model.txt; Output media:Data_linear.png media:Data with model linear.png |
Revision as of 00:27, 11 February 2012
In this tutorial you will work through an example linear fit. The example is the trajectory experiment described in the previous tutorials. In this model we had altitude data <math>d_i</math> taken at times <math>t_i</math> that was modeled with a quadratic formula:
<math> d_i = a t_i^2 + b t_i + c </math>.
The following example is carried out using the python programming language. A great collection of python tools are downloadable for free (since you are students) here: [1]
Here is a file with the altitude data: media:Altitudes.txt;
Code (change suffix to .py) media:Linear_model.txt; Output media:Data_linear.png media:Data with model linear.png