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        <title>Theoretical Mechanics IPSP sage:plot</title>
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        <title>sage:plot:animate-cycloids</title>
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        <description>Animations for cycloids and curtate trochoids

	*  The notebook provides animations for cycloids and curtate trochoids:




	*  Based on this example we introduce the Sage syntax for generating and storing animations. To this end we also introduce functions 'def' and function calls (as you might know them from Python).</description>
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        <title>sage:plot:explore-trigonometric</title>
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        <description>Explore trigonometric functions

	*  This notebook provides interactive plots of common trigonometric functions, where you can explore the impact of parameters by slicers:

[screenshot of the notebook]

	*  Based on this example we introduce the Sage syntax for adding active elements to your plots.</description>
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        <title>sage:plot:guess-trigonometric</title>
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        <description>FIXME

Guess the parameters of trigonometric functions

FIXME  fix the text to provide a description of the Notebook 

FIXME  fix all links

	*  The notebook shows how to determine the derivatives of a function.
	*  You also learn how to define and work with your own functions.</description>
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        <title>sage:plot:plot-cycloids</title>
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        <description>Plot cycloids and curtate trochoids

	*  The notebook provides plots of of cycloids and curtate trochoids, like



	*  Based on this example we introduce the Sage syntax for adding multiple lines to a plot, specifying colors and changing the line width.</description>
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        <title>sage:plot:plot-trigonometric</title>
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        <description>Plot trigonometric functions

	*  The notebook provides plots of common trigonometric functions, like 



	*  Based on this example we introduce the Sage syntax for function plotting. 

For more information you can take a look at a 
screenshot of the notebook
 — or you give it a try and</description>
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