Showcases: Difference between revisions
From JSXGraph Wiki
A WASSERMANN (talk | contribs) |
A WASSERMANN (talk | contribs) |
||
| Line 36: | Line 36: | ||
* [[Data plot of live data via AJAX]] | * [[Data plot of live data via AJAX]] | ||
* [[Analyze data with the Statistics software R]] | * [[Analyze data with the Statistics software R]] | ||
* [[Time series forecasting: double exponential smoothing]] | |||
===Curves=== | ===Curves=== | ||
Revision as of 16:49, 9 July 2009
Various topics
- Charts
- Charts - Google style
- "Infinity"
- Snake - the game
- Include JSXGraph together with jQuery
- Circles on circles using jQuery sliders
Calculus and function plotting
- Power Series for sine and cosine
- Lagrange interpolation
- Simple function plotter
- Parametric curve plotter
- Polar curve plotter
- Continuous functions
- Rational functions
- Riemann sums
- Arc length
- Sequences of functions
- Cubic spline interpolation
- Harmonic Waves
- Interpolation: Neville's algorithm
- Population growth models
- Circle approximation
- All examples from Category:Calculus
Geometry
- Sine and cosine
- Displaying GEONExT constructions
- Euler line
- Apollonian circle packing
- Trigonometric functions
Statistics
- Random points
- Data plot of live data via AJAX
- Analyze data with the Statistics software R
- Time series forecasting: double exponential smoothing
Curves
- Parametric curve plotter
- Polar curve plotter
- Hypotrochoid
- Limaçon of Pascal
- Watt's curve
- Archimedean spiral
- Lissajous curves
- Conic sections in polar form
- All examples from Category:Curves
Fractals
- Sierpinski triangle
- Koch curve
- All examples from Category:Fractals, see also Turtle Graphics and L-systems
Turtle Graphics
- n-gones
- L-systems, or Lindenmayer Systems
- Epidemiology: The SIR model (Simulation of differential equations with turtle graphics)
- Epidemiology: The SEIR model
- Turtle snow fall
- Turtle spiral
- Random walks
- All examples from Category:Turtle Graphics
