GEUP
Explore geometry and create interactive and
dynamic math calculations and visualizations
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Samples


The Pythagorean Theorem

This sample shows a proof for the Pythagorean Theorem. It also shows the ability to work with classical theorems in Euclidean Geometry interactively.

Trochoid

The Trochoid is obtained geometrically through its definition. This is a general construction that shows a family of Trochoids.

Icosahedron

It is possible to represent figures in solid geometry through a projection onto the plane and using macros.

Hyperbolic Geometry

With this sample we can create constructions in Hyperbolic Geometry using the Poincaré disc model through the document's macros(tools).

Function addition

This sample shows the capability to define, combine and graphically represent functions. Also shows the ability to modify the construction and obtain different cases interactively.

Derivative definition

The derivative definition is shown through an interactive construction. Also shows the ability to modify the construction and obtain different cases dynamically.

3D Lissajous curve

It is possible to graphically represent 3D curves through a projection onto the plane and using macros. With this sample we can obtain the different cases for the 3D Lissajous curve.

Slope field of a differential equation

The slope field of a differential equation is a geometric interpretation for the solution of the differential equation; the capability to modify it facilitates its visualization interactively.

Dispersion through a water droplet

This sample shows the physical property that produces the rainbow. Also shows the capability to represent parametric colors.

Polarization of light

This sample shows the propagation of the addition of two plane waves. (The wave is represented using macros)

Transient response of a R-L-C circuit

The R-L-C circuit shown in the figure is connected to a constant voltage V. It is possible to modify the voltage, resistance, inductance and capacity.

Wankel engine

With this sample it is possible to study dynamically the Wankel engine, an internal combustion engine that uses a 3-faced rotating piston instead of the conventional engines pistons.
 
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