Euclide

A dynamic geometry application written that allows creation of geometric shapes and transforms (rotation, symmetry)
Download

Euclide Ranking & Summary

Advertisement

  • Rating:
  • License:
  • LGPL
  • Price:
  • Free
  • Publisher Name:
  • By Dlegland
  • Operating Systems:
  • Windows 95, Windows 2000, Windows Vista, Windows 98, Windows Me, Windows, Windows XP, Windows NT
  • Additional Requirements:
  • J2EE
  • File Size:
  • 1.1 MB
  • Total Downloads:
  • 1432

Euclide Tags


Euclide Description

Euclide is an accessible and dynamic geometry creation application written in Java. Euclide allows creation of geometric shapes and transforms (rotation, symmetry), which depend each other. Moving a shape will also move shapes dependent on it. In Euclide you start by placing some free points, then you create objects using these points: lines, circles, line segment, circle arcs; each new figure can in turn be used to compose new shapes. Main features: Creation of shapes Various shapes can be created from selecting other geometrical objects (shapes, measures, transforms), or by specifying manually value for position, radius... When a shape need a new point, the user clic on a point of the figure, or on the location of a new free point, which will be created in the same time as the new shape. Here is a list of available shapes: Points: Free point Intersection point of a curve and a line Point on a curve (closest point to another point) Point on a curve (with a defined geodesic position) Centroid of several point Transformed point (by any planar transform) Linear objects: Line segments (from 2 points) Straight lines: From 2 points, Parallel to a line through a point, Orthogonal to a line through a point, Median of 2 points, Radical axis of 2 circle Line arcs (from 2 points, bisectors, reflexion of a ray on a curve...) Polyline (from a series of points) Circles From center and a point belonging to the circle From center and radius (given as distance measure) From 2 diameter points From 3 points on the circle Circle Arcs Circle arc from 3 points Circle arc from 3 points, with specific orientation Curves Bezier curve from 4 points Composition of several curves Measures on shapes Distance/length measure Closest distance of a point to a shape Radius of a circle Signed distance measure Angle measure Signed angle between 3 points Horizontal angle of a line or a linear object Horizontal angle of 2 points Counting measures Transforms Translation by the vector joining 2 points Rotation around a point with a given angle Line symetry Point symetry Circle inversion


Euclide Related Software