version 3.2

Autograph is new dynamic software for teaching calculus, coordinate geometry (2D and 3D), statistics and probability.

Prices in NZ dollars. Excludes GST (NZ only) and freight
Autograph 3.2 single user	ag0001	180.00
Autograph 3.2 50-user licence	ag0050	1050.00
Autograph 3.2 School Site Licence	ag00site	1350.00
Autograph 3.2 Extended School Site Licence (Students can use at home)	ag00esite	1950.00

Autograph is a dynamic PC program operating in 3 modes:

1D - Statistics & Probability
2D - Graphing, coordinates, transformations and bivariate data
3D - Graphing, coordinates and transformations

Autograph 3.20 can run on Windows 2000 (SP3), XP and VISTA
Requires 300Mb of disk space and at least Internet Explorer 5.

For 3D pages the graphics card and driver should support Direct3D v9 or higher.

MAC users (pre-Intel) will require the Virtual PC application, and Autograph's Statistics and 2D pages work fine. Unfortunately Microsoft have yet to implement Direct-X for the Virtual PC, and so for the time being the 3D pages cannot yet be run on a MAC. Apologies for any inconvenience this will cause.

Intel MAC users who have installed Windows and "BootCamp" or Parallels will be able to run Autograph normally.

Installing Autograph on a Network?
Click here to download our 10-page guide to network installation.

1D Statistics and probability
Data Sets and Groupings Data entered as either raw or grouped Continuous or discrete data Transform a data set Dynamicly change class width on grouped data Generate data from probability distributions Representations of data Histograms including frequency density Cumulative Frequency diagrams Box and whisker diagrams Dot plots Mean and three standard deviations Line graph Moving average Stem and leaf Statistics box with set size, mean, standard deviation Table of statistics and tabulated values	Operations with data sets Measurments of histograms and cumulative frequency diagrams Sample from data sets, demonstrating the central limit theorem.     Probability distributions Plot and sample from Rectangular (discrete or continuous) Binomial Poisson Geometric Normal User defined, continuous or discrete Measurments and hypothesis tests fitting to data/ fit dependent
2D Graphing
Creation of interactive objects based on moveable points.lines, vectors, conics, polynomials, shapes, data sets. Shapes and transformations Shapes either from a set of points or from a list of presets. Transformations including stretches shears reflections rotations enlargements translations as well as arbitrary matrix transformations. Transformed objects update as the original object changes and can be chained. Rotations and enlargements can be animated, changing the value of the parameter, as can matrix transformations. Vectors Create as an interactive object using points or with cartesian or polar coordinates. Vectors can be added, subtracted, multiplied, duplicated, have the angle between them found and can form the basis of straight lines and translations. Equations One line true notation entry in explicit, implicit, parametric, piecewise, and polar forms. Slow plot allows you to draw curves incrementally, stopping at important points.	Calculus Differentiate, find the area below a curve or between two curves. Integration treated as a first order differential equation. Differential equations First and second order solved. Plot slope field. Boundary conditions specified interactively. Numerical methods Bisection solution. Newton Raphson method. Step forwards and backwards. Numerical integration. Rectangle, trapesium and Simpson's methods. Animated the number of divisions. Tangents and normals Plot tangents and normals to curves; evolute draws these in many places along the curve, often leading to striking shapes. Scatter graphs Data sets from points, files or entered through Autograph's spreadsheet Least squares regression graphically illustrated Fit straight lines, polynomial or fit your own equation to the data
Three dimensional graphing
Points as the basis of objects Form objects including: shapes lines vectors planes Shapes Either form shapes from joined triangles or select from a list of preset shapes Transform shapes: Rotations Reflections Enlargements Translations as well as arbitrary matrix transformations. Lines and planes Lines and planes from points, vectors or equations. Intersection of: Lines and planes Two planes Three planes	Vectors Vectors created from points or entered in Cartesian form. Add, subtract, copy, vector and scalar products. Equations Explicit, implicit, parametric, spherical and cylindrical polars Draw normals and tangets to surfaces and parametric curves Acceleration and velocity vectors to parametric curves
Extra features for the classroom
Customisability Everything from the selection behaviour through the backgrounds, behaviour of axes and thickness of the lines to the layout of the toolbars Interactive whiteboard friendly features An on-screen keyboard allows you to enter equations without returning to your computer.	The scribble tool lets you draw directly onto an Autograph page, avoiding the layer system used by some manufacturers Many results are displayed in the status bar; to make these more visible from a distance these can be duplicated in a larger font in the status box. Whiteboard mode sets Autograph's preferences in a way that is suitable for use with a data projector. Instructions window Leave instructions for pupils to follow embedded in a saved Autograph file.