graphing software

graphing software
data visualization
Offers 3D plotting & graphing software for surface & data visualization. Welcome to the homepage of Graphis graph plotting and data analysis software. At the core of Graphis' functionality is the ability to create both tabular and analytical curves. Tabular curves can be used to plot data held in tabular form, while analytical curves can be used to plot mathematical expressions. Tabular curves are created in Graphis by entering data manually into a curve's table, by pasting it from another application such as Excel, or by importing it from data previously imported into a Graphis Spreadsheet. Graphis spreadsheets allow data to be imported into Graphis from character-delimited text files using an Excel-like data import feature. Graphis makes the generation of analytical curves effortless. For example, to plot sin(x), simply enter y = sin(x) in the curve definition window. The curve definition need not be a single line. For more information about or data visualization software, please contact us or visit our website.
KEYWORD
              3D graphing software               
visualization software
data visualization

Offers 3D data visualization and graphing software.

curve fitting
Mathematical curve fitting & graph analysis. In addition to 2D (1 independent variable) data plotting, Graphis provides a set of 3D (2 independent variables) plot types which can be used individually or combined to construct a wide range of graphs, from standard surface plotting to complex 3D visualizations comprising analytical expressions, tabular data, 3D objects, annotation, and image overlay. Graphis also provides data analysis capability in the form of statistical functions and standard statistical analysis plots such as histograms, box plots, probability plots and curve fitting. The program also features a general multidimensional nonlinear regression tool. Built around this core functionality is an extensive range of features to allow you to create presentation-quality graphs with the minimum of effort. See here for an overview of how Graphis is used, and here for a more detailed list of features available in Graphis.
graph plotting
graph software
3D data visualization and and graph software. Graphis uses the familiar Multiple Document Interface approach to displaying graphs, where graphs are displayed one per window in a set of child windows held within an overall main frame window. Graphis graphs consist of a set of plots, and each plot can contain one or more curves. All plots and curves for a graph are created and modified using the Plot Dialog, shown in the figure. The Plot Dialog consists of a tree view control on the left, and a set of property pages, accessed via tabs, on the right. The tree view lists all plots and curves that have been added to the graph, and the property pages on the right hold the properties associated with the currently selected plot or curve.
 
3D data visualization                               curve fitting software
 

   Graphis                             

       

 

 

        Home

          Overview

          Key Features

          2D Plot Types

          3D Plot Types

          Stats Plot Types

          Importing Data

          2D Gallery

          3D Gallery

          Animations

          Downloads

          Order

          Company

          Contact

    

 

       

       

 

 

                                                                                                                                                                                                                 
     
 

One of the features available via COM automation in Graphis is the ability to create movies and save them to AVI files. Click on a thumbnail below to display a still from any of the example movies. The actual movies are provided with the Graphis installation and can be found in the Examples\Movies subdirectory of the Graphis installation directory (usually C:\Program Files\Graphis).

Each movie corresponds to an automation example. Automation examples can be found in the directory: C:\Program Files\Graphis\Examples\Automation. Examples are provided for Visual Basic 6, VBA and Visual C++ 6.

 
   

 

 

Displays a continuously colourmapped plot of the function z =cos(ax)cos(ay) with a varying between 0.01 and 0.5 in steps of 0.01.

Displays the Fourier expansion of a periodic step function, where the nth frame uses the first n terms of the expansion.

Traces the line x = 2sin(3t)cos(t), y = 2sin(3t)sin(t), z = sin(3t) as t varies from 0.0 to 2 pi.

Shows a plane built from simple primitive 3D objects flying a helical trajectory and rolling around its axis as it flies.

Displays the function z = e^(-ar^2) with a varying between 0.001 and 0.05 in steps of 0.001.