The General Purpose Math Visualizer Package Crack Keygen contains a variety of plotting, animating, numerically differentiating and integrating, and solving systems of coupled algebraic equations. The package contains around a dozen scripts to perform different types of simulations. The package also includes a graphical IDE built in Ejs. Using this IDE you may design your simulations and export them as package. It even supports parallel computing via IDE built in building processes.
Package Features:
1- Using Ejs, each script has it’s own IDE for designing simulations that may be exported. This allows you to create your simulations in a nice and clean way.
2- Installation is quite easy and the package should be installed in about 30 minutes from the time you first open it.
3- Using Java, the scripts are easy to run and can solve a variety of difficult algebraic equations.
4- There are a variety of plotting tools. To name a few, each script comes with a nice animated plotter and a nice plotter with scale.
5- There are several numerical tools that you can use to numerically differentiate, integrate and solve algebraic equations. The scripts also include a 2D plotter that can generate these plots.
6- The scripts allow you to generate pictures, as well. The scripts come with several different types of plotters.
7- Using Java, each script has a numerical environment where you can solve systems of coupled algebraic equations and numerical derivatives.
8- There are also many demonstrations using this package.
9- The package comes with a command line interface that allows you to import and export scripts for later use.
10- There is an IDE built in using Ejs that makes creating simulations easy and fast. It can build and run all the scripts in the package.
11- An OpenGL based IDE is also included. Using this you can create 3D simulation using graphic tools that are easy to handle. Using this you will be able to create models for your simulations.
12- The package can be distributed freely.
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Ejs is a powerful Java math simulation tool that allows the creation of mathematical expressions. These expressions can be saved in text format or displayed in graphical form. The different types of plots include, but are not limited to, simple line plots, surface plots, vector plots, and matrix plots. The simulations can be further analyzed using the various dialogs and menus provided by Ejs. Additional features of Ejs include the ability to create multiple simulations, record simulation, and playback back animations. The general purpose math visualizer package is delivered in six (6) separate *.jar packages that are included in a zip file containing the code needed to run the simulations from Ejs. This software is developed and maintained by Delta Scientific, Inc.
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General Purpose Math Visualizer Package Features
Actions (use this for animation, high contrast (light vs dark))Plotting (plotting tool provided)Functions (y=f(x,a,b), a,b,fx, or f)Animating (animating tool provided, import a static image, jpeg, gif or png)System Solution Solving (provided)Differentiating and Integrating NumericallyNumerically DifferentiatingExpressing Inverses E.g.f(x)=(x^2-a^2)^-1 (or x=a(x^2-a^2)^-1)Inverse Derivative Expression(and inverses)Simple Derivative Expression(and inverses)Two Variable Derivative Expression(and inverses)Differentiate and Integrate: (solve: y=f(x), inty;y=f(x), diffy)Solve Systems of Numerical Differential Equations: (solve with a function to determine initial conditions)Polynomial Expression Solving (functions f(x)=x^n+a, so that the solution is x^n+a)Simulating (u,q) under the form of an ODE (dudtq)Different E.g.dudtq=u*vDeq=v*u^2, or different functionsCan plot both: (time/position)or multiple positions: (x,y,z)Properties (of plots)Dynamic Properties (E.g.x is plotted, so that y is plotted also)Reset properties (reset to initial values or default values)Add Value without Scrolling (Values can
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Two classes have been developed, intended to become a standard part of a physics EJS project – a Visualizer class, and a Plotter class. The Visualizer class can perform all of the functions listed for the General Purpose Math Visualizer Package. The Plotter class can be used for the display of plots and animations. It is intended that the classes will be used in a typical EJS project, saving the user the time required to generate a graphics screen in the project code. They are also intended to be used in project code if it is desired to vary the plotting or animation, something which is not easy in a regular EJS project. Because of the limitations of EJS, any use of these classes can only be made from a EJS project. Thus, for example, the animating of a system of equations requires additional packages to support this function.
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The package offers multiple tools designed to help you perform mathematical tasks you find in physics. These are plotting, animating, numerically differentiating and integrating, and solving systems of coupled algebraic equations. For examples of how this package can be used to explore various physics problems. The General Purpose Math Visualizer Package contains:
Package Description
General Purpose Math Visualizer
Plotting Tools
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General Plotting Tools
Plot a Graph from a Model Using a Scatterplot Plotter
Plot a 3D Graph Using a Scatterplot Plotter
Fit a Linear Model to a 2D Graph
Plot the Trajectory of an Object Moving on a Cartesian Plane
Plot the Trajectory of an Object Moving on a Cubic Function Plane
Fit a Quadratic or Logistic Model to a 2D Graph
Plot a 3D Graph Using a Curve Plotter
Plot a 3D Graph Using a Trajectory Plotter
Plot a Scatterplot for a Nonlinear Model
Plot a Curve for a Nonlinear Model Using a Trajectory Plotter
Plot a Scatterplot for a Nonlinear Model Using a Trajectory Plotter
Plot a Surface for a Nonlinear Model Using a Trajectory Plotter
Plot an Animation in the 3D Graph Viewer
Plot a Curve in the 3D Graph Viewer
Plot a Graph in the 3D Graph Viewer
Plot a Graph in the Scene Viewer
Plot a Graph in the Scene Viewer
Plot a Graph in the Scene Viewer
Plot a Modeling Tool
Get 3D Contour Plotting
Plot with Differentiation Tools
Use Vector Differentiation for Equations
Differentiate Graphs for Nonlinear Models
Differentiate a Graph for a Nonlinear Model
Plot a Wave using a Gradient Plotter
Plot a Waving Line using a Humps Plotter
Plot a Vibrating Line using a Heaviside Plotter
Plot a Vibrating Line using a Ejs Cross Plotter
Plot a Vibrating Line using a Ejs + Block Plotter
Plot a Vibrating Line using a Ejs Cross+
Plot a Vibrating Line using a Ejs Cross+
Plot an Animation in the Plotting Tools
Get Differentiation Tools
Calculate Derivatives Using Integral Calculus
Integrate Graphs for Nonlinear Models
Integrate a Graph for a Nonlinear Model
Integrate a Graph for a Nonlinear Model
Integrate a Graph for
Minimum:
OS: Windows 8.1 x64 (64-bit)
Windows 8.1 x64 (64-bit) Processor: Intel® Core™ 2 Duo, AMD® Athlon™ 64
Intel® Core™ 2 Duo, AMD® Athlon™ 64 RAM: 1 GB
1 GB Graphics: DirectX 9.0c compliant video card
DirectX 9.0c compliant video card Hard Drive: 5 GB available space
Recommended:
Windows
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