Maple Professional Toolbox Series

Maple Toolbox for MATLAB®

The world’s best symbolic mathematics capabilities
Extended math library including statistics, optimization, units, enhanced DE solvers, and more
Extended plotting, including parametric surfaces, statistical plots, vector fields, animations and more
Natural math notation
Standards-based arbitrary precision numerical computation
Major performance improvements
Full documentation and report-creation features

Global Optimization Toolbox for Maple

FEATURES OF GLOBAL OPTIMIZATION TOOLBOX FOR MAPLE :

Incorporates the following solver modules for nonlinear optimization problems.
- Branch-and-bound global search
- Global adaptive random search
- Multi-start based global random search
- Global solution further refined by local search using the reduced
- gradient method
Solves models with thousands of variables and constraints.
Solvers take advantage of Maple arbitrary precision capabilities in their calculations, to greatly reduce numerical instability problems.
Supports arbitrary objective and constraint functions, including those defined in terms of special functions (for example, Bessel, hypergeometric), derivatives and integrals, and piecewise functions etc. Functions can also be defined in terms of a Maple procedure rather than a formula.
To simplify entry, a 1-D graphing calculator is available. The student then has the option of previewing the equivalent 2-D expression before submitting his or her response.
Interactive MapletT assistant for easy problem definition and exploration.
Built-in model visualization capabilities for viewing one or two-dimensional subspace projections of the objective function, with visualization of the constraints as planes or lines on the objective surface.

Maple Financial Modeling Toolbox

Interactive Technical Document Environment

Full documentation components (text, plots, images etc) that incorporate the math into a fully documented, readable, interactive application that captures the thinking behind its development, for capturing and reusing knowledge as an informational asset
Intuitive 2-D equation editor for typeset quality mathematical representation

Access to Full Maple Functionality

Specialized Command Sets

Tools for creating and analyzing term structures of interest rates
Stochastic processes and simulation and symbolic tools for manipulating stochastic variables including:
Brownian motion (one- and multi- dimensional)
Geometric Brownian motion
Ornstein-Uhlenbeck process
Square-root diffusion and Merton jump-diffusions
Subordinated processes
Gaussian Markov processes (one- and multi-dimensional)
Poisson and Gamma process
General Ito process defined by drift and volatility
Lattice methods, tools to construct binomial and trinomial trees, including equity trees and short-rate trinomial trees. Implied binomial and trinomial trees
Calendars, day counters, interest rates
Basic instruments such as European, American and Bermudan options – ability to specify payoff as a Maple procedure
Bonds and swaps

Maple™ - NAG® Connector

Provides easy access to hundreds of powerful NAG C Library numeric routines from inside the Maple environment
Use NAG routines anywhere you use Maple commands
Fast prototyping and modeling environment gives quick results. Develop and test your code in an interactive environment, without the need for compiling or linking
Both short and long NAG function names are available
Simplified calling sequences make coding easier. Appropriate default values for many parameters are provided automatically
NAG C Library documentation is integrated into the searchable and indexed Maple Help System, and includes hundreds of examples coded in Maple

HPC-Grid Toolbox for Maple

FEATURES OF HPC-GRID

Maple Professional Math Toolbox for LabVIEW

FEATURES OF MAPLE PROFESSIONAL MATH TOOLBOX FOR LABVIEW :

Adds extensive symbolic and numeric capability to LabVIEW through Maple.
Over 150 mathematical functions are available as easy-to-use VIs.
Integrated with LabVIEW 2D and 3D plotting for natural visualization.
Model forms include: transfer functions, differential equations, matrix representation, algebraic representations, and more.
Easy management of design parameters.
"What if" analysis.
Model forms include: transfer functions, differential equations, matrix representation, algebraic representations, and more.
Rich scripting feature lets you quickly extend the functionality.
Through Maple, gain access to:
- A worksheet environment for initial explorations, further analysis and creating technical reports.
- Mathematical functions include: matrix computations, linear and nonlinear equation solving, unit management, transforms (FFT, Laplace,differential equations, statistics, and over 4000 functions that cover the entire spectrum of engineering mathematics.
- Automatic code generation into C, FORTRAN, JavaT, and more.

Database Integration Toolbox

FEATURES OF DATABASE INTEGRATION TOOLBOX :

Works with JDBC-compliant databases, such as Microsoft® SQL Server, Microsoft® Access, Sybase™, Oracle®, IBM® DB2®, and MySQL®
Allows you to query, update and create databases from within Maple
Data can be analyzed, manipulated, visualized and transformed using powerful Maple technical analysis and programming tools
Automatic result updates without issuing further SQL commands
Automatic data conversion between SQL and Maple, allowing natural manipulations within each environment
Maplet interfaces for managing connections and building queries making this toolbox easy to use, and knowledge of SQL unnecessary.
Prepared statement support, for the automatic creation and execution of SQL operations by calling a single template function
Transactional support: commit, rollback and autocommit mode
Multiple connection support
Cross-platform and cross-database support for maximum reuse and transferability

Related Information