|
DESIRE: VERY FAST, TRULY INTERACTIVE SIMULATION OF DYNAMIC SYSTEMS
DESIRE: VERY FAST, TRULY INTERACTIVE SIMULATION
OF DYNAMIC SYSTEMS
A NEXT-GENERATION SYSTEM FOR INTERACTIVE SIMULATION
- a proved technique for user-friendly modeling
- powerful and readable mathematical notation
- can serve as a courseware language
SCREEN-EDITED PROGRAMS RUN IMMEDIATELY AT HIGH SPEED
- extra-fast runtime compiler
generates efficient code
- no distracting wait for program translation
- keeps your mind on the problem
- truly interactive modeling for design or teaching
- automatically keeps a journal file
- easily add your own help dialogs and menus for teaching
INTERACTIVE DYNAMIC-SYSTEM SIMULATION
- control-system design, aerospace applications
chemical and biological processes, physiology
controls and evaluates multi-run experiments
optimization and model matching
SOLVES UP TO 40,000 DIFFERENTIAL EQUATIONS
- fixed and variable-step Runge-Kutta rules (to 20,000 state variables)
variable-step-and-order stiff-system rules (to 600 state variables)
difference equations, sampled-data systems
nonlinear operators, time delays, function memory
color CRT graphics, hard copy
easy to add neural networks, fuzzy logic
CONVENIENT WINDOWS INTERFACE FOR PERSONAL COMPUTERS
editor windows provide familiar editing and file operations
programs can be run from multiple editor windows to compare models
simply drag-and-drop user programs, help screens, and notes
program your own special editing dialogs for interactive simulation
POWERFUL MATHEMATICAL OPERATIONS
- 64-bit double-precision for accurate statistics and math
complex-number arithmetic, frequency-response plots, conformal mapping
vector/matrix operations, linear-equation solver
fast Fourier transforms, convolutions
|