A very fast and Powerful Math Engine for High Level Complex Maths Problems
July 14, 2021

A very fast and Powerful Math Engine for High Level Complex Maths Problems

Anonymous | TrustRadius Reviewer
Score 8 out of 10
Vetted Review
Verified User

Overall Satisfaction with Maple

Maple is currently used in engineering department where we deduce some mathematical simulation and run time modeling of differential equation. Since most of the equations are very hard and time consuming writing Maple to code to achieve that part is very easy. And since it has an extensive set and function for equation solving and differential equation, using maple reduces a lot of time writing complex code
  • Numerical Calculation and Calculus
  • Visualization of statistical and numerical data
  • Predefined code templates for standard problem like finding FFT
  • On the software side and the software is bulky
  • Code Editor can be improved
  • Sometime software fails and hang when doing high calculation
  • Maple Editor
  • Differential Equation Functions
  • Plot Editor for visualization of curve
  • It saves time and does lot of hard calculation which is not possible manually
  • Software is little bit expensive however has more functions as compared to MATLAB and Mathematica
  • Learning curve is little steep and hence take additional time to master
Maple is a very niche product and competes directly with Mathematica and MATLAB.
It is a little expensive as compared to the other two however has more set of functions and libraries which makes it for suitable for high level and complex mathematics.
It's editor is not on par with other two however it's visualization module is very good and powerful.

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Maple is very useful in following scenarios :
  • When doing some equation modelling for differential equations
  • Writing code to simulate a electrical of mathematical system
  • Speech and Image Processing Use case
  • Linear Algebra Problems
  • Lot of Options to plot 2-D and 3-D, including implicit, contour, complex, polar, vector field, conformal, density, ODE, PDE, and, statistical plot
  • Engineering plots, including time and frequency domain responses and root-locus and root-contour plots