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A Maple
package for calculating and graphing hydrogenic
or Slater-type orbitals. It provides routines for
normalized spherical harmonics, real linear combinations
of spherical harmonics, orbitals with both radial
and angular parts, overlap integrals for atomic
orbitals, and Slater-type orbitals |
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A Maple
package for simulation of dynamical systems. It
provides routines for building and simulating a
physical system one step at a time, including adding
point-masses and springs, specifying the dimensions
along which masses can move, and animating and graphing
the behavior of the system over time. |
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Using
the Statics Maple package, a civil engineer can
input a basic structure along with its load and
material parameters, and instantly derive the essential
properties of the loaded system. |
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Interval
Arithmetic provides basic data types and operations
for interval arithmetic as well as features for
interval computation. |
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A combined
Maple-Java package that adds new interactivity to
Maple plots in both web pages and worksheets.
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Finite Elements
is a set of Maple packages for analyzing potential
flow and elasticity using symbolic finite-element
models (FEM). |
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Vector Calculus
is a Maple 7 package for vector differential operations,
curve analysis, coordinate system conversions, and
multiple integrals. |
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This package
provides numerical algorithms for finding local
minima and maxima of nonlinear functions subject
to nonlinear inequality constraints.
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A package of Maple routines
that automatically generate the kinematic and dynamic
equations in symbolic form for 3-D flexible multibody
systems. |
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This Maple package generates
and solves the node equations for electric circuits
symbolically. |
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This package provides
over 130 Maple functions for exploring concepts
in probability and statistics. |
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Datasheet
