Maple Professional
Maple Academic
Maple Student Edition
Maple Personal Edition
Maple Player
Maple Player for iPad
MapleSim Professional
MapleSim Academic
Maple T.A. - Testing & Assessment
Maple T.A. MAA Placement Test Suite
Möbius - Online Courseware
Machine Design / Industrial Automation
Aerospace
Vehicle Engineering
Robotics
Power Industries
System Simulation and Analysis
Model development for HIL
Plant Modeling for Control Design
Robotics/Motion Control/Mechatronics
Other Application Areas
Mathematics Education
Engineering Education
High Schools & Two-Year Colleges
Testing & Assessment
Students
Financial Modeling
Operations Research
High Performance Computing
Physics
Live Webinars
Recorded Webinars
Upcoming Events
MaplePrimes
Maplesoft Blog
Maplesoft Membership
Maple Ambassador Program
MapleCloud
Technical Whitepapers
E-Mail Newsletters
Maple Books
Math Matters
Application Center
MapleSim Model Gallery
User Case Studies
Exploring Engineering Fundamentals
Teaching Concepts with Maple
Maplesoft Welcome Center
Teacher Resource Center
Student Help Center
Student[MultivariateCalculus][ApproximateInt] - return the approximate integral of a bivariate function
Calling Sequence
ApproximateInt(f(x,y), x=a..b, y=c..d, z=e..f, opts)
Parameters
f(x, y)
-
algebraic expression
x, y
name; independent variables
a, b, c, d
realcons; limits of integration
z=e..f
(optional) range over which to plot the dependent variable; e,f are real constants
opts
(optional) equation(s) of the form option=value where option is one of coordinates, frames, functionoptions, method, output, partition, prismoptions or showfunction; specify output options
Description
The ApproximateInt(f(x,y),x=a..b,y=c..d) calling sequence returns an approximation to the integral of .
The ApproximateIntTutor routine offers equivalent capabilities to ApproximateInt in a tutor interface. See the Student[MultivariateCalculus][ApproximateIntTutor] help page.
The opts argument can contain any of the following equations that set output options.
coordinates = cartesian or polar
Determines whether the integral is calculated in cartesian or polar coordinates. In polar coordinates, the first variable is assumed to be the radial component. The default is cartesian.
frames = posint..posint
For example, frames = a..b.
Specifies the number of frames in the animation, b-a+1. Each frame of the animation partitions the plot according to the number in the range a..b corresponding to the current frame. The first frame partitions the domain into an a x a grid. The last frame partitions the domain into a b x b grid. This option is ignored unless output = animation. The default is .
functionoptions = list
Specifies the plot options for plotting the function . For more information on plotting options, see plot3d/options.
method = midpoint, upper, lower, or random
Calculates the approximation of the integral using the midpoint, upper, lower, or random point Riemann sum. The default is midpoint.
output = value, plot, or animation
This option controls the return value of the function.
* output = value specifies that the value of the approximation is returned. Plot options are ignored if output = value. The default is output=value.
* output = plot specifies that a plot displays, which shows the expression and an approximation to the integral.
* output = animation specifies that an animation displays, which shows the expression and approximations using a sequence of partitions each of which is a refinement of its predecessor.
partition = [posint, posint]
The partition option controls the partition of the interval. By default, the interval is partitioned by .
prismoptions = list
Specifies the plot options for plotting the approximation to the integral of . For more information on plotting options, see plot3d/options.
showfunction = true or false
Determines whether the function is plotted. The default is true.
caption = anything
A caption for the plot.
The default caption is constructed from the parameters and the command options. caption = "" disables the default caption. For more information about specifying a caption , see plot/typesetting.
Examples
The command to create the plot from the Plotting Guide is
See Also
plot3d/options, Student, Student[MultivariateCalculus], Student[MultivariateCalculus][ApproximateIntTutor]
Download Help Document