Mathomatic Command Summary
--------------------------
approximate - Approximate all numerical values in equation spaces.
Usage: approximate [equation-number-ranges]

calculate - Temporarily plug in values for variables and approximate.
Usage: calculate ["repeat"] ["factor"] [variable iterations]

clear - Delete expressions stored in memory so equation spaces can be reused.
Usage: clear [equation-number-ranges]

code - Output C, Java, or Python code for the specified equations.
Usage: code ["c" or "java" or "python" or "integer"] [equation-number-ranges]

compare - Compare two equation spaces to see if they are the same.
Usage: compare equation-number ["with" equation-number]

copy - Duplicate the specified equation spaces.
Usage: copy [equation-number-range]

derivative - Symbolically differentiate and simplify, order times.
Usage: derivative ["nosimplify"] [variable or "all"] [order]
Alternate name for this command: differentiate

display - Display equation spaces in multi-line fraction format.
Usage: display ["factor"] [equation-number-range]

divide - Prompt for 2 numbers or polynomials and divide. Give result and GCD.
Usage: divide [variable]

echo - Output a line of text, followed by a newline.
Usage: echo [text]

edit - Edit all equation spaces or an input file.
Usage: edit [file-name]

eliminate - Substitute the specified variables with solved equations.
Usage: eliminate ["repeat"] variables or "all" ["using" equation-number]

extrema - Find possible local minimums and maximums of the current expression.
Usage: extrema [variable] [order]

factor - Factor given integers or factor variables in expressions.
Usage: factor ["number" [integers]] or [equation-number-range] [variables]

fraction - Convert expressions with algebraic fractions into a single fraction.
Usage: fraction [equation-number-range]

help - Short, built-in help.
Usage: help [topic or command-names]

imaginary - Copy the imaginary part of an expression (see real command).
Usage: imaginary [variable]

integrate - Symbolically integrate polynomials, order times.
Usage: integrate ["constant" or "definite"] variable [order]
Alternate name for this command: integral

laplace - Compute the Laplace or inverse Laplace transform of polynomials.
Usage: laplace ["inverse"] variable

limit - Take the limit as variable goes to expression.
Usage: limit variable expression

list - Display equation spaces in single-line format.
Usage: list ["export" or "maxima"] [equation-number-ranges]

nintegrate - Approximate the definite integral using Simpson's rule.
Usage: nintegrate ["trapezoid"] variable [partitions]

optimize - Split up an equation into smaller, more efficient equations.
Usage: optimize [equation-number-range]

pause - Wait for user to press the Enter key. Optionally display a message.
Usage: pause [text]

product - Compute the product as variable goes from start to end.
Usage: product variable start end [step-size]

quit - Terminate this program without saving.
Usage: quit 
Alternate name for this command: exit

read - Read in a text file as if it was typed in.
Usage: read file-name

real - Copy the real part of an expression (see imaginary command).
Usage: real [variable]

replace - Substitute variables in the current equation with expressions.
Usage: replace [variables ["with" expression]]

roots - Display all the roots of a complex number.
Usage: roots root real-part imaginary-part

save - Save all equation spaces in a text file.
Usage: save file-name

set - Set or display various session options.
Usage: set [["no"] option]

simplify - Completely simplify expressions.
Usage: simplify ["sign"] ["symbolic"] ["quick"] ["fraction"] [equation-number-range]

solve - Solve the current equation for a variable or for zero.
Usage: solve ["verify"] variable or "0"

sum - Compute the summation as variable goes from start to end.
Usage: sum variable start end [step-size]

tally - Prompt for and add entries, show running (grand) total.
Usage: tally ["average"]

taylor - Compute the Taylor series expansion of the current expression.
Usage: taylor variable order point

unfactor - Algebraically expand (multiply out) expressions.
Usage: unfactor ["fully"] [equation-number-range]
Alternate name for this command: expand

variables - Output all variable names within the specified equations.
Usage: variables ["c" or "java" or "integer"] [equation-number-range]

version - Display version number, compile flags, and memory usage.
Usage: version 

Full documentation can be found at "http://mathomatic.org/math/doc/".