Modifier
|
Description
|
Used with Keyword(s)
|
---|---|---|
ALL
|
Applies keyword to each variable in an expression.
|
![]() ![]() |
acos
|
Rewrites expressions in terms of the inverse cosine function.
|
![]() |
acot
|
Rewrites expressions in terms of the inverse cotangent function.
|
![]() |
arg
|
Returns the principal argument of z, between −π and π, including π. The argument is the value of θ when z is written as |z|·e^i·θ.
|
![]() |
asin
|
Rewrites expressions in terms of the inverse sine function.
|
![]() |
atan
|
Rewrites expressions in terms of the inverse tangent function.
|
rewrite
combine
|
atan2
|
Rewrites expressions in terms of the inverse tangent function.
|
![]() |
Returns the Cauchy principal value of an integral.
|
Symbolic evaluation of integrals ![]() |
|
complex
|
Specifies that a variable is a complex number, or that an operation is performed over the complex numbers.
|
![]() ![]() ![]() |
cos
|
Rewrites expressions in terms of the cosine function.
|
![]() |
cosh
|
Rewrites expressions in terms of the hyperbolic cosine function.
|
rewrite
|
cot
|
Rewrites expressions in terms of the cotangent function.
|
rewrite
|
coth
|
Rewrites expressions in terms of the hyperbolic cotangent function.
|
rewrite
|
Returns a second column in the output of coeffs containing the degrees of the terms.
|
![]() |
|
domain
|
For keyword factor
• When domain is real - decomposes by real roots of input expression
• When domain is complex - decomposes by all roots of input expression
For keyword parfrac
• When domain is real - decomposes according by real roots of denominator
• When domain is complex - decomposes by all roots of denominator
|
![]() ![]() ![]() |
Specifies that a variable is an integer divisible by two.
|
![]() |
|
exp
|
Combines or rewrites expressions using identities for the exponential function.
|
![]() ![]() |
fact
|
Returns the calculation with factorial terms.
|
![]() |
Returns a continued fraction as a fraction.
|
![]() |
|
Returns a detailed solution to an equation.
|
![]() substitute series simplify fourier rewrite rectangular parfrac |
|
gamma
|
Rewrites expressions involving factorials in terms of the gamma function.
|
![]() |
Makes assumptions about generated variables in solutions when used along with keyword solve. Filters result by the domain (complex or real) or by condition (>,<, =).
|
![]() |
|
Φ (Heaviside)
|
Rewrite an expression in terms of the Heaviside function.
|
rewrite
|
Specifies that a variable is an integer.
|
![]() |
|
ln
|
Combines or rewrites expressions using identities for the natural logarithm function.
|
![]() ![]() |
log
|
Combines or rewrites expressions using identities for the base-10 logarithm function.
|
![]() ![]() |
matrix
|
Returns a continued fraction in array form.
|
![]() |
max
|
Performs additional steps of the simplify algorithm for greater simplification.
|
fully
simplify
|
nfact
|
Sets normalization factor of Fourier transform.
|
![]() |
Specifies that a variable is an integer not divisible by 2.
|
![]() |
|
ofact
|
Sets oscillatory factor of Fourier transform.
|
![]() |
raw
|
Returns results in unsimplified form.
|
fourier
invfourier
laplace
invlaplace
![]() ztrans invztrans ![]() |
Specifies that a variable is a real number, or that an operation is performed over the real numbers.
|
![]() ![]() ![]() |
|
RealRange
|
Specifies that a variable is in a range of real numbers.
|
![]() |
sign
|
Rewrite an expression in terms of the sign function.
|
rewrite
|
signum
|
Rewrites expressions involving the Heaviside function in terms of the signum function, which extracts the sign of a number.
|
rewrite
|
sin
|
Rewrites expressions in terms of the sine function.
|
rewrite
|
sincos
|
Combines or rewrites expressions using identities for sine and cosine.
|
![]() ![]() |
Rewrites expressions in terms of the hyperbolic sine function.
|
![]() |
|
sinhcosh
|
Combines or rewrites expressions using identities for hyperbolic sine and hyperbolic cosine.
|
![]() rewrite |
tan
|
Rewrites expressions in terms of the tangent function.
|
rewrite
|
tanh
|
Rewrites expressions in terms of the hyperbolic tangent function.
|
![]() |
using
|
Replaces a generated variable in the solution to an equation.
|
![]() |