| Function |
Purpose Statement |
| effectiveRate |
Evaluates the effective
annual interest rate. |
| eigGen |
Computes the eigenexpansion
of a real matrix A. |
| eigGenComplex |
Computes the eigenexpansion
of a complex matrix A. |
| eigHermComplex |
Computes the eigenexpansion
of a complex Hermitian
matrix A. |
| eigSym |
Computes the eigenexpansion
of a real symmetric matrix
A. |
| eigSymgen |
Computes the generalized
eigenexpansion of a system
\(Ax = \lambda Bx\).
A and B are real and
symmetric. B is positive
definite. |
| ellipticIntegralE |
Evaluates the complete
elliptic integral of the
second kind \(E(x)\). |
| ellipticIntegralK |
Evaluates the complete
elliptic integral of the
kind \(K(x)\). |
| ellipticIntegralRC |
Evaluates an elementary
integral from which inverse
circular functions,
logarithms, and inverse
hyperbolic functions can be
computed. |
| ellipticIntegralRD |
Evaluates Carlson’s
elliptic integral of the
second kind
\(RD(x, y, z)\). |
| ellipticIntegralRF |
Evaluates Carlson’s
elliptic integral of the
first kind
\(RF(x, y, z)\). |
| ellipticIntegralRJ |
Evaluates Carlson’s
elliptic integral of the
third kind
\(RJ(x, y, z, \rho)\). |
| erf |
Evaluates the real error
function \(erf(x)\). |
| erfInverse |
Evaluates the real inverse
error function
\(erf^{-1}(x)\). |
| erfc |
Evaluates the real
complementary error
function \(erfc(x)\). |
| erfcInverse |
Evaluates the real inverse
complementary error
function
\(erfc^{-1}(x)\). |
| erfce |
Evaluates the exponentially
scaled complementary error
function. |
| erfe |
Evaluates a scaled function
related to \(erfc(z)\). |
| Utilities |
Gets the code corresponding
to the error message from
the last function called. |
| errorMessage |
Gets the text of the error
message from the last
function called. |
| Utilities |
Sets various error handling
options. |
| errorType |
Gets the type corresponding
to the error message from
the last function called. |