Expression Functions

Expression coek::abs(const Expression &body)

Create an expression calling the abs() function.

The function abs(x) computes the absolute value of x.

Expression coek::acos(const Expression &body)

Create an expression calling the acos() function.

The function acos(x) computes the arc cosine of x.

Expression coek::acosh(const Expression &body)

Create an expression calling the acosh() function.

The function acosh(x) computes the hyperbolic arc cosine of x.

Expression coek::asin(const Expression &body)

Create an expression calling the asin() function.

The function asin(x) computes the arc sine of x.

Expression coek::asinh(const Expression &body)

Create an expression calling the asinh() function.

The function asinh(x) computes the hyperbolic arc sine of x.

Expression coek::atan(const Expression &body)

Create an expression calling the atan() function.

The function atan(x) computes the arc tangent of x.

Expression coek::atanh(const Expression &body)

Create an expression calling the atanh() function.

The function atanh(x) computes the hyperbolic arc tangent of x.

Expression coek::ceil(const Expression &body)

Create an expression calling the ceil() function.

The function ceil(x) computes the nearest integer not less than x.

Expression coek::cos(const Expression &body)

Create an expression calling the cos() function.

The function cos(x) computes the cosine of x.

Expression coek::cosh(const Expression &body)

Create an expression calling the cosh() function.

The function cosh(x) computes the hyperbolic cosine of x.

Expression coek::exp(const Expression &body)

Create an expression calling the exp() function.

The function exp(x) computes the value of e raised to the xth power.

Expression coek::floor(const Expression &body)

Create an expression calling the floor() function.

The function floor(x) computes the nearest integer not greater than x.

Expression coek::log(const Expression &body)

Create an expression calling the log() function.

The function log(x) computes the natural logarithm of x (base e).

Expression coek::log10(const Expression &body)

Create an expression calling the log10() function.

The function log10(x) computes the common logarithm of x (base 10).

#.. doxygenfunction:: coek::pow

Expression coek::sin(const Expression &body)

Create an expression calling the sin() function.

The function sin(x) computes the sine of x.

Expression coek::sinh(const Expression &body)

Create an expression calling the sinh() function.

The function sinh(x) computes the hyperbolic sine of x.

Expression coek::sqrt(const Expression &body)

Create an expression calling the sqrt() function.

The function sqrt(x) computes the square root of x.

Expression coek::tan(const Expression &body)

Create an expression calling the tan() function.

The function tan(x) computes the tangent of x.

Expression coek::tanh(const Expression &body)

Create an expression calling the tanh() function.

The function tanh(x) computes the hyperbolic tangent of x.