Package-level declarations

Primitive: Convert the numeric argument to a double.

Primitive: Construct a non-negative double from parts supplied as literal tokens.

Primitive: Answer the smallest integral double greater than or equal to the given double. If the double is ±INF or NaN then answer the argument.

Primitive: Compute e^a, the natural exponential of the double a.

Primitive: Answer the largest integral double less than or equal to the given double. If the double is ±INF or NaN then answer the argument.

Primitive: Given a 64-bit signed integer, treat the bit pattern as a double-precision IEEE-754 representation, and answer that double value.

Primitive: Construct a non-negative double from parts supplied primarily as strings of digits.

Primitive: Compute the natural logarithm of the double a.

Primitive: Divide double a by double b, but answer the remainder.

Primitive: Compute sin(a), the trigonometric sine of a, given in radians.

Primitive: Compute the double a*(2**b) without intermediate overflow or any precision loss.

Primitive: Given a double-precision IEEE-754 representation, treat the bit pattern as a 64-bit (signed) long and answer the corresponding Avail integer.

Primitive: Convert a double to an integer, rounding towards zero.