unspecif operator — n-ary mathematical operator: elliptical/unspecified mathematical expression (mex) operator -
elliptical/unspecified mathematical operator
No examples in CLL
A null operator, in the sense that it returns all its arguments unchanged. Used as syntactic glue in poly-ary operators, such as to pass three arguments to a ternary operator in infix notation.
divided by — n-ary mathematical operator: divided by; division operator; (((a / b) / c) / ...) --
The operation of division. Divides the first argument by all subsequent ones in a left associative manner: x1 / x2 / x3 ...
times — n-ary mathematical operator: times; multiplication operator; (((a * b) * c) * ...) --
The operation of multiplication. Multiplies all the arguments together in a left associative manner: x1 * x2 * x3 ...
The operation of addition. Adds all the arguments together in a left associative manner: x1 + x2 + x3 ...
minus — n-ary mathematical operator: minus; subtraction operator; (((a - b) - c) - ...) --
The operation of subtraction. Takes the first argument as subtracts all subsequent ones in a left associative manner: x1 - x2 - x3 ...
This is the operator for subtraction. It is distinct from {va'a} which is the operator for negation, and also from {ni'u} which is a minus sign and is part of the number
The operation of inverting. It is a unary operation. It returns the reciprocal of the given number: 1 / x1
This is performs similar to {fi'u}. There are differences though. This is an operator and thus may take a mekso operand as an operator, whereas {fi'u} is part of PA and so is part a number.
exponential notation — trinary mathematical operator: order of magnitude/value/base; b * (c to the a power) --
scientific notation: x_2 * (x_3 ^ x_1); x_2 defaults to 1; x_3 defaults to 10
A binary operator that indicates the number base of its first argument: x1 is in base x2
For bases up to 16 Lojban has numerals you can use. But for bases greater than 16, use {pi'e} to separate the place values. {pi} is used as radix point in any base.