import { LISP } from "./types"; export declare const inexact: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.INumber>; export declare const exact: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.INumber>; export declare const procedures: { numberQ: import("./interpreter").BuiltInProcedureDefinition<"obj", ({ obj }: Partial>) => LISP.IBoolean>; realQ: import("./interpreter").BuiltInProcedureDefinition<"obj", ({ obj }: Partial>) => LISP.IBoolean>; integerQ: import("./interpreter").BuiltInProcedureDefinition<"obj", ({ obj }: Partial>) => LISP.IBoolean>; exactQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; inexactQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; exactIntegerQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; eq: import("./interpreter").BuiltInProcedureDefinition<"z1" | "z2" | "zs", ({ z1, z2, zs }: Partial>) => LISP.IBoolean>; lt: import("./interpreter").BuiltInProcedureDefinition<"z1" | "z2" | "zs", ({ z1, z2, zs }: Partial>) => LISP.IBoolean>; gt: import("./interpreter").BuiltInProcedureDefinition<"z1" | "z2" | "zs", ({ z1, z2, zs }: Partial>) => LISP.IBoolean>; le: import("./interpreter").BuiltInProcedureDefinition<"z1" | "z2" | "zs", ({ z1, z2, zs }: Partial>) => LISP.IBoolean>; ge: import("./interpreter").BuiltInProcedureDefinition<"z1" | "z2" | "zs", ({ z1, z2, zs }: Partial>) => LISP.IBoolean>; nanQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; zeroQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; positiveQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; negativeQ: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.IBoolean>; oddQ: import("./interpreter").BuiltInProcedureDefinition<"n", ({ n }: Partial>) => LISP.IBoolean>; evenQ: import("./interpreter").BuiltInProcedureDefinition<"n", ({ n }: Partial>) => LISP.IBoolean>; max: import("./interpreter").BuiltInProcedureDefinition<"xs", ({ xs }: Partial>) => LISP.INumber>; min: import("./interpreter").BuiltInProcedureDefinition<"xs", ({ xs }: Partial>) => LISP.INumber>; add: import("./interpreter").BuiltInProcedureDefinition<"zs", ({ zs }: Partial>) => LISP.INumber>; sub: import("./interpreter").BuiltInProcedureDefinition<"z1" | "zs", ({ z1, zs }: Partial>) => LISP.INumber>; mul: import("./interpreter").BuiltInProcedureDefinition<"zs", ({ zs }: Partial>) => LISP.INumber>; div: import("./interpreter").BuiltInProcedureDefinition<"z1" | "zs", ({ z1, zs }: Partial>) => LISP.INumber | LISP.IError>; abs: import("./interpreter").BuiltInProcedureDefinition<"x", ({ x }: Partial>) => LISP.INumber>; floorS: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.IMultiValue>; floorQuotient: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; floorRemainder: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; truncateS: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.IMultiValue>; truncateQuotient: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; truncateRemainder: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; quotient: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; remainder: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; modulo: import("./interpreter").BuiltInProcedureDefinition<"n1" | "n2", ({ n1, n2 }: Partial>) => LISP.INumber>; gcd: import("./interpreter").BuiltInProcedureDefinition<"ns", ({ ns }: Partial>) => LISP.INumber>; lcm: import("./interpreter").BuiltInProcedureDefinition<"ns", ({ ns }: Partial>) => LISP.INumber>; floor: import("./interpreter").BuiltInProcedureDefinition<"x", ({ x }: Partial>) => LISP.INumber>; ceiling: import("./interpreter").BuiltInProcedureDefinition<"x", ({ x }: Partial>) => LISP.INumber>; truncate: import("./interpreter").BuiltInProcedureDefinition<"x", ({ x }: Partial>) => LISP.INumber>; rationalize: import("./interpreter").BuiltInProcedureDefinition<"y" | "x", () => never>; round: import("./interpreter").BuiltInProcedureDefinition<"x", ({ x }: Partial>) => LISP.INumber>; square: import("./interpreter").BuiltInProcedureDefinition<"x", ({ x }: Partial>) => LISP.INumber>; exactIntegerSqrt: import("./interpreter").BuiltInProcedureDefinition<"k", ({ k }: Partial>) => LISP.IMultiValue>; expt: import("./interpreter").BuiltInProcedureDefinition<"z1" | "z2", ({ z1, z2 }: Partial>) => LISP.INumber>; inexact: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.INumber>; exact: import("./interpreter").BuiltInProcedureDefinition<"z", ({ z }: Partial>) => LISP.INumber>; numberToString: import("./interpreter").BuiltInProcedureDefinition<"z" | "radix", ({ z, radix }: Partial>) => LISP.IString>; stringToNumber: import("./interpreter").BuiltInProcedureDefinition<"str" | "radix", ({ str, radix }: Partial>) => LISP.INumber | LISP.IBoolean>; };