import { Decimal } from "decimal.js";

//#region src/precision-number.d.ts
type PrecisionNumberValue = Decimal.Value | PrecisionNumber | {
  toString: () => string;
};
/**
 * Class representing a precision number with configurable decimal places and rounding.
 *
 * This class leverages the Decimal.js library to ensure accurate arithmetic operations
 * with floating point numbers. It provides methods for various arithmetic operations
 * (addition, subtraction, multiplication, division) as well as comparison and utility
 * methods to check the state of the number (e.g., if it is finite, an integer, zero, etc.).
 *
 * The class also includes custom symbol methods to support Node.js inspection and primitive
 * type conversion.
 *
 * The class supports in-place modification methods that alter the current instance's value,
 * such as `plus`, `minus`, `times`, `dividedBy`, and others. Additionally, methods prefixed
 * with `to` (e.g., `toPlus`, `toMinus`) return a new instance of `PrecisionNumber` with the
 * modified value, leaving the original instance unchanged.
 */
declare class PrecisionNumber {
  #private;
  constructor(value?: PrecisionNumberValue, decimalPlaces?: number, rounding?: Decimal.Rounding);
  [Symbol.toPrimitive](hint: string): string | number;
  get value(): string;
  static toFixed(value: PrecisionNumberValue, decimalPlaces?: number, rounding?: Decimal.Rounding): string;
  absoluteValue(): this;
  dividedBy(value: PrecisionNumberValue): this;
  equals(value: PrecisionNumberValue): boolean;
  gt(value: PrecisionNumberValue): boolean;
  gte(value: PrecisionNumberValue): boolean;
  isFinite(): boolean;
  isInteger(): boolean;
  isNaN(): boolean;
  isNegative(): boolean;
  isPositive(): boolean;
  isZero(): boolean;
  lt(value: PrecisionNumberValue): boolean;
  lte(value: PrecisionNumberValue): boolean;
  minus(value: PrecisionNumberValue): this;
  negate(): this;
  plus(value: PrecisionNumberValue): this;
  times(value: PrecisionNumberValue): this;
  toAbsoluteValue(): PrecisionNumber;
  toDividedBy(value: PrecisionNumberValue): PrecisionNumber;
  toJSON(): string;
  toMinus(value: PrecisionNumberValue): PrecisionNumber;
  toNegated(): PrecisionNumber;
  toPlus(value: PrecisionNumberValue): PrecisionNumber;
  toString(): string;
  toFixed(decimalPlaces?: number, rounding?: Decimal.Rounding): string;
  toTimes(value: PrecisionNumberValue): PrecisionNumber;
}
//#endregion
export { PrecisionNumber, PrecisionNumberValue };
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