pocomath/src/bigint/sign.mjs

import Returns from '../core/Returns.mjs'
export * from './Types/bigint.mjs'

export const sign = {
   bigint: () => Returns('bigint', b => {
      if (b === 0n) return 0n
      if (b > 0n) return 1n
      return -1n
   })
}
feat(bigint): Specify return types for all methods 2022-08-25 00:59:30 +00:00			`import Returns from '../core/Returns.mjs'`
fix(Types): Move distinct types into distinct identifiers This allows types to be collected; prior to this commit they were conflicting from different modules. Uses this fix to extend sqrt to bigint, with the convention that it is undefined for non-perfect squares when 'predictable' is false and is the "best" approximation to the square root when 'predictable' is true. Furthermore, for negative bigints, you might get a Gaussian integer when predictable is false; or you will just get your argument back when 'predictable' is true because what other bigint could you give back for a negative bigint? Also had to modify tests on the sign in sqrt(Complex) and add functions 'zero' and 'one' to get types to match, as expected in #27. Adds numerous tests. Resolves #26. Resolves #27. 2022-07-25 18:56:12 +00:00			`export * from './Types/bigint.mjs'`

			`export const sign = {`
feat(bigint): Specify return types for all methods 2022-08-25 00:59:30 +00:00			`bigint: () => Returns('bigint', b => {`
fix(Types): Move distinct types into distinct identifiers This allows types to be collected; prior to this commit they were conflicting from different modules. Uses this fix to extend sqrt to bigint, with the convention that it is undefined for non-perfect squares when 'predictable' is false and is the "best" approximation to the square root when 'predictable' is true. Furthermore, for negative bigints, you might get a Gaussian integer when predictable is false; or you will just get your argument back when 'predictable' is true because what other bigint could you give back for a negative bigint? Also had to modify tests on the sign in sqrt(Complex) and add functions 'zero' and 'one' to get types to match, as expected in #27. Adds numerous tests. Resolves #26. Resolves #27. 2022-07-25 18:56:12 +00:00			`if (b === 0n) return 0n`
			`if (b > 0n) return 1n`
			`return -1n`
feat(bigint): Specify return types for all methods 2022-08-25 00:59:30 +00:00			`})`
fix(Types): Move distinct types into distinct identifiers This allows types to be collected; prior to this commit they were conflicting from different modules. Uses this fix to extend sqrt to bigint, with the convention that it is undefined for non-perfect squares when 'predictable' is false and is the "best" approximation to the square root when 'predictable' is true. Furthermore, for negative bigints, you might get a Gaussian integer when predictable is false; or you will just get your argument back when 'predictable' is true because what other bigint could you give back for a negative bigint? Also had to modify tests on the sign in sqrt(Complex) and add functions 'zero' and 'one' to get types to match, as expected in #27. Adds numerous tests. Resolves #26. Resolves #27. 2022-07-25 18:56:12 +00:00			`}`