Crate hmath

Structs

• BigInt
• Ratio
• UBigInt

Enums

• ConversionError

Functions

• cbrt_iter
  It returns cbrt(x). It gets more accurate as iter gets bigger.
• cos_iter
  It returns cos(x). It gets more accurate as iter gets bigger.
• e_const
  pre-calculated value of e. It’s equal to e_iter(15).
• e_iter
  It returns an approximate value of E. It gets more and more accurate as k gets bigger.
• exp_iter
  It returns e^x. It gets more accurate as iter gets bigger.
• gcd_bi
• gcd_ubi
• ln2_const
  pre-calculated value of ln2. It’s equal to ln2_iter(11).
• ln2_iter
  It returns an approximate value of ln(2). It gets more and more accurate as k gets bigger. For now, k should be less than 200.
• ln_iter
  It returns ln(x). It gets more accurate as iter gets bigger. It panics when x is less than 0.
• log_iter
  It returns log(x) with base base. It gets more accurate as iter gets bigger. It panics when x or base is less than or equal 0.
• pi_const
  pre-calculated value of pi. It’s equal to pi_iter(7).
• pi_iter
  It returns an approximate value of PI. It gets more and more accurate as k gets bigger. For now, k should be less than 255.
• pow_iter
  It returns a^b. It gets more accurate as iter gets bigger. If b is an integer, try Ratio::pow_i32 instead. It panics when a is less than 0. 0^0 is 0.
• sin_iter
  It returns sin(x). It gets more accurate as iter gets bigger.
• sqrt_iter
  It returns sqrt(abs(x)). It gets more accurate as iter gets bigger.
• tan_iter
  It returns tan(x). It gets more accurate as iter gets bigger.