mooncakes.io

libmp

README

CAIMEOX/moon_floating/libmp/mpc does not have a README file

#
MpcError

pub(all) suberror MpcError {
  ValueError(String)
  DomainError(String)
  PoleError(String)
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

impl Show for MpcError

#
RawMpc

source

pub struct RawMpc {
  real : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf
  imag : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Arbitrary-precision complex value represented by real and imaginary mpf parts.

impl Show for RawMpc

#
from_parts

source

fn from_parts(real : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, imag : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf) -> RawMpc

#
mpc_abs

source

fn mpc_abs(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf

#
mpc_acos

source

fn mpc_acos(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_acosh

source

fn mpc_acosh(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_add

source

fn mpc_add(z : RawMpc, w : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_add_mpf

source

fn mpc_add_mpf(z : RawMpc, x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_agm

source

fn mpc_agm(a : RawMpc, b : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_agm1

source

fn mpc_agm1(a : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_altzeta

source

fn mpc_altzeta(s : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_arg

source

fn mpc_arg(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf

#
mpc_asin

source

fn mpc_asin(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_asinh

source

fn mpc_asinh(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_atan

source

fn mpc_atan(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_atanh

source

fn mpc_atanh(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_besseljn

source

fn mpc_besseljn(n : Int, z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_cbrt

source

fn mpc_cbrt(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_ceil

source

fn mpc_ceil(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_ci

source

fn mpc_ci(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_ci_si_taylor

source

fn mpc_ci_si_taylor(re : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, im : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, wp : Int, which? : Int) -> RawMpc

#
mpc_conjugate

source

fn mpc_conjugate(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_cos

source

fn mpc_cos(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_cos_pi

source

fn mpc_cos_pi(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_cos_sin

source

fn mpc_cos_sin(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> (RawMpc, RawMpc)

#
mpc_cos_sin_pi

source

fn mpc_cos_sin_pi(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> (RawMpc, RawMpc)

#
mpc_cosh

source

fn mpc_cosh(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_div

source

fn mpc_div(z : RawMpc, w : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_div_mpf

source

fn mpc_div_mpf(z : RawMpc, x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_e1

source

fn mpc_e1(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_ei

source

fn mpc_ei(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc raise MpcError

#
mpc_ellipe

source

fn mpc_ellipe(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_ellipk

source

fn mpc_ellipk(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_exp

source

fn mpc_exp(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_expj

source

fn mpc_expj(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_expjpi

source

fn mpc_expjpi(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_factorial

source

fn mpc_factorial(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_fibonacci

source

fn mpc_fibonacci(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_floor

source

fn mpc_floor(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_frac

source

fn mpc_frac(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_gamma

source

fn mpc_gamma(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_harmonic

source

fn mpc_harmonic(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_hash

source

fn mpc_hash(z : RawMpc) -> Int

#
mpc_is_inf

source

fn mpc_is_inf(z : RawMpc) -> Bool

#
mpc_is_infnan

source

fn mpc_is_infnan(z : RawMpc) -> Bool

#
mpc_is_nonzero

source

fn mpc_is_nonzero(z : RawMpc) -> Bool

#
mpc_ln

source

fn mpc_ln(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_log

source

fn mpc_log(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc raise MpcError

#
mpc_loggamma

source

fn mpc_loggamma(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_mpf_div

source

fn mpc_mpf_div(x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_mpf_sub

source

fn mpc_mpf_sub(x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_mul

source

fn mpc_mul(z : RawMpc, w : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_mul_int

source

fn mpc_mul_int(z : RawMpc, n : Int, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_mul_mpf

source

fn mpc_mul_mpf(z : RawMpc, x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_neg

source

fn mpc_neg(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_nint

source

fn mpc_nint(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_nthroot

source

fn mpc_nthroot(z : RawMpc, n : Int, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_nthroot_fixed

source

fn mpc_nthroot_fixed(a : @moonbitlang/core/bigint.BigInt
BigInt, b : @moonbitlang/core/bigint.BigInt
BigInt, n : Int, prec : Int) -> (@moonbitlang/core/bigint.BigInt
BigInt, @moonbitlang/core/bigint.BigInt
BigInt)

#
mpc_pos

source

fn mpc_pos(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_pow

source

fn mpc_pow(z : RawMpc, w : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc raise MpcError

#
mpc_pow_int

source

fn mpc_pow_int(z : RawMpc, n : Int, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_pow_mpf

source

fn mpc_pow_mpf(z : RawMpc, x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_psi

source

fn mpc_psi(m : Int, z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc raise MpcError

#
mpc_psi0

source

fn mpc_psi0(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_reciprocal

source

fn mpc_reciprocal(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_rgamma

source

fn mpc_rgamma(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_shift

source

fn mpc_shift(z : RawMpc, n : Int) -> RawMpc

#
mpc_si

source

fn mpc_si(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_sin

source

fn mpc_sin(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_sin_pi

source

fn mpc_sin_pi(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_sinh

source

fn mpc_sinh(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_sqrt

source

fn mpc_sqrt(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_square

source

fn mpc_square(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_sub

source

fn mpc_sub(z : RawMpc, w : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_sub_mpf

source

fn mpc_sub_mpf(z : RawMpc, x : @CAIMEOX/moon_floating/libmp/mpf.RawMpf
RawMpf, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_tan

source

fn mpc_tan(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_tanh

source

fn mpc_tanh(z : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode) -> RawMpc

#
mpc_to_complex

source

fn mpc_to_complex(z : RawMpc, dps? : Int) -> (String, String)

#
mpc_to_str

source

fn mpc_to_str(z : RawMpc, dps? : Int) -> String

#
mpc_zeta

source

fn mpc_zeta(s : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode, alt? : Bool) -> RawMpc

#
mpc_zetasum

source

fn mpc_zetasum(s : RawMpc, prec : Int, rnd : @CAIMEOX/moon_floating/libmp/mpf.RoundMode
RoundMode, start? : Int, terms? : Int) -> RawMpc

#
one

source

fn one() -> RawMpc

#
zero

source

fn zero() -> RawMpc

Additive identity 0 + 0j.

Source Files

Site source Report issue Packages Build queue Skills Statistics

#MpcError

#RawMpc

#from_parts

#mpc_abs

#mpc_acos

#mpc_acosh

#mpc_add

#mpc_add_mpf

#mpc_agm

#mpc_agm1

#mpc_altzeta

#mpc_arg

#mpc_asin

#mpc_asinh

#mpc_atan

#mpc_atanh

#mpc_besseljn

#mpc_cbrt

#mpc_ceil

#mpc_ci

#mpc_ci_si_taylor

#mpc_conjugate

#mpc_cos

#mpc_cos_pi

#mpc_cos_sin

#mpc_cos_sin_pi

#mpc_cosh

#mpc_div

#mpc_div_mpf

#mpc_e1

#mpc_ei

#mpc_ellipe

#mpc_ellipk

#mpc_exp

#mpc_expj

#mpc_expjpi

#mpc_factorial

#mpc_fibonacci

#mpc_floor

#mpc_frac

#mpc_gamma

#mpc_harmonic

#mpc_hash

#mpc_is_inf

#mpc_is_infnan

#mpc_is_nonzero

#mpc_ln

#mpc_log

#mpc_loggamma

#mpc_mpf_div

#mpc_mpf_sub

#mpc_mul

#mpc_mul_int

#mpc_mul_mpf

#mpc_neg

#mpc_nint

#mpc_nthroot

#mpc_nthroot_fixed

#mpc_pos

#mpc_pow

#mpc_pow_int

#mpc_pow_mpf

#mpc_psi

#mpc_psi0

#mpc_reciprocal

#mpc_rgamma

#mpc_shift

#mpc_si

#mpc_sin

#mpc_sin_pi

#mpc_sinh

#mpc_sqrt

#mpc_square

#mpc_sub

#mpc_sub_mpf

#mpc_tan

#mpc_tanh

#mpc_to_complex

#mpc_to_str

#mpc_zeta

#
MpcError

#
RawMpc

#
from_parts

#
mpc_abs

#
mpc_acos

#
mpc_acosh

#
mpc_add

#
mpc_add_mpf

#
mpc_agm

#
mpc_agm1

#
mpc_altzeta

#
mpc_arg

#
mpc_asin

#
mpc_asinh

#
mpc_atan

#
mpc_atanh

#
mpc_besseljn

#
mpc_cbrt

#
mpc_ceil

#
mpc_ci

#
mpc_ci_si_taylor

#
mpc_conjugate

#
mpc_cos

#
mpc_cos_pi

#
mpc_cos_sin

#
mpc_cos_sin_pi

#
mpc_cosh

#
mpc_div

#
mpc_div_mpf

#
mpc_e1

#
mpc_ei

#
mpc_ellipe

#
mpc_ellipk

#
mpc_exp

#
mpc_expj

#
mpc_expjpi

#
mpc_factorial

#
mpc_fibonacci

#
mpc_floor

#
mpc_frac

#
mpc_gamma

#
mpc_harmonic

#
mpc_hash

#
mpc_is_inf

#
mpc_is_infnan

#
mpc_is_nonzero

#
mpc_ln

#
mpc_log

#
mpc_loggamma

#
mpc_mpf_div

#
mpc_mpf_sub

#
mpc_mul

#
mpc_mul_int

#
mpc_mul_mpf

#
mpc_neg

#
mpc_nint

#
mpc_nthroot

#
mpc_nthroot_fixed

#
mpc_pos

#
mpc_pow

#
mpc_pow_int

#
mpc_pow_mpf

#
mpc_psi

#
mpc_psi0

#
mpc_reciprocal

#
mpc_rgamma

#
mpc_shift

#
mpc_si

#
mpc_sin

#
mpc_sin_pi

#
mpc_sinh

#
mpc_sqrt

#
mpc_square

#
mpc_sub

#
mpc_sub_mpf

#
mpc_tan

#
mpc_tanh

#
mpc_to_complex

#
mpc_to_str

#
mpc_zeta