bin_float_checked API

BinFloatResult wraps Result[BinFloat, ArithmeticError] and keeps checked binary arithmetic closed over one type.

Construction And Observation

• ok, err, and from_result wrap existing outcomes.
• from_int, from_coefficient, from_float, and from_double create successful values.
• result exposes the wrapped Result at an application boundary.

Composition

• map applies a non-failing BinFloat -> BinFloat transform to Ok values.
• bind and flat_map apply a BinFloat -> BinFloatResult transform.
• Existing errors short-circuit all composition methods.

Numeric Operations

abs, neg, add, sub, mul, div, sqrt, pow_nat, pow_int, normalized, with_precision, ulp, min, max, and labeled-argument clamp all return BinFloatResult. Operators +, -, *, /, and unary - delegate to the corresponding methods.

Complete Public Interface

The following snapshot is the complete generated package interface for 0.7.1. Public declarations are authoritative; prose above groups them by behavior.

// Generated using `moon info`, DON'T EDIT IT
package "Luna-Flow/floating/bin_float_checked"

import {
  "Luna-Flow/arithmetic",
  "Luna-Flow/floating/bin_float",
}

// Values

// Errors

// Types and methods
pub struct BinFloatResult {
  // private fields
}
pub fn BinFloatResult::abs(Self) -> Self
pub fn BinFloatResult::acos(Self) -> Self
pub fn BinFloatResult::acos_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::acosh(Self) -> Self
pub fn BinFloatResult::acosh_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::add(Self, Self) -> Self
pub fn BinFloatResult::add_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::asin(Self) -> Self
pub fn BinFloatResult::asin_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::asinh(Self) -> Self
pub fn BinFloatResult::asinh_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::atan(Self) -> Self
pub fn BinFloatResult::atan2(Self, Self) -> Self
pub fn BinFloatResult::atan2_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::atan_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::atanh(Self) -> Self
pub fn BinFloatResult::atanh_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::bind(Self, (@bin_float.BinFloat) -> Self) -> Self
pub fn BinFloatResult::clamp(Self, min~ : Self, max~ : Self) -> Self
pub fn BinFloatResult::cos(Self) -> Self
pub fn BinFloatResult::cos_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::cosh(Self) -> Self
pub fn BinFloatResult::cosh_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::cospi(Self) -> Self
pub fn BinFloatResult::cospi_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::div(Self, Self) -> Self
pub fn BinFloatResult::div_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::err(@arithmetic.ArithmeticError) -> Self
pub fn BinFloatResult::exp(Self) -> Self
pub fn BinFloatResult::exp10(Self) -> Self
pub fn BinFloatResult::exp10_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::exp2(Self) -> Self
pub fn BinFloatResult::exp2_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::exp_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::exp_ln(Self) -> Self
pub fn BinFloatResult::exp_ln_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::expm1(Self) -> Self
pub fn BinFloatResult::expm1_ctx(Self, @bin_float.BinaryContext) -> Self
#deprecated
pub fn BinFloatResult::flat_map(Self, (@bin_float.BinFloat) -> Self) -> Self
pub fn BinFloatResult::from_coefficient(@bin_float.BinCoeff, precision? : Int, negative? : Bool) -> Self
pub fn BinFloatResult::from_double(Double, precision? : Int) -> Self
pub fn BinFloatResult::from_float(Float, precision? : Int) -> Self
pub fn BinFloatResult::from_int(Int, precision? : Int) -> Self
pub fn BinFloatResult::from_result(Result[@bin_float.BinFloat, @arithmetic.ArithmeticError]) -> Self
pub fn BinFloatResult::hypot(Self, Self) -> Self
pub fn BinFloatResult::hypot_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::is_err(Self) -> Bool
pub fn BinFloatResult::is_ok(Self) -> Bool
pub fn BinFloatResult::ln(Self) -> Self
pub fn BinFloatResult::ln_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::log10(Self) -> Self
pub fn BinFloatResult::log10_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::log1p(Self) -> Self
pub fn BinFloatResult::log1p_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::log2(Self) -> Self
pub fn BinFloatResult::log2_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::map(Self, (@bin_float.BinFloat) -> @bin_float.BinFloat) -> Self
pub fn BinFloatResult::max(Self, Self) -> Self
pub fn BinFloatResult::min(Self, Self) -> Self
pub fn BinFloatResult::mul(Self, Self) -> Self
pub fn BinFloatResult::mul_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::neg(Self) -> Self
pub fn BinFloatResult::normalized(Self) -> Self
pub fn BinFloatResult::ok(@bin_float.BinFloat) -> Self
pub fn BinFloatResult::pow(Self, Self) -> Self
pub fn BinFloatResult::pow_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::pow_int(Self, Int) -> Self
pub fn BinFloatResult::pow_int_ctx(Self, Int, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::pow_nat(Self, UInt) -> Self
pub fn BinFloatResult::pown(Self, Int) -> Self
pub fn BinFloatResult::pown_ctx(Self, Int, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::result(Self) -> Result[@bin_float.BinFloat, @arithmetic.ArithmeticError]
pub fn BinFloatResult::rootn(Self, Int) -> Self
pub fn BinFloatResult::rootn_ctx(Self, Int, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::sin(Self) -> Self
pub fn BinFloatResult::sin_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::sinh(Self) -> Self
pub fn BinFloatResult::sinh_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::sinpi(Self) -> Self
pub fn BinFloatResult::sinpi_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::sqrt(Self) -> Self
pub fn BinFloatResult::sqrt_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::sub(Self, Self) -> Self
pub fn BinFloatResult::sub_ctx(Self, Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::tan(Self) -> Self
pub fn BinFloatResult::tan_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::tanh(Self) -> Self
pub fn BinFloatResult::tanh_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::tanpi(Self) -> Self
pub fn BinFloatResult::tanpi_ctx(Self, @bin_float.BinaryContext) -> Self
pub fn BinFloatResult::ulp(Self) -> Self
pub fn BinFloatResult::with_precision(Self, Int, @arithmetic.RoundingMode) -> Self
pub impl Add for BinFloatResult
pub impl Div for BinFloatResult
pub impl Mul for BinFloatResult
pub impl Neg for BinFloatResult
pub impl Sub for BinFloatResult

// Type aliases

// Traits