Financial Computing
Showing 12 of 12 projects
Arbitrary-precision fixed-point decimal numbers in Go for accurate financial calculations.
Go implementation of Fowler's Money pattern for precise monetary operations using integer amounts.
An Elixir library implementing the Fowler Money pattern for safe, precise, and fun monetary operations.
A C++ library providing fixed-precision numeric types for safer, simpler, and more efficient arithmetic in constrained environments.
A high-performance C++ automatic differentiation library for large-scale, performance-critical systems.
Fixed-size decimal numbers implemented in pure Rust for exact-precision financial and crypto calculations.
A Go package implementing correctly rounded decimal floating-point numbers optimized for financial systems.
A high-performance, zero-allocation fixed-point decimal library for Go, optimized for financial applications.
An Elixir library for safely handling and storing monetary values using arbitrary-precision decimals.
An arbitrary-precision decimal floating-point arithmetic package for Go, using a pure decimal representation for performance.
A Go library for fixed-point decimal money with ISO 4217 currency support, designed to avoid floating-point precision errors.
A high-performance fixed-point decimal library for Go, using int64 internally and avoiding floats for precise arithmetic.
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