Approximate discrete values and numbers

approximate alternatives and similar packages

Based on the "Numeric" category

• sparse-linear-algebra

  9.1 2.5 approximate VS sparse-linear-algebra

  Numerical computation in native Haskell

• lens-aeson

  9.0 3.3 approximate VS lens-aeson

  Law-abiding lenses for aeson

• hyperloglog

  8.8 3.3 approximate VS hyperloglog

  An approximate streaming (constant space) unique object counter

• log-domain

  8.5 4.7 approximate VS log-domain

  Log-domain arithmetic

• compensated

  8.3 0.3 approximate VS compensated

  Compensated floating-point arithmetic

• tdigest

  7.8 2.4 approximate VS tdigest

  On-line accumulation of rank-based statistics

• haskell-mpfr

  7.4 0.0 approximate VS haskell-mpfr

  Correctly-rounded arbitrary-precision floating-point arithmetic

• half

  6.9 0.3 approximate VS half

  Half-precision floating-point

• limp

  6.8 0.0 approximate VS limp

  representation of Integer Linear Programs

• taco

  6.5 4.9 approximate VS taco

  Tensor Algebra COmpiler

• limp-cbc

  6.0 2.2 L1 approximate VS limp-cbc

  bindings for integer linear programming solver Coin/CBC

• mighty-metropolis

  5.8 0.0 approximate VS mighty-metropolis

  The Metropolis algorithm.

• numeric-qq

  5.5 0.0 approximate VS numeric-qq

  Quasi-quoters for numbers of different bases

• microlens-aeson

  5.5 0.0 approximate VS microlens-aeson

  Law-abiding lenses for Aeson, using microlens.

• repr

  4.8 0.0 approximate VS repr

  Render overloaded expressions to their textual representation.

• roman-numerals

  4.4 0.0 approximate VS roman-numerals

  Parsing and pretty printing of Roman numerals

• mwc-probability-transition

  3.5 0.0 approximate VS mwc-probability-transition

  A Markov stochastic transition operator with logging

• numeric-ranges

  2.8 0.0 approximate VS numeric-ranges

  A framework for numeric ranges.

• hasty-hamiltonian

  2.5 0.0 approximate VS hasty-hamiltonian

  Speedy traversal through parameter space.

• hafar

  2.0 7.2 approximate VS hafar

  Affine arithmetic library for Haskell

• simple-units

  1.4 0.0 approximate VS simple-units

  Simple arithmetic with SI units using type-checked dimensional analysis.

• lbfgs

  1.1 0.0 L1 approximate VS lbfgs

  L-BFGS optimization

• nat-sized-numbers

  1.1 0.0 approximate VS nat-sized-numbers

  Variable-sized numbers from type-level nats.

• hmatrix-nlopt

  0.6 0.0 approximate VS hmatrix-nlopt

  Interface HMatrix with the NLOPT minimizer

• nlopt-haskell

  0.4 0.4 approximate VS nlopt-haskell

  Low-level bindings to the NLOPT optimization library

• gutenberg-fibonaccis

  - - approximate VS gutenberg-fibonaccis

  The first 1001 Fibonacci numbers, retrieved from the Gutenberg Project.

• affine-invariant-ensemble-mcmc

  - - approximate VS affine-invariant-ensemble-mcmc

  General-purpose sampling

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Popular Comparisons

• approximate
  vs
  hyperloglog
• approximate
  vs
  lbfgs
• nlopt-haskell
  vs
  sparse-linear-algebra
• sparse-linear-algebra
  vs
  hmatrix-nlopt
• microlens-aeson
  vs
  mighty-metropolis