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  1. data ParticleState

    LPFP LPFP.Mechanics3D

    Data type for the state of a single particle in three-dimensional space.

  2. ParticleState :: R -> R -> R -> Vec -> Vec -> ParticleState

    LPFP LPFP.Mechanics3D

    No documentation available.

  3. type Position = R

    LPFP LPFP.Newton2

    No documentation available.

  4. type PosVec = Vec

    LPFP LPFP.SimpleVec

    The position of a particle can be represented as a vector.

  5. module Control.Monad.Prompt

    Implementation of monads that allow the computation to prompt for further input. (c) 2008 Bertram Felgenhauer & Ryan Ingram Released as open source under a 3 clause BSD license. See the LICENSE file in the source code distribution for further information. RecPromptT added by Cale Gibbard, contributed under the same license. MonadPrompt monads allow you to pass some object of the prompt type in, and get a result of the prompt's answer type out.

  6. data Prompt (p :: Type -> Type) r

    MonadPrompt Control.Monad.Prompt

    No documentation available.

  7. data PromptT (p :: Type -> Type) (m :: Type -> Type) a

    MonadPrompt Control.Monad.Prompt

    Prompt can also be used to define monad transformers. You will notice the lack of a Monad m constraint; this is allowed because Prompt doesn't use the underlying monad at all; instead the observation function (generally implemented via runPromptT) will have the constraint.

  8. package ParsecTools

    Parsec combinators for more complex objects. Combined parsers for complex objects: floating point, and integral numbers.

  9. package PyF

    Quasiquotations for a python like interpolated string formatter Quasiquotations for a python like interpolated string formatter.

  10. module PyF

    A lot of quasiquoters to format and interpolate string expressions.

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