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  1. type TimeStep = R

    LPFP LPFP.Mechanics1D

    No documentation available.

  2. addPostStepCallback :: forall w (m :: Type -> Type) . (Has w m Physics, MonadIO m) => Int -> SystemT w IO () -> SystemT w m ()

    apecs-physics Apecs.Physics

    Add an action that will be executed after the physics engine is done processing the current step. Since you generally cannot modify the physics space while the engine is handling collisions, addPostStepCallback is the primary way of making changes to the physics space with a CollisionHandler in a safe manner. Please note that you should only use this function for callbacks in conjunction with a CollisionHandler!

  3. endStepHook :: BringUpToDateHooks (m :: Type -> Type) -> Int -> Text -> m ()

    beam-migrate Database.Beam.Migrate.Simple

    Called at the end of each step with the step index and description

  4. startStepHook :: BringUpToDateHooks (m :: Type -> Type) -> Int -> Text -> m ()

    beam-migrate Database.Beam.Migrate.Simple

    Called at the beginning of each step with the step index and description

  5. data MigrationStep be next

    beam-migrate Database.Beam.Migrate.Types

    Represents a particular step in a migration

  6. MigrationStep :: forall be a next . Text -> Migration be a -> (a -> next) -> MigrationStep be next

    beam-migrate Database.Beam.Migrate.Types

    No documentation available.

  7. newtype MigrationSteps be from to

    beam-migrate Database.Beam.Migrate.Types

    A series of MigrationSteps that take a database from the schema in from to the one in to. Use the migrationStep function and the arrow interface to sequence MigrationSteps.

  8. MigrationSteps :: Kleisli (F (MigrationStep be)) from to -> MigrationSteps be from to

    beam-migrate Database.Beam.Migrate.Types

    No documentation available.

  9. migrationStep :: Text -> (a -> Migration be a') -> MigrationSteps be a a'

    beam-migrate Database.Beam.Migrate.Types

    Create a MigrationSteps from the given description and migration function.

  10. runMigrationSteps :: Monad m => Int -> Maybe Int -> MigrationSteps be () a -> (forall a' . () => Int -> Text -> Migration be a' -> m a') -> m a

    beam-migrate Database.Beam.Migrate.Types

    Run the migration steps between the given indices, using a custom execution function.

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