Order

Namespace: Informedica.GenOrder.Lib

Types and functions that deal with an order. An Order models the Prescription of an Orderable with a StartStop start date and stop date.

Nested types and modules

Type	Description
Order	Models an order

Module	Description
Literals	Contains literals used to generate `Variable` names
Mapping	Utitlity functions to enable mapping of a `Variable`s to an `Order`
StartStop	Types and functions that model a start and stop date time of an `Order`

Functions and values

Function or value	Description
`apply f ord` Signature: f:(Order -> '?7170) -> ord:Order -> '?7170 Type parameters: '?7170	Apply `f` to `Order` `ord`
`create id adj_qty orb prs rot sts` Signature: id:Id -> adj_qty:Quantity -> orb:Orderable -> prs:Prescription -> rot:string -> sts:StartStop -> Order	Create an `Order` with id: the id of the order adj: by which doses are adjusted orb: the `Orderable` prs: `Prescription`, how the orderable is prescribed rot: the route of administration of the orderable
`createNew (...)` Signature: id:Id -> nm:Name -> cil:(Name * (Name * String) list) list -> shp_ung:String -> adj_ung:string -> str_prs:(string list -> Prescription) -> rot:string -> Order	Create a new orderable using: str_prs: a function that takes in a list of strings that will generate the names and returns a `Prescription` rot: the route of administration
`createUnit succ fail n u vul` Signature: succ:(CombiUnit -> '?7183) -> fail:(VariableUnit list list -> '?7183) -> n:Name -> u:string -> vul:VariableUnit list list -> '?7183 Type parameters: '?7183
`fromEqs ord vus` Signature: ord:Order -> vus:Variable list list -> Order	Map a list of `VariableUnit` lists to an `Order` ord
`get` Signature: Order -> Order	Utilty function to facilitate type inference
`getAdjust ord` Signature: ord:Order -> Quantity
`getId ord` Signature: ord:Order -> Id	Get the order id
`getName ord` Signature: ord:Order -> string
`getOrderable ord` Signature: ord:Order -> Orderable
`solve n m p v u o` Signature: n:string -> m:Map -> p:Prop -> v:BigRational list -> u:string -> o:Order -> Order	Solve an `Order` ord with n: the name of the variable to be set m: the mapping for the field of the order p: the property of the variable to be set v: the values to be set
`toEqs ord` Signature: ord:Order -> VariableUnit list list * VariableUnit list	Map an `Order` ord to a list of `VariableUnit` lists
`toProd xs` Signature: xs:VariableUnit list -> Equation	Create a `ProductEquation` from a `VariableUnit` list
`toString ord` Signature: ord:Order -> string list	Turn an order into a list of string representing variable name, valuerange and unit group
`toSum xs` Signature: xs:VariableUnit list -> Equation	Create a `SumEquation` from a `VariableUnit` list

Fork me on GitHub