package bimage
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Expr implements an operation combinator which can be used to build operations from low-level functions
type _ t =
| Kernel : Kernel.t -> float t
| Input : int * int t * int t * int t -> float t
| X : int t
| Y : int t
| C : int t
| Int : int -> int t
| Float : float -> float t
| Bool : bool -> bool t
| Float_of_int : int t -> float t
| Int_of_float : float t -> int t
| Fadd : float t * float t -> float t
| Fsub : float t * float t -> float t
| Fmul : float t * float t -> float t
| Fdiv : float t * float t -> float t
| Fpow : float t * float t -> float t
| Fsqrt : float t -> float t
| Fsin : float t -> float t
| Fcos : float t -> float t
| Ftan : float t -> float t
| Fmod : float t * float t -> float t
| Iadd : int t * int t -> int t
| Isub : int t * int t -> int t
| Imul : int t * int t -> int t
| Idiv : int t * int t -> int t
| Imod : int t * int t -> int t
| Gt : 'a t * 'a t -> bool t
| Eq : 'a t * 'a t -> bool t
| Lt : 'a t * 'a t -> bool t
| And : bool t * bool t -> bool t
| Or : bool t * bool t -> bool t
| Not : bool t -> bool t
| If : bool t * 'a t * 'a t -> 'a t
Convert an Expr
to a filter
val int : int -> int t
Create an int Expr
val float : float -> float t
Create a float Expr
val x : int t
val y : int t
val c : int t
val pi : unit -> float t
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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