ComputeCommandEncoder (metal.Metal.ComputeCommandEncoder)

type t

val sexp_of_t : t -> Sexplib0.Sexp.t

val set_label : t -> string -> unit

val get_label : t -> string

val get_device : t -> Device.t

module DispatchType : sig ... end

Possible ways to dispatch commands within an encoder. See MTLDispatchType.

val on_buffer : CommandBuffer.t -> t

val on_buffer_with_dispatch_type : CommandBuffer.t -> DispatchType.t -> t

val end_encoding : t -> unit

val insert_debug_signpost : t -> string -> unit

val push_debug_group : t -> string -> unit

val pop_debug_group : t -> unit

val set_compute_pipeline_state : t -> ComputePipelineState.t -> unit

val set_buffer : t -> ?offset:int -> index:int -> Buffer.t -> unit

Sets a buffer argument for the compute function.

val set_buffers : t -> offsets:int list -> index:int -> Buffer.t list -> unit

Sets multiple buffer arguments. The offsets length must match the number of buffers.

val set_bytes : t -> bytes:unit Ctypes.ptr -> length:int -> index:int -> unit

Sets inline constant data as a buffer argument.

val set_threadgroup_memory_length : t -> length:int -> index:int -> unit

Sets the length of a threadgroup memory argument.

val dispatch_threadgroups : 
  t ->
  threadgroups_per_grid:Size.t ->
  threads_per_threadgroup:Size.t ->
  unit

Dispatches threadgroups for execution.

val use_resource : t -> Resource.t -> ResourceUsage.t -> unit

Declares that a resource will be used by the following commands.

val use_resources : t -> Resource.t list -> ResourceUsage.t -> unit

Declares that multiple resources will be used by the following commands.

val execute_commands_in_buffer : 
  t ->
  IndirectCommandBuffer.t ->
  Range.t ->
  unit