feat: allow inbounds getters and setters

src/parameter_indexing.jl

@@ -34,11 +34,19 @@ apply:
   parameter values, and can be accessed at specific indices in the timeseries.
 - A mix of timeseries and non-timeseries parameters: The function can _only_ be used on
   non-timeseries objects and will return the value of each parameter at in the object.
+
+# Keyword Arguments
+
+- `inbounds`: Whether to wrap the returned function in `@inbounds`.
 """
-function getp(sys, p)
+function getp(sys, p; inbounds = false)
     symtype = symbolic_type(p)
     elsymtype = symbolic_type(eltype(p))
-    _getp(sys, symtype, elsymtype, p)
+    getter = _getp(sys, symtype, elsymtype, p)
+    if inbounds
+        getter = InboundsWrapper(getter)
+    end
+    return getter
 end
 
 struct GetParameterIndex{I} <: AbstractParameterGetIndexer
@@ -659,15 +667,22 @@ Requires that the value provider implement [`parameter_values`](@ref) and the re
 collection be a mutable reference to the parameter object. In case `parameter_values`
 cannot return such a mutable reference, or additional actions need to be performed when
 updating parameters, [`set_parameter!`](@ref) must be implemented.
+
+# Keyword Arguments
+
+- `inbounds`: Whether to wrap the function in `@inbounds`.
 """
-function setp(sys, p; run_hook = true)
+function setp(sys, p; run_hook = true, inbounds = false)
     symtype = symbolic_type(p)
     elsymtype = symbolic_type(eltype(p))
-    return if run_hook
-        return ParameterHookWrapper(_setp(sys, symtype, elsymtype, p), p)
-    else
-        _setp(sys, symtype, elsymtype, p)
+    setter = _setp(sys, symtype, elsymtype, p)
+    if run_hook
+        setter = ParameterHookWrapper(setter, p)
+    end
+    if inbounds
+        setter = InboundsWrapper(setter)
     end
+    return setter
 end
 
 struct SetParameterIndex{I} <: AbstractSetIndexer
@@ -723,11 +738,19 @@ the types of values stored, and leverages [`remake_buffer`](@ref). Note that `sy
 an index, a symbolic variable, or an array/tuple of the aforementioned.
 
 Requires that the value provider implement `parameter_values` and `remake_buffer`.
+
+# Keyword Arguments
+
+- `inbounds`: Whether to wrap the returned function in `@inbounds`.
 """
-function setp_oop(indp, sym)
+function setp_oop(indp, sym; inbounds = false)
     symtype = symbolic_type(sym)
     elsymtype = symbolic_type(eltype(sym))
-    return _setp_oop(indp, symtype, elsymtype, sym)
+    setter = _setp_oop(indp, symtype, elsymtype, sym)
+    if inbounds
+        setter = InboundsWrapper(setter)
+    end
+    return setter
 end
 
 function _setp_oop(indp, ::NotSymbolic, ::NotSymbolic, sym)

src/state_indexing.jl

@@ -24,11 +24,19 @@ relying on the above functions.
 If the value provider is a parameter timeseries object, the same rules apply as
 [`getp`](@ref). The difference here is that `sym` may also contain non-parameter symbols,
 and the values are always returned corresponding to the state timeseries.
+
+# Keyword Arguments
+
+- `inbounds`: whether to wrap the returned function in an `@inbounds`.
 """
-function getsym(sys, sym)
+function getsym(sys, sym; inbounds = false)
     symtype = symbolic_type(sym)
     elsymtype = symbolic_type(eltype(sym))
-    _getsym(sys, symtype, elsymtype, sym)
+    getter = _getsym(sys, symtype, elsymtype, sym)
+    if inbounds
+        getter = InboundsWrapper(getter)
+    end
+    return getter
 end
 
 struct GetStateIndex{I} <: AbstractStateGetIndexer
@@ -322,11 +330,19 @@ collection be a mutable reference to the state vector in the value provider. Alt
 if this is not possible or additional actions need to be performed when updating state,
 [`set_state!`](@ref) can be defined. This function does not work on types for which
 [`is_timeseries`](@ref) is [`Timeseries`](@ref).
+
+# Keyword Arguments
+
+- `inbounds`: Whether to wrap the returned function in an `@inbounds`.
 """
-function setsym(sys, sym)
+function setsym(sys, sym; inbounds = false)
     symtype = symbolic_type(sym)
     elsymtype = symbolic_type(eltype(sym))
-    _setsym(sys, symtype, elsymtype, sym)
+    setter = _setsym(sys, symtype, elsymtype, sym)
+    if inbounds
+        setter = InboundsWrapper(setter)
+    end
+    return setter
 end
 
 struct SetStateIndex{I} <: AbstractSetIndexer
@@ -390,11 +406,19 @@ array/tuple of the aforementioned. All entries `s` in `sym` must satisfy `is_var
 or `is_parameter(indp, s)`.
 
 Requires that the value provider implement `state_values`, `parameter_values` and `remake_buffer`.
+
+# Keyword Arguments
+
+- `inbounds`: Whether to wrap the returned function in `@inbounds`.
 """
-function setsym_oop(indp, sym)
+function setsym_oop(indp, sym; inbounds = false)
     symtype = symbolic_type(sym)
     elsymtype = symbolic_type(eltype(sym))
-    return _setsym_oop(indp, symtype, elsymtype, sym)
+    setter = _setsym_oop(indp, symtype, elsymtype, sym)
+    if inbounds
+        setter = InboundsWrapper(setter)
+    end
+    return setter
 end
 
 struct FullSetter{S, P, I, J}

src/value_provider_interface.jl

@@ -260,6 +260,28 @@ function _root_indp(indp)
     end
 end
 
+"""
+    struct InboundsWrapper
+
+Utility struct to wrap a callable in `@inbounds`.
+"""
+struct InboundsWrapper{F}
+    fn::F
+end
+
+is_indexer_timeseries(::Type{InboundsWrapper{F}}) where {F} = is_indexer_timeseries(F)
+indexer_timeseries_index(iw::InboundsWrapper) = indexer_timeseries_index(iw.fn)
+as_timeseries_indexer(iw::InboundsWrapper) = InboundsWrapper(as_timeseries_indexer(iw.fn))
+function as_not_timeseries_indexer(iw::InboundsWrapper)
+    InboundsWrapper(as_not_timeseries_indexer(iw.fn))
+end
+
+function (ig::InboundsWrapper)(args...)
+    return @inbounds begin
+        ig.fn(args...)
+    end
+end
+
 ###########
 # Errors
 ###########