Use explicit imports

Wflow/src/Wflow.jl

@@ -65,8 +65,8 @@ using Polyester: @batch
 using ProgressLogging: @progress
 using PropertyDicts: PropertyDict
 using StaticArrays: SVector, pushfirst, setindex
-using Statistics: mean, median, quantile!, quantile
-using TerminalLoggers
+using Statistics: mean, median, quantile!
+using TerminalLoggers: TerminalLogger
 using TOML: TOML
 
 const CFDataset = Union{NCDataset, NCDatasets.MFDataset}
@@ -238,10 +238,10 @@ include("standard_name/standard_name_sbm.jl")
 include("standard_name/standard_name_sediment.jl")
 
 const STANDARD_NAME_MAPS = (
-    ("sbm", Wflow.sbm_standard_name_map, LandHydrologySBM),
-    ("sediment", Wflow.sediment_standard_name_map, SoilLossModel),
-    ("domain", Wflow.domain_standard_name_map, Domain),
-    ("routing", Wflow.routing_standard_name_map, Routing),
+    ("sbm", sbm_standard_name_map, LandHydrologySBM),
+    ("sediment", sediment_standard_name_map, SoilLossModel),
+    ("domain", domain_standard_name_map, Domain),
+    ("routing", routing_standard_name_map, Routing),
 )
 
 include("utils.jl")

Wflow/src/config_structure.jl

@@ -178,7 +178,7 @@ Base.iterate(input_entries::InputEntries, state) = iterate(input_entries.dict, s
     _location_maps::PropertyDictType
 end
 
-const input_field_names = String.(fieldnames(Wflow.InputSection))
+const input_field_names = String.(fieldnames(InputSection))
 
 ###
 ### Output section

Wflow/src/io.jl

@@ -665,7 +665,7 @@ function out_map(output_names_dict, modelmap)
     for (par, output_name) in output_names_dict
         vector, metadata = get_field_in_model(modelmap, par)
         if isnothing(metadata)
-            @warn "No metadata was found for $par, so the output will be expressed in standard SI units ($(join(Wflow.STANDARD_UNITS, ", "))) and might fail."
+            @warn "No metadata was found for $par, so the output will be expressed in standard SI units ($(join(STANDARD_UNITS, ", "))) and might fail."
             metadata = ParameterMetadata()
         end
         output_map[output_name] = OutputData(; par, vector, metadata.unit)

Wflow/src/routing/surface/surface_process.jl

@@ -29,7 +29,7 @@ function kinematic_wave(q_in, q_prev, q_lat, alpha, dt, dx)
         # constant_term = (dt/dx)*q_in + alpha*q_prev³ᐟ⁵) + dt*q_lat
         # Use q_prev^(3/5) = (q_prev¹ᐟ⁵)^3
         # Let [U] = [m³ s⁻¹]¹ᐟ⁵
-        u_prev = q_prev >= 0.0 ? Wflow.pow(q_prev, 0.2) : 0.0
+        u_prev = q_prev >= 0.0 ? pow(q_prev, 0.2) : 0.0
 
         # [m²] = [s m⁻¹] * [m³ s⁻¹] + [s³ᐟ⁵ m¹ᐟ⁵] * [U]³ + [s] * [m² s⁻¹]
         constant_term = dt_dx * q_in + alpha * u_prev * u_prev * u_prev + dt * q_lat

Wflow/src/standard_name/standard_name_utils.jl

@@ -167,7 +167,7 @@ get_metadata(name::AbstractString, L::Type) = get_standard_name_map(L)[name]
 
 # When no model or model type is specified, search all standard name maps
 get_metadata(name::AbstractString; kwargs...) =
-    get_metadata(name, map(d -> d[3], Wflow.STANDARD_NAME_MAPS)...; kwargs...)
+    get_metadata(name, map(d -> d[3], STANDARD_NAME_MAPS)...; kwargs...)
 
 function get_field_in_model(model, name::AbstractString; check_allow_dynamic_input = false)
     metadata = get_metadata(name; model)