diff --git a/test/factories/coral_cover.jl b/test/factories/coral_cover.jl
index e6ae004b6..4445578b2 100644
--- a/test/factories/coral_cover.jl
+++ b/test/factories/coral_cover.jl
@@ -1,7 +1,25 @@
 using ADRIA: YAXArray, DataCube, ZeroDataCube
 
 """Raw model coral cover results, proportional to k-area."""
-function coral_cover(
+function coral_cover(;
+    n_timesteps::Int64=10,
+    n_group_sizes::Int64=35,
+    n_locations::Int64=5,
+    n_scenarios::Int64=32
+)::YAXArray{Float64,4}
+    coral_cover = Factories.full_coral_cover(;
+        n_timesteps, n_group_sizes, n_locations, n_scenarios
+    )
+
+    location_weights::Array{Float64,4} = repeat(
+        rand(n_timesteps, n_locations, n_scenarios), 1, 1, 1, n_group_sizes
+    )
+
+    return coral_cover .* permutedims(location_weights, [1, 4, 2, 3])
+end
+
+"""Cover for each location at each timestep and scenario sums up to 1."""
+function full_coral_cover(
     ;
     n_timesteps::Int64=10,
     n_group_sizes::Int64=35,
@@ -27,24 +45,6 @@ function coral_cover(
     return DataCube(cover_data, (:timesteps, :species, :locations, :scenarios))
 end
 
-"""Cover for each location at each timestep and scenario sums up to 1."""
-function full_coral_cover(;
-    n_timesteps::Int64=10,
-    n_group_sizes::Int64=35,
-    n_locations::Int64=5,
-    n_scenarios::Int64=32
-)::YAXArray{Float64,4}
-    coral_cover = Factories.coral_cover(;
-        n_timesteps, n_group_sizes, n_locations, n_scenarios
-    )
-
-    location_weights::Array{Float64,4} = repeat(
-        rand(n_timesteps, n_locations, n_scenarios), 1, 1, 1, n_group_sizes
-    )
-
-    return coral_cover .* permutedims(location_weights, [1, 4, 2, 3])
-end
-
 """Cover for all timesteps, locations and scenarios is zero"""
 function zero_coral_cover(
     ;