diff --git a/test/measures/test-functioning.jl b/test/measures/test-functioning.jl
index 56d4733e4..f612b5d35 100644
--- a/test/measures/test-functioning.jl
+++ b/test/measures/test-functioning.jl
@@ -46,8 +46,8 @@ end
     sim_zero = simulates(params, [0, 0]; verbose = false)
 
     # Total biomass should converge to K
-    @test biomass(sim_one_sp; last = 1).total ≈
-    get_parameters(sim_one_sp).environment.K[2] rtol = 0.001
+    @test biomass(sim_one_sp; last = 1).total ≈ get_parameters(sim_one_sp).environment.K[2] rtol =
+        0.001
 
     # Species sub selection works
     @test biomass(sim_one_sp; last = 1, idxs = [1]).sp[1] ≈
@@ -73,13 +73,22 @@ end
     # Other hill diversity numbers
     ## Shannon
     @test shannon_diversity(sim_two_sp[:, end]) ==
-    shannon_diversity(sim_two_sp; last = 1) == log(2)
+          shannon_diversity(sim_two_sp; last = 1) ==
+          log(2)
 
     @test shannon_diversity(sim_one_sp[:, end]) ==
-    shannon_diversity(sim_one_sp; last = 1) ≈ 0.0 # 0 entropy if 1 species only
+          shannon_diversity(sim_one_sp; last = 1) ≈
+          0.0 # 0 entropy if 1 species only
 
     @test isnan(shannon_diversity(sim_zero[:, end])) ==
-    isnan(shannon_diversity(sim_zero; last = 1)) # Not defined for 0 species
+          isnan(shannon_diversity(sim_zero; last = 1)) # Not defined for 0 species
+
+    @test shannon_diversity(sim_one_sp[:, end]) ==
+          shannon_diversity(sim_one_sp; last = 1) ≈
+          0.0 # 0 entropy if 1 species only
+
+    @test isnan(shannon_diversity(sim_zero[:, end])) ==
+          isnan(shannon_diversity(sim_zero; last = 1)) # Not defined for 0 species
 
     ## Simpson
     @test simpson(sim_two_sp[:, end]) ==
@@ -87,16 +96,13 @@ end
           1 / sum(2 .^ [1 / 2, 1 / 2])
     @test simpson(sim_one_sp[:, end]) ==
           simpson(sim_one_sp; last = 1) ==
-          1 / sum(2 .^ 1) == 0.5# 0.5 if 1 species only
-    @test isnan(simpson(sim_zero[:, end])) ==
-    isnan(simpson(sim_zero; last = 1)) # Not defined for 0 species
+          1 / sum(2 .^ 1) ==
+          0.5# 0.5 if 1 species only
+    @test isnan(simpson(sim_zero[:, end])) == isnan(simpson(sim_zero; last = 1)) # Not defined for 0 species
 
     # Community evenness
-    @test evenness(sim_two_sp[:, end]) ==
-    evenness(sim_two_sp; last = 1) ≈ 1.0 # Maximum equity of species biomass
-    @test isnan(evenness(sim_one_sp[:, end])) ==
-    isnan(evenness(sim_one_sp; last = 1))# Should be NaN if 1 species
-    @test isnan(evenness(sim_zero[:, end])) ==
-    isnan(evenness(sim_zero; last = 1))# Should be NaN if 0 species
+    @test evenness(sim_two_sp[:, end]) == evenness(sim_two_sp; last = 1) ≈ 1.0 # Maximum equity of species biomass
+    @test isnan(evenness(sim_one_sp[:, end])) == isnan(evenness(sim_one_sp; last = 1))# Should be NaN if 1 species
+    @test isnan(evenness(sim_zero[:, end])) == isnan(evenness(sim_zero; last = 1))# Should be NaN if 0 species
 
 end