Add more UnaryOperations with @unary (#4142)

* Update AbstractOperations.jl

* Update test_computed_field.jl

* Update test_computed_field.jl

* Update AbstractOperations.jl

* Update AbstractOperations.jl

* Update AbstractOperations.jl

* Fix docstring

Author: glwagner

src/AbstractOperations/AbstractOperations.jl

@@ -67,10 +67,11 @@ include("show_abstract_operations.jl")
 # Make some operators!
 
 # Some operators:
-import Base: sqrt, sin, cos, exp, tanh, abs, -, +, /, ^, *
-import Base: abs
+import Base: -, +, /, ^, *
+import Base: sqrt, sin, cos, exp, tanh, abs
+import Base: log10, log, tan, sinh, cosh
 
-@unary sqrt sin cos exp tanh abs
+@unary sqrt sin cos exp tanh abs log10 log tan sinh cosh
 @unary -
 @unary +
 

src/AbstractOperations/unary_operations.jl

@@ -56,17 +56,22 @@ julia> square_it(x) = x^2
 square_it (generic function with 1 method)
 
 julia> @unary square_it
-Set{Any} with 10 elements:
+Set{Any} with 15 elements:
   :+
-  :sqrt
-  :square_it
+  :log10
+  :interpolate_identity
   :cos
   :exp
-  :interpolate_identity
-  :-
   :tanh
-  :sin
   :abs
+  :log
+  :cosh
+  :square_it
+  :-
+  :sqrt
+  :tan
+  :sinh
+  :sin
 
 julia> c = CenterField(RectilinearGrid(size=(1, 1, 1), extent=(1, 1, 1)));
 

test/test_computed_field.jl

@@ -364,7 +364,10 @@ for arch in archs
 
             @testset "Unary computations [$A, $G]" begin
                 @info "      Testing correctness of compute! unary operations..."
-                for unary in (sqrt, sin, cos, exp, tanh)
+                dont_test = tuple(:interpolate_identity)
+                operators_to_test = filter(op -> !(op ∈ dont_test), Oceananigans.AbstractOperations.unary_operators)
+                for unary_symbol in operators_to_test
+                    unary = eval(unary_symbol)
                     @test compute_unary(unary, model)
                 end
             end