fix type parameters

src/maps.jl

@@ -329,7 +329,7 @@ islinear(::ResetMap) = false
 isaffine(::ResetMap) = true
 
 # convenience constructor for a list of pairs instead of a dictionary
-ResetMap(dim::Int, args::Pair{Int,<:N}...) where {N} = ResetMap(dim, Dict{Int,N}(args))
+ResetMap(dim::Int, args::Pair{Int}...) = ResetMap(dim, Dict(args))
 
 """
     ConstrainedResetMap
@@ -362,8 +362,8 @@ islinear(::ConstrainedResetMap) = false
 isaffine(::ConstrainedResetMap) = true
 
 # convenience constructor for a list of pairs instead of a dictionary
-function ConstrainedResetMap(dim::Int, X, args::Pair{Int,<:N}...) where {N}
-    return ConstrainedResetMap(dim, X, Dict{Int,N}(args))
+function ConstrainedResetMap(dim::Int, X, args::Pair{Int}...)
+    return ConstrainedResetMap(dim, X, Dict(args))
 end
 
 function apply(m::Union{ResetMap,ConstrainedResetMap}, x)

test/Aqua.jl

@@ -2,15 +2,8 @@ using MathematicalSystems, Test
 import Aqua
 
 @testset "Aqua tests" begin
-    @static if VERSION < v"1.6"
-        unbound_args = true
-    else
-        # the unbound args should be resolved in the future
-        unbound_args = (broken=true,)
-    end
-
     Aqua.test_all(MathematicalSystems;
-                  ambiguities=false, unbound_args=unbound_args,
+                  ambiguities=false,
                   # the piracy of `sort` should be resolved in the future
                   piracies=(broken=true,))
 

test/maps.jl

@@ -173,6 +173,8 @@ end
     @test !islinear(m) && isaffine(m)
     # alternative constructor from pairs
     @test m.dict == ResetMap(10, 2 => -1.0, 5 => 1.0).dict
+    # alternative constructor from pairs with mixed numeric types
+    @test ResetMap(10, 2 => -1.0, 5 => 1).dict == Dict(2 => -1.0, 5 => 1)
 
     # applying the affine map on a vector
     x = zeros(10)
@@ -196,6 +198,8 @@ end
     @test !islinear(m) && isaffine(m)
     # alternative constructor from pairs
     @test m.dict == ConstrainedResetMap(10, X, 2 => -1.0, 5 => 1.0).dict
+    # alternative constructor from pairs with mixed numeric types
+    @test ConstrainedResetMap(10, X, 2 => -1.0, 5 => 1).dict == Dict(2 => -1.0, 5 => 1)
 
     # applying the affine map on a vector
     x = zeros(10)