chore: reordered the number concepts, so they are usable across all the math module

Author: TheRustifyer

zero/ifc/math/numbers/numbers_concepts.cppm renamed to zero/ifc/math/concepts.cppm

@@ -1,8 +1,8 @@
-export module math.numbers:numbers.concepts;
+export module math:math.concepts;
 
 import std;
+import math.numbers;
 import math.symbols;
-import :general;
 
 export namespace zero::math {
     /// Concept to act as an interface for the abstract concept of 'number' in mathematics.
@@ -20,4 +20,11 @@ export namespace zero::math {
         T::symbol;  /* Check if 'T' has a static member named 'symbol' */
         { T::symbol } -> std::same_as<const MathSymbol&>;  // Check if 'T::symbol' has the type MathSymbol
     };
+
+    /**
+     * @brief Wrapper concept to constrain any kind of numerical types,
+     * both our {@link Number} concept or any C++ numerical primitive
+     */
+    template <typename T>
+    concept Numerical = Number<T> || std::is_arithmetic_v<T>;
 }

zero/ifc/math/math.cppm

@@ -7,6 +7,7 @@
 
 export module math;
 
+export import :math.concepts;
 export import math.ops;
 export import math.numbers;
 export import math.symbols;

zero/ifc/math/numbers/integers.cppm

@@ -5,7 +5,6 @@ import math.ops;
 import math.symbols;
 
 import :general;
-import :numbers.concepts;
 import :naturals;
 
 export namespace zero::math {

zero/ifc/math/numbers/naturals.cppm

@@ -4,7 +4,6 @@ import std;
 import math.symbols;
 
 import :general;
-import :numbers.concepts;
 
 export namespace zero::math {
     /// A positive integer number

zero/ifc/math/numbers/numbers.cppm

@@ -6,27 +6,10 @@ import std;
 import math.ops;
 import math.symbols;
 
-export import :numbers.concepts;
-import :general;
 import :detail;
 
+export import :general;
 export import :naturals;
 export import :integers;
 export import :rationals;
 
-export namespace zero::math {
-    // TODO: Create individual concepts per Number type that allows to check more complex behaviour,
-    // like overflows (is this possible with a concept??!), that they can be constructible from certain types
-    // which allows us to reduce to only one template constructor per type instead of having lots of them
-
-//    class Real {
-//        double number; // TODO handle rationals and irrationals with std::variant?
-//    };
-//
-//    class Complex {
-//        Real real;
-//        Real imaginary;
-//    };
-
-}
-

zero/ifc/math/numbers/rationals.cppm

@@ -5,8 +5,6 @@ import math.ops;
 import math.symbols;
 
 import :general;
-import :numbers.concepts;
-
 import :naturals;
 import :integers;
 

zero/tests/math/numbers_tests.cpp

@@ -7,7 +7,10 @@ TestSuite numbers_suite {"Numbers TS"};
 /// Compile time tests for numbers
 static_assert(Number<Natural>);
 static_assert(Number<Integer>);
+static_assert(Numerical<Integer>);
 static_assert(Number<Rational>);
+static_assert(!Number<int>);
+static_assert(Numerical<int>);
 static_assert(!Number<std::string>);
 
 void numbers_tests() {

zork_config/zork_local_linux.toml

@@ -77,12 +77,13 @@ interfaces = [
         { file = 'math/linear_algebra/root.cppm', module_name = 'math.linear_algebra' },
         # Numbers
         { file = 'math/numbers/general.cppm', partition = { module = 'math.numbers', partition_name = 'general' } },
-        { file = 'math/numbers/numbers_concepts.cppm', partition = { module = 'math.numbers', partition_name = 'numbers.concepts' } },
         { file = 'math/numbers/naturals.cppm', partition = { module = 'math.numbers', partition_name = 'naturals' } },
         { file = 'math/numbers/integers.cppm', partition = { module = 'math.numbers', partition_name = 'integers' } },
         { file = 'math/numbers/rationals.cppm', partition = { module = 'math.numbers', partition_name = 'rationals' } },
         { file = 'math/numbers/detail.cpp', partition = { module = 'math.numbers', partition_name = 'detail', is_internal_partition = true } },
         { file = 'math/numbers/numbers.cppm', module_name = 'math.numbers' },
+        # Concepts
+        { file = 'math/concepts.cppm', partition = { module = 'math', partition_name = 'math.concepts' } },
     # Root
     { file = 'math/math.cppm' },