Added hyperlinks to normal sections

docs/advanced_topics.md

@@ -107,6 +107,6 @@ The standard library provides I/O, string operations, type conversions, and util
 - Combinators: `map`, `filter`, `reduce`, `each`
 - Manipulation: `concat`, `reverse`, `transpose`, `window`
 
-> **Complete Reference**: See Appendix A for the full standard library reference with all functions, signatures, and examples.
+> **Complete Reference**: See [Appendix A](./standard_library.html) for the full standard library reference with all functions, signatures, and examples.
 
 ---

docs/basic_operations.md

@@ -36,7 +36,7 @@ roll        // ( n times -- ) Rotate n items, times times
 1 2 3 depth  // => 1 2 3 3
 ```
 
-> **Implementation Details**: Stack operations implement the `::Stackable` trait. See Appendix B for the complete trait definition.
+> **Implementation Details**: Stack operations implement the `::Stackable` trait. See [Appendix B](./complete_trait_reference.html) for the complete trait definition.
 
 ### 4.2 Arithmetic Operators
 
@@ -61,7 +61,7 @@ Basic arithmetic operations work on numeric types:
 2 10 ^      // => 1024
 ```
 
-> **Implementation Details**: Arithmetic operators implement the `::Addable`, `::Multiplyable`, `::Exponentiable`, and `::Logarithmic` traits. See Appendix B for complete trait definitions and Appendix C for the full operator reference.
+> **Implementation Details**: Arithmetic operators implement the `::Addable`, `::Multiplyable`, `::Exponentiable`, and `::Logarithmic` traits. See [Appendix B](./complete_trait_reference.html) for complete trait definitions and [Appendix C](./complete_operator_reference.html) for the full operator reference.
 
 ### 4.3 Comparison Operators
 
@@ -83,7 +83,7 @@ Comparison operations return boolean values:
 10 5 <      // => false
 ```
 
-> **Implementation Details**: Comparison operators implement the `::Orderable` and `::Equatable` traits. See Appendix B for complete trait definitions.
+> **Implementation Details**: Comparison operators implement the `::Orderable` and `::Equatable` traits. See [Appendix B](./complete_trait_reference.html) for complete trait definitions.
 
 ### 4.4 Logical Operators
 
@@ -105,7 +105,7 @@ false not         // => true
 5 0 and          // => 0 (falsy)
 ```
 
-> **Implementation Details**: Logical operators implement the `::Logical` trait. See Appendix B for the complete trait definition and truthiness rules.
+> **Implementation Details**: Logical operators implement the `::Logical` trait. See [Appendix B](./complete_trait_reference.html) for the complete trait definition and truthiness rules.
 
 ### 4.5 Bitwise Operators
 
@@ -128,6 +128,6 @@ Bitwise operations work on integer types:
 4 2 shl             // => 16
 ```
 
-> **Implementation Details**: Bitwise operators implement the `::Bitwise` trait. See Appendix B for the complete trait definition.
+> **Implementation Details**: Bitwise operators implement the `::Bitwise` trait. See [Appendix B](./complete_trait_reference.html) for the complete trait definition.
 
 ---

docs/data_structures.md

@@ -45,7 +45,7 @@ point ::x get         // Get x field (consumes point and ::x)
 point dup ::x get 2 * over ::y get +     // (point.x * 2) + point.y
 ```
 
-> **Note**: Structs can be generic. See Section 10.3 for details on generic data structures.
+> **Note**: Structs can be generic. See [Section 10.3](./generic_programming.html#103-generic-data-structures) for details on generic data structures.
 
 ### 7.2 Unions
 
@@ -74,9 +74,9 @@ Option::None         // Creates Option::None
 "error" Result::Err  // Creates Result::Err("error")
 ```
 
-**Pattern Matching**: Unions are typically used with pattern matching (Section 6.5) to handle different variants.
+**Pattern Matching**: Unions are typically used with pattern matching ([Section 6.5](./control_flow.html#65-pattern-matching)) to handle different variants.
 
-> **Note**: Unions can be generic. See Section 10.3 for details on generic data structures.
+> **Note**: Unions can be generic. See [Section 10.3](./generic_programming.html#103-generic-data-structures) for details on generic data structures.
 
 ### 7.3 Enums
 
@@ -151,6 +151,6 @@ These operations take TokenString arguments containing function bodies:
 [1 2 3 4] 2 window      // Sliding window: [[1 2] [2 3] [3 4]]
 ```
 
-> **Implementation Details**: Array operations implement various traits including `::ArrayOf<T>`, `::Selectable<T>`, `::Sliceable`, and `::Sized`. See Appendix B for complete trait definitions and Appendix A for the full array operation reference.
+> **Implementation Details**: Array operations implement various traits including `::ArrayOf<T>`, `::Selectable<T>`, `::Sliceable`, and `::Sized`. See [Appendix B](./complete_trait_reference.html) for complete trait definitions and [Appendix A](./standard_library.html) for the full array operation reference.
 
 ---

docs/functions.md

@@ -15,7 +15,7 @@ Functions differ from operators:
 - **Functions** are user-defined procedures that use operators
 - Operators and functions cannot share names
 
-> **Related**: See Section 1 "Operators vs Functions" for a complete explanation of the distinction.
+> **Related**: See [Section 1 "Operators vs Functions"](./overview.html#operators-vs-functions) for a complete explanation of the distinction.
 
 ### 5.2 Defining Functions
 
@@ -39,9 +39,9 @@ The function signature specifies stack effects (what is consumed and produced),
 10 3 divmod   // => 3 1 (quotient remainder)
 ```
 
-**Function Bodies**: The `{ }` braces contain a TokenString that is parsed as the function body when the function is defined. See Section 5.5 for details on TokenStrings.
+**Function Bodies**: The `{ }` braces contain a TokenString that is parsed as the function body when the function is defined. See [Section 5.5](./functions.html#55-token-strings) for details on TokenStrings.
 
-> **Related**: See Section 10.2 for generic functions with type parameters.
+> **Related**: See [Section 10.2](./generic_programming.html#102-generic-functions) for generic functions with type parameters.
 
 ### 5.3 Calling Functions
 
@@ -133,6 +133,6 @@ The `lambda` operator converts a TokenString into a callable code block that can
 [1 2 3 4] double map    // => [2 4 6 8]
 ```
 
-> **Related**: See Section 11.1 for the `eval` operator used to execute lambdas.
+> **Related**: See [Section 11.1](advanced_topics.html#111-dynamic-code-evaluation) for the `eval` operator used to execute lambdas.
 
 ---

docs/generic_programming.md

@@ -173,6 +173,6 @@ When inheriting from generic traits, you must either:
 (Multiplyable -- Multiplyable) { dup * } ::square fn
 ```
 
-> **Future Enhancement**: See Appendix F for planned type parameter enforcement at parse time.
+> **Future Enhancement**: See [Appendix F](./memory_management.html) for planned type parameter enforcement at parse time.
 
 ---

docs/lexical_structure.md

@@ -24,7 +24,7 @@ Next: Primitive Types
 - Example: `::Addable` pushes the identifier `Addable` onto the stack
 - Example: `::Point` pushes the identifier `Point` onto the stack
 
-> **Advanced Usage**: See Section 11.2 for complete identifier literal rules and context-dependent behavior.
+> **Advanced Usage**: See [Section 11.2](./advanced_topics.html#112-identifier-literals) for complete identifier literal rules and context-dependent behavior.
 
 ### 2.3 Literals
 

docs/primitive_types.md

@@ -32,7 +32,7 @@ You can explicitly annotate literal types:
 
 **Pointer Types**
 
-Raw pointers (`ptr`) are a future feature. See Appendix F for the planned pointer type system.
+Raw pointers (`ptr`) are a future feature. See [Appendix F](./memory_management.html) for the planned pointer type system.
 
 > **Related**: See Section 8 for the complete type system, including composite types and type inference.
 

docs/trait_system.md

@@ -27,7 +27,7 @@ The language provides many built-in traits:
 - `::Number` - Composite numeric operations
 - And many more...
 
-> **Complete Reference**: See Appendix B for all standard trait definitions with complete documentation.
+> **Complete Reference**: See [Appendix B](./complete_trait_reference.html) for all standard trait definitions with complete documentation.
 
 ### 9.2 Defining Traits
 
@@ -95,7 +95,7 @@ Traits can have methods or be empty (marker traits). Empty traits are typically
 } ::Rectangle impl
 ```
 
-> **More Examples**: See Appendix G for complete implementation examples and tutorials.
+> **More Examples**: See [Appendix G](./examples_and_tutorials.html) for complete implementation examples and tutorials.
 
 ### 9.4 Trait Inheritance
 
@@ -171,7 +171,7 @@ Traits can be used as type constraints in function signatures:
 
 ### 9.6 Standard Traits Overview
 
-This section provides a brief overview of all standard traits. For complete definitions with all methods and documentation, see Appendix B.
+This section provides a brief overview of all standard traits. For complete definitions with all methods and documentation, see [Appendix B](./complete_trait_reference.html).
 
 **Stack Operations**:
 - `::Stackable` - Fundamental stack manipulation (dup, drop, swap, over, rot, pick, roll, depth)
@@ -213,6 +213,6 @@ This section provides a brief overview of all standard traits. For complete defi
 - `::Identifier` - Marks identifiers
 - `::Implementable` - Meta-trait for defining language constructs (trait, impl, inher)
 
-> **Complete Reference**: See Appendix B for full trait definitions with all methods, examples, and implementation details.
+> **Complete Reference**: See [Appendix B](./complete_trait_reference.html) for full trait definitions with all methods, examples, and implementation details.
 
 ---

docs/type_system.md

@@ -51,7 +51,7 @@ The language distinguishes between types (what things are) and traits (how thing
 } ::Point impl
 ```
 
-> **Related**: See Section 9 for the complete trait system and Appendix B for all standard trait definitions.
+> **Related**: See [Section 9](trait_system.html) for the complete trait system and [Appendix B](./complete_trait_reference.html) for all standard trait definitions.
 
 ### 8.2 Type Inference
 
@@ -86,7 +86,7 @@ parse           // May need type context to know what to parse to
 "hello" identity // T inferred as String
 ```
 
-> **Related**: See Section 10 for generic programming and type parameter inference.
+> **Related**: See [Section 10](./generic_programming.html) for generic programming and type parameter inference.
 
 ### 8.3 Type Tuples