diff --git a/raylib-syntax-analysis.md b/raylib-syntax-analysis.md
index 1f636e3..d33a54a 100644
--- a/raylib-syntax-analysis.md
+++ b/raylib-syntax-analysis.md
@@ -125,44 +125,80 @@ PauseAudioStream();
 ResumeAudioStream();
 ```
 
-### Functions suffixes
+### 4. Functions suffixes
 
 A part from the function prefixes that we can find in many functions names (1. common patterns), we can also find some common suffixes used by several functions:
 
 ```c
+// Suffix: *V() -> Used for "Vector" versions of same name functions
+//------------------------------------------------------------------------------------------------
+// rcore.c
+void SetShaderValueV();
+// rshapes.c
+void DrawPixelV();
+void DrawLineV();
+void DrawCircleV();
+void DrawRectangleV();
+void DrawRectangleGradientV();
+// rtextures.c
+void ImageDrawPixelV();
+void ImageDrawLineV();
+void ImageDrawCircleV();
+void ImageDrawRectangleV();
+void DrawTextureV();
+// rmodels.c
+void DrawCubeV();
+void DrawCubeWiresV();
+
 // Suffix: *Ex() -> Used for "Extended" versions of same name functions
+//------------------------------------------------------------------------------------------------
+// rcore.c
 Vector2 GetWorldToScreenEx();
+// rshapes.c
 void DrawLineEx();
 void DrawRectangleGradientEx();
 void DrawRectangleLinesEx();
 void DrawPolyLinesEx();
+// rtextures.c
 Image ImageTextEx();
 void ImageDrawTextEx();
 void DrawTextureEx();
+// rtext.c
 Font LoadFontEx();
 void DrawTextEx();
 Vector2 MeasureTextEx();
+// rmodels.c
 void DrawSphereEx();
 void DrawModelEx();
 void DrawModelWiresEx();
 
 // Suffix: *Pro() -> Used for "Professional" versions of same name functions, more advanced than "Ex"
+//------------------------------------------------------------------------------------------------
+// rshapes.c
 void DrawRectanglePro();
+// rtextures.c
 void DrawTexturePro();
+// rtext.c
 void DrawTextPro();
+// rmodels.c
 void DrawBillboardPro();
 
 // Suffix: *Rec() -> Used for functions requiring a "Rectangle" as one main input parameter
+//------------------------------------------------------------------------------------------------
+// rshapes.c
 void DrawRectangleRec();
 bool CheckCollisionCircleRec();
 bool CheckCollisionPointRec();
 Rectangle GetCollisionRec();
+// rtextures.c
 void ImageDrawRectangleRec();
 void UpdateTextureRec();
 void DrawTextureRec();
+// rmodels.c
 void DrawBillboardRec();
 
 // Suffix: *FromMemory() -> Used for functions loading data "from memory" instead of from files
+//------------------------------------------------------------------------------------------------
 Shader LoadShaderFromMemory();
 Image LoadImageFromMemory();
 Font LoadFontFromMemory();
@@ -170,6 +206,7 @@ Wave LoadWaveFromMemory();
 Music LoadMusicStreamFromMemory();
 
 // Suffix: *Callback() -> Used for functions setting a callback function
+//------------------------------------------------------------------------------------------------
 void SetTraceLogCallback();
 void SetLoadFileDataCallback();
 void SetSaveFileDataCallback();
@@ -177,7 +214,7 @@ void SetLoadFileTextCallback();
 void SetSaveFileTextCallback();
 ```
 
-### Functions naming
+### 5. Functions naming
 
 Most functions in raylib use a **maximum of 4 words** on its name. I think that's a good trade-off to remember the name of the function. Still, there is a small set of functions that go beyond that limit:
 
@@ -201,7 +238,7 @@ count| function | words | comments
 016 | `LoadMusicStreamFromMemory()`  | 5 |  _*FromMemory() set of functions_
 017 | `SetAudioStreamBufferSizeDefault()`  | **6** |  **TODO: Review!!!**
 
-### Functions parameters
+### 6. Functions parameters
 
 Most functions are limited to **5 or less input parameters**. I think 5 or less parameters is a good number to keep the function simple and rememberable, more than 5 usually requires the user to use some kind of intellisense system. **The number of parameters is a key point for raylib simplicity**, still, there are some functions requiring **6 or more parameters**: