Update AnatomyHelpers.md

Author: Bartan02

docs/Virtual-Anatomy-(Unreal-Engine)/Explorer-level (hospital and simple environment)/MeshIsolator.md

@@ -1,4 +1,4 @@
-# Isolate Mesh
+# UCPP_IsolateMesh (Mesh Isolator)
 
 ## Class Description
 

docs/Virtual-Anatomy-(Unreal-Engine)/Explorer-level (hospital and simple environment)/Utilities/AnatomyHelpers.md

@@ -6,85 +6,174 @@ A namespace containing utility functions for operations related to anatomy explo
 
 ## Public Methods 
 
-### `AActor* GetActorByName(FString name, UWorld* world)`
+### `AActor* GetActorByName(FString& ActorName, UWorld* World)`
 
 **Description**:  
 Retrieves an actor from the world by its name.  
 
 **Parameters**:  
-- `name`: The name of the actor to search for.  
-- `world`: A pointer to the world where the search should occur.  
+- `ActorName`: The name of the actor to search for.  
+- `World`: A pointer to the world where the search should occur.  
 
 **Returns**:  
 A pointer to the found actor. If the actor is not found, the function returns `nullptr`. Exercise caution when handling `nullptr` results.  
 
 ---
 
-### `AActor* GetRandomActor(UWorld* world)`
+### `AActor* GetRandomActor(UWorld* World)`
 
 **Description**:  
 Selects and retrieves a random actor from the scene.  
 
 **Parameters**:  
-- `world`: A pointer to the world from which the actor will be retrieved.  
+- `World`: A pointer to the world from which the actor will be retrieved.  
 
 **Returns**:  
 A pointer to a random actor. If the scene is empty, the function returns `nullptr`.  
 
 ---
 
-### `TObjectPtr<UCPP_SimulationManager> GetSimulationManager(UWorld* world)`
+### `TObjectPtr<UCPP_SimulationManager> GetSimulationManager(UWorld* World)`
 
 **Description**:  
 Retrieves an instance of the simulation manager from the GameMode associated with the provided world.  
 
 **Parameters**:  
-- `world`: The world in which the GameMode contains the simulation manager instance.  
+- `World`: The world in which the GameMode contains the simulation manager instance.  
 
 **Returns**:  
 A `TObjectPtr<UCPP_SimulationManager>` pointing to the simulation manager. If the simulation manager is not present in the GameMode, the function returns `nullptr`.  
 
 ---
 
-### `TObjectPtr<UCPP_IsolateMesh> GetIsolateMeshInstance(UWorld* world)`
+### `TObjectPtr<UCPP_IsolateMesh> GetIsolateMeshInstance(UWorld* World)`
 
 **Description**:  
 Obtains an instance of the mesh isolator class from the GameMode.  
 
 **Parameters**:  
-- `world`: The world in which the GameMode contains the mesh isolator instance.  
+- `World`: The world in which the GameMode contains the mesh isolator instance.  
 
 **Returns**:  
 A `TObjectPtr<UCPP_IsolateMesh>` pointing to the mesh isolator class. If the instance is not present in the GameMode, the function returns `nullptr`.  
 
 ---
 
-### `TObjectPtr<UMeshSelector> GetMeshSelector(UWorld* world)`
+### `TObjectPtr<UMeshSelector> GetMeshSelector(UWorld* World)`
 
 **Description**:  
 Retrieves the mesh selector instance from the user character in the specified world.  
 
 **Parameters**:  
-- `world`: The world containing the user character (instance of `UCPP_User`).  
+- `World`: The world containing the user character (instance of `UCPP_User`).  
 
 **Returns**:  
 A `TObjectPtr<UMeshSelector>` pointing to the mesh selector instance. If the world does not contain an instance of `UCPP_User`, the function returns `nullptr`.  
 
 ---
 
-### `float DegToRad(float angle)`
+### `float DegTo# AnatomyUtils
+
+A namespace containing utility functions for operations related to anatomy exploration in the context of a game or simulation. These functions are specifically designed to work reliably at the explorer level. While most functions are robust, some may return `nullptr` under specific conditions, which requires caution during use.
+
+---
+
+## Public Methods
+
+### `AActor* GetActorByName(FString& ActorName, UWorld* World)`
 
 **Description**:  
-Converts an angle from degrees to radians.  
+Retrieves an actor from the world by its name.
 
-**Parameters**:  
-- `angle`: The angle in degrees.  
+**Parameters**:
+- `ActorName`: The name of the actor to search for.
+- `World`: A pointer to the world where the search should occur.
+
+**Returns**:  
+A pointer to the found actor. If the actor is not found, the function returns `nullptr`. Exercise caution when handling `nullptr` results.
+
+---
+
+### `AActor* GetRandomActor(UWorld* World)`
+
+**Description**:  
+Selects and retrieves a random actor from the scene.
+
+**Parameters**:
+- `World`: A pointer to the world from which the actor will be retrieved.
+
+**Returns**:  
+A pointer to a random actor. If the scene is empty, the function returns `nullptr`.
+
+---
+
+### `TObjectPtr<UCPP_SimulationManager> GetSimulationManager(UWorld* World)`
+
+**Description**:  
+Retrieves an instance of the simulation manager from the GameMode associated with the provided world.
+
+**Parameters**:
+- `World`: The world in which the GameMode contains the simulation manager instance.
+
+**Returns**:  
+A `TObjectPtr<UCPP_SimulationManager>` pointing to the simulation manager. If the simulation manager is not present in the GameMode, the function returns `nullptr`.
+
+---
+
+### `TObjectPtr<UCPP_IsolateMesh> GetIsolateMeshInstance(UWorld* World)`
+
+**Description**:  
+Obtains an instance of the mesh isolator class from the GameMode.
+
+**Parameters**:
+- `World`: The world in which the GameMode contains the mesh isolator instance.
+
+**Returns**:  
+A `TObjectPtr<UCPP_IsolateMesh>` pointing to the mesh isolator class. If the instance is not present in the GameMode, the function returns `nullptr`.
+
+---
+
+### `TObjectPtr<UMeshSelector> GetMeshSelector(UWorld* World)`
+
+**Description**:  
+Retrieves the mesh selector instance from the user character in the specified world.
+
+**Parameters**:
+- `World`: The world containing the user character (instance of `UCPP_User`).
+
+**Returns**:  
+A `TObjectPtr<UMeshSelector>` pointing to the mesh selector instance. If the world does not contain an instance of `UCPP_User`, the function returns `nullptr`.
+
+---
+
+### `float ConvertBeatsPerMinuteToBeatsPerSecond(const float &BeatsPerMinute, float MaxPossibleBPS = 5)`;
+
+**Description**:  
+Calculates beats per minute to the beats per second
+
+**Parameters**:
+- `BeatsPerMinute`: beats per minute of the heart
+- `MaxPossibleBPS`: maximum beats per seconds given in the Types/SlideBarParameter.h, we have to suply this number to properly scale how often "hearth releases new particles" default value is 5 since max possible BPM is 300 and 300 BPM / 60 sec = 5 BPS
+
+**Returns**:  
+How often should CPP_BloodParticleSystem tick, use this value to configure tick frequency.
+
+---
+
+### `float ConvertDegreesToRadians(float Angle)`
+
+**Description**:  
+Converts an angle from degrees to radians.
+
+**Parameters**:
+- `Angle`: The angle in degrees.
 
 **Returns**:  
-The angle converted to radians.  
+The angle converted to radians.
 
 ---
 
+
 ## Notes
 
 - Ensure the validity of pointers returned by these functions before usage to avoid null pointer dereferencing.