IM.SetVariable

`SetVariable` and `SetVariable<T>` Methods in IM Class

Overview

The SetVariable methods in the IM class are designed to set the value of a public variable. There are two versions: a non-generic version for general use, and a generic version that returns the updated variable cast to a specific type T.

Syntax

public static void SetVariable(string varNameOrId, object value)
public static T SetVariable<T>(string varNameOrId, object value) where T : NVar

Parameters

varNameOrId: The name or ID of the variable to be set.
value: The new value to assign to the variable.

Functionality

SetVariable (Non-generic):
- Searches for and sets the value of a variable matching the provided name or ID.
- Does not return any value.
SetVariable<T> (Generic):
- Operates similarly to the non-generic version but also returns the updated variable cast to the specified type T.
- Useful when the type of the variable is known and specific type handling is needed.

Usage 1: Non-Generic Method

Used for setting the value of a variable without needing to handle its specific type. This method is suitable for general-purpose variable manipulation.

Example of Usage 1

public class GameSettings : MonoBehaviour {
    public void UpdateAudioVolume(float newVolume) {
        IM.SetVariable("audio_volume", newVolume);
        Debug.Log("Audio volume updated.");
    }
}

Usage 2: Generic Method

Used for setting a variable's value and returning it as a specific type T. This method is suitable when type-specific handling or processing is required after updating the variable.

Example of Usage 2

public class GameSettings : MonoBehaviour {
    public void UpdateAndFetchAudioVolume(float newVolume) {
        NFloat volumeVar = IM.SetVariable<NFloat>("audio_volume", newVolume);
        if (volumeVar != null) {
            Debug.Log($"Audio volume updated to: {volumeVar.Value}");
        }
    }
}

Remarks

These methods are critical for dynamic data manipulation within games, allowing variables to be updated in response to gameplay events or user actions.
Proper implementation ensures that game state and logic can adapt fluidly to changing conditions, enhancing gameplay responsiveness and flexibility.
Particularly relevant in games where player choices or actions dynamically affect game mechanics or narrative elements.

SetVariable and SetVariable<T> Methods in IM Class