Game.UI.InGame.FireSection

Assembly: Assembly-CSharp (inferred)
Namespace: Game.UI.InGame

Type: class

Base: InfoSectionBase

Summary:
UI info section for Fire Stations. Detects whether the currently selected entity is a Fire Station and exposes runtime values used by the UI: the effective vehicle efficiency (percent) and whether the building can respond to disasters. It reads building data and efficiency buffer information from the ECS world and writes those values into a JSON writer for UI consumption.

Fields

This class declares no explicit private or public fields.
(It uses auto-properties and functionality inherited from InfoSectionBase and the ECS EntityManager.)

Properties

protected override string group => "FireSection"
The UI group identifier for the section. Used by the base UI system to categorize this info section.
private float vehicleEfficiency { get; set; }
Stores the computed vehicle efficiency for the selected fire station. It's computed in OnProcess and expressed as a percentage (data.m_VehicleEfficiency adjusted by building efficiency and scaled to 0–100).
private bool disasterResponder { get; set; }
True when the selected fire station has disaster response capacity (data.m_DisasterResponseCapacity > 0). Set in OnProcess.

Constructors

public FireSection()
Default constructor. Marked with [Preserve] attribute in the source to avoid stripping during build/IL2CPP optimization. No special initialization logic in the constructor; state is reset in Reset().

Methods

protected override void Reset()
Resets internal state for reuse: sets vehicleEfficiency to 0 and disasterResponder to false. Called by the base lifecycle when the section is being reset.
private bool Visible()
Returns true if the currently selected entity has a Game.Buildings.FireStation component in the ECS world:
Uses base.EntityManager.HasComponent(selectedEntity)
Controls whether this info section should be visible for the current selection.
[Preserve] protected override void OnUpdate()
Updates the section's visibility each frame by setting base.visible = Visible(). Marked [Preserve] to avoid stripping.
protected override void OnProcess()
Gathers data when the section is processed:
Calls TryGetComponentWithUpgrades(selectedEntity, selectedPrefab, out var data) to retrieve building-specific data (including upgrades).
Reads DynamicBuffer buffer from the entity (read-only).
Sets disasterResponder = data.m_DisasterResponseCapacity > 0.
Computes the vehicle efficiency:
- float efficiency = BuildingUtils.GetEfficiency(buffer);
- vehicleEfficiency = data.m_VehicleEfficiency * (0.5f + efficiency * 0.5f) * 100f; This produces a percentage value where base vehicle efficiency is modulated by building efficiency.
public override void OnWriteProperties(IJsonWriter writer)
Writes the computed properties into a JSON writer for the UI:
Writes "vehicleEfficiency" followed by the vehicleEfficiency float.
Writes "disasterResponder" followed by the disasterResponder bool. This is how the UI layer reads the values to present to the player.

Usage Example

// The FireSection is driven by the base info-section lifecycle.
// Example showing the expected behaviour during processing:

[Preserve]
protected override void OnProcess()
{
    // base class provides selectedEntity and selectedPrefab + EntityManager
    if (TryGetComponentWithUpgrades<FireStationData>(selectedEntity, selectedPrefab, out var data)
        && base.EntityManager.TryGetBuffer(selectedEntity, isReadOnly: true, out DynamicBuffer<Efficiency> buffer))
    {
        // set whether this station can respond to disasters
        disasterResponder = data.m_DisasterResponseCapacity > 0;

        // compute effective vehicle efficiency as a percent
        float efficiency = BuildingUtils.GetEfficiency(buffer);
        vehicleEfficiency = data.m_VehicleEfficiency * (0.5f + efficiency * 0.5f) * 100f;
    }
}

// Later the UI reads the values via OnWriteProperties:
public override void OnWriteProperties(IJsonWriter writer)
{
    writer.PropertyName("vehicleEfficiency");
    writer.Write(vehicleEfficiency);
    writer.PropertyName("disasterResponder");
    writer.Write(disasterResponder);
}