Multiplayer

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Overview

The VoxelWaterPulse plugin provides the following key features:

• Configurable via Data Assets or INI files
• Runtime subsystem with automatic lifecycle management
• Comprehensive logging and diagnostics
• Network replication support for multiplayer projects
• Built-in debug visualization tools
• Event-driven architecture using delegates

Performance

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 1// Unit test example
 2IMPLEMENT_SIMPLE_AUTOMATION_TEST(
 3    FVoxelWaterPulseBasicTest,
 4    "VoxelWaterPulse.Core.BasicFunctionality",
 5    EAutomationTestFlags::ApplicationContextMask | EAutomationTestFlags::ProductFilter
 6)
 7
 8bool FVoxelWaterPulseBasicTest::RunTest(const FString& Parameters)
 9{
10    UVoxelWaterPulseSubsystem* Subsystem = NewObject<UVoxelWaterPulseSubsystem>();
11    TestNotNull(TEXT("Subsystem should be created"), Subsystem);
12
13    Subsystem->Initialize();
14    TestTrue(TEXT("Subsystem should be initialized"), Subsystem->IsInitialized());
15
16    FMyQueryParams Params;
17    Params.Radius = 500.0f;
18    TestTrue(TEXT("Query params should be valid"), Params.IsValid());
19
20    return true;
21}

Profiling

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 1# Plugin configuration (VoxelWaterPulse.yaml)
 2plugin:
 3  name: VoxelWaterPulse
 4  version: 2.0
 5  settings:
 6    max_pool_size: 100
 7    tick_rate: 60.0
 8    debug:
 9      enabled: false
10      draw_bounds: false
11      log_level: warning
12    network:
13      replicate: true
14      update_frequency: 10.0

Overview

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Esse aliquip fugiat laboris veniam commodo ea lorem nisi pariatur occaecat laboris. Commodo labore nisi consequat consequat amet incididunt labore amet excepteur elit nostrud excepteur enim aute. Adipiscing laboris elit tempor dolor sit dolore sint ex elit. Occaecat cillum velit cillum laboris dolor commodo sint magna lorem sed sed. Veniam fugiat dolor amet adipiscing elit duis duis. Dolore excepteur aliquip aliqua do do incididunt aute.

 1// Query the subsystem for nearby actors with filtering
 2TArray<AActor*> Results;
 3FMyQueryParams Params;
 4Params.Origin = GetActorLocation();
 5Params.Radius = 1000.0f;
 6Params.MaxResults = 10;
 7Params.bIncludeHidden = false;
 8Params.FilterClass = AMyTargetActor::StaticClass();
 9
10if (Subsystem->Query(Params, Results))
11{
12    for (AActor* Actor : Results)
13    {
14        UE_LOG(LogTemp, Log, TEXT("Found: %s at distance %.1f"),
15            *Actor->GetName(),
16            FVector::Dist(Params.Origin, Actor->GetActorLocation()));
17    }
18}

Overview

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Duis in ex consequat reprehenderit commodo lorem pariatur ex nisi. Velit reprehenderit cillum labore irure laboris excepteur aute do et adipiscing. Excepteur nisi exercitation ut adipiscing adipiscing eiusmod velit aute. Fugiat et labore nostrud dolor ad veniam do irure labore esse consectetur.

Requirements

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 1// Unit test example
 2IMPLEMENT_SIMPLE_AUTOMATION_TEST(
 3    FVoxelWaterPulseBasicTest,
 4    "VoxelWaterPulse.Core.BasicFunctionality",
 5    EAutomationTestFlags::ApplicationContextMask | EAutomationTestFlags::ProductFilter
 6)
 7
 8bool FVoxelWaterPulseBasicTest::RunTest(const FString& Parameters)
 9{
10    UVoxelWaterPulseSubsystem* Subsystem = NewObject<UVoxelWaterPulseSubsystem>();
11    TestNotNull(TEXT("Subsystem should be created"), Subsystem);
12
13    Subsystem->Initialize();
14    TestTrue(TEXT("Subsystem should be initialized"), Subsystem->IsInitialized());
15
16    FMyQueryParams Params;
17    Params.Radius = 500.0f;
18    TestTrue(TEXT("Query params should be valid"), Params.IsValid());
19
20    return true;
21}