public static Entity CreatePlayerEntityTemplate(List <string> clientAttributeSet,
Generated.Improbable.Vector3f position)
{
var clientAttribute = clientAttributeSet.First(attribute => attribute != SystemConfig.UnityClient);
if (clientAttribute == null)
{
throw new InvalidOperationException(
"Expected an attribute that is not \"UnityClient\" but none was found.");
}
var transform =
SpatialOSTransform.CreateSchemaComponentData(new Location(),
new Quaternion {
W = 1, X = 0, Y = 0, Z = 0
}, 0);
var playerInput = SpatialOSPlayerInput.CreateSchemaComponentData(0, 0, false);
var prefab = SpatialOSPrefab.CreateSchemaComponentData(ArchetypeConfig.CharacterArchetype);
var archetype = SpatialOSArchetypeComponent.CreateSchemaComponentData(ArchetypeConfig.CharacterArchetype);
var launcher = SpatialOSLauncher.CreateSchemaComponentData(100, 0);
var clientHeartbeat = SpatialOSPlayerHeartbeatClient.CreateSchemaComponentData();
var serverHeartbeat = SpatialOSPlayerHeartbeatServer.CreateSchemaComponentData();
var score = SpatialOSScore.CreateSchemaComponentData(0);
var entityBuilder = EntityBuilder.Begin()
.AddPosition(0, 0, 0, SystemConfig.UnityGameLogic)
.AddMetadata(ArchetypeConfig.CharacterArchetype, SystemConfig.UnityGameLogic)
.SetPersistence(false)
.SetReadAcl(AllWorkerAttributes)
.SetEntityAclComponentWriteAccess(SystemConfig.UnityGameLogic)
.AddComponent(transform, SystemConfig.UnityGameLogic)
.AddComponent(playerInput, clientAttribute)
.AddComponent(prefab, SystemConfig.UnityGameLogic)
.AddComponent(archetype, SystemConfig.UnityGameLogic)
.AddComponent(launcher, SystemConfig.UnityGameLogic)
.AddComponent(clientHeartbeat, clientAttribute)
.AddComponent(serverHeartbeat, SystemConfig.UnityGameLogic)
.AddComponent(score, SystemConfig.UnityGameLogic);
return(entityBuilder.Build());
}
private static void AddCubeGrid(Snapshot snapshot, int cubeCount)
{
// Calculate grid size
var gridLength = (int)Math.Ceiling(Math.Sqrt(cubeCount));
if (gridLength % 2 == 1) // To make sure nothing is in (0, 0)
{
gridLength += 1;
}
var cubesToSpawn = cubeCount;
const string entityType = "Cube";
for (var x = -gridLength + 1; x <= gridLength - 1; x += 2)
{
for (var z = -gridLength + 1; z <= gridLength - 1; z += 2)
{
// Leave the centre empty
if (x == 0 && z == 0)
{
continue;
}
// Exit when we've hit our cube limit
if (--cubesToSpawn <= 0)
{
return;
}
var transform = SpatialOSTransform.CreateSchemaComponentData(
new Location {
X = x, Y = 1, Z = z
},
new Quaternion {
W = 1, X = 0, Y = 0, Z = 0
},
0
);
var cubeColor = SpatialOSCubeColor.CreateSchemaComponentData();
var cubeTargetVelocity = SpatialOSCubeTargetVelocity.CreateSchemaComponentData(new Vector3f {
X = -2.0f
});
var prefab = SpatialOSPrefab.CreateSchemaComponentData(entityType);
var launchable = SpatialOSLaunchable.CreateSchemaComponentData(new EntityId(0));
var archetypeComponent = SpatialOSArchetypeComponent.CreateSchemaComponentData(entityType);
var entity = EntityBuilder.Begin()
.AddPosition(x, 0, z, SystemConfig.UnityGameLogic)
.AddMetadata(entityType, SystemConfig.UnityGameLogic)
.SetPersistence(true)
.SetReadAcl(UnityWorkers)
.AddComponent(transform, SystemConfig.UnityGameLogic)
.AddComponent(cubeColor, SystemConfig.UnityGameLogic)
.AddComponent(cubeTargetVelocity, SystemConfig.UnityGameLogic)
.AddComponent(prefab, SystemConfig.UnityGameLogic)
.AddComponent(archetypeComponent, SystemConfig.UnityGameLogic)
.AddComponent(launchable, SystemConfig.UnityGameLogic)
.Build();
snapshot.AddEntity(entity);
}
}
}