public static CoreInteractiveObject SpawnHealthGlobeWithDefaultModel(CoreInteractiveObject SourceInteractiveObject,
HealthGlobeSpawnInitializationData HealthGlobeSpawnInitializationData)
{
var GlobalHealthGlobeConfiguration = GlobalHealthGlobeConfigurationGameObject.Get().GlobalHealthGlobeConfiguration;
var HealthGlobeInteractiveObjectInitializerTemplate = GameObject.Instantiate(GlobalHealthGlobeConfiguration.HealthGlobeTemplatePrefab);
var BeziersControlPointsBuildInput = new BeziersControlPointsBuildInput(
SourceInteractiveObject.InteractiveGameObject.GetAverageModelWorldBounds().center, HealthGlobeSpawnInitializationData.WorldPosition, Vector3.up, BeziersControlPointsShape.CURVED, Random.Range(2.5f, 3f));
HealthGlobeInteractiveObjectInitializerTemplate.SetupBeforeObjectCreation(HealthGlobeSpawnInitializationData.HealthRecovered, BeziersControlPointsBuildInput);
return(HealthGlobeInteractiveObjectInitializerTemplate.Init());
}
public static void HealthGlobeSpawn(CoreInteractiveObject SourceInteractiveObject, HealthGlobeSpawnDefinition HealthGlobeSpawnDefinition)
{
/// Defining the number of globes generated
int NumberOfGlobe = Random.Range(HealthGlobeSpawnDefinition.MinNumberOfGlobes, HealthGlobeSpawnDefinition.MaxNumberOfGlobes);
/// We ensure that the source point is positioned on the navmesh. This is to avoid failure in navMeshRaycast where the source
/// is not on the walkable navmesh
NavMesh.SamplePosition(SourceInteractiveObject.InteractiveGameObject.GetTransform().WorldPosition, out NavMeshHit hit, 10f, 1 << NavMesh.GetAreaFromName(NavMeshConstants.WALKABLE_LAYER));
if (hit.hit)
{
Vector3 SourcePosition = hit.position;
/// Begin Calculating positions
for (var i = 0; i < NumberOfGlobe; i++)
{
var HealthGlobeSpawnInitializationData = new HealthGlobeSpawnInitializationData();
float rotationAngle = Random.Range(0, 360f);
float distance = Random.Range(HealthGlobeSpawnDefinition.MinDistanceFromSource, HealthGlobeSpawnDefinition.MaxDistanceFromSource);
var TargetPosition = SourcePosition + (Quaternion.AngleAxis(rotationAngle, SourceInteractiveObject.InteractiveGameObject.InteractiveGameObjectParent.transform.up.normalized)
* SourceInteractiveObject.InteractiveGameObject.InteractiveGameObjectParent.transform.forward.normalized * distance);
NavMesh.Raycast(SourcePosition, TargetPosition, out hit, 1 << NavMesh.GetAreaFromName(NavMeshConstants.WALKABLE_LAYER));
HealthGlobeSpawnInitializationData.WorldPosition = hit.position;
HealthGlobeSpawnInitializationData.HealthRecovered = HealthGlobeSpawnDefinition.RecoveredHealth;
SpawnHealthGlobeGameObject.SpawnHealthGlobeWithDefaultModel(SourceInteractiveObject, HealthGlobeSpawnInitializationData);
}
/// End Calculating positions
}
}