public void Update()
{
// generate a new Ray to test against every frame
var point = UnityEngine.Random.insideUnitSphere;
var testRay = new Ray(Vector3.zero - point, Vector3.right + Vector3.up + point);
m_RayIntersectionJob = new RayIntersectionJob()
{
ray = testRay,
results = m_RayIntersectionResults,
boundsArray = m_NativeBounds
};
// instead of keeping a results array between frames and clearing it, here we
// use the TempJob allocator for an array we'll dispose quickly (within 4 frames)
var results = new NativeArray <Bounds>(new Bounds[10], Allocator.TempJob);
m_RayIntersectionListJob = new RayIntersectionListJob()
{
boundsIntersected = m_RayIntersectionResults,
boundsArray = m_NativeBounds,
results = results
};
m_RayIntersectionJobHandle = m_RayIntersectionJob.Schedule(m_NativeBounds.Length, 64);
m_RayIntersectionListJobHandle = m_RayIntersectionListJob.Schedule(m_RayIntersectionJobHandle);
}
public void Update()
{
var point = UnityEngine.Random.insideUnitSphere * 100f;
// check if a point intersects any of the cube's bounds
m_Job = new BoundsContainsPointJob()
{
point = point,
boundsArray = m_NativeBounds,
};
// check if a bounding box outside that point intersects any cubes
m_IntersectionJob = new BoundsIntersectionJob()
{
boundsToCheck = new Bounds(point, Vector3.one),
boundsArray = m_NativeBounds
};
var randomVec = UnityEngine.Random.insideUnitSphere;
var testRay = new Ray(Vector3.zero - randomVec, Vector3.right + Vector3.up + randomVec);
m_RayIntersectionJob = new RayIntersectionJob()
{
ray = testRay,
results = m_RayIntersectionResults,
boundsArray = m_NativeBounds
};
m_Results = new NativeArray <Bounds>(new Bounds[20], Allocator.TempJob);
m_RayIntersectionListJob = new RayIntersectionListJob()
{
boundsIntersected = m_RayIntersectionResults,
boundsArray = m_NativeBounds,
results = m_Results
};
m_RayIntersectionJobHandle = m_RayIntersectionJob.Schedule(m_NativeBounds.Length, 64);
m_RayIntersectionListJobHandle = m_RayIntersectionListJob.Schedule(m_RayIntersectionJobHandle);
m_JobHandle = m_Job.Schedule(m_Positions.Length, 64);
m_IntersectionJobHandle = m_IntersectionJob.Schedule(m_NativeBounds.Length, 64);
}