public static Vector3 Inside(this IRandomProvider random, AABox box)
=> new Vector3
(
x: box.Min.x + box.Size.x * random.GetNext(),
y: box.Min.y + box.Size.y * random.GetNext(),
z: box.Min.z + box.Size.z * random.GetNext()
);
public static Vector2 Direction(this IRandomProvider random)
{
Vector2 dir = new Vector2(random.GetNext() - .5f, random.GetNext() - .5f);
if (dir == Vector2.zero) //Should be very rare
{
return(Vector2.up);
}
return(MathUtils.FastNormalize(dir));
}
public static Vector2 Direction2D(this IRandomProvider random)
{
var dir = new Vector2
(
x: random.GetNext() - .5f,
y: random.GetNext() - .5f
);
if (dir == Vector2.zero) //Should be very rare
{
return(Vector2.up);
}
return(FastNormalize(dir));
}
protected override void ExecuteSubtask(int execID, int index)
{
Vector3 position = random.Inside(spawnArea);
var entity = context.CreateEntity();
context.SetComponent(entity, new TransformComponent(Float3x4.FromPosition(position)));
context.SetComponent(entity, new GraphicComponent(graphicID: 1));
context.SetComponent(entity, new ProjectileSpawnerComponent(cooldown: random.GetNext() * 5f));
}
public void StartMove(ref Pacman pacman, CheckPosition startPosition, Checker checker, int index)
{
var currentPosition = startPosition;
for (var i = 0; i < (int)GameRules.NumberOfOneGameMove; i++)
{
var allSituation = checker.Checks[currentPosition];
var action = (Actions)pacman.Strategy.Lines.FirstOrDefault(x => x.Key == string.Join("", allSituation)).Value;
var rnd = new Random();
while (action == Actions.Random || action == Actions.Freeze)
{
action = (Actions)_randomPro.GetNext(rnd, 7);
}
switch (action)
{
case Actions.Freeze:
continue;
case Actions.Up:
case Actions.Right:
case Actions.Down:
case Actions.Left:
var nextCheck = (Situations)allSituation[(int)action];
if (nextCheck == Situations.Wall)
{
pacman.Points[index] = pacman.Points[index] + (int)Points.HitWall;
}
else
{
currentPosition = GetNextPosition(currentPosition, action);
pacman.Points[index] = pacman.Points[index] + (int)Points.Move;
}
break;
case Actions.Eat:
if ((Situations)allSituation[(int)Check.Me] == Situations.Bean)
{
pacman.Points[index] = pacman.Points[index] + (int)Points.EatBean;
CheckerChange(ref checker, currentPosition);
}
else
{
pacman.Points[index] = pacman.Points[index] + (int)Points.EatEmpty;
}
break;
}
}
}
public static float Between(this IRandomProvider random, float minValue, float maxValue)
{
return(minValue + (maxValue - minValue) * random.GetNext());
}
protected void Update()
{
if (taskManager == null)
{
return;
}
//---> Update target info based on the linked-in transform
UpdateTargetInfo(target1Trans, ref target1Position, ref target1Velocity);
UpdateTargetInfo(target2Trans, ref target2Position, ref target2Velocity);
//---> Render the data from the previous tasks
if (completeDependency != null)
{
completeProfilerTrack.LogStartWork();
{
//Wait for (and help out with) completing the tasks from the previous frame
completeDependency.Complete();
}
completeProfilerTrack.LogEndWork();
//Render the results from the previous tasks
renderProfilerTrack.LogStartWork();
{
renderSet.Render();
renderSet.Clear();
}
renderProfilerTrack.LogEndWork();
}
//---> Update the tasks with info from the inspector
avoidanceHasher.CellSize = avoidanceCellSize;
avoidanceHasher.Fuzz = random.GetNext(); //Apply random fuzz to make the grid less noticable
moveCubeTask.CubeRadius = cubeRadius;
moveCubeTask.CubeSeperationForce = cubeSeperationForce;
moveCubeTask.CubeVeloInheritance = cubeVeloInheritance;
moveCubeTask.TargetRadius = targetRadius;
moveCubeTask.TargetSeperationForce = targetSeperationForce;
moveCubeTask.TargetVeloInheritance = targetVeloInheritance;
moveCubeTask.DeltaTime = Time.deltaTime;
moveCubeTask.Target1Position = target1Position;
moveCubeTask.Target1Velocity = target1Velocity;
moveCubeTask.Target2Position = target2Position;
moveCubeTask.Target2Velocity = target2Velocity;
respawnCubeTask.MaxDistance = maxDistanceBeforeRespawn;
respawnCubeTask.RespawnArea = MathUtils.FromCenterAndSize(Vector2.zero, respawnAreaSize);
respawnCubeTask.RespawnForce = respawnForce;
addToRenderSetTask.HitByTarget1Color = hitByTarget1Color;
addToRenderSetTask.HitByTarget2Color = hitByTarget2Color;
//---> Clear some data from the previous frame
bucketedCubes.Clear();
//---> Schedule tasks for this frame
//NOTE: there is no safety yet, so you manually need to check what resources the taska are
//using and setup dependencies between the tasks accordingly
IDependency startDep = taskManager.ScheduleSingle
(
task: startTask
);
IDependency bucketCubesDep = taskManager.ScheduleArray
(
data: cubeData,
task: bucketCubeTask,
batchSize: batchSize,
dependency: startDep,
tracker: bucketCubesProfilerTrack
);
IDependency updateCubeDep = taskManager.ScheduleArray
(
data: cubeData,
task: moveCubeTask,
batchSize: batchSize,
dependency: bucketCubesDep,
tracker: moveCubesProfilerTrack
);
IDependency respawnCubesDep = taskManager.ScheduleArray
(
data: cubeData,
task: respawnCubeTask,
batchSize: batchSize,
dependency: updateCubeDep,
tracker: respawnCubesProfilerTrack
);
IDependency addToRenderSetDep = taskManager.ScheduleArray
(
data: cubeData,
task: addToRenderSetTask,
batchSize: RenderSet.BATCH_SIZE,
dependency: respawnCubesDep,
tracker: addToRenderSetProfilerTrack
);
//---> Setup the finish dependency
completeDependency = addToRenderSetDep;
}
