public void ComputeUsingThreads_ComputeThread(NeoAxis.Component_ComputeUsingThreads sender, int threadIndex)
{
var data = sender.Context.AnyData as Data;
if (data == null)
{
return;
}
var objects = data.Objects;
//get range of objects for the thread
var from = (data.Objects.Length * threadIndex) / sender.ThreadCount;
var to = (data.Objects.Length * (threadIndex + 1)) / sender.ThreadCount;
var random = new NeoAxis.Random(0); //(int)(Time.Current * 0.25));
//compute objects
for (int n = from; n < to; n++)
{
ref var obj = ref objects[n];
var x = n % 100;
var y = n / 100;
var wavingStart = random.Next(Math.PI * 2);
var wavingCycle = random.Next(1.0, 2.0);
//use AnyData to store additional data in the object
//obj.AnyData = ;
obj.Element = (ushort)random.Next(2);
obj.Flags = Component_GroupOfObjects.Object.FlagsEnum.Enabled | Component_GroupOfObjects.Object.FlagsEnum.Visible;
obj.Position = new Vector3(x * 1.3, y * 1.3, 1.0 + Math.Sin(wavingStart + Time.Current * wavingCycle) * 0.25);
obj.Rotation = QuaternionF.Identity;
obj.Scale = new Vector3F(1, 1, 1);
obj.Color = new ColorValue(random.NextFloat(), random.NextFloat(), random.NextFloat());
//var pos = new Vector3(n * 1.3, 0, 1);
//var rot = QuaternionF.Identity;
//var scl = new Vector3F(1, 1, 1);
//data.Objects[n] = new Component_GroupOfObjects.Object(0, 0, 0, Component_GroupOfObjects.Object.FlagsEnum.Enabled | Component_GroupOfObjects.Object.FlagsEnum.Visible, pos, rot, scl, Vector4F.Zero, ColorValue.One, Vector4F.Zero, Vector4F.Zero);
}
public void ComputeUsingThreads_ComputeBegin(NeoAxis.Component_ComputeUsingThreads sender)
{
//Log.Info("begin");
var data = new Data();
data.Objects = new Component_GroupOfObjects.Object[100 * 100];
sender.Context.AnyData = data;
//how to skip one computing:
//sender.Context.AllowCompute = false;
}
