public void Test2(ComputeInstance instance)
{
instance.Clear();
instance.Variables.Add("a", 2);
instance.Variables.Add("b", 5);
instance.AddExpression <int>("c", "a + b"); // 7 9 12
instance.AddExpression <int>("d", "b"); // 5 7 7
instance.AddExpression <int>("e", "c + b"); // 12 16 19
instance.AddExpression <int>("f", "a + e"); // 14 18 24
instance.AddExpression <int>("g", "c + e"); // 19 25
instance.AddExpression <int>("h", "e + d"); // 17 23
instance.AddExpression <int>("i", "g + f + h"); // 50 66
var result = instance.GetResult("i");
Assert.AreEqual(50, result);
instance.Variables["b"] = 7;
result = instance.GetResult("i");
Assert.AreEqual(66, result);
instance.Variables["a"] = 5;
result = instance.GetResult("f");
Assert.AreEqual(24, result);
}
public void Squares(ComputeInstance instance)
{
instance.Clear();
instance.Variables.Add("a", 3);
instance.AddExpression("square", "a^2");
var result = instance.GetResult("square");
Assert.AreEqual(9, result);
instance.Variables["a"] = 2;
result = instance.GetResult("square");
Assert.AreEqual(4, result);
instance.AddExpression("ssquare", "square^2");
result = instance.GetResult("ssquare");
Assert.AreEqual(16, result);
instance.Variables["a"] = 7;
result = instance.GetResult("square");
Assert.AreEqual(49, result);
result = instance.GetResult("ssquare");
Assert.AreEqual(2401, result);
}
public void Test1(ComputeInstance instance)
{
instance.Clear();
instance.Variables["a"] = 10;
instance.Variables["b"] = 5;
instance.AddExpression("c", "a");
instance.AddExpression("d", "a + b");
instance.AddExpression("e", "c + d");
instance.AddExpression("f", "e + 1");
var result = instance.GetResult("f");
Assert.AreEqual(26, result);
instance.Variables["b"] = 1;
result = instance.GetResult("f");
Assert.AreEqual(22, result);
instance.Variables["a"] = 5;
result = instance.GetResult("f");
Assert.AreEqual(12, result);
}
public Chunk(Material materialInstance, byte size, ComputeInstance ci, float3 pos)
{
mapSize = size;
myMat = materialInstance;
noiseMap = new NativeArray <float>((size + 1) * (size + 1) * (size + 1), Allocator.Persistent);
computeInstance = ci;
Generate(pos);
}
public string ListComputers()
{
int count = 0;
string str = "These are the computers -> ";
foreach (var f in ServiceinstanceCache.InstanceCache)
{
if (count > 0)
{
str += ",";
}
ComputeInstance x = f.Value;
str += "['" + x.instanceName + "," + x.zoneId + "," + x.imageName;
str += "," + x.machineType + "," + x.inetInterface + "']";
count++;
}
return(str);
}
public void RealLiteralDataTypeTest()
{
_instance = new ComputeInstance(new ComputeInstanceOptions()
{
ExpressionOptions = new ExpressionBuilderOptions
{
RealLiteralDataType = RealLiteralDataType.Decimal
}
});
_instance.AddExpression("a", "4.0");
Assert.AreEqual(typeof(decimal), _instance.GetResult("a").GetType());
_instance = new ComputeInstance(new ComputeInstanceOptions()
{
ExpressionOptions = new ExpressionBuilderOptions
{
RealLiteralDataType = RealLiteralDataType.Single
}
});
_instance.AddExpression("a", "4.0");
Assert.AreEqual(typeof(Single), _instance.GetResult("a").GetType());
}
public void ModifyExpressions_Updates_Dependencies()
{
var instance = new ComputeInstance();
instance.Variables.Add("a", 10);
instance.Variables.Add("b", 5);
instance.AddExpression <int>("c", "a");
instance.AddExpression <int>("d", "a + b");
instance.AddExpression <int>("e", "c + d");
instance.AddExpression <int>("f", "e + 1");
var result = instance.GetResult("f");
Assert.AreEqual(26, result);
instance.SetExpression <int>("d", "a + a");
result = instance.GetResult("d");
Assert.AreEqual(20, result);
result = instance.GetResult("f");
Assert.AreEqual(31, result);
}
public override void ApplyToShaders(ComputeInstance computeInstance, MaterialInstance materialInstance)
{
base.ApplyToShaders(computeInstance, materialInstance);
computeInstance.SetBuffer("stars", starsCompute);
materialInstance.SetBuffer("stars", starsCompute);
}
public void PostCompute([FromBody] ComputeInstance cs)
{
ServiceinstanceCache.InstanceCache.TryAdd(cs.instanceName, cs);
return;
}
