public void TestAlgorithmIncrementWaterDistance3()
{
var algorithmInitial = new AlgorithmInitialBool();
var algorithmZoom2DIteration1 = new AlgorithmZoom2D();
var algorithmZoom2DIteration2 = new AlgorithmZoom2D();
var algorithmZoom2DIteration3 = new AlgorithmZoom2D();
var algorithmIncrementWaterDistance1 = new AlgorithmIncrementWaterDistance
{
Initial = true
};
var algorithmIncrementWaterDistance2 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance3 = new AlgorithmIncrementWaterDistance();
var runtimeInitial = this.CreateRuntimeLayer(algorithmInitial);
var runtimeZoom2DIteration1 = this.CreateRuntimeLayer(algorithmZoom2DIteration1);
var runtimeZoom2DIteration2 = this.CreateRuntimeLayer(algorithmZoom2DIteration2);
var runtimeZoom2DIteration3 = this.CreateRuntimeLayer(algorithmZoom2DIteration3);
var runtimeIncrementWaterDistance1 = this.CreateRuntimeLayer(algorithmIncrementWaterDistance1);
var runtimeIncrementWaterDistance2 = this.CreateRuntimeLayer(algorithmIncrementWaterDistance2);
var runtimeIncrementWaterDistance3 = this.CreateRuntimeLayer(algorithmIncrementWaterDistance3);
runtimeZoom2DIteration1.SetInput(0, runtimeInitial);
runtimeIncrementWaterDistance1.SetInput(0, runtimeZoom2DIteration1);
runtimeZoom2DIteration2.SetInput(0, runtimeIncrementWaterDistance1);
runtimeIncrementWaterDistance2.SetInput(0, runtimeZoom2DIteration2);
runtimeZoom2DIteration3.SetInput(0, runtimeIncrementWaterDistance2);
runtimeIncrementWaterDistance3.SetInput(0, runtimeZoom2DIteration3);
PerformSampling("AlgorithmIncrementWaterDistance (4 iterations)", runtimeIncrementWaterDistance3);
}
public void TestForOCXOddAdjustmentShutterBug()
{
int computations;
var input = new AlgorithmDebuggingInitialDelegate
{
ValueShouldBePlacedAt = (x, y, z) => true
};
var zoom = new AlgorithmZoom2D
{
Mode = AlgorithmZoom2D.ZoomType.Square
};
var runtimeInput = new RuntimeLayer(input);
var runtimeZoom = new RuntimeLayer(zoom);
runtimeZoom.SetInput(0, runtimeInput);
var result = runtimeZoom.GenerateData(1, 0, 0, 32, 32, 32, out computations);
// We have filled the entire block, therefore this bug can be detected by checking
// every odd row.
for (var x = 1; x < 32; x += 2)
{
Assert.True(result[x + 0 * 32 + 0 * 32 * 32] == 1);
}
//, "OCX odd adjustment shutter bug is present, where every odd row is blank when main adjustment is an odd number.");
}
public static void TestAlgorithmIncrementWaterDistance4()
{
var algorithmInitial = new AlgorithmInitialBool();
var algorithmZoom2DIteration1 = new AlgorithmZoom2D();
var algorithmZoom2DIteration2 = new AlgorithmZoom2D();
var algorithmZoom2DIteration3 = new AlgorithmZoom2D();
var algorithmZoom2DIteration4 = new AlgorithmZoom2D();
var algorithmIncrementWaterDistance1 = new AlgorithmIncrementWaterDistance()
{
Initial = true
};
var algorithmIncrementWaterDistance2 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance3 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance4 = new AlgorithmIncrementWaterDistance();
var runtimeInitial = new RuntimeLayer(algorithmInitial);
var runtimeZoom2DIteration1 = new RuntimeLayer(algorithmZoom2DIteration1);
var runtimeZoom2DIteration2 = new RuntimeLayer(algorithmZoom2DIteration2);
var runtimeZoom2DIteration3 = new RuntimeLayer(algorithmZoom2DIteration3);
var runtimeZoom2DIteration4 = new RuntimeLayer(algorithmZoom2DIteration4);
var runtimeIncrementWaterDistance1 = new RuntimeLayer(algorithmIncrementWaterDistance1);
var runtimeIncrementWaterDistance2 = new RuntimeLayer(algorithmIncrementWaterDistance2);
var runtimeIncrementWaterDistance3 = new RuntimeLayer(algorithmIncrementWaterDistance3);
var runtimeIncrementWaterDistance4 = new RuntimeLayer(algorithmIncrementWaterDistance4);
runtimeZoom2DIteration1.SetInput(0, runtimeInitial);
runtimeIncrementWaterDistance1.SetInput(0, runtimeZoom2DIteration1);
runtimeZoom2DIteration2.SetInput(0, runtimeIncrementWaterDistance1);
runtimeIncrementWaterDistance2.SetInput(0, runtimeZoom2DIteration2);
runtimeZoom2DIteration3.SetInput(0, runtimeIncrementWaterDistance2);
runtimeIncrementWaterDistance3.SetInput(0, runtimeZoom2DIteration3);
runtimeZoom2DIteration4.SetInput(0, runtimeIncrementWaterDistance3);
runtimeIncrementWaterDistance4.SetInput(0, runtimeZoom2DIteration4);
PerformSampling("AlgorithmIncrementWaterDistance (4 iterations)", runtimeIncrementWaterDistance4);
}
public static void TestAlgorithmZoom2DIteration1()
{
var algorithmInitial = new AlgorithmInitialBool();
var algorithmZoom2DIteration1 = new AlgorithmZoom2D();
var runtimeInitial = new RuntimeLayer(algorithmInitial);
var runtimeZoom2DIteration1 = new RuntimeLayer(algorithmZoom2DIteration1);
runtimeZoom2DIteration1.SetInput(0, runtimeInitial);
PerformSampling("AlgorithmZoom2D (1 iteration)", runtimeZoom2DIteration1);
}
public IGenerator GetConfiguration()
{
var algorithmInitial = new AlgorithmInitialBool();
var algorithmZoom2DIteration1 = new AlgorithmZoom2D();
var algorithmZoom2DIteration2 = new AlgorithmZoom2D();
var algorithmZoom2DIteration3 = new AlgorithmZoom2D();
var algorithmZoom2DIteration4 = new AlgorithmZoom2D();
var algorithmIncrementWaterDistance1 = new AlgorithmIncrementWaterDistance()
{
Initial = true
};
var algorithmIncrementWaterDistance2 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance3 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance4 = new AlgorithmIncrementWaterDistance();
var runtimeInitial = this.m_RuntimeLayerFactory.CreateRuntimeLayer(algorithmInitial);
var runtimeZoom2DIteration1 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(algorithmZoom2DIteration1);
var runtimeZoom2DIteration2 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(algorithmZoom2DIteration2);
var runtimeZoom2DIteration3 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(algorithmZoom2DIteration3);
var runtimeZoom2DIteration4 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(algorithmZoom2DIteration4);
var runtimeIncrementWaterDistance1 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(
algorithmIncrementWaterDistance1);
var runtimeIncrementWaterDistance2 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(
algorithmIncrementWaterDistance2);
var runtimeIncrementWaterDistance3 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(
algorithmIncrementWaterDistance3);
var runtimeIncrementWaterDistance4 = this.m_RuntimeLayerFactory.CreateRuntimeLayer(
algorithmIncrementWaterDistance4);
runtimeZoom2DIteration1.SetInput(0, runtimeInitial);
runtimeIncrementWaterDistance1.SetInput(0, runtimeZoom2DIteration1);
runtimeZoom2DIteration2.SetInput(0, runtimeIncrementWaterDistance1);
runtimeIncrementWaterDistance2.SetInput(0, runtimeZoom2DIteration2);
runtimeZoom2DIteration3.SetInput(0, runtimeIncrementWaterDistance2);
runtimeIncrementWaterDistance3.SetInput(0, runtimeZoom2DIteration3);
runtimeZoom2DIteration4.SetInput(0, runtimeIncrementWaterDistance3);
runtimeIncrementWaterDistance4.SetInput(0, runtimeZoom2DIteration4);
runtimeInitial.Userdata = "runtimeInitial";
runtimeZoom2DIteration1.Userdata = "runtimeZoom2DIteration1";
runtimeIncrementWaterDistance1.Userdata = "runtimeIncrementWaterDistance1";
runtimeZoom2DIteration2.Userdata = "runtimeZoom2DIteration2";
runtimeIncrementWaterDistance2.Userdata = "runtimeIncrementWaterDistance2";
runtimeZoom2DIteration3.Userdata = "runtimeZoom2DIteration3";
runtimeIncrementWaterDistance3.Userdata = "runtimeIncrementWaterDistance3";
runtimeZoom2DIteration4.Userdata = "runtimeZoom2DIteration4";
runtimeIncrementWaterDistance4.Userdata = "runtimeIncrementWaterDistance4";
return runtimeIncrementWaterDistance4;
}
public void TestForOCXOddAdjustmentShutterBug()
{
int computations;
var input = new AlgorithmDebuggingInitialDelegate
{
ValueShouldBePlacedAt = (x, y, z) => true,
ShowAs2D = true
};
var zoom = new AlgorithmZoom2D
{
Mode = ZoomType.Square
};
var runtimeInput = this.CreateRuntimeLayer(input);
var runtimeZoom = this.CreateRuntimeLayer(zoom);
runtimeZoom.SetInput(0, runtimeInput);
var result = runtimeZoom.GenerateData(1, 0, 0, 32, 32, 32, out computations);
// We have filled the entire block, therefore this bug can be detected by checking
// every odd row.
for (var x = 1; x < 32; x += 2)
Assert.True(
result[x] == 1,
"OCX odd adjustment shutter bug is present, where every odd row is blank when main adjustment is an odd number.");
}
public void TestAlgorithmZoom2DIteration2()
{
var algorithmInitial = new AlgorithmInitialBool();
var algorithmZoom2DIteration1 = new AlgorithmZoom2D();
var algorithmZoom2DIteration2 = new AlgorithmZoom2D();
var runtimeInitial = this.CreateRuntimeLayer(algorithmInitial);
var runtimeZoom2DIteration1 = this.CreateRuntimeLayer(algorithmZoom2DIteration1);
var runtimeZoom2DIteration2 = this.CreateRuntimeLayer(algorithmZoom2DIteration2);
runtimeZoom2DIteration1.SetInput(0, runtimeInitial);
runtimeZoom2DIteration2.SetInput(0, runtimeInitial);
PerformSampling("AlgorithmZoom2D (2 iteration)", runtimeZoom2DIteration2);
}
public static void Main(string[] args)
{
var algorithmInitial = new AlgorithmInitialBool();
var algorithmZoom2DIteration1 = new AlgorithmZoom2D();
var algorithmZoom2DIteration2 = new AlgorithmZoom2D();
var algorithmZoom2DIteration3 = new AlgorithmZoom2D();
var algorithmZoom2DIteration4 = new AlgorithmZoom2D();
var algorithmIncrementWaterDistance1 = new AlgorithmIncrementWaterDistance()
{
Initial = true
};
var algorithmIncrementWaterDistance2 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance3 = new AlgorithmIncrementWaterDistance();
var algorithmIncrementWaterDistance4 = new AlgorithmIncrementWaterDistance();
var runtimeInitial = new RuntimeLayer(algorithmInitial);
var runtimeZoom2DIteration1 = new RuntimeLayer(algorithmZoom2DIteration1);
var runtimeZoom2DIteration2 = new RuntimeLayer(algorithmZoom2DIteration2);
var runtimeZoom2DIteration3 = new RuntimeLayer(algorithmZoom2DIteration3);
var runtimeZoom2DIteration4 = new RuntimeLayer(algorithmZoom2DIteration4);
var runtimeIncrementWaterDistance1 = new RuntimeLayer(algorithmIncrementWaterDistance1);
var runtimeIncrementWaterDistance2 = new RuntimeLayer(algorithmIncrementWaterDistance2);
var runtimeIncrementWaterDistance3 = new RuntimeLayer(algorithmIncrementWaterDistance3);
var runtimeIncrementWaterDistance4 = new RuntimeLayer(algorithmIncrementWaterDistance4);
runtimeZoom2DIteration1.SetInput(0, runtimeInitial);
runtimeIncrementWaterDistance1.SetInput(0, runtimeZoom2DIteration1);
runtimeZoom2DIteration2.SetInput(0, runtimeIncrementWaterDistance1);
runtimeIncrementWaterDistance2.SetInput(0, runtimeZoom2DIteration2);
runtimeZoom2DIteration3.SetInput(0, runtimeIncrementWaterDistance2);
runtimeIncrementWaterDistance3.SetInput(0, runtimeZoom2DIteration3);
runtimeZoom2DIteration4.SetInput(0, runtimeIncrementWaterDistance3);
runtimeIncrementWaterDistance4.SetInput(0, runtimeZoom2DIteration4);
runtimeInitial.Userdata = "runtimeInitial";
runtimeZoom2DIteration1.Userdata = "runtimeZoom2DIteration1";
runtimeIncrementWaterDistance1.Userdata = "runtimeIncrementWaterDistance1";
runtimeZoom2DIteration2.Userdata = "runtimeZoom2DIteration2";
runtimeIncrementWaterDistance2.Userdata = "runtimeIncrementWaterDistance2";
runtimeZoom2DIteration3.Userdata = "runtimeZoom2DIteration3";
runtimeIncrementWaterDistance3.Userdata = "runtimeIncrementWaterDistance3";
runtimeZoom2DIteration4.Userdata = "runtimeZoom2DIteration4";
runtimeIncrementWaterDistance4.Userdata = "runtimeIncrementWaterDistance4";
EnableHandler = () =>
{
runtimeInitial.DataGenerated += HandleDataGenerated;
runtimeZoom2DIteration1.DataGenerated += HandleDataGenerated;
runtimeIncrementWaterDistance1.DataGenerated += HandleDataGenerated;
runtimeZoom2DIteration2.DataGenerated += HandleDataGenerated;
runtimeIncrementWaterDistance2.DataGenerated += HandleDataGenerated;
runtimeZoom2DIteration3.DataGenerated += HandleDataGenerated;
runtimeIncrementWaterDistance3.DataGenerated += HandleDataGenerated;
runtimeZoom2DIteration4.DataGenerated += HandleDataGenerated;
runtimeIncrementWaterDistance4.DataGenerated += HandleDataGenerated;
};
DisableHandler = () =>
{
runtimeInitial.DataGenerated -= HandleDataGenerated;
runtimeZoom2DIteration1.DataGenerated -= HandleDataGenerated;
runtimeIncrementWaterDistance1.DataGenerated -= HandleDataGenerated;
runtimeZoom2DIteration2.DataGenerated -= HandleDataGenerated;
runtimeIncrementWaterDistance2.DataGenerated -= HandleDataGenerated;
runtimeZoom2DIteration3.DataGenerated -= HandleDataGenerated;
runtimeIncrementWaterDistance3.DataGenerated -= HandleDataGenerated;
runtimeZoom2DIteration4.DataGenerated -= HandleDataGenerated;
runtimeIncrementWaterDistance4.DataGenerated -= HandleDataGenerated;
};
EnableHandler();
var s = 64;
var o = 10000000;
int computations;
runtimeIncrementWaterDistance4.GenerateData(-s + o, -s + o, -s + o, s * 2, s * 2, s * 2, out computations);
}
