public void TestNoOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(80, 80));
for (int x = 0; x < testFrame.Size.Width; x++)
{
for (int y = 0; y < testFrame.Size.Height; y++)
{
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
Frame[] input = { testFrame };
OverlayNode node = new OverlayNode {
Type = new NoOverlay()
};
node.ProcessCore(input, 0);
List <Frame> output = new List <Frame>();
for (int x = 0; x < testFrame.Size.Width; x++)
{
for (int y = 0; y < testFrame.Size.Height; y++)
{
Assert.Equal(testFrame[x, y], node.Data[x, y]);
}
}
}
public void ArtifactOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(80, 80));
for (int x = 0; x < testFrame.Size.Width; x++)
{
for (int y = 0; y < testFrame.Size.Height; y++)
{
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
Frame alteredTestFrame = new Frame(testFrame.Size);
for (int x = 0; x < testFrame.Size.Width; x++)
{
for (int y = 0; y < testFrame.Size.Height; y++)
{
alteredTestFrame[x, y] = new Rgb((byte)(x + y), (byte)(x + y), (byte)(x + y));
}
}
Frame[] input = { alteredTestFrame, testFrame };
OverlayNode node = new OverlayNode {
Type = new ArtifactsOverlay()
};
node.ProcessCore(input, 0);
List <Frame> output = new List <Frame>();
output.Add(node.Data);
YuvEncoder.Encode(@"..\..\..\..\output\ArtifactOverlayTest_80x80.yuv", output);
}
public void TestVecorOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(64, 48));
for (int x = 0; x < testFrame.Size.Width; x++)
{
for (int y = 0; y < testFrame.Size.Height; y++)
{
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
MacroblockDecision[] decisions = new MacroblockDecision[12];
decisions[0] = new MacroblockDecision {
Movement = new Vector(0.0, 12.0)
};
decisions[1] = new MacroblockDecision {
Movement = new Vector(12.0, 12.0)
};
decisions[2] = new MacroblockDecision {
Movement = new Vector(12.0, 0.0)
};
decisions[3] = new MacroblockDecision {
Movement = new Vector(12.0, -12.0)
};
decisions[4] = new MacroblockDecision {
Movement = new Vector(3.0, -12.0)
};
decisions[5] = new MacroblockDecision {
Movement = new Vector(-38.0, -15.0)
};
decisions[6] = new MacroblockDecision {
Movement = new Vector(-120.0, 0.0)
};
decisions[7] = new MacroblockDecision {
Movement = new Vector(-20.0, 20.0)
};
decisions[8] = new MacroblockDecision {
Movement = new Vector(4.0, 0.0)
};
decisions[9] = new MacroblockDecision {
Movement = new Vector(0.0, 4.0)
};
decisions[10] = new MacroblockDecision {
Movement = new Vector(4.0, 4.0)
};
decisions[11] = new MacroblockDecision {
Movement = new Vector(-4.0, 0.0)
};
Frame[] input = { new AnnotatedFrame(testFrame, decisions) };
OverlayNode node = new OverlayNode {
Type = new MoveVectorsOverlay()
};
node.ProcessCore(input, 0);
List <Frame> output = new List <Frame>();
output.Add(node.Data);
YuvEncoder.Encode(@"..\..\..\..\output\VectorOverlayTest_64x48.yuv", output);
}
public void TestOverlayNode()
{
OverlayNode node = new OverlayNode();
Assert.Equal(false, node.InputIsValid);
NoiseInputNode noise = new NoiseInputNode();
node.Inputs[0].Source = noise.Outputs[0];
Assert.Equal(true, node.InputIsValid);
Frame[] input = { new Frame(new YuvKA.VideoModel.Size(5, 5)) };
node.Type = new ArtifactsOverlay();
node.ProcessCore(input, 0);
node.Type = new BlocksOverlay();
node.ProcessCore(input, 0);
node.Type = new MoveVectorsOverlay();
node.ProcessCore(input, 0);
}
public void TestGeneralFunctions()
{
IOverlayType noOverlay = new NoOverlay();
IOverlayType blockOverlay = new BlocksOverlay();
IoC.GetAllInstances = nope => new List <object> {
noOverlay, blockOverlay
};
IoC.GetInstance = IoCAggregator;
OverlayNode node = new OverlayNode();
OverlayViewModel vm = new OverlayViewModel(node);
var inputNodeMock = new Mock <InputNode>(1);
inputNodeMock.SetupGet(i => i.OutputHasLogfile).Returns(true);
inputNodeMock.SetupGet(i => i.InputIsValid).Returns(true);
//Test the available Types
node.Inputs[0].Source = inputNodeMock.Object.Outputs[0];
Assert.Equal("No Overlay", vm.TypeTuples.First().Item1);
//Test altering the chosen Type
node.Type = blockOverlay;
Assert.Equal("Macroblock-Overlay", vm.ChosenType.Item1);
ColorInputNode color = new ColorInputNode();
color.Size = new Size(512, 512);
node.Inputs[0].Source = color.Outputs[0];
vm.ChosenType = new System.Tuple <string, IOverlayType>("No Overlay", noOverlay);
Assert.Equal("No Overlay", vm.ChosenType.Item1);
//Test "Handling" a message(The result has be inspected manually)
node.Type = noOverlay;
Frame[] input = { new Frame(new Size(512, 512)) };
node.ProcessCore(input, 0);
vm.Handle(null);
using (var fileStream = new FileStream(@"..\..\..\..\output\thisIsBlack.png", FileMode.Create)) {
BitmapEncoder encoder = new PngBitmapEncoder();
encoder.Frames.Add(BitmapFrame.Create(vm.RenderedImage));
encoder.Save(fileStream);
}
}
public void TestGeneralFunctions()
{
IOverlayType noOverlay = new NoOverlay();
IOverlayType blockOverlay = new BlocksOverlay();
IoC.GetAllInstances = nope => new List<object> { noOverlay, blockOverlay };
IoC.GetInstance = IoCAggregator;
OverlayNode node = new OverlayNode();
OverlayViewModel vm = new OverlayViewModel(node);
var inputNodeMock = new Mock<InputNode>(1);
inputNodeMock.SetupGet(i => i.OutputHasLogfile).Returns(true);
inputNodeMock.SetupGet(i => i.InputIsValid).Returns(true);
//Test the available Types
node.Inputs[0].Source = inputNodeMock.Object.Outputs[0];
Assert.Equal("No Overlay", vm.TypeTuples.First().Item1);
//Test altering the chosen Type
node.Type = blockOverlay;
Assert.Equal("Macroblock-Overlay", vm.ChosenType.Item1);
ColorInputNode color = new ColorInputNode();
color.Size = new Size(512, 512);
node.Inputs[0].Source = color.Outputs[0];
vm.ChosenType = new System.Tuple<string, IOverlayType>("No Overlay", noOverlay);
Assert.Equal("No Overlay", vm.ChosenType.Item1);
//Test "Handling" a message(The result has be inspected manually)
node.Type = noOverlay;
Frame[] input = { new Frame(new Size(512, 512)) };
node.ProcessCore(input, 0);
vm.Handle(null);
using (var fileStream = new FileStream(@"..\..\..\..\output\thisIsBlack.png", FileMode.Create)) {
BitmapEncoder encoder = new PngBitmapEncoder();
encoder.Frames.Add(BitmapFrame.Create(vm.RenderedImage));
encoder.Save(fileStream);
}
}
public void TestOverlayNode()
{
OverlayNode node = new OverlayNode();
Assert.Equal(false, node.InputIsValid);
NoiseInputNode noise = new NoiseInputNode();
node.Inputs[0].Source = noise.Outputs[0];
Assert.Equal(true, node.InputIsValid);
Frame[] input = { new Frame(new YuvKA.VideoModel.Size(5, 5)) };
node.Type = new ArtifactsOverlay();
node.ProcessCore(input, 0);
node.Type = new BlocksOverlay();
node.ProcessCore(input, 0);
node.Type = new MoveVectorsOverlay();
node.ProcessCore(input, 0);
}
public void TestNoOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(80, 80));
for (int x = 0; x < testFrame.Size.Width; x++) {
for (int y = 0; y < testFrame.Size.Height; y++) {
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
Frame[] input = { testFrame };
OverlayNode node = new OverlayNode { Type = new NoOverlay() };
node.ProcessCore(input, 0);
List<Frame> output = new List<Frame>();
for (int x = 0; x < testFrame.Size.Width; x++) {
for (int y = 0; y < testFrame.Size.Height; y++) {
Assert.Equal(testFrame[x, y], node.Data[x, y]);
}
}
}
public void ArtifactOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(80, 80));
for (int x = 0; x < testFrame.Size.Width; x++) {
for (int y = 0; y < testFrame.Size.Height; y++) {
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
Frame alteredTestFrame = new Frame(testFrame.Size);
for (int x = 0; x < testFrame.Size.Width; x++) {
for (int y = 0; y < testFrame.Size.Height; y++) {
alteredTestFrame[x, y] = new Rgb((byte)(x + y), (byte)(x + y), (byte)(x + y));
}
}
Frame[] input = { alteredTestFrame, testFrame };
OverlayNode node = new OverlayNode { Type = new ArtifactsOverlay() };
node.ProcessCore(input, 0);
List<Frame> output = new List<Frame>();
output.Add(node.Data);
YuvEncoder.Encode(@"..\..\..\..\output\ArtifactOverlayTest_80x80.yuv", output);
}
public void TestVecorOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(64, 48));
for (int x = 0; x < testFrame.Size.Width; x++) {
for (int y = 0; y < testFrame.Size.Height; y++) {
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
MacroblockDecision[] decisions = new MacroblockDecision[12];
decisions[0] = new MacroblockDecision { Movement = new Vector(0.0, 12.0) };
decisions[1] = new MacroblockDecision { Movement = new Vector(12.0, 12.0) };
decisions[2] = new MacroblockDecision { Movement = new Vector(12.0, 0.0) };
decisions[3] = new MacroblockDecision { Movement = new Vector(12.0, -12.0) };
decisions[4] = new MacroblockDecision { Movement = new Vector(3.0, -12.0) };
decisions[5] = new MacroblockDecision { Movement = new Vector(-38.0, -15.0) };
decisions[6] = new MacroblockDecision { Movement = new Vector(-120.0, 0.0) };
decisions[7] = new MacroblockDecision { Movement = new Vector(-20.0, 20.0) };
decisions[8] = new MacroblockDecision { Movement = new Vector(4.0, 0.0) };
decisions[9] = new MacroblockDecision { Movement = new Vector(0.0, 4.0) };
decisions[10] = new MacroblockDecision { Movement = new Vector(4.0, 4.0) };
decisions[11] = new MacroblockDecision { Movement = new Vector(-4.0, 0.0) };
Frame[] input = { new AnnotatedFrame(testFrame, decisions) };
OverlayNode node = new OverlayNode { Type = new MoveVectorsOverlay() };
node.ProcessCore(input, 0);
List<Frame> output = new List<Frame>();
output.Add(node.Data);
YuvEncoder.Encode(@"..\..\..\..\output\VectorOverlayTest_64x48.yuv", output);
}
public void TestMacroBlockOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(64, 64));
for (int x = 0; x < testFrame.Size.Width; x++) {
for (int y = 0; y < testFrame.Size.Height; y++) {
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
MacroblockDecision[] decisions = new MacroblockDecision[16];
decisions[0] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.InterSkip };
decisions[1] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter16x16 };
decisions[2] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter16x8 };
decisions[3] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter8x16 };
decisions[4] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter8x8 };
decisions[5] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter4x8 };
decisions[6] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter8x4 };
decisions[7] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter4x4 };
decisions[8] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Intra16x16 };
decisions[9] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Intra8x8 };
decisions[10] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Intra4x4 };
decisions[11] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Unknown };
decisions[12] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Inter8x8OrBelow };
decisions[13] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.IntraPCM };
decisions[14] = new MacroblockDecision { PartitioningDecision = null };
decisions[15] = new MacroblockDecision { PartitioningDecision = MacroblockPartitioning.Unknown };
Frame[] input = { new AnnotatedFrame(testFrame, decisions) };
OverlayNode node = new OverlayNode { Type = new BlocksOverlay() };
node.ProcessCore(input, 0);
List<Frame> output = new List<Frame>();
output.Add(node.Data);
YuvEncoder.Encode(@"..\..\..\..\output\BlockOverlayTest_64x64.yuv", output);
}
public void TestMacroBlockOverlay()
{
Frame testFrame = new Frame(new YuvKA.VideoModel.Size(64, 64));
for (int x = 0; x < testFrame.Size.Width; x++)
{
for (int y = 0; y < testFrame.Size.Height; y++)
{
testFrame[x, y] = new Rgb(111, 111, 111);
}
}
MacroblockDecision[] decisions = new MacroblockDecision[16];
decisions[0] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.InterSkip
};
decisions[1] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter16x16
};
decisions[2] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter16x8
};
decisions[3] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter8x16
};
decisions[4] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter8x8
};
decisions[5] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter4x8
};
decisions[6] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter8x4
};
decisions[7] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter4x4
};
decisions[8] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Intra16x16
};
decisions[9] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Intra8x8
};
decisions[10] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Intra4x4
};
decisions[11] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Unknown
};
decisions[12] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Inter8x8OrBelow
};
decisions[13] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.IntraPCM
};
decisions[14] = new MacroblockDecision {
PartitioningDecision = null
};
decisions[15] = new MacroblockDecision {
PartitioningDecision = MacroblockPartitioning.Unknown
};
Frame[] input = { new AnnotatedFrame(testFrame, decisions) };
OverlayNode node = new OverlayNode {
Type = new BlocksOverlay()
};
node.ProcessCore(input, 0);
List <Frame> output = new List <Frame>();
output.Add(node.Data);
YuvEncoder.Encode(@"..\..\..\..\output\BlockOverlayTest_64x64.yuv", output);
}
