public static async Task <InpaintingResult> InpaintImage([ActivityTrigger] NnfInputData input)
{
var container = BlobHelper.OpenBlobContainer(input.Container);
var imageBlob = container.GetBlockBlobReference(input.Image);
var image = (await BlobHelper.ConvertBlobToArgbImage(imageBlob))
.FromArgbToRgb(new[] { 0.0, 0.0, 0.0 })
.FromRgbToLab();
var inpaintAreaState = BlobHelper.ReadFromBlob <Area2DState>(input.InpaintAreaName, container);
var inpaintArea = Area2D.RestoreFrom(inpaintAreaState);
var nnfState = BlobHelper.ReadFromBlob <NnfState>(input.NnfName, container);
var nnf = new Nnf(nnfState);
nnf.Normalize();
// after we have the NNF - we calculate the values of the pixels in the inpainted area
var inpaintResult = Inpaint(image, inpaintArea, nnf, input.K, input.Settings);
await BlobHelper.SaveImageLabToBlob(image, container, input.Image);
// TODO: remove it later it is for debug purpose.
await BlobHelper.SaveImageLabToBlob(image, container, $"{input.LevelIndex}_{input.IterationIndex}.png");
return(inpaintResult);
}
public static async Task CreateNnf([ActivityTrigger] NnfInputData input)
{
var container = BlobHelper.OpenBlobContainer(input.Container);
var imageBlob = container.GetBlockBlobReference(input.Image);
var imageArgb = await BlobHelper.ConvertBlobToArgbImage(imageBlob);
var nnf = new Nnf(imageArgb.Width, imageArgb.Height, imageArgb.Width, imageArgb.Height, input.Settings.PatchSize);
var nnfData = JsonConvert.SerializeObject(nnf.GetState());
BlobHelper.SaveJsonToBlob(nnfData, container, input.NnfName);
}
public static async Task NnfInitIteration([ActivityTrigger] NnfInputData input)
{
var container = BlobHelper.OpenBlobContainer(input.Container);
var imageBlob = container.GetBlockBlobReference(input.Image);
var imageArgb = await BlobHelper.ConvertBlobToArgbImage(imageBlob);
var image = imageArgb
.FromArgbToRgb(new[] { 0.0, 0.0, 0.0 })
.FromRgbToLab();
var imageArea = Area2D.Create(0, 0, image.Width, image.Height);
var pixelsArea = imageArea;
var nnfSettings = input.Settings.PatchMatch;
var calculator = input.IsCie79Calc
? ImagePatchDistance.Cie76
: ImagePatchDistance.Cie2000;
var nnfState = BlobHelper.ReadFromBlob <NnfState>(input.NnfName, container);
var nnf = new Nnf(nnfState);
var mappingState = BlobHelper.ReadFromBlob <Area2DMapState>(input.Mapping, container);
var mapping = new Area2DMap(mappingState);
if (input.ExcludeInpaintArea)
{
var inpaintAreaState = BlobHelper.ReadFromBlob <Area2DState>(input.InpaintAreaName, container);
var inpaintArea = Area2D.RestoreFrom(inpaintAreaState);
pixelsArea = imageArea.Substract(inpaintArea);
}
var nnfBuilder = new PatchMatchNnfBuilder();
nnfBuilder.RunRandomNnfInitIteration(nnf, image, image, nnfSettings, calculator, mapping, pixelsArea);
var nnfData = JsonConvert.SerializeObject(nnf.GetState());
BlobHelper.SaveJsonToBlob(nnfData, container, input.NnfName);
foreach (var subNnfName in input.SplittedNnfNames)
{
BlobHelper.SaveJsonToBlob(nnfData, container, subNnfName);
}
}
public static async Task ScaleNnf([ActivityTrigger] NnfInputData input)
{
var container = BlobHelper.OpenBlobContainer(input.Container);
var imageBlob = container.GetBlockBlobReference(input.Image);
var image = (await BlobHelper.ConvertBlobToArgbImage(imageBlob))
.FromArgbToRgb(new[] { 0.0, 0.0, 0.0 })
.FromRgbToLab();
var calculator = input.IsCie79Calc
? ImagePatchDistance.Cie76
: ImagePatchDistance.Cie2000;
var mappingState = BlobHelper.ReadFromBlob <Area2DMapState>(input.Mapping, container);
var mapping = new Area2DMap(mappingState);
var nnfState = BlobHelper.ReadFromBlob <NnfState>($"nnf{input.LevelIndex - 1}.json", container);
var nnf = new Nnf(nnfState);
nnf = nnf.CloneAndScale2XWithUpdate(image, image, input.Settings.PatchMatch, mapping, calculator);
var nnfData = JsonConvert.SerializeObject(nnf.GetState());
BlobHelper.SaveJsonToBlob(nnfData, container, input.NnfName);
}