public EditableOperationBatch(DataImage resultImage)
{
steps = new List<EditableOperationBatchStep>();
stepsDict = new Dictionary<string, EditableOperationBatchStep>();
imageResult = resultImage;
images = new Dictionary<string, DataImage>();
imagesList = new List<DataImage>();
CalculateSteps();
}
public int processImage(String name, int W, int H, int[] data)
{
//return 0;
//Console.Out.WriteLine("processImage(" + name + "," + W.ToString() + "," + H.ToString() + ")");
//Console.Out.Flush();
currentImage = TopCoderMarathon2.ImageRetriever.GetData(name, W, H, data);
//Console.Out.WriteLine("currentImage: " + currentImage.ToString());
//Console.Out.Flush();
AnalyzeData(currentImage);
//Get
return 0;
}
public static Cluster DetectCluster(DataImage resultImage, int xOrigin, int yOrigin, byte minColor, byte maxColor)
{
result = resultImage;
data = result.data;
pixelsChecked = new bool[data.Length];
colorMin = minColor;
colorMax = maxColor;
height = result.Height;
width = result.Width;
ranges = new RangeQueue();
currentCluster = new Cluster(resultImage);
//////
if (!(result[xOrigin, yOrigin] >= minColor && result[xOrigin, yOrigin] <= maxColor))
throw new InvalidOperationException("Point is not within color range");
/////\
LinearDetect(ref xOrigin, ref yOrigin);
while (ranges.size > 0)
{
DetectionRange range = ranges.Dequeue();
int upY = range.y - 1;
int downY = range.y + 1;
int downIndex = resultImage.GetDataIndex(range.x1, downY);
int upIndex = resultImage.GetDataIndex(range.x1, upY);
int currentIndex;
for (int x = range.x1; x <= range.x2; x++)
{
currentIndex = result.GetDataIndex(x, upY);
if (range.y > 0 && (!pixelsChecked[upIndex]) && PixelIsWithinColorRange(ref currentIndex))
LinearDetect(ref x, ref upY);
currentIndex = result.GetDataIndex(x, downY);
if (range.y < (height - 1) && (!pixelsChecked[downIndex]) && PixelIsWithinColorRange(ref currentIndex))
LinearDetect(ref x, ref downY);
downIndex += height;
upIndex += height;
}
}
Array.Resize<int>(ref currentCluster.indexes, currentCluster.Length);
Array.Sort(currentCluster.Indexes);
return currentCluster;
}
static DataImage GetDataImage(byte[] pixelData)
{
DataImage image = new DataImage(pixelData);
return image;
}
/// <summary>
/// Detects a cluster at the specified index and excludes it if the total area is below threshhold
/// </summary>
/// <param name="data"></param>
/// <param name="i"></param>
private Cluster DetectCluster(DataImage image, int dataIndex)
{
currentCluster = new Cluster(image);
int x, y;
image.GetDataCoordinates(dataIndex, out x, out y);
return ClusterDetect.DetectCluster(image, x, y, mincolor, maxcolor);
}
public virtual void Analyze(DataImage image)
{
//image.Normalize();
image.Save();
}
public DataImageLRO(DataImage dataImage)
: base(dataImage)
{
}
private void InitializeEditor(DataImage currentImage)
{
batch = new EditableOperationBatch(currentImage);
LoadChooseStep();
imageFixedResult.CurrentImage = batch.ImageResult;
}
//Recursive
EditableOperationBatchStep AddBatchStep(DataImage image)
{
EditableOperationBatchStep step = new EditableOperationBatchStep(this, image);
if (steps.Contains(step))
return null; //already added
if (image.ResultOf == null)
{
imageSource = image;
return null; //do not add step for first image since there is no step for first image
}
EditableOperationBatchStep stepTemp = AddBatchStep(image.ResultOf.Source);
if (stepTemp != null)
steps.Add(stepTemp);
//if (typeof(DualImageOperator).IsAssignableFrom(image.ResultOf.GetType()))
//{
try
{
DualImageOperator d = (DualImageOperator)image.ResultOf;
stepTemp = AddBatchStep(((DualImageOperator)image.ResultOf).Source2);
if (stepTemp != null)
steps.Add(stepTemp);
}
catch (Exception)
{
}
// }
return step;
}
void TagImage(DataImage image)
{
if (!batch.ImagesList.Contains(image))
{
batch.ImagesList.Add(image);
batch.Images.Add((batch.ImagesList.Count - 1).ToString(), image);
}
}
string GetImageString(DataImage image)
{
return batch.ImagesList.IndexOf(image).ToString();
}
public EditableOperationBatchStep(EditableOperationBatch batch, DataImage image)
{
this.batch = batch;
TagImage(image);
this.operationResult = GetImageString(image);
if (image.ResultOf != null)
{
TagImage(image.ResultOf.Source);
this.source1 = GetImageString(image.ResultOf.Source);
this.imageOperation = image.ResultOf.ImageOperation;
try
{
//if (typeof(DualImageOperation).IsAssignableFrom(imageOperation.GetType()))
//{
DualImageOperation d = (DualImageOperation)imageOperation;
TagImage(d.imageSource2);
this.source2 = GetImageString(d.imageSource2);
//}
}
catch (Exception)
{
}
}
}
//Removes all no-op operations from the image graph
bool RemoveNOOPs(DataImage image)
{
bool noopRemoved = false;
if (image.ResultOf != null && image.ResultOf.ImageOperation.IsNOOP() && image.Parent != null)
{
RemoveNOOPImage(image);
return true;
}
bool done = false;
int counter = 0;
int count = image.Children.Count;
while (!done && image.Children.Count > 0)
{
DataImage c = image.Children[counter];
noopRemoved = noopRemoved || RemoveNOOPs(c);
if (count != image.Children.Count)
count = image.Children.Count;
else
counter++;
if (counter == image.Children.Count)
done = true;
}
return noopRemoved;
}
//Removes the image from the graph and updates parent/children
void RemoveNOOPImage(DataImage image)
{
if (image == imageResult)
ImageResult = image.Parent;
while (image.Children.Count > 0)
{
image.Children[0].Parent = image.Parent;
}
image.Parent.Children.Remove(image);
}
private void ProcessSerializedStep(string entry)
{
// Console.Out.WriteLine("Processing Step: " + entry);
// Console.Out.Flush();
//R#:S1#:S2#:FUNC%PARAM1%PARAM2
string[] parts = entry.Split(':');
//////
if (parts.Length != 4)
throw new InvalidOperationException();
/////\
string resultKey = parts[0];
string op = parts[3];
if (op == "SRC")
{
DataImage imageSource = new DataImage(EditableOperationBatch.currentSourceData);
this.imageSource = imageSource;
images.Add(resultKey, imageSource);
}
else
{
EditableOperationBatchStep step = EditableOperationBatchStep.FromSerialization(entry);
stepsDict.Add(step.Name, step);
steps.Add(step);
}
}
public override void Analyze(DataImage image)
{
base.Analyze(image);
}
private void LoadImage(DataImagePanel imagePanel, DataImage image)
{
Control c = imagePanel.Parent.Parent.Parent;
if (c.GetType() == typeof(MonoControlContainer))
{
//Ensure that operator is properly set up
MonoImageOperator op = new MonoImageOperator();
MonoControlContainer mono = (MonoControlContainer)c;
mono.imageOperator = op;
mono.monoControlPanel1.CurrentControl = new NormalizeControl();
mono.imageOperator.ImageOperation = mono.monoControlPanel1.CurrentControl.UnderlyingWidget;
op.Source = image;
imagePanel.CurrentImage = op.Result;
}
//Set up result panel
if (mono1.dataImagePanel1.CurrentImage != null && mono2.dataImagePanel1.CurrentImage != null)
{
if (result.mono.CurrentControl == null)
{
result.mono.CurrentControl = new NormalizeControl();
result.imageOperatorMono.ImageOperation = result.mono.CurrentControl.UnderlyingWidget;
}
if (result.dual.CurrentControl == null)
{
result.dual.CurrentControl = new DualSubtractionControl();
result.imageOperatorDual.ImageOperation = result.dual.CurrentControl.UnderlyingWidget;
}
this.result.imageOperatorDual.Source = mono1.dataImagePanel1.CurrentImage;
this.result.imageOperatorDual.Source2 = mono2.dataImagePanel1.CurrentImage;
this.result.imageOperatorMono.Source = this.result.imageOperatorDual.Result;
this.result.dataImagePanel1.CurrentImage = this.result.imageOperatorDual.Result;
this.result.dataImagePanel1.labelImage.Text = this.result.dataImagePanel1.CurrentImage.Name;
}
imagePanel.labelImage.Text = imagePanel.CurrentImage.Name;
CurrentControlChanged_Trigger();
}
public DataImageA15(DataImage dataImage)
: base(dataImage)
{
}
