public override void Trigger(EditableView.ClickPosition.Sources source, EditableView pnlView, Transaction transaction)
{
IShapeContainer container = CurrentPage.SelectionContainer();
if (container == null)
{
MessageBox.Show(Strings.Item("Container_Mismatch"));
return;
}
transaction.Edit((Datum)container);
Lined mask = FindSourceShape();
ImportedImage image = FindSourceImage();
transaction.Edit(mask);
transaction.Edit(image);
(mask as Pencil).ForceClosure(transaction);
if (mask is Curve curve && !curve.Closed())
{
throw new UserException("[Mask_Not_Closed]");
}
MaskedImage result = new MaskedImage(image, mask);
transaction.Create(result);
int index = Math.Max(mask.Z, image.Z); // this will be the Z-order of the new group
result.Parent = container;
container.Contents.Insert(index + 1, result); // This index will be valid as the individual shapes are still in the list
container.Contents.Remove(mask);
container.Contents.Remove(image);
container.FinishedModifyingContents(transaction, null);
CurrentPage.SelectOnly(result);
}
/// <summary>
/// Exports the IMG data saving it on RawOutputDirectory folder.
/// </summary>
public static void ExportIMGData()
{
List <string> paths = FileImportManager.ReadMultipleIMGFiles();
for (int i = 0; i < paths.Count; i++)
{
List <ImportedImage> importedImageList = ExtractIMGData(paths[i]);
string filePath = paths[i];
string fileName = filePath.Split('\\').Last().Split('.').First();
string pivotList = "[\n";
string pivotFileStr = $"{Parameters.PivotFileHeader}\n";
Directory.CreateDirectory($@"{Parameters.RawOutputDirectory}\{fileName}");
for (int j = 0; j < importedImageList.Count; j++)
{
ImportedImage ii = importedImageList[j];
pivotFileStr += $"{j},{ii.Pivot.Item1},{ii.Pivot.Item2},{ii.RiderOffset.Item1},{ii.RiderOffset.Item2},{ii.RealRiderOffset.Item1},{ii.RealRiderOffset.Item2}\n";
pivotList += $"[ {ii.RealRiderOffset.Item1}, {ii.RealRiderOffset.Item2} ],\n";
ii.BitmapImage.Save($@"{Parameters.RawOutputDirectory}\{fileName}\{fileName}_{j}.png");
}
pivotList += "]";
Console.WriteLine($"Imported: {paths[i]}");
File.WriteAllText($@"{Parameters.RawOutputDirectory}\{fileName}\{fileName}.txt", pivotFileStr);
File.WriteAllText($@"{Parameters.RawOutputDirectory}\{fileName}\RiderPivot.txt", pivotList);
}
}
/// <summary>
/// Read a single image file
/// </summary>
/// <returns></returns>
public static ImportedImage ReadSingleImage()
{
ImportedImage image = null;
Thread t = new Thread(() =>
{
Console.WriteLine("Importing Images...");
OpenFileDialog dialog = new OpenFileDialog();
dialog.Multiselect = false;
dialog.InitialDirectory = Parameters.OutputDirectory;
dialog.Filter = "Image Files (png)|*.png;";
dialog.ShowDialog();
foreach (string str in dialog.FileNames)
{
image = new ImportedImage(str);
}
});
t.SetApartmentState(ApartmentState.STA);
t.Start();
while (t.IsAlive)
{
Thread.Sleep(50);
}
return(image);
}
private bool TestColorFormatHeader(StreamReaderHelper stream, ImportedImage ii)
{
// The SOS header (start of scan).
if (stream.GetWord(0, true) == 0xffda)
{
int components = stream.GetByte(4);
if (components < 1 || components > 4 || components == 2)
{
return(false);
}
// 1 for grayscale, 3 for RGB, 4 for CMYK.
int blockLength = stream.GetWord(2, true);
// Integrity check: correct size?
if (blockLength != 6 + 2 * components)
{
return(false);
}
// Eventually do more tests here.
// Magic: we assume that all JPEG files with 4 components are RGBW (inverted CMYK) and not CMYK.
// We add a test to tell CMYK from RGBW when we encounter a test file in CMYK format.
ii.Information.ImageFormat = components == 3 ? ImageInformation.ImageFormats.JPEG :
(components == 1 ? ImageInformation.ImageFormats.JPEGGRAY : ImageInformation.ImageFormats.JPEGRGBW);
return(true);
}
return(false);
}
public static void makeBadge()
{
var img = ImportedImage.FromFile("badge-1.png", new ImageImportOptions()
{
HeightMapping = ImageImportOptions.HeightMappingMode.Vertical
});
img.Resize(Inches.One * 2.4, Inches.One * 2.75, Inches.Eigth).ToFile("badge");
}
private void ImportPhotos(StorageFile sf)
{
if (sf.Path.ToLower().EndsWith(".jpg") || sf.Path.ToLower().EndsWith(".jpeg") || sf.Path.ToLower().EndsWith(".png") || sf.Path.ToLower().EndsWith(".bmp") || sf.Path.ToLower().EndsWith(".tiff"))
{
ImportedImage ii = new ImportedImage {
Address = sf.Path, LinkedFile = sf
};
if (mainPageViewModel.ImageList.FirstOrDefault(s => s.Address == ii.Address) == null)
{
mainPageViewModel.ImageList.Add(ii);
ii.Index = mainPageViewModel.ImageList.IndexOf(ii);
}
}
}
/// <summary>
/// Imports the image.
/// </summary>
public ImportedImage ImportImage(Stream stream, PdfDocument document)
{
StreamReaderHelper helper = new StreamReaderHelper(stream);
// Try all registered importers to see if any of them can handle the image.
foreach (IImageImporter importer in _importers)
{
helper.Reset();
ImportedImage image = importer.ImportImage(helper, document);
if (image != null)
{
return(image);
}
}
return(null);
}
private bool TestJfifHeader(StreamReaderHelper stream, ImportedImage ii)
{
// The App0 header should be the first header in every JFIF file.
if (stream.GetWord(0, true) == 0xffe0)
{
// Now check for text "JFIF".
if (stream.GetDWord(4, true) == 0x4a464946)
{
int blockLength = stream.GetWord(2, true);
if (blockLength >= 16)
{
int version = stream.GetWord(9, true);
int units = stream.GetByte(11);
int densityX = stream.GetWord(12, true);
int densityY = stream.GetWord(14, true);
switch (units)
{
case 0: // Aspect ratio only.
ii.Information.HorizontalAspectRatio = densityX;
ii.Information.VerticalAspectRatio = densityY;
break;
case 1: // DPI.
ii.Information.HorizontalDPI = densityX;
ii.Information.VerticalDPI = densityY;
break;
case 2: // DPCM.
ii.Information.HorizontalDPM = densityX * 100;
ii.Information.VerticalDPM = densityY * 100;
break;
}
// More information here? More tests?
return(true);
}
}
}
return(false);
}
private bool TestInfoHeader(StreamReaderHelper stream, ImportedImage ii)
{
// The SOF header (start of frame).
int header = stream.GetWord(0, true);
if (header >= 0xffc0 && header <= 0xffc3 ||
header >= 0xffc9 && header <= 0xffcb)
{
// Lines in image.
int sizeY = stream.GetWord(5, true);
// Samples per line.
int sizeX = stream.GetWord(7, true);
// $THHO TODO: Check if we always get useful information here.
ii.Information.Width = (uint)sizeX;
ii.Information.Height = (uint)sizeY;
return(true);
}
return(false);
}
private async void menuFlyoutShowInFileExplorer_Click(object sender, RoutedEventArgs e)
{
ImportedImage ii = (ImportedImage)(e.OriginalSource as FrameworkElement).DataContext;
await Launcher.LaunchFileAsync(ii.LinkedFile);
}
private async void UserControl_DataContextChanged(FrameworkElement sender, DataContextChangedEventArgs args)
{
if (DataContext != null && DataContext.GetType() == typeof(ImportedImage))
{
ImportedImage ii = (ImportedImage)DataContext;
if (ii.Index % 2 == 0)
{
rectangleDarken.Opacity = 0.1;
}
else
{
rectangleDarken.Opacity = 0.05;
}
using (StorageItemThumbnail thumbnail2 = await ii.LinkedFile.GetThumbnailAsync(ThumbnailMode.SingleItem, 1))
{
if (thumbnail2 != null)
{
//Prepare thumbnail to display
var bitmapImage = new BitmapImage();
await bitmapImage.SetSourceAsync(thumbnail2);
imageThumbnail.Source = bitmapImage;
AnimationHelper.ChangeObjectOpacity(imageThumbnail, 0, 1, 75);
}
}
using (StorageItemThumbnail thumbnail = await ii.LinkedFile.GetThumbnailAsync(ThumbnailMode.SingleItem, 250))
{
if (thumbnail != null)
{
//Prepare thumbnail to display
var bitmapImage = new BitmapImage();
await bitmapImage.SetSourceAsync(thumbnail);
imageFull.Source = bitmapImage;
imagePreview.Source = bitmapImage;
AnimationHelper.ChangeObjectOpacity(imageFull, 0, 1, 200);
AnimationHelper.ChangeObjectOpacity(imageThumbnail, 1, 0, 300, 200);
}
}
using (StorageItemThumbnail dominantColour = await ii.LinkedFile.GetThumbnailAsync(ThumbnailMode.SingleItem, 1))
{
if (dominantColour != null)
{
//Prepare thumbnail to display
var bitmapImage = new BitmapImage();
await bitmapImage.SetSourceAsync(dominantColour);
//Create a decoder for the image
var decoder = await BitmapDecoder.CreateAsync(dominantColour.CloneStream());
//Get the pixel provider
var pixels = await decoder.GetPixelDataAsync(
BitmapPixelFormat.Rgba8,
BitmapAlphaMode.Ignore,
new BitmapTransform(),
ExifOrientationMode.IgnoreExifOrientation,
ColorManagementMode.DoNotColorManage);
//Get the bytes of the 1x1 scaled image
var bytes = pixels.DetachPixelData();
//read the color
var myDominantColor = Color.FromArgb(255, bytes[0], bytes[1], bytes[2]);
gradientStop1.Color = Color.FromArgb(100, bytes[0], bytes[1], bytes[2]);
gradientStop2.Color = Color.FromArgb(255, bytes[0], bytes[1], bytes[2]);
ellipseRGB.Fill = new SolidColorBrush(myDominantColor);
}
}
}
}
private bool TestBitmapInfoHeader(StreamReaderHelper stream, ImportedImage ii, int offset)
{
int size = (int)stream.GetDWord(0, false);
if (size == 40 || size == 108 || size == 124) // sizeof BITMAPINFOHEADER == 40, sizeof BITMAPV4HEADER == 108, sizeof BITMAPV5HEADER == 124
{
uint width = stream.GetDWord(4, false);
int height = (int)stream.GetDWord(8, false);
int planes = stream.GetWord(12, false);
int bitcount = stream.GetWord(14, false);
int compression = (int)stream.GetDWord(16, false);
int sizeImage = (int)stream.GetDWord(20, false);
int xPelsPerMeter = (int)stream.GetDWord(24, false);
int yPelsPerMeter = (int)stream.GetDWord(28, false);
uint colorsUsed = stream.GetDWord(32, false);
uint colorsImportant = stream.GetDWord(36, false);
// TODO Integrity and plausibility checks.
if (sizeImage != 0 && sizeImage + offset > stream.Length)
return false;
ImagePrivateDataBitmap privateData = (ImagePrivateDataBitmap)ii.Data;
// Return true only for supported formats.
if (compression == 0 || compression == 3) // BI_RGB == 0, BI_BITFIELDS == 3
{
((ImagePrivateDataBitmap)ii.Data).Offset = offset;
((ImagePrivateDataBitmap)ii.Data).ColorPaletteOffset = stream.CurrentOffset + size;
ii.Information.Width = width;
ii.Information.Height = (uint)Math.Abs(height);
ii.Information.HorizontalDPM = xPelsPerMeter;
ii.Information.VerticalDPM = yPelsPerMeter;
privateData.FlippedImage = height < 0;
if (planes == 1 && bitcount == 24)
{
// RGB24
ii.Information.ImageFormat = ImageInformation.ImageFormats.RGB24;
// TODO: Verify Mask if size >= 108 && compression == 3.
return true;
}
if (planes == 1 && bitcount == 32)
{
// ARGB32
//ii.Information.ImageFormat = ImageInformation.ImageFormats.ARGB32;
ii.Information.ImageFormat = compression == 0 ?
ImageInformation.ImageFormats.RGB24 :
ImageInformation.ImageFormats.ARGB32;
// TODO: tell RGB from ARGB. Idea: assume RGB if alpha is always 0.
// TODO: Verify Mask if size >= 108 && compression == 3.
return true;
}
if (planes == 1 && bitcount == 8)
{
// Palette8
ii.Information.ImageFormat = ImageInformation.ImageFormats.Palette8;
ii.Information.ColorsUsed = colorsUsed;
return true;
}
if (planes == 1 && bitcount == 4)
{
// Palette8
ii.Information.ImageFormat = ImageInformation.ImageFormats.Palette4;
ii.Information.ColorsUsed = colorsUsed;
return true;
}
if (planes == 1 && bitcount == 1)
{
// Palette8
ii.Information.ImageFormat = ImageInformation.ImageFormats.Palette1;
ii.Information.ColorsUsed = colorsUsed;
return true;
}
// TODO Implement more formats!
}
}
return false;
}
private bool TestJfifHeader(StreamReaderHelper stream, ImportedImage ii)
{
// The App0 header should be the first header in every JFIF file.
if (stream.GetWord(0, true) == 0xffe0)
{
// Now check for text "JFIF".
if (stream.GetDWord(4, true) == 0x4a464946)
{
int blockLength = stream.GetWord(2, true);
if (blockLength >= 16)
{
int version = stream.GetWord(9, true);
int units = stream.GetByte(11);
int densityX = stream.GetWord(12, true);
int densityY = stream.GetWord(14, true);
switch (units)
{
case 0: // Aspect ratio only.
ii.Information.HorizontalAspectRatio = densityX;
ii.Information.VerticalAspectRatio = densityY;
break;
case 1: // DPI.
ii.Information.HorizontalDPI = densityX;
ii.Information.VerticalDPI = densityY;
break;
case 2: // DPCM.
ii.Information.HorizontalDPM = densityX * 100;
ii.Information.VerticalDPM = densityY * 100;
break;
}
// More information here? More tests?
return true;
}
}
}
return false;
}
private bool TestBitmapInfoHeader(StreamReaderHelper stream, ImportedImage ii, int offset)
{
int size = (int)stream.GetDWord(0, false);
if (size == 40 || size == 108 || size == 124) // sizeof BITMAPINFOHEADER == 40, sizeof BITMAPV4HEADER == 108, sizeof BITMAPV5HEADER == 124
{
uint width = stream.GetDWord(4, false);
int height = (int)stream.GetDWord(8, false);
int planes = stream.GetWord(12, false);
int bitcount = stream.GetWord(14, false);
int compression = (int)stream.GetDWord(16, false);
int sizeImage = (int)stream.GetDWord(20, false);
int xPelsPerMeter = (int)stream.GetDWord(24, false);
int yPelsPerMeter = (int)stream.GetDWord(28, false);
uint colorsUsed = stream.GetDWord(32, false);
uint colorsImportant = stream.GetDWord(36, false);
// TODO Integrity and plausibility checks.
if (sizeImage != 0 && sizeImage + offset > stream.Length)
{
return(false);
}
ImagePrivateDataBitmap privateData = (ImagePrivateDataBitmap)ii.Data;
// Return true only for supported formats.
if (compression == 0 || compression == 3) // BI_RGB == 0, BI_BITFIELDS == 3
{
((ImagePrivateDataBitmap)ii.Data).Offset = offset;
((ImagePrivateDataBitmap)ii.Data).ColorPaletteOffset = stream.CurrentOffset + size;
ii.Information.Width = width;
ii.Information.Height = (uint)Math.Abs(height);
ii.Information.HorizontalDPM = xPelsPerMeter;
ii.Information.VerticalDPM = yPelsPerMeter;
privateData.FlippedImage = height < 0;
if (planes == 1 && bitcount == 24)
{
// RGB24
ii.Information.ImageFormat = ImageInformation.ImageFormats.RGB24;
// TODO: Verify Mask if size >= 108 && compression == 3.
return(true);
}
if (planes == 1 && bitcount == 32)
{
// ARGB32
//ii.Information.ImageFormat = ImageInformation.ImageFormats.ARGB32;
ii.Information.ImageFormat = compression == 0 ?
ImageInformation.ImageFormats.RGB24 :
ImageInformation.ImageFormats.ARGB32;
// TODO: tell RGB from ARGB. Idea: assume RGB if alpha is always 0.
// TODO: Verify Mask if size >= 108 && compression == 3.
return(true);
}
if (planes == 1 && bitcount == 8)
{
// Palette8
ii.Information.ImageFormat = ImageInformation.ImageFormats.Palette8;
ii.Information.ColorsUsed = colorsUsed;
return(true);
}
if (planes == 1 && bitcount == 4)
{
// Palette8
ii.Information.ImageFormat = ImageInformation.ImageFormats.Palette4;
ii.Information.ColorsUsed = colorsUsed;
return(true);
}
if (planes == 1 && bitcount == 1)
{
// Palette8
ii.Information.ImageFormat = ImageInformation.ImageFormats.Palette1;
ii.Information.ColorsUsed = colorsUsed;
return(true);
}
// TODO Implement more formats!
}
}
return(false);
}
private bool TestInfoHeader(StreamReaderHelper stream, ImportedImage ii)
{
// The SOF header (start of frame).
int header = stream.GetWord(0, true);
if (header >= 0xffc0 && header <= 0xffc3 ||
header >= 0xffc9 && header <= 0xffcb)
{
// Lines in image.
int sizeY = stream.GetWord(5, true);
// Samples per line.
int sizeX = stream.GetWord(7, true);
// $THHO TODO: Check if we always get useful information here.
ii.Information.Width = (uint)sizeX;
ii.Information.Height = (uint)sizeY;
return true;
}
return false;
}
private bool TestColorFormatHeader(StreamReaderHelper stream, ImportedImage ii)
{
// The SOS header (start of scan).
if (stream.GetWord(0, true) == 0xffda)
{
int components = stream.GetByte(4);
if (components < 1 || components > 4 || components == 2)
return false;
// 1 for grayscale, 3 for RGB, 4 for CMYK.
int blockLength = stream.GetWord(2, true);
// Integrity check: correct size?
if (blockLength != 6 + 2 * components)
return false;
// Eventually do more tests here.
// Magic: we assume that all JPEG files with 4 components are RGBW (inverted CMYK) and not CMYK.
// We add a test to tell CMYK from RGBW when we encounter a test file in CMYK format.
ii.Information.ImageFormat = components == 3 ? ImageInformation.ImageFormats.JPEG :
(components == 1 ? ImageInformation.ImageFormats.JPEGGRAY : ImageInformation.ImageFormats.JPEGRGBW);
return true;
}
return false;
}
private void menuFlyoutRemoveImage_Click(object sender, RoutedEventArgs e)
{
ImportedImage ii = (ImportedImage)(e.OriginalSource as FrameworkElement).DataContext;
mainPageViewModel.Delete(ii);
}
public override void Trigger(EditableView.ClickPosition.Sources source, EditableView pnlView, Transaction transaction)
{
try
{
DataObject data = (DataObject)Clipboard.GetDataObject();
if (data.GetDataPresent("Splash data", false))
{
PasteSplashData(transaction, pnlView);
}
#if SAW && !SPLASH
else if (data.GetDataPresent("Splash scripts", false))
{
CopyScripts.Paste(transaction);
}
else if (data.GetDataPresent("Splash presentation", false))
{
CopyPresentation.Paste(transaction, pnlView);
}
#endif
else if (data.ContainsImage())
{
Image image = data.GetImage();
MemoryStream strmMemory = new MemoryStream(10000);
image.Save(strmMemory, ImageFormat.Png);
image.Dispose();
ImportedImage objImported = new ImportedImage(strmMemory, CurrentDocument, transaction); //= ImportedImage.CreateForPaste(strmMemory)
transaction.Create(objImported);
objImported.PlaceAt(pnlView.ViewableArea().Centre());
// strmMemory.Dispose()
CurrentPage.AddNew(objImported, transaction);
}
else if (ContainsFileImage(data))
{
ImportedImage imported = new ImportedImage(data.GetFileDropList()[0], CurrentDocument, transaction);
transaction.Create(imported);
imported.PlaceAt(pnlView.ViewableArea().Centre());
CurrentPage.AddNew(imported, transaction);
CurrentPage.SelectOnly(imported);
}
else if (data.ContainsText())
{
string text = data.GetText();
if (!string.IsNullOrEmpty(text))
{
// try and apply it to a shape - only if there is one and only one selected
Shape shape = pnlView.TypingShape();
if (shape != null && shape.SupportsTextLabel) // Second condition is needed because some "typing" shapes only actually do custom processing of certain keys
{
transaction.Edit(shape);
shape.TextType(text);
}
else if (CurrentPage.SelectedCount == 1)
{
shape = CurrentPage.SelectedShapes[0];
if (shape.SupportsTextLabel)
{
// When pasting in without the cursor, the entire current text is replaced, if any
transaction.Edit(shape);
if (!shape.HasText(true))
{
shape.CreateLabel((Shape.TextStyleC)Editor.StyleParameterDefaultObject(Parameters.FontFace));
}
// StyleParameterDefaultObject returns the object for that param - which will be all the text styles
shape.LabelText = text.Replace("\r\n", "\r");
}
}
}
}
}
catch (Exception ex) when(!Globals.Root.IsDebug)
{
Utilities.LogSubError(ex);
transaction.Cancel(); // must be before message box
MessageBox.Show(Strings.Item("Paste_Failed"));
}
}
public void Delete(ImportedImage image)
{
ImageList.Remove(image);
Messenger.Default.Send("TryShowStartUI");
}
