public static void main(String[] args) throws IOException {
// ---Устанавливаем и инициализируем компоненты------------
DesktopSetup.deploy();
ImageAWT.installComponent(new RedImageAWT());
CV.installComponent(new RedCV());
// ---Читаем файлы-----------------------------
File input_folder = LocalFileSystem.ApplicationHome().child("input");
File output_folder = LocalFileSystem.ApplicationHome().child("output");
File file_1 = input_folder.child("3.jpg");
ColorMap color_map_1 = readImage(file_1);
// ---Конвертируем пикчу в λ-изображение---------------
ColoredλImage image_1 = color_map_1.getLambdaImage();
Rectangle image_1_size = Geometry.newRectangle(color_map_1.getWidth(), color_map_1.getHeight());
// --- Обрабатываем--------------------------
ColoredλImage result = производная(image_1, image_1_size);
// --- Добавим яркости
result = bright(result);
// --- Инвертируем ----------------
// result = CV.invert(result); // для этого надо разкоментировать эту
// строку убрав палки // в начале
// --- Сохраняем результат -------------------
File result_file = output_folder.child("result.png");
saveResult(result, image_1_size, result_file);
// На выходе видны артефакты сжатия
}
public static void main(String[] args) throws IOException {
DesktopSetup.deploy();
TextureSlicer.installComponent(new RedTextureSlicer());
File input_folder = LocalFileSystem.ApplicationHome().child("input");
File output_folder = LocalFileSystem.ApplicationHome().child("output");
File input_file = input_folder.child("example.jpg");
output_folder.makeFolder();
output_folder.clearFolder();
TextureSlicerSpecs specs = TextureSlicer.newDecompositionSpecs();
specs.setInputFile(input_file);
int tile_size = 256 * 2;
int margin = TextureSlicerSpecs.MIN_TILE_SIZE / 2;
specs.setTileWidth(tile_size - 2 * margin);
specs.setTileHeight(tile_size - 2 * margin);
specs.setMargin(margin);
ID package_name = Names.newID("com.jfixby.tool.texture.slicer.example");
specs.setNameSpacePrefix(package_name);
specs.setOutputFolder(output_folder);
TextureSlicingResult result = TextureSlicer.decompose(specs);
{ // Save resulting structure info
L.d("output", result.getRasterID());
SlicesCompositionInfo composition = result.getTilesComposition();
SlicesCompositionsContainer container = new SlicesCompositionsContainer();
container.content.addElement(composition);
String data = Json.serializeToString(container).toString();
ID sctruct_package_name = package_name.child(TextureSlicerSpecs.TILE_MAP_FILE_EXTENSION);
String struct_pkg_name = sctruct_package_name.toString();
File container_file = output_folder.child(struct_pkg_name);
container_file.writeString(data);
// com.badlogic.gdx.utils.Json j = new
// com.badlogic.gdx.utils.Json();
JsonValue gdx_json = new JsonReader().parse(data);
L.d("structure:");
L.d(gdx_json.toString());
}
}
public static FolderSupportingIndex rebuild(final FolderSupportingIndexBuilderParams params)
throws IOException {
final File file = params.getTarget();
if (!file.isFolder()) {
Err.reportError("Is not folder " + file);
}
if (params.getDebug()) {
L.d(file);
}
final ChildrenList children = file.listDirectChildren();
// children.print("children");
final FolderSupportingIndex desc = new FolderSupportingIndex();
Collections.scanCollection(
children,
new CollectionScanner<File>() {
@Override
public void scanElement(final File e, final long i) {
if (e.getName().startsWith(FolderSupportingIndex.FILE_NAME)) {
return;
}
final FolderSupportingIndexEntry entry = new FolderSupportingIndexEntry();
try {
entry.name = e.getName();
entry.is_file = e.isFile();
entry.is_folder = e.isFolder();
entry.lastModified = e.lastModified();
entry.size = e.getSize();
if (!params.ignoreHashSum() && e.isFile()) {
entry.hash = e.calculateHash().getMD5HashHexString();
}
desc.entries.put(entry.name, entry);
if (e.isFolder()) {
final FolderSupportingIndexBuilderParams paramsNext = params.copy();
paramsNext.setTarget(e);
if (params.rebuidOnlyForRoot()) {
paramsNext.setNoOutput(true);
} else {
paramsNext.setNoOutput(params.noOutput());
// paramsNext.noOutput = params.noOutput;
}
paramsNext.setIgnoreHashSum(params.ignoreHashSum());
paramsNext.setDebug(params.getDebug());
if (params.recoursive()) {
final FolderSupportingIndex sublevel = rebuild(paramsNext);
desc.children.put(entry.name, sublevel);
}
}
} catch (final IOException e1) {
Err.reportError(e1);
}
}
});
if (!params.noOutput()) {
FolderSupportingIndex deckCheck = null;
{
final File desc_file = file.child(FolderSupportingIndex.FILE_NAME);
L.d("writing", desc_file);
final FileOutputStream os = desc_file.newOutputStream();
os.open();
HTTPOperator.encode(desc, os);
os.close();
final ByteArray dataCheck = desc_file.readBytes();
deckCheck = HTTPOperator.decode(dataCheck);
}
{
final File desc_file_json = file.child(FolderSupportingIndex.FILE_NAME + ".json");
L.d("writing", desc_file_json);
final JsonString stringData = Json.serializeToString(desc);
final JsonString testStringData = Json.serializeToString(deckCheck);
final String s1 = stringData.toString();
final String s2 = testStringData.toString();
if (!s1.equals(s2)) {
L.e(" stringData " + s1.length());
L.e("testStringData " + s2.length());
L.e(desc_file_json);
// for (int k = 0; k < s1.length(); k++) {
// final char c1 = s1.charAt(k);
// final char c2 = s2.charAt(k);
// if (c1 != c2) {
//// L.d_appendChars("#");L.d_appendChars("#");L.d_appendChars("#");
//// L.d_appendChars("" + c1);
//// L.d_appendChars("#");
// } else {
//// L.d_appendChars("" + c1);
// }
// }
L.e("decoder fails");
}
final String data = stringData.toString();
desc_file_json.writeString(data);
}
}
return desc;
}