static Uint8List resizePng({
  required Uint8List pngBytes,
  required int outputWidth,
  required int outputHeight,
  BicubicFilter filter = BicubicFilter.catmullRom,
  EdgeMode edgeMode = EdgeMode.clamp,
  double crop = 1.0,
  CropAnchor cropAnchor = CropAnchor.center,
  CropAspectRatio cropAspectRatio = CropAspectRatio.square,
  double aspectRatioWidth = 1.0,
  double aspectRatioHeight = 1.0,
  int compressionLevel = 6,
})

// Simple resize with maximum compression
final resized = BicubicResizer.resizePng(
  pngBytes: originalBytes,
  outputWidth: 512,
  outputHeight: 512,
  compressionLevel: 9,
);

static Uint8List resize({
  required Uint8List bytes,
  required int outputWidth,
  required int outputHeight,
  int quality = 95,
  int compressionLevel = 6,
  BicubicFilter filter = BicubicFilter.catmullRom,
  EdgeMode edgeMode = EdgeMode.clamp,
  double crop = 1.0,
  CropAnchor cropAnchor = CropAnchor.center,
  CropAspectRatio cropAspectRatio = CropAspectRatio.square,
  double aspectRatioWidth = 1.0,
  double aspectRatioHeight = 1.0,
  bool applyExifOrientation = true,
})

static Uint8List resizeRgb({
  required Uint8List input,
  required int inputWidth,
  required int inputHeight,
  required int outputWidth,
  required int outputHeight,
  BicubicFilter filter = BicubicFilter.catmullRom,
  EdgeMode edgeMode = EdgeMode.clamp,
  double crop = 1.0,
  CropAnchor cropAnchor = CropAnchor.center,
  CropAspectRatio cropAspectRatio = CropAspectRatio.square,
  double aspectRatioWidth = 1.0,
  double aspectRatioHeight = 1.0,
})

static void resizeFileToFile({
  required String inputPath,
  required String outputPath,
  required int outputWidth,
  required int outputHeight,
  // ... same options as resizeFile
})

// Read file, resize, get bytes
final resized = BicubicResizer.resizeFile(
  inputPath: '/path/to/photo.jpg',
  outputWidth: 800,
  outputHeight: 600,
);

// Read file, resize, save to output file
BicubicResizer.resizeFileToFile(
  inputPath: '/path/to/photo.jpg',
  outputPath: '/path/to/thumbnail.jpg',
  outputWidth: 200,
  outputHeight: 200,
);

static Uint8List jpegToPng({
  required Uint8List jpegBytes,
  int compressionLevel = 6,
  bool applyExifOrientation = true,
})

static Uint8List pngToJpeg({
  required Uint8List pngBytes,
  int quality = 95,
})

static Uint8List convertFormat({
  required Uint8List bytes,
  required ImageFormat targetFormat,
  int quality = 95,
  int compressionLevel = 6,
  bool applyExifOrientation = true,
})

// Auto-detect and convert to PNG
final pngBytes = BicubicResizer.convertFormat(
  bytes: imageBytes,
  targetFormat: ImageFormat.png,
);

enum EdgeMode {
  clamp,   // value: 0
  wrap,    // value: 1
  reflect, // value: 2
  zero,    // value: 3
}

enum CropAnchor {
  center,       // value: 0
  topLeft,      // value: 1
  topCenter,    // value: 2
  topRight,     // value: 3
  centerLeft,   // value: 4
  centerRight,  // value: 5
  bottomLeft,   // value: 6
  bottomCenter, // value: 7
  bottomRight,  // value: 8
}

enum CropAspectRatio {
  square,   // value: 0
  original, // value: 1
  custom,   // value: 2
}

enum ImageFormat {
  jpeg,
  png,
}

// Since 1.5.4
extension ImageFormatX on ImageFormat {
  String get mimeType;      // MIME type for the format
  String get fileExtension; // file extension for the format
}

enum NormalizationType {
  none,      // No normalization (default) - raw pixel values 0-255 as float
  simple,    // pixel / 255.0 -> [0, 1]
  centered,  // (pixel / 127.5) - 1.0 -> [-1, 1]
  imageNet,  // ImageNet mean/std normalization
  custom,    // User-defined mean/std values
}

enum ChannelOrder {
  rgb,  // Red, Green, Blue (default) - TensorFlow, most models
  bgr,  // Blue, Green, Red - OpenCV, some PyTorch models
}

enum TensorLayout {
  hwc,  // Height, Width, Channels (default) - TensorFlow/TFLite
  chw,  // Channels, Height, Width - PyTorch
}