processing_camera_image.dart
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import 'dart:typed_data';
import 'package:image/image.dart' as imglib;
import 'package:processing_camera_image/processing_camera_image_i.dart';
abstract class ProcessingCameraImage {
factory ProcessingCameraImage() => IProcessingCameraImage();
/// [processCameraImageToRGB]. for Android with YUV420.
imglib.Image? processCameraImageToRGB({
int? width,
int? height,
Uint8List? plane0,
Uint8List? plane1,
Uint8List? plane2,
double? rotationAngle,
int? bytesPerRowPlane0,
int? bytesPerRowPlane1,
int? bytesPerPixelPlan1,
int backGroundColor = 0xFFFFFFFF,
bool isFlipHoriozntal = false,
bool isFlipVectical = false,
});
/// [processCameraImageToGray]. for Android with YUV420.
imglib.Image? processCameraImageToGray({
int? width,
int? height,
Uint8List? plane0,
double? rotationAngle,
int backGroundColor = 0xFFFFFFFF,
bool isFlipHoriozntal = false,
bool isFlipVectical = false,
});
/// [processCameraImageToRGBIOS]. for IOS with NV12.
imglib.Image? processCameraImageToRGBIOS({
int? width,
int? height,
Uint8List? plane0,
Uint8List? plane1,
double? rotationAngle,
int? bytesPerRowPlane0,
int? bytesPerRowPlane1,
int? bytesPerPixelPlan1,
int backGroundColor = 0xFFFFFFFF,
bool isFlipHoriozntal = false,
bool isFlipVectical = false,
});
/// [processCameraImageToGrayIOS]. for IOS with NV12.
imglib.Image? processCameraImageToGrayIOS({
int? width,
int? height,
Uint8List? plane0,
double? rotationAngle,
int backGroundColor = 0xFFFFFFFF,
bool isFlipHoriozntal = false,
bool isFlipVectical = false,
});
/// [processCameraImageToGray8Bit]. for Android with YUV420.
Uint8List? processCameraImageToGray8Bit({
int? width,
int? height,
Uint8List? plane0,
double? rotationAngle,
int backGroundColor = 0xFF,
bool isFlipHoriozntal = false,
bool isFlipVectical = false,
});
}