import 'dart:convert';
import 'dart:math';

import 'package:sefer_driver/constant/box_name.dart';
import 'package:sefer_driver/controller/functions/location_controller.dart';
import 'package:geolocator/geolocator.dart';
import 'package:get/get.dart';
import 'package:google_maps_flutter/google_maps_flutter.dart';

import '../../constant/links.dart';
import '../../main.dart';
import '../../print.dart';
import '../../views/widgets/mydialoug.dart';
import '../functions/crud.dart';

class RideAvailableController extends GetxController {
  bool isLoading = false;
  Map rideAvailableMap = {};
  late LatLng southwest;
  late LatLng northeast;

  LatLngBounds calculateBounds(double lat, double lng, double radiusInMeters) {
    const double earthRadius = 6378137.0; // Earth's radius in meters

    double latDelta = (radiusInMeters / earthRadius) * (180 / pi);
    double lngDelta =
        (radiusInMeters / (earthRadius * cos(pi * lat / 180))) * (180 / pi);

    double minLat = lat - latDelta;
    double maxLat = lat + latDelta;

    double minLng = lng - lngDelta;
    double maxLng = lng + lngDelta;

    // Ensure the latitude is between -90 and 90
    minLat = max(-90.0, minLat);
    maxLat = min(90.0, maxLat);

    // Ensure the longitude is between -180 and 180
    minLng = (minLng + 180) % 360 - 180;
    maxLng = (maxLng + 180) % 360 - 180;

    // Ensure the bounds are in the correct order
    if (minLng > maxLng) {
      double temp = minLng;
      minLng = maxLng;
      maxLng = temp;
    }

    return LatLngBounds(
      southwest: LatLng(minLat, minLng),
      northeast: LatLng(maxLat, maxLng),
    );
  }

  double calculateDistance(String startLocation) {
    List<String> startLocationParts = startLocation.split(',');
    double startLatitude = double.parse(startLocationParts[0]);
    double startLongitude = double.parse(startLocationParts[1]);

    // Assuming currentLocation is the driver's location
    double currentLatitude = Get.find<LocationController>().latitude;
    double currentLongitude = Get.find<LocationController>().longitude;

    return Geolocator.distanceBetween(
      currentLatitude,
      currentLongitude,
      startLatitude,
      startLongitude,
    );
  }

  // void sortRidesByDistance() {
  //   rideAvailableMap['message'].sort((a, b) {
  //     double distanceA = calculateDistance(a['start_location']);
  //     double distanceB = calculateDistance(b['start_location']);
  //     return distanceA.compareTo(distanceB);
  //   });
  // }

  getRideAvailable() async {
    isLoading = true;
    LatLngBounds bounds = calculateBounds(
        Get.find<LocationController>().myLocation.latitude,
        Get.find<LocationController>().myLocation.longitude,
        4000);
    var payload = {
      // "carType": box.read(BoxName.carTypeOfDriver).toString(),
      'southwestLat': bounds.southwest.latitude.toString(),
      'southwestLon': bounds.southwest.longitude.toString(),
      'northeastLat': bounds.northeast.latitude.toString(),
      'northeastLon': bounds.northeast.longitude.toString(),
    };
    Log.print('payload: ${payload}');
    var res = await CRUD().get(link: AppLink.getRideWaiting, payload: payload);
    Log.print('res: ${res}');

    if (res != 'failure') {
      rideAvailableMap = jsonDecode(res);
      isLoading = false;
      update();
    } else {
      MyDialog().getDialog("No Rides Available".tr, '', () {
        Get.back();
        Get.back();
      });
    }
  }

  @override
  void onInit() {
    getRideAvailable();
    super.onInit();
  }
}