Downloading a network from a polygon crashes if the polygon is in a different projection (not in EPSG:4326)

To DO:

[ ] #524

Ra2ce version checks

[X] I have checked that this issue has not already been reported.
[X] I have checked that this bug exists on the latest version of Ra2ce in master here.

Reproducible example

Network from a shapefile which is an OSM-download

_network_section = NetworkSection(
    network_type=NetworkTypeEnum.DRIVE,
    road_types=[RoadTypeEnum.MOTORWAY,
                RoadTypeEnum.MOTORWAY_LINK,
                RoadTypeEnum.TRUNK, 
                RoadTypeEnum.TRUNK_LINK,
                RoadTypeEnum.PRIMARY, 
                RoadTypeEnum.PRIMARY_LINK,
                RoadTypeEnum.SECONDARY,
                RoadTypeEnum.SECONDARY_LINK,
                RoadTypeEnum.TERTIARY,
                RoadTypeEnum.TERTIARY_LINK,
                RoadTypeEnum.ROAD
                ], 
)

#pass the specified sections as arguments for configuration
_network_config_data = NetworkConfigData(
    root_path= root_dir,
    output_path= root_dir/"output",
    network=_network_section,
    static_path=root_dir.joinpath('static'),
    )

#download the network based on the polygon extent and the specified road characteristics
_graph,_gdf = OsmNetworkWrapper.get_network_from_polygon(_network_config_data, bbox_polygon)

Here the bbox coordinates are not in EPSG:4326 - The notebook crashes

Current behaviour

When the polygon is in another projection the notebook crashes and throws this error:

File ~\RA2CE\RA2CE_Rep\ra2ce\ra2ce\network\network_wrappers\osm_network_wrapper\osm_network_wrapper.py:133, in OsmNetworkWrapper.get_network_from_geojson(config_data)
    [125](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:125) if (
    [126](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:126)     not isinstance(config_data.network.polygon, Path)
    [127](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:127)     or not config_data.network.polygon.is_file()
    [128](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:128) ):
    [129](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:129)     raise ValueError(
    [130](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:130)         "A valid network polygon (.geojson) file path needs to be provided."
    [131](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:131)     )
--> [133](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:133) return OsmNetworkWrapper(config_data).get_network()

File ~\RA2CE\RA2CE_Rep\ra2ce\ra2ce\network\network_wrappers\osm_network_wrapper\osm_network_wrapper.py:64, in OsmNetworkWrapper.__init__(self, config_data)
     [62](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:62) self.network_type = config_data.network.network_type
     [63](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/network_wrappers/osm_network_wrapper/osm_network_wrapper.py:63) self.road_types = config_data.network.road_types
...
   [1419](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/networks_utils.py:1419)         raise ValueError(
   [1420](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/networks_utils.py:1420)             "Latitude is out of bounds, check your JSON format or data. The Coordinate Reference System should be in EPSG:4326."
   [1421](/ra2ce/examples/~/RA2CE/RA2CE_Rep/ra2ce/ra2ce/network/networks_utils.py:1421)         )

ValueError: Longitude is out of bounds, check your JSON format or data. The Coordinate Reference System should be in EPSG:4326.

Desired behaviour

01) Here the ability to specify a crs and the polygon gets reprojected through RA2CE to download the network through osm

class NetworkConfigData(ConfigDataProtocol):
    root_path: Optional[Path] = None
    input_path: Optional[Path] = None
    output_path: Optional[Path] = None
    static_path: Optional[Path] = None
    # CRS is not yet supported in the ini file, it might be relocated to a subsection.
    **crs: CRS = field(default_factory=lambda: CRS.from_user_input(4326))**
    project: ProjectSection = field(default_factory=ProjectSection)
    network: NetworkSection = field(default_factory=NetworkSection)
    origins_destinations: OriginsDestinationsSection = field(
        default_factory=OriginsDestinationsSection
    )

Additional context

This becomes an issue when

a. The user inputs their own polygon which can have different projections
b. You try to define the extent for the osm network through a hazard map as hazard maps can come in different projections (workflow : hazard map -> get extent from bounding box -> use the bounding box as the polygon to download the network)

For b, I reproject the hazard map if its not in EPSG:4326 so I can get the correct projection: (If there's a better workflow that would also be great)

hazard_map = Path(hazard_map)
output_map = hazard_map.parent / f'reprojected_{hazard_map.stem}.tif'

# Open the source raster file
with rasterio.open(hazard_map) as src:
    src_crs = src.crs
    target_crs = 'EPSG:4326'

    # Check if the source CRS is already EPSG:4326
    if src_crs.to_string() == target_crs:
        # If the source raster is already in the target CRS, copy the file
        shutil.copy(hazard_map, output_map)
        print(f"The source raster is already in {target_crs}. The file has been copied to {output_map}.")
    else:
        src_dtype = src.dtypes[0]

        transform, width, height = calculate_default_transform(
            src_crs, target_crs, src.width, src.height, *src.bounds)

        with rasterio.open(output_map,
                           'w',
                           driver='GTiff',
                           height=height,
                           width=width,
                           count=src.count,
                           dtype=src_dtype,
                           crs=target_crs,
                           transform=transform) as dst:
            for i in range(1, src.count + 1):
                reproject(
                    source=rasterio.band(src, i),
                    destination=rasterio.band(dst, i),
                    src_transform=src.transform,
                    src_crs=src_crs,
                    dst_transform=transform,
                    dst_crs=target_crs,
                    resampling=Resampling.nearest)
        print(f"Reprojection complete. Output saved to {output_map}")

Deltares / ra2ce