here.inspector.ipyleaflet package#

An inspector for the HERE PySDK based on ipyleaflet.

class here.inspector.ipyleaflet.IpyleafletInspector[source]#

Bases: Inspector

An inspector based on ipyleaflet.

add_features(features: GeoSeries | GeoDataFrame | BaseGeometry | Iterable[BaseGeometry] | Iterable[Tuple[BaseGeometry, Dict[str, Any]]] | Dict[str, Any] | Iterable[Dict[str, Any]] | None = None, name=None, style: Color | Dict | None = None, hover_style: Color | Dict | None = None, point_style: Color | Dict | None = None) → IpyleafletInspector[source]#

Add to the inspector a collection of map features (attributed geometries) as new layer.

The features layer can be named and styled.

Parameters:

  • features –

    the attributed geometries to render. Supported types: - gpd.GeoSeries, unattributed geometries - gpd.GeoDataFrame, attributes geometries - BaseGeometry, individual geometries - Iterable of BaseGeometry, it can be any container

    but also a Generator of unattributed geometries

    • Iterable of pair of BaseGeometry and Dict, it can be any container

      but also a Generator of geometries paired with attributes

    • Dict a parsed GeoJSON FeatureCollection or Feature

    • Iterable of parsed GeoJSON Feature, it can be any container

      but also a Generator of parsed GeoJSON features

  • name – an optional name to assign to the layer

  • style – an optional style for the features. If not present, a default one is picked. It can be a generic inspector style, as defined in here.inspector.styles, or directly an ipyleaflet style dictionary.

  • hover_style – an optional hover style. If not present, a default one is picked, based on style. It can be a generic inspector style, as defined in here.inspector.styles, or directly an ipyleaflet style dictionary.

  • point_style – an optional point style. If not present, a default one is picked, based on style. It can be a generic inspector style, as defined in here.inspector.styles, or directly an ipyleaflet style dictionary.

Returns:

self, for further chaining

add_tiles(tiles: Series | Iterable[int] | None = None, name=None, style: Color | Dict | None = None, hover_style: Color | Dict | None = None) → IpyleafletInspector[source]#

Add to the inspector a tiling grid as new layer.

The grid can be a complete grid or contain only some tiles. The grid layer can be named and styled.

Parameters:

  • tiles – the identifier of the tiles to render. Supported types: - pd.Series of tile identifiers - Iterable of tile identifiers, it can be any container but also a Generator - None add the complete grid of all the tiles defined by the tiling scheme

  • name – an optional name to assign to the layer

  • style – an optional style for the tiling grid. If not present, a default one is picked. It can be a generic inspector style, as defined in here.inspector.styles, or directly an ipyleaflet style dictionary.

  • hover_style – an optional hover style. If not present, a default one is picked, based on style. It can be a generic inspector style, as defined in here.inspector.styles, or directly an ipyleaflet style dictionary.

Returns:

self, for further chaining

backend() → Map[source]#

Return the inspector’s backend, in this case its Map object.

The backend is populated with the features, tiling grids and settings specified so far. Users can further configure the Map, but also UI components, according to the ipyleaflet documentation.

Returns:

The ipyleaflet.Map object created by the inspector

Raises:

ValueError – in case the backend can’t be configured with the data provided

set_basemap(basemap: dict | TileProvider | None = None) → Inspector[source]#

Set a custom basemap to use as a background.

This overrides the default base map of the theme, if any is defined. Setting it to None restores the default base map.

Parameters:

basemap – Either a dictionary or an object of class:xyzservices.lib.TileProvider.

Returns:

``self`, for further chaining

set_center(center: Point) → IpyleafletInspector[source]#

Configure the location to show in the inspector when opened.

If not set, an optimal starting location is calculated from the features and tiling grids.

Parameters:

center – the center point of the map

Returns:

self, for further chaining

set_colors(colors: List[Color] | None = None) → IpyleafletInspector[source]#

Set the list of colors the inspector cycles through to render content when no color or style is specified.

The default color list can be overridden in here.inspector.options.default_colors.

Parameters:

colors – a non-empty list of colors

Returns:

self, for further chaining

set_theme(theme: Theme | None = None) → IpyleafletInspector[source]#

Set the inspector theme.

This determines the background map, if any, and colors. The default theme can be overridden in here.inspector.options.default_theme.

Parameters:

theme – one of the predefined inspector themes

Returns:

self, for further chaining

set_zoom(zoom: int) → IpyleafletInspector[source]#

Configure the starting zoom level of the inspector.

If not set, an optimal starting zoom level is calculated from the geodata and tiling grids.

Parameters:

zoom – the zoom level, from 0 to 31

Returns:

self, for further chaining

show() → Map[source]#

Show the inspector in a Jupyter notebook with the features and tiles loaded so far.

Returns:

The ipyleaflet.Map object created by the inspector

Submodules#