Clusterer

Note

Using the clusterer helps to display a large number of markers on the map.
When the scale of the map is increased, individual markers are combined into a cluster;
when the map is scaled down, the cluster breaks up into individual markers.

Example 1: Creating a Map and adding a Clusterer to the Map

We declare a variable for the map, load the mappable library, extract the necessary classes.

window.map = null;
async function main() {
  await mappable.ready;

  const {MMap, MMapDefaultSchemeLayer, MMapMarker, MMapLayer, MMapFeatureDataSource} = mappable;
  //...
}

We load the package with the clusterer, extract the classes for creating clusterer objects and the clustering method.

const {MMapClusterer, clusterByGrid} = await mappable.import('@mappable-world/mappable-clusterer@0.0.1');

Create and add to the map a layer with a default schema, data sources, a layer of markers.

map = new MMap(document.getElementById('app'), {location: {center: [37.62, 55.62], zoom: 10}});
map
  .addChild(new MMapDefaultSchemeLayer())
  .addChild(new MMapFeatureDataSource({id: 'my-source'}))
  .addChild(new MMapLayer({source: 'my-source', type: 'markers', zIndex: 1800}));

You can set any markup for the marker and for the cluster.

const contentPin = document.createElement('div');
contentPin.innerHTML = '<img src="./pin.svg" />';

We declare the function for rendering ordinary markers, we will submit it to the clusterer settings.
Note that the function must return any Entity element. In the example, this is mappable.MMapMarker.

const marker = (feature) =>
  new mappable.MMapMarker(
    {
      coordinates: feature.geometry.coordinates,
      source: 'my-source'
    },
    contentPin.cloneNode(true)
  );

As for ordinary markers, we declare a cluster rendering function that also returns an Entity element.

const cluster = (coordinates, features) =>
  new mappable.MMapMarker(
    {
      coordinates,
      source: 'my-source'
    },
    circle(features.length).cloneNode(true)
  );

function circle(count) {
  const circle = document.createElement('div');
  circle.classList.add('circle');
  circle.innerHTML = `
        <div class="circle-content">
            <span class="circle-text">${count}</span>
        </div>
    `;
  return circle;
}

Let's declare an array with marker coordinates, then create an array of features with the appropriate interface. We will pass it to the clusterer settings.

const coordinates = [
  [37.64, 55.76],
  [37.63, 55.7],
  [37.43, 55.69],
  [37.47, 55.68],
  [38.53, 58.6],
  [37.59, 55.71],
  [37.5, 55.63],
  [37.52, 55.57],
  [37.52, 58.57],
  [40.52, 58.57]
];

const points = coordinates.map((lnglat, i) => ({
  type: 'Feature',
  id: i,
  geometry: {coordinates: lnglat},
  properties: {name: 'Point of issue of orders'}
}));

We create a clusterer object and add it to the map object.
As parameters, we pass the clustering method, an array of features, the functions for rendering markers and clusters.
For the clustering method, we will pass the size of the grid division in pixels.

const clusterer = new MMapClusterer({
        method: clusterByGrid({gridSize: 64}),
        features: points,
        marker,
        cluster
    });

    map.addChild(clusterer);
}

Example 2. Using a Clusterer with React JS

We declare a variable for the map, load the mappable library, extract the necessary classes.

window.map = null;
main();
async function main() {
    await mappable.ready;
    const mappableReact = await mappable.import('@mappable-world/mappable-reactify');
    const reactify = mappableReact.reactify.bindTo(React, ReactDOM);
    const {
        MMap,
        MMapDefaultSchemeLayer,
        MMapLayer,
        MMapFeatureDataSource,
        MMapMarker
    } = reactify.module(mappable);

We connect the package with the clusterer, extract the classes for creating clusterer objects and the clustering method.

const {MMapClusterer, clusterByGrid} = reactify.module(await mappable.import('@mappable-world/mappable-clusterer@0.0.1'));

We extract the necessary hooks. Let's declare an array with marker coordinates, then create an array of features with the appropriate interface.
We will pass it to the clusterer settings.

const {useCallback, useMemo} = React;

const coordinates = [
  [37.64, 55.76],
  [37.63, 55.7],
  [37.43, 55.69],
  [37.47, 55.68],
  [38.53, 58.6],
  [37.59, 55.71],
  [37.5, 55.63],
  [37.52, 55.57],
  [37.52, 58.57],
  [40.52, 58.57]
];

const points = coordinates.map((lnglat, i) => ({
  type: 'Feature',
  id: i,
  geometry: {coordinates: lnglat},
  properties: {name: 'Point of issue of orders'}
}));

We declare a render function. For the clustering method, we pass and store the size of one grid division in pixels.

function App() {
  const gridSizedMethod = useMemo(() => clusterByGrid({ gridSize: 64 }), []);
  // ...
}

We declare a function for rendering ordinary markers. Note that the function must return any Entity element. In the example, this is mappable.MMapMarker.

const marker = useCallback(
  (feature) => (
    <MMapMarker coordinates={feature.geometry.coordinates} source={'my-source'}>
      <img src={'./pin.svg'} />
    </MMapMarker>
  ),
  []
);

We declare a cluster rendering function that also returns an Entity element. We will transfer the marker and cluster rendering functions to the clusterer settings.

const cluster = useCallback(
  (coordinates, features) => (
    <MMapMarker coordinates={coordinates} source={'my-source'}>
      <div className="circle">
        <div className="circle-content">
          <span className="circle-text">{features.length}</span>
        </div>
      </div>
    </MMapMarker>
  ),
  []
);

We return JSX, in which we render the components of the map, the default layer, data sources, the layer for markers and the clusterer.
In the clusterer props, we pass the previously declared functions for rendering markers and clusters, the clustering method, and an array of features.

return <React.Fragment>
    <MMap location={LOCATION} ref={x => map = x}>
        <MMapDefaultSchemeLayer />
        <MMapFeatureDataSource id="my-source"/>
        <MMapLayer source="my-source" type="markers" zIndex={1800}/>
        <MMapClusterer
            marker={marker}
            cluster={cluster}
            method={gridSizedMethod}
            features={points}
        />
    </MMap>
</React.Fragment>;

// ...
ReactDOM.render(<App />, document.getElementById("app"));
}

Class: MMapClusterer

Display clustered features on a map.

Example

const clusterer = new MMapClusterer({
     method: clusterByGrid({gridSize: 64}),
     features: POINTS,
     marker: (feature) => new MMapMarker({
         coordinates: feature.geometry.coordinates,
         source: 'my-source'
     }
     cluster: (coordinates, cluster) => new MMapMarker({
         coordinates,
         source: 'my-source'
     }
});

map.addChild(new MMapDefaultSchemeLayer())
     .addChild(new MMapFeatureDataSource({id: 'my-source'}))
     .addChild(new MMapLayer({source: 'my-source', type: 'markers'}))
     .addChild(clusterer);

Constructors

constructor

new MMapClusterer(props)

Parameters
Name Type
props MMapClustererProps
Overrides

MMapComplexEntity.constructor

Properties

[optionsKeyVuefy]

static [optionsKeyVuefy]: CustomVuefyOptions<MMapClusterer, MMapClustererProps>

[overrideKeyReactify]

static [overrideKeyReactify]: CustomReactify<MMapClusterer, ForwardRefExoticComponent<{
	cluster: (`coordinates`: LngLat, `features`: Feature[]) => ReactElement<any, string | JSXElementConstructor<any>>;
	features: Feature[];
	key?: null | Key;
	marker: (`feature`: Feature) => ReactElement<any, string | JSXElementConstructor<any>>;
	maxZoom?: number;
	method: IClusterMethod;
	onRender?: (`clusters`: ClustererObject[]) => false | void;
	ref?: Ref<MMapEntity<{
	cluster: (`coordinates`: LngLat, `features`: Feature[]) => ReactElement<any, string | JSXElementConstructor<any>>;
	features: Feature[];
	marker: (`feature`: Feature) => ReactElement<any, string | JSXElementConstructor<any>>;
	maxZoom?: number;
	method: IClusterMethod;
	onRender?: (`clusters`: ClustererObject[]) => false | void;
	tickTimeout?: number 
}, {}>>;
	tickTimeout?: number 
}>>

[overrideKeyVuefy]

static [overrideKeyVuefy]: CustomVuefyFn<MMapClusterer, MMapClustererProps>

defaultProps

static defaultProps: Readonly<{
	tickTimeout: 200 
}>

Accessors

parent

get parent(): null | MMapComplexEntity<unknown, {}>

Get parent entity.

Returns

null | MMapComplexEntity<unknown, {}>

Inherited from

mappable.MMapComplexEntity.parent

root

get root(): null | MMap

Get root entity.

Returns

null | MMap

Inherited from

mappable.MMapComplexEntity.root

Methods

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<MMapClustererProps> New props values.
Returns

void

Inherited from

MMapComplexEntity.update

Class: Config

Configuration object for whole API.
For example, it can be used to set experiments or apikeys.

mappable.getDefaultConfig().setApikeys({search: "YOUR_SEARCH_API_KEY"})`.

Constructors

constructor

new Config()

Properties

description

readonly description: string

Methods

setApikeys

setApikeys(apikeys): void

Set apikeys for http-services.

mappable.getDefaultConfig().setApikeys({search: "YOUR_SEARCH_API_KEY"})`.
Parameters
Name Type
apikeys Apikeys
Returns

void

setExperiments

setExperiments(experiments): void

Set experiments for map.

Parameters
Name Type
experiments Record<string, boolean>
Returns

void

Class: Context<_T>

Type parameters

Name
_T

Constructors

constructor

new Context<_T>(name)

Type parameters
Name
_T
Parameters
Name Type
name string

Properties

name

readonly name: string

Class: GenericComplexEntity<Props, DefaultProps, Root>

Entity that aggregates multiple Entities but looks basic from the outside.

Example

type MMapSomeComplexEntityProps = {
 name?: string;
};
const defaultProps = {
 name: 'entity'
};
class MMapSomeComplexEntity extends GenericComplexEntity<MMapSomeComplexEntityProps, typeof defaultProps> {
 static defaultProps = defaultProps;
 private _someEntity?: MMapSomeEntity; // MMapSomeEntity extends GenericEntity
 protected _onAttach(): void {
     this._someEntity = new MMapSomeEntity();
     this.addChild(this._someEntity); // add someEntity as children
     // ...
 }
 // ...
}

Type parameters

Name Type Description
Props Props Type of input props of the Entity.
DefaultProps extends Object = {} Type of default input props of the Entity.
Root extends GenericRootEntity<unknown> = GenericRootEntity<unknown> Root Entity Class.

Constructors

constructor

new GenericComplexEntity<Props, DefaultProps, Root>(props, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Root extends GenericRootEntity<unknown, {}, Root> = GenericRootEntity<unknown, {}>
Parameters
Name Type Description
props Props The value of input props.
options? ComplexOptions<Root> Optional options object.
Overrides

GenericEntity.constructor

new GenericComplexEntity<Props, DefaultProps, Root>(props, children?, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Root extends GenericRootEntity<unknown, {}, Root> = GenericRootEntity<unknown, {}>
Parameters
Name Type
props Props
children? GenericEntity<unknown, {}, Root>[]
options? Omit<ComplexOptions<Root>, "children">
Overrides

GenericEntity<Props, DefaultProps, Root&gt;.constructor

Accessors

parent

get parent(): null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Get parent entity.

Returns

null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Inherited from

GenericEntity.parent

root

get root(): null | Root

Get root entity.

Returns

null | Root

Inherited from

GenericEntity.root

Methods

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<Props> New props values.
Returns

void

Inherited from

GenericEntity.update

Class: GenericEntity<Props, DefaultProps, Root>

Entity Base Class. It has event handlers for attaching, detaching and updating props. Has a method for providing and using context.

Example

type MMapSomeEntityProps = {
 name?: string;
};
const defaultProps = {
 name: 'entity'
};
class MMapSomeEntity extends GenericEntity<MMapSomeEntityProps, typeof defaultProps> {
 static defaultProps = defaultProps;
 public isAttached: boolean;
 constructor(props: MMapSomeEntityProps) {
     super(props);
     this.isAttached = false
     // Additional actions can be taken in the constructor of a class.
 }
 protected _onAttach(): void {
     this.isAttached = true;
     // Additional actions can be taken when an Entity is attached.
 }
 // ...
}

Type parameters

Name Type Description
Props Props Type of input props of the Entity.
DefaultProps extends Object = {} Type of default input props of the Entity.
Root extends GenericRootEntity<unknown> = GenericRootEntity<unknown> Root Entity Class.

Constructors

constructor

new GenericEntity<Props, DefaultProps, Root>(props)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Root extends GenericRootEntity<unknown, {}, Root> = GenericRootEntity<unknown, {}>
Parameters
Name Type Description
props Props The value of input props.

Accessors

parent

get parent(): null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Get parent entity.

Returns

null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

root

get root(): null | Root

Get root entity.

Returns

null | Root

Methods

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<Props> New props values.
Returns

void

Class: GenericGroupEntity<Props, DefaultProps, Root>

Entity that aggregates multiple Entities, and allows you to publicly add and remove entities to a subtree.

Example

type MMapSomeGroupEntityProps = {
 name?: string;
};
const defaultProps = {
 name: 'entity'
};
class MMapSomeGroupEntity extends GenericGroupEntity<MMapSomeGroupEntityProps, typeof defaultProps> {
 static defaultProps = defaultProps;
 // ...
}
const groupEntity = new MMapSomeGroupEntity()
const someEntity = new MMapSomeEntity(); // MMapSomeEntity extends GenericEntity
groupEntity.addChild(someEntity); // add someEntity in MMapSomeGroupEntity object
groupEntity.removeChild(someEntity); // remove someEntity from MMapSomeGroupEntity object

Type parameters

Name Type Description
Props Props Type of input props of the Entity.
DefaultProps extends Object = {} Type of default input props of the Entity.
Root extends GenericRootEntity<unknown> = GenericRootEntity<unknown> Root Entity Class.

Constructors

constructor

new GenericGroupEntity<Props, DefaultProps, Root>(props, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Root extends GenericRootEntity<unknown, {}, Root> = GenericRootEntity<unknown, {}>
Parameters
Name Type Description
props Props The value of input props.
options? ComplexOptions<Root> Optional options object.
Inherited from

GenericComplexEntity.constructor

new GenericGroupEntity<Props, DefaultProps, Root>(props, children?, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Root extends GenericRootEntity<unknown, {}, Root> = GenericRootEntity<unknown, {}>
Parameters
Name Type
props Props
children? GenericEntity<unknown, {}, Root>[]
options? Omit<ComplexOptions<Root>, "children">
Inherited from

GenericComplexEntity.constructor

Properties

children

readonly children: readonly GenericEntity<unknown, {}, Root>[]
Overrides

GenericComplexEntity.children

Accessors

parent

get parent(): null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Get parent entity.

Returns

null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Inherited from

GenericComplexEntity.parent

root

get root(): null | Root

Get root entity.

Returns

null | Root

Inherited from

GenericComplexEntity.root

Methods

addChild

addChild(child, index?): GenericGroupEntity<Props, DefaultProps, Root>

Parameters
Name Type
child GenericEntity<unknown, {}, Root>
index? number
Returns

GenericGroupEntity<Props, DefaultProps, Root>

Overrides

GenericComplexEntity.addChild

removeChild

removeChild(child): GenericGroupEntity<Props, DefaultProps, Root>

Parameters
Name Type
child GenericEntity<unknown, {}, Root>
Returns

GenericGroupEntity<Props, DefaultProps, Root>

Overrides

GenericComplexEntity.removeChild

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<Props> New props values.
Returns

void

Inherited from

GenericComplexEntity.update

Class: GenericRootEntity<Props, DefaultProps>

Entity that is root and cannot be added anywhere

Example

type MMapProps = {
 name?: string;
};
class MMap extends GenericRootEntity<MMapProps, typeof defaultProps> {
 // ...
}
// Now we can specify their root element for the Entity
class MMapSomeEntity extends GenericEntity<MMapSomeEntityProps, typeof defaultProps, MMap> {
 static defaultProps = defaultProps;
 // ...
}

Type parameters

Name Type Description
Props Props Type of input props of the Entity.
DefaultProps extends Object = {} Type of default input props of the Entity.

Constructors

constructor

new GenericRootEntity<Props, DefaultProps>(props, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Parameters
Name Type Description
props Props The value of input props.
options? ComplexOptions<GenericRootEntity<unknown, {}>> Optional options object.
Inherited from

GenericGroupEntity.constructor

new GenericRootEntity<Props, DefaultProps>(props, children?, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Parameters
Name Type
props Props
children? GenericEntity<unknown, {}, GenericRootEntity<unknown, {}>>[]
options? Omit<ComplexOptions<GenericRootEntity<unknown, {}>>, "children">
Inherited from

GenericGroupEntity.constructor

Properties

children

readonly children: readonly GenericEntity<unknown, {}, GenericRootEntity<unknown, {}>>[]
Inherited from

GenericGroupEntity.children

Accessors

parent

get parent(): null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Get parent entity.

Returns

null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Inherited from

GenericGroupEntity.parent

root

get root(): this

Get root entity.

Returns

this

Overrides

GenericGroupEntity.root

Methods

addChild

addChild(child, index?): GenericRootEntity<Props, DefaultProps>

Parameters
Name Type
child GenericEntity<unknown, {}, GenericRootEntity<unknown, {}>>
index? number
Returns

GenericRootEntity<Props, DefaultProps>

Inherited from

GenericGroupEntity.addChild

destroy

Abstract destroy(): void

Completely destroys the entity tree including the current entity

Returns

void

removeChild

removeChild(child): GenericRootEntity<Props, DefaultProps>

Parameters
Name Type
child GenericEntity<unknown, {}, GenericRootEntity<unknown, {}>>
Returns

GenericRootEntity<Props, DefaultProps>

Inherited from

GenericGroupEntity.removeChild

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<Props> New props values.
Returns

void

Inherited from

GenericGroupEntity.update

Class: MMap

Main API class. Create a map container.

Example

const map = new MMap(
    document.getElementById('map-root'),
    {location: {center: [-0.118092, 51.509865], zoom: 10}}
);
// add default Mappable scheme layer
map.addChild(new MMapDefaultSchemeLayer());
// relocate map to another point with animation in 200 milliseconds
map.setLocation({center: [48.707067, 44.516975], duration: 200});
// change mode from default `auto` to `raster`
map.setMode('raster');
// get map zoom for some calculations
const zoom = map.zoom;

Constructors

constructor

new MMap(rootContainer, props, children?)

Parameters
Name Type
rootContainer HTMLElement
props MMapProps
children? MMapEntity<unknown, {}>[]
Overrides

GenericRootEntity.constructor

Properties

children

readonly children: MMapEntity<unknown, {}>[]
Overrides

GenericRootEntity.children

[overrideKeyReactify]

static [overrideKeyReactify]: CustomReactify<MMap, ForwardRefExoticComponent<{
	behaviors?: BehaviorType[];
	camera?: MMapCameraRequest;
	children?: ReactNode;
	className?: string;
	config?: Config;
	copyrights?: boolean;
	copyrightsPosition?: MMapCopyrightsPosition;
	hotspotsStrategy?: "forViewport" | "forPointerPosition";
	key?: null | Key;
	location: MMapLocationRequest;
	margin?: Margin;
	mode?: MapMode;
	projection?: Projection;
	ref?: Ref<MMap>;
	restrictMapArea?: false | LngLatBounds;
	showScaleInCopyrights?: boolean;
	theme?: MMapTheme;
	tiltRange?: TiltRange;
	worldOptions?: WorldOptions;
	zoomRange?: ZoomRange;
	zoomRounding?: ZoomRounding;
	zoomStrategy?: ZoomStrategy 
}>>

defaultProps

static defaultProps: Readonly<{
	behaviors: string[];
	camera: {
		azimuth: number;
		tilt: number 
	};
	className: "";
	config: Config;
	copyrights: true;
	copyrightsPosition: "bottom right";
	hotspotsStrategy: "forViewport" | "forPointerPosition";
	margin: undefined | Margin;
	mode: "auto";
	projection: Projection;
	restrictMapArea: false;
	showScaleInCopyrights: false;
	theme: "light";
	worldOptions: {
		cycledX: boolean;
		cycledY: boolean 
	};
	zoomRange: ZoomRange;
	zoomRounding: "auto";
	zoomStrategy: "zoomToPointer" 
}>

Accessors

azimuth

get azimuth(): number

Returns

number

behaviors

get behaviors(): readonly BehaviorType[]

getter for MMapProps.behaviors prop

Returns

readonly BehaviorType[]

bounds

get bounds(): LngLatBounds

getter for MMapProps.location.bounds prop

Returns

LngLatBounds

center

get center(): readonly [number, number, undefined | number]

getter for MMapProps.location.center prop

Returns

readonly [number, number, undefined | number]

config

get config(): Readonly<Config>

getter for MMapProps.config prop

Returns

Readonly<Config>

container

get container(): HTMLElement

Main map container

Returns

HTMLElement

parent

get parent(): null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Get parent entity.

Returns

null | GenericComplexEntity<unknown, {}, GenericRootEntity<unknown, {}>>

Inherited from

GenericRootEntity.parent

projection

get projection(): Projection

getter for MMapProps.projection prop

Returns

Projection

restrictMapArea

get restrictMapArea(): Readonly<false | LngLatBounds>

getter for MMapProps.restrictMapArea prop

Returns

Readonly<false | LngLatBounds>

root

get root(): this

Get root entity.

Returns

this

Inherited from

GenericRootEntity.root

size

get size(): PixelCoordinates

getter for map size

Returns

PixelCoordinates

theme

get theme(): "dark" | "light"

getter for MMapProps.theme prop

Returns

"dark" | "light"

tilt

get tilt(): number

Returns

number

tiltRange

get tiltRange(): Readonly<TiltRange>

Returns

Readonly<TiltRange>

zoom

get zoom(): number

getter for MMapProps.location.zoom prop

Returns

number

zoomRange

get zoomRange(): Readonly<ZoomRange>

getter for MMapProps.zoomRange prop

Returns

Readonly<ZoomRange>

Methods

addChild

addChild(child, index?): MMap

Parameters
Name Type
child MMapEntity<unknown, {}>
index? number
Returns

MMap

Overrides

GenericRootEntity.addChild

destroy

destroy(): void

Destroy map and remove it from user DOM-element

Returns

void

Overrides

GenericRootEntity.destroy

removeChild

removeChild(child): MMap

Parameters
Name Type
child MMapEntity<unknown, {}>
Returns

MMap

Overrides

GenericRootEntity.removeChild

setBehaviors

setBehaviors(behaviors): void

setter for MMapProps.behaviors prop

Parameters
Name Type
behaviors BehaviorType[]
Returns

void

setCamera

setCamera(camera): void

setter for MMapProps.camera prop

Parameters
Name Type
camera MMapCameraRequest
Returns

void

setConfig

setConfig(config): void

setter for MMapProps.config prop

Parameters
Name Type
config Config
Returns

void

setLocation

setLocation(location): void

setter for MMapProps.location prop

Parameters
Name Type
location MMapLocationRequest
Returns

void

setMargin

setMargin(margin): void

setter for MMapProps.margin prop

Parameters
Name Type
margin Margin
Returns

void

setMode

setMode(mode): void

setter for MMapProps.mode prop

Parameters
Name Type
mode MapMode
Returns

void

setProjection

setProjection(projection): void

setter for MMapProps.projection prop

Parameters
Name Type
projection Projection
Returns

void

setRestrictMapArea

setRestrictMapArea(restrictMapArea): void

setter for MMapProps.config prop

Parameters
Name Type
restrictMapArea LngLatBounds
Returns

void

setZoomRange

setZoomRange(zoomRange): void

setter for MMapProps.zoomRange prop

Parameters
Name Type
zoomRange ZoomRange
Returns

void

setZoomRounding

setZoomRounding(zoomRounding): void

setter for MMapProps.zoomRounding prop

Parameters
Name Type
zoomRounding ZoomRounding
Returns

void

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<MMapProps> New props values.
Returns

void

Inherited from

GenericRootEntity.update

Class: MMapComplexEntity<Props, DefaultProps>

Entity that aggregates multiple Entities but looks basic from the outside.

Type Param

Root Entity Class.

Example

type MMapSomeComplexEntityProps = {
 name?: string;
};
const defaultProps = {
 name: 'entity'
};
class MMapSomeComplexEntity extends MMapComplexEntity<MMapSomeComplexEntityProps, typeof defaultProps> {
 static defaultProps = defaultProps;
 private _someEntity?: MMapSomeEntity; // MMapSomeEntity extends GenericEntity
 protected _onAttach(): void {
     this._someEntity = new MMapSomeEntity();
     this.addChild(this._someEntity); // add someEntity as children
     // ...
 }
 // ...
}

Type parameters

Name Type Description
Props Props Type of input props of the Entity.
DefaultProps extends Object = {} Type of default input props of the Entity.

Implements

Constructors

constructor

new MMapComplexEntity<Props, DefaultProps>(props, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Parameters
Name Type Description
props Props The value of input props.
options? ComplexOptions<MMap> Optional options object.
Inherited from

GenericComplexEntity.constructor

new MMapComplexEntity<Props, DefaultProps>(props, children?, options?)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Parameters
Name Type
props Props
children? GenericEntity<unknown, {}, MMap>[]
options? Omit<ComplexOptions<MMap>, "children">
Inherited from

GenericComplexEntity.constructor

Accessors

parent

get parent(): null | MMapComplexEntity<unknown, {}>

Get parent entity.

Returns

null | MMapComplexEntity<unknown, {}>

Implementation of

MMapEntity.parent

Overrides

GenericComplexEntity.parent

root

get root(): null | MMap

Get root entity.

Returns

null | MMap

Implementation of

MMapEntity.root

Overrides

GenericComplexEntity.root

Methods

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<Props> New props values.
Returns

void

Implementation of

MMapEntity.update

Inherited from

GenericComplexEntity.update

Class: MMapEntity<Props, DefaultProps>

Entity Base Class. It has event handlers for attaching, detaching and updating props. Has a method for providing and using context.

Example

type MMapSomeEntityProps = {
 name?: string;
};
const defaultProps = {
 name: 'entity'
};
class MMapSomeEntity extends MMapEntity<MMapSomeEntityProps, typeof defaultProps> {
 static defaultProps = defaultProps;
 public isAttached: boolean;
 constructor(props: MMapSomeEntityProps) {
     super(props);
     this.isAttached = false
     // Additional actions can be taken in the constructor of a class.
 }
 protected _onAttach(): void {
     this.isAttached = true;
     // Additional actions can be taken when an Entity is attached.
 }
 // ...
}

Type parameters

Name Type Description
Props Props Type of input props of the Entity.
DefaultProps extends Object = {} Type of default input props of the Entity.

Implemented by

Constructors

constructor

new MMapEntity<Props, DefaultProps>(props)

Type parameters
Name Type
Props Props
DefaultProps extends Object = {}
Parameters
Name Type Description
props Props The value of input props.
Inherited from

GenericEntity.constructor

Accessors

parent

get parent(): null | MMapComplexEntity<unknown, {}>

Get parent entity.

Returns

null | MMapComplexEntity<unknown, {}>

Overrides

GenericEntity.parent

root

get root(): null | MMap

Get root entity.

Returns

null | MMap

Overrides

GenericEntity.root

Methods

update

update(changedProps): void

Method for updating props of Entity.

Parameters
Name Type Description
changedProps Partial<Props> New props values.
Returns

void

Inherited from

GenericEntity.update

Interface: IClusterMethod

Interface of method class

Methods

render

render(props): ClustererObject[]

Parameters
Name Type
props RenderProps
Returns

ClustererObject[]

Interface: Apikeys

All possible apikeys for http-services.

Properties

router

optional router: string
optional search: string

suggest

optional suggest: string

Interface: ComplexOptions<Root>

Type parameters

Name Type
Root extends GenericRootEntity<unknown> = GenericRootEntity<unknown>

Properties

children

optional children: GenericEntity<unknown, {}, Root>[]

container

optional container: boolean

Interface: GenericFeature<TCoordinates>

Type parameters

Name
TCoordinates

Properties

geometry

geometry: GenericGeometry<TCoordinates>

id

id: string

properties

optional properties: Record<string, unknown>

type

type: "Feature"

Interface: GenericLineStringGeometry<TCoordinates>

Type parameters

Name
TCoordinates

Properties

coordinates

coordinates: TCoordinates[]

type

type: "LineString"

Interface: GenericMultiLineStringGeometry<TCoordinates>

Type parameters

Name
TCoordinates

Properties

coordinates

coordinates: TCoordinates[][]

type

type: "MultiLineString"

Interface: GenericMultiPolygonGeometry<TCoordinates>

Type parameters

Name
TCoordinates

Properties

coordinates

coordinates: TCoordinates[][][]

Array of polygons. See GenericPolygonGeometry.

type

type: "MultiPolygon"

Interface: GenericPointFeature<TCoordinates>

Type parameters

Name
TCoordinates

Properties

geometry

geometry: GenericPointGeometry<TCoordinates>
Overrides

GenericFeature.geometry

id

id: string
Inherited from

GenericFeature.id

properties

optional properties: Record<string, unknown>
Inherited from

GenericFeature.properties

type

type: "Feature"
Inherited from

GenericFeature.type

Interface: GenericPointGeometry<TCoordinates>

Type parameters

Name
TCoordinates

Properties

coordinates

coordinates: TCoordinates

type

type: "Point"

Interface: GenericPolygonGeometry<TCoordinates>

Type parameters

Name
TCoordinates

Properties

coordinates

coordinates: TCoordinates[][]

Polygon's rings.

Remarks

Inner rings may extend beyond outer ring.
GeoJSON doesn't allow this, but there's a lot of data like this in this JS API.

type

type: "Polygon"

Interface: GenericProjection<TSource>

Type parameters

Name
TSource

Properties

type

optional readonly type: string

Projection identity type. It may be:

  • EPSG-code (e.g. EPSG:3857)
  • any other string to identify (e.g. 'cartesian')

Methods

fromWorldCoordinates

fromWorldCoordinates(coordinates): TSource

Parameters
Name Type
coordinates WorldCoordinates
Returns

TSource

toWorldCoordinates

toWorldCoordinates(point): WorldCoordinates

Parameters
Name Type
point TSource
Returns

WorldCoordinates

Interface: PixelCoordinates

Global pixel coordinates. World size depends on zoom.
Left top is (0; 0).
Right bottom is (2**(zoom + 8); 2**(zoom + 8)).

Properties

type

optional readonly type: "pixel"

x

x: number
Inherited from

Vec2.x

y

y: number
Inherited from

Vec2.y

Interface: ReactParent

Properties

entityRef

entityRef: RefInstance<GenericEntity<unknown, {}, GenericRootEntity<unknown, {}>>>

Methods

positionChild

positionChild(entity): number

Parameters
Name Type
entity RefInstance<GenericEntity<unknown, {}, GenericRootEntity<unknown, {}>>>
Returns

number

requestReposition

requestReposition(): void

Returns

void

Interface: TiltRange

Properties

expansion

readonly expansion: number

Behavior tilt expansion in radians. E.g. you can tilt map with fingers a little bit more than max.

max

readonly max: number

Maximum tilt in radians.

min

readonly min: number

Minimum tilt in radians.

Interface: Vec2

Properties

x

x: number

y

y: number

Interface: VuefyModuleFn

Callable

VuefyModuleFn

VuefyModuleFn<TModule>(module, props?): VuefiedModule<TModule>

Type parameters
Name Type
TModule extends BaseModule = BaseModule
Parameters
Name Type
module TModule
props? VuefyPropsModule<TModule>
Returns

VuefiedModule<TModule>

Interface: WorldCoordinates

Coordinates in [-1 ... +1].
Left bottom is (-1; -1).
Right top is (+1; +1).
Center is (0; 0).

Properties

type

optional readonly type: "world"

x

x: number
Inherited from

Vec2.x

y

y: number
Inherited from

Vec2.y

z

optional z: number

Interface: WorldOptions

Properties

cycledX

readonly cycledX: boolean

Interface: ZoomRange

Properties

max

max: number

min

min: number

Type Aliases

ClustererObject

ClustererObject: Object

Represents object on a map (either cluster or feature)

Type declaration
Name Type
clusterId string
features Feature[]
lnglat LngLat
world WorldCoordinates

ClustersCollection

ClustersCollection: Map<string, Cluster>

EntitiesMap

EntitiesMap: Record<string, MMapEntity<unknown> | undefined>

Represents map of entities with its id

Feature

Feature: GenericPointFeature<LngLat>

Feature to clusterize on a map

MMapClustererProps

MMapClustererProps: Object

MMapClusterer props

Type declaration
Name Type Description
cluster (coordinates: LngLat, features: Feature[]) => MMapEntity<unknown> Function to create marker for cluster
features Feature[] Features
marker (feature: Feature) => MMapEntity<unknown> Function to create marker for point
maxZoom? number Maximum zoom for clusterisation. If map zoom is bigger, markers will be displayed as is.
method IClusterMethod Clusterisation method
onRender? (clusters: ClustererObject[]) => void | false Return false, if you want to override the render
tickTimeout? number The amount of time that may be passed before the render method can be called again

RenderProps

RenderProps: Object

Props for rendering

Type declaration
Name Type
features Feature[]
map MMap

Functions

clusterByGrid

clusterByGrid(«destructured»): IClusterMethod

Parameters
Name Type
«destructured» Object
› gridSize number
Returns

IClusterMethod

Module: <internal>

Type Aliases

BaseModule

BaseModule: Record<string | symbol, unknown>

BehaviorType

BehaviorType: "drag" | "pinchZoom" | "scrollZoom" | "dblClick" | "magnifier" | "oneFingerZoom" | "mouseRotate" | "mouseTilt" | "pinchRotate" | "panTilt"

Cluster

Cluster: Object

Cluster that contains cluster or feature and its sum of coordinates

Type declaration
Name Type
features Feature[]
objects ClustererObject[]
sumX number
sumY number

ContextWatcherFn

ContextWatcherFn: () => void
Type declaration

(): void

Returns

void

CustomReactify

CustomReactify<TEntity,
 TResult\>: (`ctor`: EntityConstructor<TEntity>, `params`: {
	React: typeof TReact;
	ReactDOM: typeof TReactDOM;
	ReactParent: typeof ReactParent;
	reactify: {
		context: <TContext>(`context?`: TContext) => TReact.Context<unknown>;
		module: ReactifyModule;
		entity: <T>(...`args`: [ctor: T, displayName?: string]) => T extends Overrided<T, TResult> ? TResult : ForwardRefExoticComponent<PropsWithoutRef<PropsWithChildren<EntityProps<InstanceType<T>>>> & RefAttributes<undefined | InstanceType<T>>> 
	} 
}) => TResult
Type parameters
Name Type
TEntity extends GenericEntity<unknown>
TResult TResult
Type declaration

(ctor, params): TResult

Parameters
Name Type
ctor EntityConstructor<TEntity>
params Object
params.React typeof TReact
params.ReactDOM typeof TReactDOM
params.ReactParent typeof ReactParent
params.reactify Object
params.reactify.context <TContext>(context?: TContext) => TReact.Context<unknown>
params.reactify.module ReactifyModule
params.reactify.entity <T>(...args: [ctor: T, displayName?: string]) => T extends Overrided<T, TResult> ? TResult : ForwardRefExoticComponent<PropsWithoutRef<PropsWithChildren<EntityProps<InstanceType<T>>>> & RefAttributes<undefined | InstanceType<T>>>
Returns

TResult

CustomVuefyFn

CustomVuefyFn<TEntity,
 TExternalProps\>: (`ctor`: EntityConstructor<TEntity>, `props`: VuefyPropsObject<TExternalProps>, `params`: {
	Vue: typeof TVue;
	vuefy: {
		context: VuefyContextFn;
		entity: VuefyEntityFn;
		module: VuefyModuleFn 
	} 
}) => TVue.Component<TExternalProps>
Type parameters
Name Type
TEntity extends DefaultEntity
TExternalProps EntityProps<TEntity>
Type declaration

(ctor, props, params): TVue.Component<TExternalProps>

Parameters
Name Type
ctor EntityConstructor<TEntity>
props VuefyPropsObject<TExternalProps>
params Object
params.Vue typeof TVue
params.vuefy Object
params.vuefy.context VuefyContextFn
params.vuefy.entity VuefyEntityFn
params.vuefy.module VuefyModuleFn
Returns

TVue.Component<TExternalProps>

CustomVuefyOptions

CustomVuefyOptions<TEntity,
 TExternalProps\>: Object
Type parameters
Name Type
TEntity extends DefaultEntity
TExternalProps EntityProps<TEntity>
Type declaration
Name Type
props VuefyPropsObject<TExternalProps> | VuefyPropsArray<TExternalProps>

DefaultContext

DefaultContext: Context<unknown>

DefaultCtor

DefaultCtor: EntityConstructor<DefaultEntity>

DefaultEntity

DefaultEntity: GenericEntity<unknown>

DefaultProps

DefaultProps: typeof defaultProps

DefaultProps

DefaultProps: typeof defaultProps

EasingBezierPreset

EasingBezierPreset: Object
Type declaration
Name Type
p1 Vec2
p2 Vec2

EasingFunction

EasingFunction: (`x`: number) => number
Type declaration

(x): number

Parameters
Name Type
x number
Returns

number

EasingFunctionDescription

EasingFunctionDescription: EasingPresetName | EasingBezierPreset | EasingFunction

EasingPresetName

EasingPresetName: "linear" | "ease" | "ease-in" | "ease-out" | "ease-in-out"

EntityConstructor

EntityConstructor<TEntity\>: (...`args`: any[]) => TEntity
Type parameters
Name Type
TEntity extends GenericEntity<unknown>
Type declaration

(...args)

Parameters
Name Type
...args any[]

EntityProps

EntityProps<T\>: T extends GenericEntity<infer P> ? P : never
Type parameters
Name Type
T extends GenericEntity<unknown>

GenericBounds

GenericBounds<T\>: [T, T]

Generic for rectangle bounded by bottom-left and top-right coordinates

Type parameters
Name
T

GenericGeometry

GenericGeometry<TCoordinates\>: GenericPolygonGeometry<TCoordinates> | GenericMultiPolygonGeometry<TCoordinates> | GenericLineStringGeometry<TCoordinates> | GenericMultiLineStringGeometry<TCoordinates> | GenericPointGeometry<TCoordinates>
Type parameters
Name
TCoordinates

LngLat

LngLat: [lon: number, lat: number, alt?: number]

Tuple with geodesic coordinates in longitude latitude order.
GeoJSON also uses this order https://tools.ietf.org/html/rfc7946#appendix-A.1

LngLatBounds

LngLatBounds: GenericBounds<LngLat>

Rectangle bounded by top-left and bottom-right coordinates

MMapBoundsLocation

MMapBoundsLocation: Object

Calculate the center and zoom by specifying the coordinates of the top left and bottom right corners of the map.
In this case, the center of the map will be in the center of the rectangle described at the given coordinates.
If the map have an aspect ratio different from this rectangle, the rectangle will be inscribed in height and the map will be centered in width.

map.update({
    location: {bounds: [[-0.118092, 51.509865], [-0.118092, 51.509865]]}
});
Type declaration
Name Type
bounds LngLatBounds

MMapCamera

MMapCamera: Object

Observer camera position

Type declaration
Name Type Description
azimuth? number Map rotation in radians. Can take values from -Math.PI to Math.PI
tilt? number Map tilt in radians. Can take values from 0 to 50 degrees (degrees * (Math.PI / 180))

MMapCameraRequest

MMapCameraRequest: MMapCamera & {
	duration?: number;
	easing?: EasingFunctionDescription 
}

Describes how to change current camera position. Change can be instantaneous or animated if duration property is set.

map.update({camera: {
     tilt: 45 * (Math.PI / 180), // 45 degrees
     azimuth: 30 * (Math.PI / 180) // 30 degrees
     duration: 200, // Animation of moving camera will take 200 milliseconds
     easing: 'ease-in-out'
 }});

MMapCenterLocation

MMapCenterLocation: Object

Sets map center. In this case, the zoom of the map remains unchanged.

map.update({
  location: {center: [-0.118092, 51.509865]}
});
Type declaration
Name Type
center LngLat

MMapCenterZoomLocation

MMapCenterZoomLocation: MMapCenterLocation & MMapZoomLocation

Sets map center and zoom. Combination of MMapCenterLocation and MMapZoomLocation

map.update({
 location: {center: [-0.118092, 51.509865], zoom: 10}
});

MMapCopyrightsPosition

MMapCopyrightsPosition: "top left" | "top right" | "bottom left" | "bottom right"

Copyrights position on the map container. By default, 'bottom right'.
For example, 'top left' or 'bottom right'

const map = new mappable.MMap(document.getElementById('map-root'), {
 copyrightsPosition: 'top left'
});

MMapLocationRequest

MMapLocationRequest: MMapBoundsLocation | MMapCenterLocation | MMapZoomLocation | MMapCenterZoomLocation & {
	duration?: number;
	easing?: EasingFunctionDescription 
}

Describes how to change current map location. Change can be instantaneous or animated if duration property is set.

map.update({
 location: {
     center: [-0.118092, 51.509865], // Center of the map
     zoom: 10, // Zoom level
     duration: 200, // Animation of moving map will take 200 milliseconds
     easing: 'ease-in-out' // Animation easing function
 }
});

or just change center of the map

map.update({
 location: {
    center: [-0.118092, 51.509865], // Center of the map
    duration: 200, // Animation of moving map will take 200 milliseconds
    easing: 'linear' // Animation easing function
 }
})';

MMapProps

MMapProps: Object

Map settings. Allow to set map mode, behaviors, margin, zoom rounding, zoom range, restrict map area, theme and other settings.

const map = new MMap(document.getElementById('map-root'), {
   className: 'custom-map',
   location: {center: [-0.118092, 51.509865], zoom: 10},
   camera: {tilt: 45 * (Math.PI / 180), azimuth: 30 * (Math.PI / 180)}
   mode: 'raster',
   behaviors: ['drag', 'scrollZoom', 'dblClick', 'mouseRotate', 'mouseTilt'],
   margin: [0, 100, 0, 0],
   theme: 'light'
});

But required only location prop.

const map = new MMap(document.getElementById('map-root'), {
  location: {center: [-0.118092, 51.509865], zoom: 10}
});
Type declaration
Name Type Description
behaviors? BehaviorType[] Active behaviors
camera? MMapCameraRequest Initial camera or request to change camera with duration
className? string Map container css class name
config? Config Other configs
copyrightsPosition? MMapCopyrightsPosition Position of copyright on the page. Default is 'bottom right'
hotspotsStrategy? "forViewport" | "forPointerPosition" Strategy for fetching hotspots, for whole viewport or for tiles that pointer is hovering at
location MMapLocationRequest Initial location or request to change location with duration
margin? Margin Map margins
mode? MapMode Map mode, 'auto' (default. Show raster tiles while vector tiles are loading), 'raster' or 'vector' (without raster preloading).
projection? Projection Projection used in map
restrictMapArea? LngLatBounds | false Sets the map view area so that the user cannot move outside of this area.
showScaleInCopyrights? boolean Show the map scale next to copyright
theme? MMapTheme Theme applied to the scheme
worldOptions? WorldOptions Whether to repeat the world in X and Y
zoomRange? ZoomRange Restrict min and max map zoom
zoomRounding? ZoomRounding Set rounding for zoom. If auto is selected, zoom will be snap for raster and smooth for vector MapMode. Default is auto.
zoomStrategy? ZoomStrategy Zoom strategy describes if map center is bound to the zoom point or not

MMapTheme

MMapTheme: "light" | "dark"

Map theme. Affects the colors of the map controls and background.

const map = new mappable.MMap({
   location: {center: [55.751574, 37.573856], zoom: 9},
   theme: 'dark'
});

MMapZoomLocation

MMapZoomLocation: Object

Sets map zoom. In this case, the center of the map remains unchanged.

map.update({
   location: {zoom: 10}
});
Type declaration
Name Type
zoom number

MapMode

MapMode: "raster" | "vector" | "auto"

Margin

Margin: [number, number, number, number]

Map margins in pixels. Order is top, right, bottom, left.

Overrided

Overrided<TCtor,
 TReactResult\>: Object
Type parameters
Name Type
TCtor extends EntityConstructor<GenericEntity<unknown>>
TReactResult TReactResult
Type declaration
Name Type
[overrideKeyReactify] CustomReactify<InstanceType<TCtor>, TReactResult>

Projection

Projection: GenericProjection<LngLat>

PropsFromCtor

PropsFromCtor<TCtor\>: EntityProps<InstanceType<TCtor>>
Type parameters
Name Type
TCtor extends DefaultCtor

RefInstance

RefInstance<TEntity\>: React.MutableRefObject<TEntity | undefined>
Type parameters
Name Type
TEntity extends GenericEntity<unknown>

VuefiedModule

VuefiedModule<TModule\>: { [Property in keyof TModule]: TModule[Property] extends DefaultCtor ? ReturnType<VuefyEntityFnGen<TModule[Property]\>\> : TModule[Property] extends typeof Context ? ReturnType<VuefyContextFn\> : TModule[Property] }
Type parameters
Name Type
TModule extends BaseModule

VuefyContextFn

VuefyContextFn: <TContext>(`context?`: TContext) => symbol
Type declaration

<TContext>(context?): symbol

Type parameters
Name Type
TContext extends DefaultContext
Parameters
Name Type
context? TContext
Returns

symbol

VuefyEntityFn

VuefyEntityFn: <TCtor, TProps>(...`args`: Parameters<VuefyEntityFnGen<TCtor, TProps>>) => ReturnType<VuefyEntityFnGen<TCtor, TProps>>
Type declaration

<TCtor, TProps>(...args): ReturnType<VuefyEntityFnGen<TCtor, TProps>>

Type parameters
Name Type
TCtor extends DefaultCtor
TProps PropsFromCtor<TCtor>
Parameters
Name Type
...args Parameters<VuefyEntityFnGen<TCtor, TProps>>
Returns

ReturnType<VuefyEntityFnGen<TCtor, TProps>>

VuefyEntityFnGen

VuefyEntityFnGen<TCtor,
 TProps\>: (`ctor`: TCtor, `props?`: VuefyPropsObject<TProps> | VuefyPropsArray<TProps>, `displayName?`: string) => TVue.Component<TProps>
Type parameters
Name Type
TCtor extends DefaultCtor
TProps PropsFromCtor<TCtor>
Type declaration

(ctor, props?, displayName?): TVue.Component<TProps>

Parameters
Name Type
ctor TCtor
props? VuefyPropsObject<TProps> | VuefyPropsArray<TProps>
displayName? string
Returns

TVue.Component<TProps>

VuefyPropsArray

VuefyPropsArray<RawProps\>: keyof RawProps[]
Type parameters
Name
RawProps

VuefyPropsModule

VuefyPropsModule<TModule\>: { [Key in keyof TModule]: TModule[Key] extends GenericEntity<infer Props\> ? VuefyPropsObject<Props\> \| VuefyPropsArray<Props\> : unknown }
Type parameters
Name Type
TModule extends BaseModule

VuefyPropsObject

VuefyPropsObject<RawProps\>: { [K in keyof RawProps]-?: TVue.PropType<RawProps[K]\> \| TVue.Prop<RawProps[K]\> }
Type parameters
Name
RawProps

WithDefaults

WithDefaults<Props,
 DefaultProps\>: Props & { [K in keyof DefaultProps]: K extends keyof Props ? NonNullable<Props[K]\> : never }
Type parameters
Name Type
Props Props
DefaultProps extends Partial<Props>

ZoomRounding

ZoomRounding: "snap" | "smooth" | "auto"

Set rounding for zoom.
If auto is selected, zoom will be snap for raster and smooth for vector MapMode.
Default is auto.

ZoomStrategy

ZoomStrategy: "zoomToCenter" | "zoomToPointer"

Variables

ReactParent

ReactParent: React.Context<[ReactParent] | undefined>

ReactParent

ReactParent: Context<undefined | [ReactParent]>

defaultProps

const defaultProps: Readonly<{
	tickTimeout: 200 
}>

defaultProps

const defaultProps: Readonly<{
	behaviors: string[];
	camera: {
		azimuth: number;
		tilt: number 
	};
	className: "";
	config: Config;
	copyrights: true;
	copyrightsPosition: "bottom right";
	hotspotsStrategy: "forViewport" | "forPointerPosition";
	margin: Margin | undefined;
	mode: "auto";
	projection: Projection;
	restrictMapArea: false;
	showScaleInCopyrights: false;
	theme: "light";
	worldOptions: {
		cycledX: boolean;
		cycledY: boolean 
	};
	zoomRange: ZoomRange;
	zoomRounding: "auto";
	zoomStrategy: "zoomToPointer" 
}>