23965535588

Committed 03 Apr 2026 11:07PM UTC coverage: 59.873% (-1.8%) from 61.699%

Build # 23965535588

Build Type

push

github

Committed by

web-flow

Commit Message

chore: deck.gl 9.2 upgrade & loaders.gl, luma.gl upgrades (#3271)

* chore: upgrade to deckgl 9.2.11

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fixes

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix lint follow up

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix blending

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix geojson layer

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* more fixes for aggregation layers

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix h3 layer

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* potential fix for issues with geoarrow in point and line layers

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix postprocessing effects

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fixes for light and shadow effect

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* shadow and light effect - restore uniform shadow during the nighttime

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* don't hide line and arc layers when layer type changed

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* restore filters for aggregation layers

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix aggregation layers - hightlight outlines

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fixes for raster tile layer - raster pmtiles related

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fixes for raster tiles shader modules updates

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* fix lint

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* more lint

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* try to fix CI lint

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* try to fix CI tests

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* install webgpu

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* try to fix Ci test env setup

Signed-off-by: Ihor Dykhta <dikhta.igor@gmail.com>

* cont fix setup browser env

Signed-o... (continued)

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66.89

/src/components/src/plot-container.tsx

// SPDX-License-Identifier: MIT
// Copyright contributors to the kepler.gl project

// libraries
import React, {useRef, useEffect, useState, useCallback, useMemo} from 'react';
import styled from 'styled-components';
import {Map} from 'react-map-gl';
import debounce from 'lodash/debounce';
import {
  exportImageError,
  scaleMapStyleByResolution,
  getCenterAndZoomFromBounds,
  convertToPng,
  getScaleFromImageSize
} from '@kepler.gl/utils';
import {findMapBounds, areAnyDeckLayersLoading} from '@kepler.gl/reducers';
import MapContainerFactory from './map-container';
import MapsLayoutFactory from './maps-layout';
import {MapViewStateContextProvider} from './map-view-state-context';

import {GEOCODER_LAYER_ID} from '@kepler.gl/constants';
import {Effect, SplitMap, ExportImage} from '@kepler.gl/types';
import {
  ActionHandler,
  addNotification,
  setExportImageDataUri,
  setExportImageError,
  setExportImageSetting
} from '@kepler.gl/actions';
import {mapFieldsSelector} from './kepler-gl';

const CLASS_FILTER = [
  'maplibregl-control-container',
  'mapboxgl-control-container',
  'attrition-link',
  'attrition-logo',
  'map-control__panel-split-viewport-tools'
];
const DOM_FILTER_FUNC = node => !CLASS_FILTER.includes(node.className);
const OUT_OF_SCREEN_POSITION = -9999;

/**
 * Calculates legend zoom based on export height
 * Maps export height to a zoom factor between 0.5 and 3
 * @param height - export height in pixels
 * @returns zoom factor for legend panel
 */
function calculateLegendZoom(height: number): number {
  const baseHeight = 1080; // 1x zoom reference height
  const minZoom = 0.5;
  const maxZoom = 3;

  // For initial/invalid heights, avoid shrinking the legend; use no scaling.
  if (!Number.isFinite(height) || height <= 0) {
    return 1;
  }

  // Linear mapping: height / baseHeight gives us the scale
  const zoomFactor = height / baseHeight;
  // Clamp between min and max
  return Math.max(minZoom, Math.min(maxZoom, zoomFactor));
}

PlotContainerFactory.deps = [MapContainerFactory, MapsLayoutFactory];

// Remove mapbox logo in exported map, because it contains non-ascii characters
// Remove split viewport UI controls from exported images when the legend is shown
interface StyledPlotContainerProps {
  legendZoom?: number;
}

const StyledPlotContainer = styled.div<StyledPlotContainerProps>`
  .maplibregl-ctrl-bottom-left,
  .maplibregl-ctrl-bottom-right,
  .maplibre-attribution-container,
  .mapboxgl-ctrl-bottom-left,
  .mapboxgl-ctrl-bottom-right,
  .mapbox-attribution-container,
  .map-control__panel-split-viewport-tools {
    display: none;
  }

  position: absolute;
  top: ${OUT_OF_SCREEN_POSITION}px;
  left: ${OUT_OF_SCREEN_POSITION}px;

  /* Apply zoom to legend panel based on export height */
  .map-control-panel {
    zoom: ${props => props.legendZoom || 1} !important;
  }
`;

interface StyledMapContainerProps {
  width?: number;
  height?: number;
}

const StyledMapContainer = styled.div<StyledMapContainerProps>`
  width: ${props => props.width}px;
  height: ${props => props.height}px;
  display: flex;
`;

interface PlotContainerProps {
  // Image export settings
  ratio?: string;
  resolution?: string;
  legend?: boolean;
  center?: boolean;
  imageSize: ExportImage['imageSize'];
  escapeXhtmlForWebpack?: boolean;

  // Map settings
  mapFields: ReturnType<typeof mapFieldsSelector>;
  splitMaps?: SplitMap[];

  // Callbacks
  setExportImageSetting: typeof setExportImageSetting;
  setExportImageDataUri: typeof setExportImageDataUri;
  setExportImageError: typeof setExportImageError;
  addNotification: ActionHandler<typeof addNotification>;

  // Flags
  enableErrorNotification?: boolean;

  // Optional: override legend header logo during export
  logoComponent?: React.ReactNode;
}

export default function PlotContainerFactory(
  MapContainer: ReturnType<typeof MapContainerFactory>,
  MapsLayout: ReturnType<typeof MapsLayoutFactory>
): React.ComponentType<PlotContainerProps> {
  function PlotContainer({
    // Image export settings
    ratio,
    resolution,
    legend = false,
    center,
    imageSize,
    escapeXhtmlForWebpack,

    // Map settings
    mapFields,
    splitMaps = [],

    // Callbacks
    setExportImageSetting,
    setExportImageDataUri,
    setExportImageError,
    addNotification,

    // Flags
    enableErrorNotification,
    logoComponent
  }: PlotContainerProps) {
    const plottingAreaRef = useRef<HTMLDivElement>(null);
    const [plotEffects] = useState<Effect[]>(() =>
      mapFields.visState.effects.map(effect => effect.clone())
    );

    const {mapState} = mapFields;

    const deckLayersLoadingRef = useRef(true);
    const mapStyleLoadedRef = useRef(false);
    const screenshotTakenRef = useRef(false);

    // Memoize the scale calculation
    const scale = useMemo(() => {
      if (imageSize.scale) {
        return imageSize.scale;
      }

      const calculatedScale = getScaleFromImageSize(
        imageSize.imageW,
        imageSize.imageH,
        mapState.width * (mapState.isSplit ? 2 : 1),
        mapState.height
      );

      return calculatedScale > 0 ? calculatedScale : 1;
    }, [
      imageSize.scale,
      imageSize.imageW,
      imageSize.imageH,
      mapState.width,
      mapState.height,
      mapState.isSplit
    ]);

    // Memoize the legend zoom calculation based on export height
    const legendZoom = useMemo(() => {
      return calculateLegendZoom(imageSize.imageH);
    }, [imageSize.imageH]);

    // Memoize the map style
    const scaledMapStyle = useMemo(() => {
      const mapStyle = mapFields.mapStyle;
      return {
        ...mapStyle,
        bottomMapStyle: scaleMapStyleByResolution(mapStyle.bottomMapStyle, scale),
        topMapStyle: scaleMapStyleByResolution(mapStyle.topMapStyle, scale)
      };
    }, [mapFields.mapStyle, scale]);

    // Memoize the retrieveNewScreenshot callback
    const debouncedScreenshot = useMemo(
      () =>
        debounce(() => {
          if (plottingAreaRef.current) {
            convertToPng(plottingAreaRef.current, {
              filter: DOM_FILTER_FUNC,
              width: imageSize.imageW,
              height: imageSize.imageH,
              escapeXhtmlForWebpack
            })
              .then(setExportImageDataUri)
              .catch(err => {
                setExportImageError(err);
                if (enableErrorNotification) {
                  addNotification(exportImageError({err}));
                }
              });
          }
        }, 500),
      [
        imageSize.imageW,
        imageSize.imageH,
        escapeXhtmlForWebpack,
        setExportImageDataUri,
        setExportImageError,
        enableErrorNotification,
        addNotification
      ]
    );

    const retrieveNewScreenshot = useCallback(debouncedScreenshot, [debouncedScreenshot]);

    const tryScreenshot = useCallback(() => {
      if (mapStyleLoadedRef.current && !deckLayersLoadingRef.current) {
        screenshotTakenRef.current = true;
        retrieveNewScreenshot();
      }
    }, [retrieveNewScreenshot]);

    // Fallback: if layers never finish loading, capture after timeout
    useEffect(() => {
      const timer = setTimeout(() => {
        if (!screenshotTakenRef.current) {
          deckLayersLoadingRef.current = false;
          tryScreenshot();
        }
      }, 30000);
      return () => clearTimeout(timer);
    }, [tryScreenshot]);

    // Memoize the onMapRender callback
    const debouncedMapRender = useMemo(
      () =>
        debounce(map => {
          if (map.isStyleLoaded()) {
            mapStyleLoadedRef.current = true;
            tryScreenshot();
          }
        }, 500),
      [tryScreenshot]
    );

    const onMapRender = useCallback(debouncedMapRender, [debouncedMapRender]);

    const deckRenderCallbacks = useMemo(
      () => ({
        onDeckAfterRender: (deckProps: Record<string, unknown>) => {
          const layers = deckProps.layers as any[];
          if (!layers) return;
          const stillLoading = areAnyDeckLayersLoading(layers);
          if (deckLayersLoadingRef.current && !stillLoading) {
            deckLayersLoadingRef.current = false;
            tryScreenshot();
          }
          deckLayersLoadingRef.current = stillLoading;
        }
      }),
      [tryScreenshot]
    );

    // Initial setup effect
    useEffect(() => {
      setExportImageSetting({processing: true});
    }, [setExportImageSetting]);

    // Screenshot update effect
    useEffect(() => {
      if (ratio !== undefined || resolution !== undefined || legend !== undefined) {
        setExportImageSetting({processing: true});
        tryScreenshot();
      }
    }, [ratio, resolution, legend, setExportImageSetting, tryScreenshot]);

    // Memoize size calculations
    const {size, width, height} = useMemo(() => {
      const size = {
        width: imageSize.imageW || 1,
        height: imageSize.imageH || 1
      };
      const isSplit = splitMaps.length > 1;
      return {
        size,
        width: size.width / (isSplit ? 2 : 1),
        height: size.height
      };
    }, [imageSize.imageW, imageSize.imageH, splitMaps.length]);

    // Memoize map state
    const newMapState = useMemo(() => {
      const baseMapState = {
        ...mapState,
        width,
        height,
        zoom: mapState.zoom + (Math.log2(scale) || 0)
      };

      if (center) {
        const renderedLayers = mapFields.visState.layers.filter(
          (layer, idx) =>
            layer.id !== GEOCODER_LAYER_ID &&
            layer.shouldRenderLayer(mapFields.visState.layerData[idx])
        );
        const bounds = findMapBounds(renderedLayers);
        const centerAndZoom = getCenterAndZoomFromBounds(bounds, {width, height});
        if (centerAndZoom) {
          const zoom = Number.isFinite(centerAndZoom.zoom) ? centerAndZoom.zoom : mapState.zoom;
          return {
            ...baseMapState,
            longitude: centerAndZoom.center[0],
            latitude: centerAndZoom.center[1],
            zoom: zoom + Number(Math.log2(scale) || 0)
          };
        }
      }

      return baseMapState;
    }, [mapState, width, height, scale, center, mapFields.visState]);

    // Memoize map props
    const mapProps = useMemo(
      () => ({
        ...mapFields,
        mapStyle: scaledMapStyle,
        mapState: newMapState,
        mapControls: {
          mapLegend: {
            show: Boolean(legend),
            active: true,
            settings: mapFields.mapControls?.mapLegend?.settings
          }
        },
        MapComponent: Map,
        onMapRender,
        isExport: true,
        deckGlProps: {
          ...mapFields.deckGlProps,
          useDevicePixels: false,
          deviceProps: {
            webgl: {
              preserveDrawingBuffer: true
            }
          }
        },
        deckRenderCallbacks,
        visState: {
          ...mapFields.visState,
          effects: plotEffects
        },
        // allow overriding the legend panel logo in export
        logoComponent
      }),
      [
        mapFields,
        scaledMapStyle,
        newMapState,
        legend,
        onMapRender,
        deckRenderCallbacks,
        plotEffects,
        logoComponent
      ]
    );

    const isSplit = splitMaps.length > 1;
    const mapContainers = !isSplit ? (
      <MapContainer index={0} primary={true} {...mapProps} />
    ) : (
      <MapsLayout className="plot-container-maps" mapState={newMapState}>
        {splitMaps.map((settings, index) => (
          <MapContainer key={index} index={index} primary={index === 1} {...mapProps} />
        ))}
      </MapsLayout>
    );

    return (
      <StyledPlotContainer className="export-map-instance" legendZoom={legendZoom}>
        <StyledMapContainer ref={plottingAreaRef} width={size.width} height={size.height}>
          <MapViewStateContextProvider mapState={newMapState}>
            {mapContainers}
          </MapViewStateContextProvider>
        </StyledMapContainer>
      </StyledPlotContainer>
    );
  }

  return React.memo(PlotContainer);
}

1	// SPDX-License-Identifier: MIT
2	// Copyright contributors to the kepler.gl project
3
4	// libraries
5	import React, {useRef, useEffect, useState, useCallback, useMemo} from 'react';
6	import styled from 'styled-components';
7	import {Map} from 'react-map-gl';
8	import debounce from 'lodash/debounce';
9	import {
10	exportImageError,
11	scaleMapStyleByResolution,
12	getCenterAndZoomFromBounds,
13	convertToPng,
14	getScaleFromImageSize
15	} from '@kepler.gl/utils';
16	import {findMapBounds, areAnyDeckLayersLoading} from '@kepler.gl/reducers';
17	import MapContainerFactory from './map-container';
18	import MapsLayoutFactory from './maps-layout';
19	import {MapViewStateContextProvider} from './map-view-state-context';
20
21	import {GEOCODER_LAYER_ID} from '@kepler.gl/constants';
22	import {Effect, SplitMap, ExportImage} from '@kepler.gl/types';
23	import {
24	ActionHandler,
25	addNotification,
26	setExportImageDataUri,
27	setExportImageError,
28	setExportImageSetting
29	} from '@kepler.gl/actions';
30	import {mapFieldsSelector} from './kepler-gl';
31
32	const CLASS_FILTER = [	7✔
33	'maplibregl-control-container',
34	'mapboxgl-control-container',
35	'attrition-link',
36	'attrition-logo',
37	'map-control__panel-split-viewport-tools'
38	];
39	const DOM_FILTER_FUNC = node => !CLASS_FILTER.includes(node.className);	7✔
40	const OUT_OF_SCREEN_POSITION = -9999;	7✔
41
42	/**
43	* Calculates legend zoom based on export height
44	* Maps export height to a zoom factor between 0.5 and 3
45	* @param height - export height in pixels
46	* @returns zoom factor for legend panel
47	*/
48	function calculateLegendZoom(height: number): number {
49	const baseHeight = 1080; // 1x zoom reference height	4✔
50	const minZoom = 0.5;	4✔
51	const maxZoom = 3;	4✔
52
53	// For initial/invalid heights, avoid shrinking the legend; use no scaling.
54	if (!Number.isFinite(height) \|\| height <= 0) {	4✔
55	return 1;	2✔
56	}
57
58	// Linear mapping: height / baseHeight gives us the scale
59	const zoomFactor = height / baseHeight;	2✔
60	// Clamp between min and max
61	return Math.max(minZoom, Math.min(maxZoom, zoomFactor));	2✔
62	}
63
64	PlotContainerFactory.deps = [MapContainerFactory, MapsLayoutFactory];	7✔
65
66	// Remove mapbox logo in exported map, because it contains non-ascii characters
67	// Remove split viewport UI controls from exported images when the legend is shown
68	interface StyledPlotContainerProps {
69	legendZoom?: number;
70	}
71
72	const StyledPlotContainer = styled.div<StyledPlotContainerProps>`	7✔
73	.maplibregl-ctrl-bottom-left,
74	.maplibregl-ctrl-bottom-right,
75	.maplibre-attribution-container,
76	.mapboxgl-ctrl-bottom-left,
77	.mapboxgl-ctrl-bottom-right,
78	.mapbox-attribution-container,
79	.map-control__panel-split-viewport-tools {
80	display: none;
81	}
82
83	position: absolute;
84	top: ${OUT_OF_SCREEN_POSITION}px;
85	left: ${OUT_OF_SCREEN_POSITION}px;
86
87	/* Apply zoom to legend panel based on export height */
88	.map-control-panel {
89	zoom: ${props => props.legendZoom \|\| 1} !important;	4!
90	}
91	`;
92
93	interface StyledMapContainerProps {
94	width?: number;
95	height?: number;
96	}
97
98	const StyledMapContainer = styled.div<StyledMapContainerProps>`	7✔
99	width: ${props => props.width}px;	4✔
100	height: ${props => props.height}px;	4✔
101	display: flex;
102	`;
103
104	interface PlotContainerProps {
105	// Image export settings
106	ratio?: string;
107	resolution?: string;
108	legend?: boolean;
109	center?: boolean;
110	imageSize: ExportImage['imageSize'];
111	escapeXhtmlForWebpack?: boolean;
112
113	// Map settings
114	mapFields: ReturnType<typeof mapFieldsSelector>;
115	splitMaps?: SplitMap[];
116
117	// Callbacks
118	setExportImageSetting: typeof setExportImageSetting;
119	setExportImageDataUri: typeof setExportImageDataUri;
120	setExportImageError: typeof setExportImageError;
121	addNotification: ActionHandler<typeof addNotification>;
122
123	// Flags
124	enableErrorNotification?: boolean;
125
126	// Optional: override legend header logo during export
127	logoComponent?: React.ReactNode;
128	}
129
130	export default function PlotContainerFactory(
131	MapContainer: ReturnType<typeof MapContainerFactory>,
132	MapsLayout: ReturnType<typeof MapsLayoutFactory>
133	): React.ComponentType<PlotContainerProps> {
134	function PlotContainer({
135	// Image export settings
136	ratio,
137	resolution,
138	legend = false,	×
139	center,
140	imageSize,
141	escapeXhtmlForWebpack,
142
143	// Map settings
144	mapFields,
145	splitMaps = [],	×
146
147	// Callbacks
148	setExportImageSetting,
149	setExportImageDataUri,
150	setExportImageError,
151	addNotification,
152
153	// Flags
154	enableErrorNotification,
155	logoComponent
156	}: PlotContainerProps) {
157	const plottingAreaRef = useRef<HTMLDivElement>(null);	4✔
158	const [plotEffects] = useState<Effect[]>(() =>	4✔
159	mapFields.visState.effects.map(effect => effect.clone())	4✔
160	);
161
162	const {mapState} = mapFields;	4✔
163
164	const deckLayersLoadingRef = useRef(true);	4✔
165	const mapStyleLoadedRef = useRef(false);	4✔
166	const screenshotTakenRef = useRef(false);	4✔
167
168	// Memoize the scale calculation
169	const scale = useMemo(() => {	4✔
170	if (imageSize.scale) {	4!
171	return imageSize.scale;	4✔
172	}
173
174	const calculatedScale = getScaleFromImageSize(	×
175	imageSize.imageW,
176	imageSize.imageH,
177	mapState.width * (mapState.isSplit ? 2 : 1),	×
178	mapState.height
179	);
180
181	return calculatedScale > 0 ? calculatedScale : 1;	×
182	}, [
183	imageSize.scale,
184	imageSize.imageW,
185	imageSize.imageH,
186	mapState.width,
187	mapState.height,
188	mapState.isSplit
189	]);
190
191	// Memoize the legend zoom calculation based on export height
192	const legendZoom = useMemo(() => {	4✔
193	return calculateLegendZoom(imageSize.imageH);	4✔
194	}, [imageSize.imageH]);
195
196	// Memoize the map style
197	const scaledMapStyle = useMemo(() => {	4✔
198	const mapStyle = mapFields.mapStyle;	4✔
199	return {	4✔
200	...mapStyle,
201	bottomMapStyle: scaleMapStyleByResolution(mapStyle.bottomMapStyle, scale),
202	topMapStyle: scaleMapStyleByResolution(mapStyle.topMapStyle, scale)
203	};
204	}, [mapFields.mapStyle, scale]);
205
206	// Memoize the retrieveNewScreenshot callback
207	const debouncedScreenshot = useMemo(	4✔
208	() =>
209	debounce(() => {	4✔
UNCOV 210	if (plottingAreaRef.current) {	×
UNCOV 211	convertToPng(plottingAreaRef.current, {	×
212	filter: DOM_FILTER_FUNC,
213	width: imageSize.imageW,
214	height: imageSize.imageH,
215	escapeXhtmlForWebpack
216	})
217	.then(setExportImageDataUri)
218	.catch(err => {
UNCOV 219	setExportImageError(err);	×
UNCOV 220	if (enableErrorNotification) {	×
221	addNotification(exportImageError({err}));	×
222	}
223	});
224	}
225	}, 500),
226	[
227	imageSize.imageW,
228	imageSize.imageH,
229	escapeXhtmlForWebpack,
230	setExportImageDataUri,
231	setExportImageError,
232	enableErrorNotification,
233	addNotification
234	]
235	);
236
237	const retrieveNewScreenshot = useCallback(debouncedScreenshot, [debouncedScreenshot]);	4✔
238
239	const tryScreenshot = useCallback(() => {	4✔
240	if (mapStyleLoadedRef.current && !deckLayersLoadingRef.current) {	8!
NEW 241	screenshotTakenRef.current = true;	×
NEW 242	retrieveNewScreenshot();	×
243	}
244	}, [retrieveNewScreenshot]);
245
246	// Fallback: if layers never finish loading, capture after timeout
247	useEffect(() => {	4✔
248	const timer = setTimeout(() => {	4✔
249	if (!screenshotTakenRef.current) {	4!
250	deckLayersLoadingRef.current = false;	4✔
251	tryScreenshot();	4✔
252	}
253	}, 30000);
254	return () => clearTimeout(timer);	4✔
255	}, [tryScreenshot]);
256
257	// Memoize the onMapRender callback
258	const debouncedMapRender = useMemo(	4✔
259	() =>
260	debounce(map => {	4✔
261	if (map.isStyleLoaded()) {	×
NEW 262	mapStyleLoadedRef.current = true;	×
NEW 263	tryScreenshot();	×
264	}
265	}, 500),
266	[tryScreenshot]
267	);
268
269	const onMapRender = useCallback(debouncedMapRender, [debouncedMapRender]);	4✔
270
271	const deckRenderCallbacks = useMemo(	4✔
272	() => ({	4✔
273	onDeckAfterRender: (deckProps: Record<string, unknown>) => {
NEW 274	const layers = deckProps.layers as any[];	×
NEW 275	if (!layers) return;	×
NEW 276	const stillLoading = areAnyDeckLayersLoading(layers);	×
NEW 277	if (deckLayersLoadingRef.current && !stillLoading) {	×
NEW 278	deckLayersLoadingRef.current = false;	×
NEW 279	tryScreenshot();	×
280	}
NEW 281	deckLayersLoadingRef.current = stillLoading;	×
282	}
283	}),
284	[tryScreenshot]
285	);
286
287	// Initial setup effect
288	useEffect(() => {	4✔
289	setExportImageSetting({processing: true});	4✔
290	}, [setExportImageSetting]);
291
292	// Screenshot update effect
293	useEffect(() => {	4✔
294	if (ratio !== undefined \|\| resolution !== undefined \|\| legend !== undefined) {	4!
295	setExportImageSetting({processing: true});	4✔
296	tryScreenshot();	4✔
297	}
298	}, [ratio, resolution, legend, setExportImageSetting, tryScreenshot]);
299
300	// Memoize size calculations
301	const {size, width, height} = useMemo(() => {	4✔
302	const size = {	4✔
303	width: imageSize.imageW \|\| 1,	6✔
304	height: imageSize.imageH \|\| 1	6✔
305	};
306	const isSplit = splitMaps.length > 1;	4✔
307	return {	4✔
308	size,
309	width: size.width / (isSplit ? 2 : 1),	4!
310	height: size.height
311	};
312	}, [imageSize.imageW, imageSize.imageH, splitMaps.length]);
313
314	// Memoize map state
315	const newMapState = useMemo(() => {	4✔
316	const baseMapState = {	4✔
317	...mapState,
318	width,
319	height,
320	zoom: mapState.zoom + (Math.log2(scale) \|\| 0)	8✔
321	};
322
323	if (center) {	4✔
324	const renderedLayers = mapFields.visState.layers.filter(	1✔
325	(layer, idx) =>
326	layer.id !== GEOCODER_LAYER_ID &&	2✔
327	layer.shouldRenderLayer(mapFields.visState.layerData[idx])
328	);
329	const bounds = findMapBounds(renderedLayers);	1✔
330	const centerAndZoom = getCenterAndZoomFromBounds(bounds, {width, height});	1✔
331	if (centerAndZoom) {	1!
332	const zoom = Number.isFinite(centerAndZoom.zoom) ? centerAndZoom.zoom : mapState.zoom;	1!
333	return {	1✔
334	...baseMapState,
335	longitude: centerAndZoom.center[0],
336	latitude: centerAndZoom.center[1],
337	zoom: zoom + Number(Math.log2(scale) \|\| 0)	2✔
338	};
339	}
340	}
341
342	return baseMapState;	3✔
343	}, [mapState, width, height, scale, center, mapFields.visState]);
344
345	// Memoize map props
346	const mapProps = useMemo(	4✔
347	() => ({	4✔
348	...mapFields,
349	mapStyle: scaledMapStyle,
350	mapState: newMapState,
351	mapControls: {
352	mapLegend: {
353	show: Boolean(legend),
354	active: true,
355	settings: mapFields.mapControls?.mapLegend?.settings
356	}
357	},
358	MapComponent: Map,
359	onMapRender,
360	isExport: true,
361	deckGlProps: {
362	...mapFields.deckGlProps,
363	useDevicePixels: false,
364	deviceProps: {
365	webgl: {
366	preserveDrawingBuffer: true
367	}
368	}
369	},
370	deckRenderCallbacks,
371	visState: {
372	...mapFields.visState,
373	effects: plotEffects
374	},
375	// allow overriding the legend panel logo in export
376	logoComponent
377	}),
378	[
379	mapFields,
380	scaledMapStyle,
381	newMapState,
382	legend,
383	onMapRender,
384	deckRenderCallbacks,
385	plotEffects,
386	logoComponent
387	]
388	);
389
390	const isSplit = splitMaps.length > 1;	4✔
391	const mapContainers = !isSplit ? (	4!
392	<MapContainer index={0} primary={true} {...mapProps} />
393	) : (
394	<MapsLayout className="plot-container-maps" mapState={newMapState}>
395	{splitMaps.map((settings, index) => (
396	<MapContainer key={index} index={index} primary={index === 1} {...mapProps} />	×
397	))}
398	</MapsLayout>
399	);
400
401	return (	4✔
402	<StyledPlotContainer className="export-map-instance" legendZoom={legendZoom}>
403	<StyledMapContainer ref={plottingAreaRef} width={size.width} height={size.height}>
404	<MapViewStateContextProvider mapState={newMapState}>
405	{mapContainers}
406	</MapViewStateContextProvider>
407	</StyledMapContainer>
408	</StyledPlotContainer>
409	);
410	}
411
412	return React.memo(PlotContainer);	14✔
413	}

keplergl / kepler.gl / 23965535588

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