Examples with QuadPointDouble net.osmand.data.QuadPointDouble used on opensource projects

Example 1 with QuadPointDouble

use of net.osmand.data.QuadPointDouble in project Osmand by osmandapp.

the class MapRenderRepositories method loadMap.

public synchronized void loadMap(RotatedTileBox tileRect, MapTileDownloader mapTileDownloader) {
    boolean prevInterrupted = interrupted;
    interrupted = false;
    // added to avoid zoomAnimation != 0 which produces wrong map position on the screen
    tileRect.setZoomAndAnimation(tileRect.getZoom(), 0);
    // prevent editing
    requestedBox = new RotatedTileBox(tileRect);
    log.info("RENDER MAP: new request " + tileRect);
    if (currentRenderingContext != null) {
        currentRenderingContext = null;
    }
    try {
        // find selected rendering type
        OsmandApplication app = ((OsmandApplication) context.getApplicationContext());
        boolean nightMode = app.getDaynightHelper().isNightMode();
        // boolean moreDetail = prefs.SHOW_MORE_MAP_DETAIL.get();
        RenderingRulesStorage storage = app.getRendererRegistry().getCurrentSelectedRenderer();
        RenderingRuleSearchRequest renderingReq = new RenderingRuleSearchRequest(storage);
        renderingReq.setBooleanFilter(renderingReq.ALL.R_NIGHT_MODE, nightMode);
        for (RenderingRuleProperty customProp : storage.PROPS.getCustomRules()) {
            if (customProp.isBoolean()) {
                if (customProp.getAttrName().equals(RenderingRuleStorageProperties.A_ENGINE_V1)) {
                    renderingReq.setBooleanFilter(customProp, true);
                } else if (RenderingRuleStorageProperties.UI_CATEGORY_HIDDEN.equals(customProp.getCategory())) {
                    renderingReq.setBooleanFilter(customProp, false);
                } else {
                    CommonPreference<Boolean> pref = prefs.getCustomRenderBooleanProperty(customProp.getAttrName());
                    renderingReq.setBooleanFilter(customProp, pref.get());
                }
            } else if (RenderingRuleStorageProperties.UI_CATEGORY_HIDDEN.equals(customProp.getCategory())) {
                if (customProp.isString()) {
                    renderingReq.setStringFilter(customProp, "");
                } else {
                    renderingReq.setIntFilter(customProp, 0);
                }
            } else {
                CommonPreference<String> settings = prefs.getCustomRenderProperty(customProp.getAttrName());
                String res = settings.get();
                if (!Algorithms.isEmpty(res)) {
                    if (customProp.isString()) {
                        renderingReq.setStringFilter(customProp, res);
                    } else {
                        try {
                            renderingReq.setIntFilter(customProp, Integer.parseInt(res));
                        } catch (NumberFormatException e) {
                            e.printStackTrace();
                        }
                    }
                } else {
                    if (customProp.isString()) {
                        renderingReq.setStringFilter(customProp, "");
                    }
                }
            }
        }
        renderingReq.saveState();
        NativeOsmandLibrary nativeLib = !prefs.SAFE_MODE.get() ? NativeOsmandLibrary.getLibrary(storage, context) : null;
        // calculate data box
        QuadRect dataBox = requestedBox.getLatLonBounds();
        int dataBoxZoom = requestedBox.getZoom();
        long now = System.currentTimeMillis();
        if (cObjectsBox.left > dataBox.left || cObjectsBox.top < dataBox.top || cObjectsBox.right < dataBox.right || cObjectsBox.bottom > dataBox.bottom || (nativeLib != null) == (cNativeObjects == null) || dataBoxZoom != cObjectsZoom || prevInterrupted) {
            // increase data box in order for rotate
            if ((dataBox.right - dataBox.left) > (dataBox.top - dataBox.bottom)) {
                double wi = (dataBox.right - dataBox.left) * .05;
                dataBox.left -= wi;
                dataBox.right += wi;
            } else {
                double hi = (dataBox.top - dataBox.bottom) * .05;
                dataBox.top += hi;
                dataBox.bottom -= hi;
            }
            validateLatLonBox(dataBox);
            renderedState = 0;
            boolean loaded;
            if (nativeLib != null) {
                cObjects = new LinkedList<BinaryMapDataObject>();
                loaded = loadVectorDataNative(dataBox, requestedBox.getZoom(), renderingReq, nativeLib);
            } else {
                cNativeObjects = null;
                loaded = loadVectorData(dataBox, requestedBox.getZoom(), renderingReq);
            }
            if (!loaded || checkWhetherInterrupted()) {
                return;
            }
        }
        final long searchTime = System.currentTimeMillis() - now;
        currentRenderingContext = new OsmandRenderer.RenderingContext(context);
        renderingReq.clearState();
        renderingReq.setIntFilter(renderingReq.ALL.R_MINZOOM, requestedBox.getZoom());
        if (renderingReq.searchRenderingAttribute(RenderingRuleStorageProperties.A_DEFAULT_COLOR)) {
            currentRenderingContext.defaultColor = renderingReq.getIntPropertyValue(renderingReq.ALL.R_ATTR_COLOR_VALUE);
        }
        renderingReq.clearState();
        renderingReq.setIntFilter(renderingReq.ALL.R_MINZOOM, requestedBox.getZoom());
        if (renderingReq.searchRenderingAttribute(RenderingRuleStorageProperties.A_SHADOW_RENDERING)) {
            currentRenderingContext.shadowRenderingMode = renderingReq.getIntPropertyValue(renderingReq.ALL.R_ATTR_INT_VALUE);
            currentRenderingContext.shadowRenderingColor = renderingReq.getIntPropertyValue(renderingReq.ALL.R_SHADOW_COLOR);
        }
        if (renderingReq.searchRenderingAttribute("polygonMinSizeToDisplay")) {
            currentRenderingContext.polygonMinSizeToDisplay = renderingReq.getIntPropertyValue(renderingReq.ALL.R_ATTR_INT_VALUE);
        }
        final QuadPointDouble lt = requestedBox.getLeftTopTile(requestedBox.getZoom());
        double cfd = MapUtils.getPowZoom(requestedBox.getZoomFloatPart()) * requestedBox.getMapDensity();
        lt.x *= cfd;
        lt.y *= cfd;
        // LatLon ltn = requestedBox.getLeftTopLatLon();
        final double tileDivisor = MapUtils.getPowZoom(31 - requestedBox.getZoom()) / cfd;
        currentRenderingContext.leftX = lt.x;
        currentRenderingContext.topY = lt.y;
        currentRenderingContext.zoom = requestedBox.getZoom();
        currentRenderingContext.rotate = requestedBox.getRotate();
        currentRenderingContext.width = requestedBox.getPixWidth();
        currentRenderingContext.height = requestedBox.getPixHeight();
        currentRenderingContext.nightMode = nightMode;
        if (requestedBox.getZoom() <= zoomOnlyForBasemaps && "".equals(prefs.MAP_PREFERRED_LOCALE.get())) {
            currentRenderingContext.preferredLocale = app.getLanguage();
            currentRenderingContext.transliterate = !"ru".equals(app.getLanguage()) && !"uk".equals(app.getLanguage()) && !"be".equals(app.getLanguage()) && !"bg".equals(app.getLanguage()) && !"mk".equals(app.getLanguage()) && !"sr".equals(app.getLanguage());
        } else {
            currentRenderingContext.preferredLocale = prefs.MAP_PREFERRED_LOCALE.get();
            currentRenderingContext.transliterate = prefs.MAP_TRANSLITERATE_NAMES.get();
            if (currentRenderingContext.preferredLocale.equals("en")) {
                currentRenderingContext.transliterate = true;
            }
        }
        final float mapDensity = (float) requestedBox.getMapDensity();
        currentRenderingContext.setDensityValue(mapDensity);
        // Text/icon scales according to mapDensity (so text is size of road)
        // currentRenderingContext.textScale = (requestedBox.getDensity()*app.getSettings().TEXT_SCALE.get());
        // Text/icon stays same for all sizes
        currentRenderingContext.textScale = (requestedBox.getDensity() * app.getSettings().TEXT_SCALE.get()) / mapDensity;
        currentRenderingContext.screenDensityRatio = 1 / Math.max(1, requestedBox.getDensity());
        // init rendering context
        currentRenderingContext.tileDivisor = tileDivisor;
        if (checkWhetherInterrupted()) {
            return;
        }
        now = System.currentTimeMillis();
        Bitmap bmp;
        boolean transparent = false;
        RenderingRuleProperty rr = storage.PROPS.get("noPolygons");
        if (rr != null) {
            transparent = renderingReq.getIntPropertyValue(rr) > 0;
        }
        // 1. generate image step by step
        Bitmap reuse = prevBmp;
        this.prevBmp = this.bmp;
        this.prevBmpLocation = this.bmpLocation;
        // necessary for transparent, otherwise 2 times smaller
        Config cfg = transparent ? Config.ARGB_8888 : Config.RGB_565;
        if (reuse != null && reuse.getWidth() == currentRenderingContext.width && reuse.getHeight() == currentRenderingContext.height && cfg == reuse.getConfig()) {
            bmp = reuse;
            bmp.eraseColor(currentRenderingContext.defaultColor);
        } else {
            if (reuse != null) {
                log.warn(String.format("Create new image ? %d != %d (w) %d != %d (h) ", currentRenderingContext.width, reuse.getWidth(), currentRenderingContext.height, reuse.getHeight()));
            }
            bmp = Bitmap.createBitmap(currentRenderingContext.width, currentRenderingContext.height, cfg);
            if (reuse != null) {
                reuse.recycle();
            }
        }
        this.bmp = bmp;
        this.bmpLocation = tileRect;
        if (nativeLib != null) {
            renderer.generateNewBitmapNative(currentRenderingContext, nativeLib, cNativeObjects, bmp, renderingReq, mapTileDownloader);
        } else {
            renderer.generateNewBitmap(currentRenderingContext, cObjects, bmp, renderingReq, mapTileDownloader);
        }
        // Force to use rendering request in order to prevent Garbage Collector when it is used in C++
        if (renderingReq != null) {
            log.info("Debug :" + renderingReq != null);
        }
        String renderingDebugInfo = currentRenderingContext.renderingDebugInfo;
        currentRenderingContext.ended = true;
        if (checkWhetherInterrupted()) {
            // (be smart a bit do not revert if road already drawn)
            if (currentRenderingContext.lastRenderedKey < OsmandRenderer.DEFAULT_LINE_MAX) {
                reuse = this.bmp;
                this.bmp = this.prevBmp;
                this.bmpLocation = this.prevBmpLocation;
                this.prevBmp = reuse;
                this.prevBmpLocation = null;
            }
            currentRenderingContext = null;
            return;
        } else {
            visibleRenderingContext = currentRenderingContext;
            this.checkedRenderedState = renderedState;
            this.checkedBox = this.bmpLocation;
        }
        currentRenderingContext = null;
        // 2. replace whole image
        // keep cache
        // this.prevBmp = null;
        this.prevBmpLocation = null;
        if (prefs.DEBUG_RENDERING_INFO.get() && OsmandPlugin.getEnabledPlugin(OsmandDevelopmentPlugin.class) != null) {
            // $NON-NLS-1$//$NON-NLS-2$//$NON-NLS-3$
            String timeInfo = "Searching: " + searchTime + " ms";
            if (renderingDebugInfo != null) {
                timeInfo += "\n" + renderingDebugInfo;
            }
            final String msg = timeInfo;
            log.info(msg);
            handler.post(new Runnable() {

                @Override
                public void run() {
                    Toast.makeText(context, msg, Toast.LENGTH_LONG).show();
                }
            });
        }
    } catch (RuntimeException e) {
        // $NON-NLS-1$
        log.error("Runtime memory exception", e);
        handler.post(new Runnable() {

            @Override
            public void run() {
                Toast.makeText(context, R.string.rendering_exception, Toast.LENGTH_SHORT).show();
            }
        });
    } catch (OutOfMemoryError e) {
        // $NON-NLS-1$
        log.error("Out of memory error", e);
        cObjects = new ArrayList<BinaryMapDataObject>();
        cObjectsBox = new QuadRect();
        handler.post(new Runnable() {

            @Override
            public void run() {
                // ActivityManager activityManager = (ActivityManager)context.getSystemService(Context.ACTIVITY_SERVICE);
                // ActivityManager.MemoryInfo memoryInfo = new ActivityManager.MemoryInfo();
                // activityManager.getMemoryInfo(memoryInfo);
                // int avl = (int) (memoryInfo.availMem / (1 << 20));
                int max = (int) (Runtime.getRuntime().maxMemory() / (1 << 20));
                int avl = (int) (Runtime.getRuntime().freeMemory() / (1 << 20));
                String s = " (" + avl + " MB available of " + max + ") ";
                Toast.makeText(context, context.getString(R.string.rendering_out_of_memory) + s, Toast.LENGTH_SHORT).show();
            }
        });
    } finally {
        if (currentRenderingContext != null) {
            currentRenderingContext.ended = true;
        }
    }
}

Example 2 with QuadPointDouble

use of net.osmand.data.QuadPointDouble in project Osmand by osmandapp.

the class MapillaryImageDialog method acquireSequenceImages.

private void acquireSequenceImages() {
    fetchTiles();
    List<MapillaryImage> sequenceImages = new ArrayList<>();
    if (!Algorithms.isEmpty(sKey)) {
        double px, py;
        for (Pair<QuadPointDouble, GeometryTile> pt : tiles) {
            QuadPointDouble point = pt.first;
            GeometryTile tile = pt.second;
            for (Geometry g : tile.getData()) {
                if (g instanceof Point && !g.isEmpty() && g.getUserData() != null && g.getUserData() instanceof HashMap) {
                    HashMap userData = (HashMap) g.getUserData();
                    String sKey = (String) userData.get("skey");
                    if (this.sKey.equals(sKey)) {
                        Point p = (Point) g;
                        px = p.getCoordinate().x / EXTENT;
                        py = p.getCoordinate().y / EXTENT;
                        MapillaryImage image = new MapillaryImage(MapUtils.getLatitudeFromTile(TILE_ZOOM, point.y + py), MapUtils.getLongitudeFromTile(TILE_ZOOM, point.x + px));
                        if (image.setData(userData)) {
                            sequenceImages.add(image);
                        }
                    }
                }
            }
        }
    }
    Collections.sort(sequenceImages, new Comparator<MapillaryImage>() {

        @Override
        public int compare(MapillaryImage img1, MapillaryImage img2) {
            return img1.getCapturedAt() < img2.getCapturedAt() ? -1 : (img1.getCapturedAt() == img2.getCapturedAt() ? 0 : 1);
        }
    });
    this.sequenceImages = sequenceImages;
}

Example 3 with QuadPointDouble

use of net.osmand.data.QuadPointDouble in project Osmand by osmandapp.

the class MapillaryImageDialog method acquireSequenceKey.

private void acquireSequenceKey() {
    fetchTiles();
    for (Pair<QuadPointDouble, GeometryTile> pt : tiles) {
        GeometryTile tile = pt.second;
        for (Geometry g : tile.getData()) {
            if (g instanceof Point && !g.isEmpty() && g.getUserData() != null && g.getUserData() instanceof HashMap) {
                HashMap userData = (HashMap) g.getUserData();
                String key = (String) userData.get("key");
                if (this.key.equals(key)) {
                    sKey = (String) userData.get("skey");
                    return;
                }
            }
        }
    }
}

Example 4 with QuadPointDouble

use of net.osmand.data.QuadPointDouble in project Osmand by osmandapp.

the class MapillaryVectorLayer method getImagesFromPoint.

private void getImagesFromPoint(RotatedTileBox tb, PointF point, List<? super MapillaryImage> images) {
    Map<QuadPointDouble, Map> points = this.visiblePoints;
    if (points != null) {
        float ex = point.x;
        float ey = point.y;
        final int rp = getRadius(tb);
        int radius = rp * 3 / 2;
        float x, y;
        double minSqDist = Double.NaN;
        double sqDist;
        MapillaryImage img = null;
        for (Entry<QuadPointDouble, Map> entry : points.entrySet()) {
            x = tb.getPixXFromTile(entry.getKey().x, entry.getKey().y, TILE_ZOOM);
            y = tb.getPixYFromTile(entry.getKey().x, entry.getKey().y, TILE_ZOOM);
            if (Math.abs(x - ex) <= radius && Math.abs(y - ey) <= radius) {
                sqDist = (x - ex) * (x - ex) + (y - ey) * (y - ey);
                if (img == null || minSqDist > sqDist) {
                    minSqDist = sqDist;
                    img = new MapillaryImage(MapUtils.getLatitudeFromTile(TILE_ZOOM, entry.getKey().y), MapUtils.getLongitudeFromTile(TILE_ZOOM, entry.getKey().x));
                    if (!img.setData(entry.getValue())) {
                        img = null;
                    }
                }
            }
        }
        if (img != null) {
            images.add(img);
        }
    }
}

Example 5 with QuadPointDouble

use of net.osmand.data.QuadPointDouble in project Osmand by osmandapp.

the class MapillaryVectorLayer method drawPoints.

protected void drawPoints(Canvas canvas, RotatedTileBox tileBox, int tileX, int tileY, GeometryTile tile, Map<QuadPointDouble, Map> visiblePoints) {
    int dzoom = tileBox.getZoom() - TILE_ZOOM;
    int mult = (int) Math.pow(2.0, dzoom);
    QuadRect tileBounds = tileBox.getTileBounds();
    double px, py, tx, ty;
    float x, y;
    float pw = point.getWidth();
    float ph = point.getHeight();
    float pwd = pw / 2;
    float phd = ph / 2;
    for (Geometry g : tile.getData()) {
        if (g instanceof Point && !g.isEmpty() && g.getUserData() != null && g.getUserData() instanceof HashMap) {
            Point p = (Point) g;
            px = p.getCoordinate().x / EXTENT;
            py = p.getCoordinate().y / EXTENT;
            tx = (tileX + px) * mult;
            ty = (tileY + py) * mult;
            if (tileBounds.contains(tx, ty, tx, ty)) {
                if (settings.USE_MAPILLARY_FILTER.get()) {
                    if (filtered(p.getUserData()))
                        continue;
                }
                x = tileBox.getPixXFromTile(tileX + px, tileY + py, TILE_ZOOM);
                y = tileBox.getPixYFromTile(tileX + px, tileY + py, TILE_ZOOM);
                canvas.drawBitmap(point, x - pwd, y - phd, paintPoint);
                visiblePoints.put(new QuadPointDouble(tileX + px, tileY + py), (Map) p.getUserData());
            }
        }
    }
}