Package org.geotools.styling

Examples of org.geotools.styling.StyleFactory

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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testSquareRotated45() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        Mark m = sfact.mark(
                ffact.literal("square"),
                sfact.fill(null, ffact.literal("#0000FF"), null),
                sfact.stroke(ffact.literal("#000000"), null, ffact.literal(1), null, null, null, null));
       
        Graphic g = sfact.graphic(Arrays.asList((GraphicalSymbol)m), Expression.NIL, Expression.NIL, ffact.literal(45.0), null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int baseSize = 16;
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testExternalImage() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        GraphicalSymbol gs = sfact.createExternalGraphic(getClass().getClassLoader().getResource("arrow-16.png"), "image/png");
       
        Graphic g = sfact.graphic(Arrays.asList(gs), Expression.NIL, Expression.NIL, Expression.NIL, null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int size = (16+0+1)*4+1;
 
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testExternalImageRotated45() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        GraphicalSymbol gs = sfact.createExternalGraphic(getClass().getClassLoader().getResource("arrow-16.png"), "image/png");
       
        Graphic g = sfact.graphic(Arrays.asList(gs), Expression.NIL, Expression.NIL, ffact.literal(45.0), null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int baseSize = 16;
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testBigExternalImage() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        GraphicalSymbol gs = sfact.createExternalGraphic(getClass().getClassLoader().getResource("planet-42.png"), "image/png");
       
        Graphic g = sfact.graphic(Arrays.asList(gs), Expression.NIL, Expression.NIL, Expression.NIL, null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int size = (42+0+1)*4+1;
 
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testBigExternalImageSpecifySize() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        GraphicalSymbol gs = sfact.createExternalGraphic(getClass().getClassLoader().getResource("planet-42.png"), "image/png");
       
        Graphic g = sfact.graphic(Arrays.asList(gs), Expression.NIL, ffact.literal(42), Expression.NIL, null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int size = (42+0+1)*4+1;
 
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testBigExternalImageNilExpressionSize() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        GraphicalSymbol gs = sfact.createExternalGraphic(getClass().getClassLoader().getResource("planet-42.png"), "image/png");
       
        Graphic g = sfact.graphic(Arrays.asList(gs), Expression.NIL, Expression.NIL, Expression.NIL, null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int size = (42+0+1)*4+1;
 
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        return styleFactory.createFill(color, backgroundColor, opacity, graphicFill);
    }

    public static Style injectProperties(Style style, Map<String, String> properties) {
        List<List<MiniRule>> ftStyles = MiniRule.minify(style);
        StyleFactory factory = CommonFactoryFinder.getStyleFactory();
        return MiniRule.makeStyle(factory, new IconPropertyInjector(properties).injectProperties(ftStyles));
    }
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     */
    static final int THRESHOLD = 400;
   
    @Test
    public void testSimpleCircle() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        Mark m = sfact.mark(
                ffact.literal("circle"),
                sfact.fill(null, ffact.literal("#FF0000"), null),
                sfact.stroke(ffact.literal("#000000"), null, ffact.literal(1), null, null, null, null));
       
        Graphic g = sfact.graphic(Arrays.asList((GraphicalSymbol)m), Expression.NIL, Expression.NIL, Expression.NIL, null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int size = (16+1+1+1)*4;
 
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testSimpleSquare() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        Mark m = sfact.mark(
                ffact.literal("square"),
                sfact.fill(null, ffact.literal("#0000FF"), null),
                sfact.stroke(ffact.literal("#000000"), null, ffact.literal(1), null, null, null, null));
       
        Graphic g = sfact.graphic(Arrays.asList((GraphicalSymbol)m), Expression.NIL, Expression.NIL, Expression.NIL, null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int size = (16+1+1+1)*4;
 
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        ImageAssert.assertEquals(expected, img, THRESHOLD);
    }
   
    @Test
    public void testSquareRotated45() throws Exception {
        StyleFactory sfact =  CommonFactoryFinder.getStyleFactory();
        FilterFactory ffact =  CommonFactoryFinder.getFilterFactory();
       
        Mark m = sfact.mark(
                ffact.literal("square"),
                sfact.fill(null, ffact.literal("#0000FF"), null),
                sfact.stroke(ffact.literal("#000000"), null, ffact.literal(1), null, null, null, null));
       
        Graphic g = sfact.graphic(Arrays.asList((GraphicalSymbol)m), Expression.NIL, Expression.NIL, ffact.literal(45.0), null, null);
        Symbolizer symb = sfact.pointSymbolizer(null, ffact.property(null), null, null, g);
        Rule r = sfact.rule(null, null, null, Float.NEGATIVE_INFINITY, Float.POSITIVE_INFINITY, Arrays.asList(symb), null);
        FeatureTypeStyle fts = sfact.featureTypeStyle(null, null, null, Collections.<Name> emptySet(), Collections.<SemanticType> emptySet(), Arrays.asList(r));
        Style s = sfact.style(null, null, true, Arrays.asList(fts), null);
       
        BufferedImage img = IconRenderer.renderIcon((org.geotools.styling.Style)s);
       
        // Default mark size, plus border, plus padding, times rendering scale, plus extra padding.
        final int baseSize = 16;
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