html, body, #container {

    width: 100%;

    height: 100%;

    margin: 0;

    padding: 0;

}

anychart.onDocumentReady(function () {

​

    // create stage

    stage = anychart.graphics.create("container");

​

    // set colors for sample

    textColor = "#7C868E";

    lineColor = "#CECECE";

    chart_palette = anychart.palettes.distinctColors().items(["#bC7C63", "#6594AD", "#585953"]);

​

    // layer for the text elements

    layer_text = stage.layer();

    // legend on the chart

    chartLegend = createLegend([

        {index: 0, text: "Visits",  iconFill: "#bC7C63"},

        {index: 1, text: "Feeding", iconFill: "#6594AD"},

        {index: 2, text: "Mating",  iconFill: "#585953"}

    ]);

​

    chartLegend.container(layer_text).draw();

​

    // create main title

    layer_text.text(20, 20, "Animals activitiy", {fontSize:20});

    // create subtitle

    layer_text.text(20, 45, "Abies sibirica, 7 days observation period", {fontSize:18, color:"#998552", opacity:20});

​

    // jay, woodpecker, squirrel, mouse  

    dataSet = [

        ["1", 4, 0, 0, 4, 4, 0, 3, 1, 1, 4, 10, 2],

        ["2", 2, 1, 0, 6, 5, 0, 2, 1, 0, 9, 11, 3],

        ["3", 2, 1, 0, 2, 1, 0, 4, 1, 1, 7, 8,  4],

        ["4", 2, 0, 0, 2, 2, 0, 4, 2, 0, 1, 12, 0],

        ["5", 3, 1, 1, 0, 0, 0, 1, 0, 0, 0, 10, 6],

        ["6", 1, 1, 0, 3, 2, 1, 0, 0, 0, 8, 10, 5],

        ["7", 2, 0, 1, 6, 3, 2, 2, 0, 1, 0, 7,  0]

    ];

​

    // map all data as table into one series 

    series = anychart.data.mapAsTable(dataSet);

​

    // settings for the block describing jay 

    jaySettings = {

        // latin name of the animal

        name: "Garrulus glandarius",

        // position of the text

        textX: 350,

        textY: 175,

        // the name of the picture of the animal in the folder with pictures

        picture: "jay.jpg",

        // the picture position

        pictureY: 130,

        // the path of the line connecting the picture with its part of the fur-tree

        linePath: [[210, 190], [300, 130], [370, 130]],

        // Y-position of the chart

        chartY: 80,

        // sets the data of this particular animal from the series

        data: [series[0], series[1], series[2]],

        // coordinates of the fur-tree piece where this animal lives

        treePath: [[175, 120], [250, 240], [100, 240]],

        // coordinates of the shadow of the fir-tree piece where this animal lives

        shadowPath: [[175, 165], [250, 290], [100, 290]],

        // the color of the fur-tree piece where this animal lives

        treeColor: "#7CB342",

        // makes this layer overlap others

        zIndex: 10

    };

    // creates a

    createSpecies(jaySettings);

​

    // settings for the block describing woodpecker

    woodpeckerSettings = {

        name: "Dendrocopos analis",

        textX: 350,

        textY: 290,

        picture: "woodpecker.jpg",

        pictureY: 245,

        linePath: [[250, 290], [300, 240], [370, 240]],

        chartY: 195,

        data: [series[3], series[4], series[5]],

        treePath: [[175, 165], [280, 340], [70, 340]],

        shadowPath: [[175, 240], [280, 395], [70, 395]],

        treeColor: "#689F38",

        zIndex: 8

    };

​

    createSpecies(woodpeckerSettings);

​

    squirrelSettings = {

        name: "Sciurus vulgaris",

        textX: 360,

        textY: 405,

        picture: "sqirrel.jpg",

        pictureY: 360,

        linePath: [[260, 365], [370, 365]],

        chartY: 310,

        data: [series[6], series[7], series[8]],

        treePath: [[175, 240], [310, 440], [40, 440]],

        shadowPath: [[135, 400], [215, 400], [215, 520], [135, 520], [135, 400]],

        treeColor: "#558B2F",

        zIndex: 6

    };

​

    createSpecies(squirrelSettings);

​

    mouseSettings = {

        name: "Apodemus uralensis",

        textX: 340,

        textY: 520,

        picture: "mouse.jpg",

        pictureY: 475,

        linePath: [[210, 465], [370, 465]],

        chartY: 425,

        data: [series[9], series[10], series[11]],

        treePath: [[135, 400], [215, 400], [215, 520], [135, 520], [135, 400]],

        shadowPath: [[135, 400], [215, 400], [215, 570], [135, 570], [135, 400]],

        treeColor: "#6D4C41",

        zIndex: 4

    };

​

    createSpecies(mouseSettings);

​

});

​

// an external function for creating legends

function createLegend(items) {

    var legend = anychart.standalones.legend();

    legend.align("left");

    legend.margin(75, 0, 20, 10);

    legend.items(items);

    return legend;

}

​

// creates everything connected to the animal

function createSpecies(e){

    var layer = stage.layer();

    layer.text(e.textX, e.textY, e.name).color(textColor);

    var pic = draw_picture(layer, 400, [e.pictureY, 40], lineColor, e.picture);

    var pic_shadow = layer.circle(400, e.pictureY, 60);

    pic_shadow.fill(["black 0.5","black 0"], .5, .5, null, .5, 0.5, 0.5);

    pic_shadow.zIndex(-2);

    pic_shadow.stroke(null);

    var line = draw_line(layer, e.linePath, lineColor, -1);

    var line_shadow = draw_line(layer, e.linePath, textColor, -1);

    line_shadow.visible(false);

    draw_chart(layer, e.data, [460, e.chartY, 250, 100]);

    var tree_piece = draw_tree(layer, e.treePath, e.treeColor, 1, false);

    var tree_shadow = draw_tree(layer, e.shadowPath, "#212121", -1, true);

    tree_shadow.visible(false);

    tree_shadow.disablePointerEvents(true);

    on_hover(tree_piece, tree_shadow, line, line_shadow, pic, pic_shadow);

    layer.zIndex(e.zIndex);

}

​

// an external function for drawing a piece of tree

function draw_tree(layer, points, color, z_index, shadow){

    if (shadow) fill = [color + " 0.5", color + " 0.4", color + " 0"]

    else fill = color;  

    var piece = layer.path().moveTo(points[0][0], points[0][1]).zIndex(z_index).fill(fill, 270).stroke(null);

    for (var i = 0; i < points.length; i++) piece.lineTo(points[i][0], points[i][1]);

    return piece;

}

​

// an external function switching the behaviour

function on_hover(piece, shadow, line, lineShadow, img, imgShadow) {

    toggle(false);

    piece.listen("mouseOver", function() {toggle(true);});

    piece.listen("mouseOut", function() {toggle(false);});

    line.listen("mouseOver", function() {toggle(true);});

    line.listen("mouseOut", function() {toggle(false);});

    img.listen("mouseOver", function() {toggle(true);});

    img.listen("mouseOut", function() {toggle(false);});

    /* enables and disables all shadows when the mouse

    is moved over an element or out of it */

    function toggle(e){

shadow.visible(e);

lineShadow.visible(e);

imgShadow.visible(e);

    }

}

​

// draws a chart with passed parameters of the particular animal

function draw_chart(container, data, bounds){

    var chart = anychart.line();

    chart.palette(chart_palette);

​

    setupSeries("Visits", data[0], chart);

    setupSeries("Feeding", data[1], chart);

    setupSeries("Mating", data[2], chart);

​

    chart.bounds(bounds);

    chart.yScale().ticks().interval(2);

    chart.yAxis().drawFirstLabel(true);

    chart.xAxis(false);

    chart.tooltip().title(false);

    chart.tooltip().separator(false);

    chart.container(container).draw();

}

​

// creates series

function setupSeries(name, data, chart){

    var series = chart.line(data);

    series.name(name);

    series.clip(false);

}   

​

// draws a line connecting picture of animal and the fur-tree part

function draw_line(layer, points, color, z_index){

    var line = layer.path().moveTo(points[0][0], points[0][1]).stroke(color).zIndex(z_index);

    for (var i = 0; i < points.length; i++) {

        line.lineTo(points[i][0], points[i][1]);

    }

    return line;

}

​

// draws a picture for an animal taken from the url

function draw_picture(layer, radius, coordinates, color, pic_name) {

    layer.circle(radius, coordinates[0], coordinates[1])

        .stroke(color)

        .fill({src: "https://static.anychart.com/images/graphics_stage_demo/" + pic_name});

    return layer;

}