package com.highsoft.highcharts.example;
import android.os.Bundle;
import android.support.v7.app.AppCompatActivity;
import com.highsoft.highcharts.Common.HIChartsClasses.*;
import com.highsoft.highcharts.Common.HIColor;
import com.highsoft.highcharts.Core.HIChartView;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
public class MainActivity extends AppCompatActivity {
@Override
protected void onCreate(Bundle savedInstanceState) {
super.onCreate(savedInstanceState);
setContentView(R.layout.activity_main);
HIChartView chartView = findViewById(R.id.hc);
chartView.theme = "dark-unica";
HIOptions options = new HIOptions();
HIChart chart = new HIChart();
chart.setType("bubble");
chart.setPlotBorderWidth(1);
chart.setZoomType("xy");
options.setChart(chart);
HILegend legend = new HILegend();
legend.setEnabled(false);
options.setLegend(legend);
HITitle title = new HITitle();
title.setText("Sugar and fat intake per country");
options.setTitle(title);
HISubtitle subtitle = new HISubtitle();
subtitle.setText("Source: <a href=\"http://www.euromonitor.com/\">Euromonitor</a> and <a href=\"https://data.oecd.org/\">OECD</a>");
options.setSubtitle(subtitle);
HIXAxis xAxis = new HIXAxis();
xAxis.setGridLineWidth(1);
xAxis.setTitle(new HITitle());
xAxis.getTitle().setText("Daily fat intake");
xAxis.setLabels(new HILabels());
xAxis.getLabels().setFormat("{value} gr");
HIPlotLines plotLines1 = new HIPlotLines();
plotLines1.setColor(HIColor.initWithName("black"));
plotLines1.setDashStyle("dot");
plotLines1.setWidth(2);
plotLines1.setValue(65);
plotLines1.setLabel(new HILabel());
plotLines1.getLabel().setRotation(0);
plotLines1.getLabel().setY(15);
plotLines1.getLabel().setStyle(new HICSSObject());
plotLines1.getLabel().getStyle().setFontWeight("italic");
plotLines1.getLabel().setText("Safe fat intake 65g/day");
plotLines1.setZIndex(3);
HIPlotLines[] plotLinesList1 = new HIPlotLines[] {plotLines1 };
xAxis.setPlotLines(new ArrayList<>(Arrays.asList(plotLinesList1)));
options.setXAxis(new ArrayList<HIXAxis>(){{add(xAxis);}});
HIYAxis yAxis = new HIYAxis();
yAxis.setStartOnTick(false);
yAxis.setEndOnTick(false);
yAxis.setTitle(new HITitle());
yAxis.getTitle().setText("Daily sugar intake");
yAxis.setLabels(new HILabels());
yAxis.getLabels().setFormat("{value} gr");
yAxis.setMaxPadding(0.2);
HIPlotLines plotLines2 = new HIPlotLines();
plotLines2.setColor(HIColor.initWithName("black"));
plotLines2.setDashStyle("dot");
plotLines2.setWidth(2);
plotLines2.setValue(50);
plotLines2.setLabel(new HILabel());
plotLines2.getLabel().setAlign("right");
plotLines2.getLabel().setX(-10);
plotLines2.getLabel().setStyle(new HICSSObject());
plotLines2.getLabel().getStyle().setFontWeight("italic");
plotLines2.getLabel().setText("Safe sugar intake 50g/day");
plotLines2.setZIndex(3);
HIPlotLines[] plotLinesList2 = new HIPlotLines[] {plotLines2 };
yAxis.setPlotLines(new ArrayList<>(Arrays.asList(plotLinesList2)));
options.setYAxis(new ArrayList<HIYAxis>(){{add(yAxis);}});
HITooltip tooltip = new HITooltip();
tooltip.setUseHTML(true);
tooltip.setHeaderFormat("<table>");
tooltip.setPointFormat("<tr><th colspan=\"2\"><h3>{point.country}</h3></th></tr><tr><th>Fat'intake':</th><td>{point.x}g</td></tr><tr><th>Sugar'intake':</th><td>{point.y}g</td></tr><tr><th>Obesity (adults):</th><td>{point.z}%</td></tr>");
tooltip.setFooterFormat("</table>");
tooltip.setFollowPointer(true);
options.setTooltip(tooltip);
HIPlotOptions plotOptions = new HIPlotOptions();
plotOptions.setSeries(new HISeries());
plotOptions.getSeries().setDataLabels(new HIDataLabels());
plotOptions.getSeries().getDataLabels().setEnabled(true);
plotOptions.getSeries().getDataLabels().setFormat("{point.name}");
options.setPlotOptions(plotOptions);
HIBubble series1 = new HIBubble();
HashMap<String, Object> map1 = new HashMap<>();
map1.put("x", 95);
map1.put("y", 95);
map1.put("z", 13.8);
map1.put("name", "BE");
map1.put("country", "Belgium");
HashMap<String, Object> map2 = new HashMap<>();
map2.put("x", 86.5);
map2.put("y", 102.9);
map2.put("z", 14.7);
map2.put("name", "DE");
map2.put("country", "Germany");
HashMap<String, Object> map3 = new HashMap<>();
map3.put("x", 80.8);
map3.put("y", 91.5);
map3.put("z", 15.8);
map3.put("name", "FI");
map3.put("country", "Finland");
HashMap<String, Object> map4 = new HashMap<>();
map4.put("x", 80.4);
map4.put("y", 102.5);
map4.put("z", 12);
map4.put("name", "NL");
map4.put("country", "Netherlands");
HashMap<String, Object> map5 = new HashMap<>();
map5.put("x", 80.3);
map5.put("y", 86.1);
map5.put("z", 11.8);
map5.put("name", "SE");
map5.put("country", "Sweden");
HashMap<String, Object> map6 = new HashMap<>();
map6.put("x", 78.4);
map6.put("y", 70.1);
map6.put("z", 16.6);
map6.put("name", "ES");
map6.put("country", "Spain");
HashMap<String, Object> map7 = new HashMap<>();
map7.put("x", 74.2);
map7.put("y", 68.5);
map7.put("z", 14.5);
map7.put("name", "FR");
map7.put("country", "France");
HashMap<String, Object> map8 = new HashMap<>();
map8.put("x", 73.5);
map8.put("y", 83.1);
map8.put("z", 10);
map8.put("name", "NO");
map8.put("country", "Norway");
HashMap<String, Object> map9 = new HashMap<>();
map9.put("x", 71);
map9.put("y", 93.2);
map9.put("z", 24.7);
map9.put("name", "UK");
map9.put("country", "United Kingdom");
HashMap<String, Object> map10 = new HashMap<>();
map10.put("x", 69.2);
map10.put("y", 57.6);
map10.put("z", 10.4);
map10.put("name", "IT");
map10.put("country", "Italy");
HashMap<String, Object> map11 = new HashMap<>();
map11.put("x", 68.6);
map11.put("y", 20);
map11.put("z", 16);
map11.put("name", "RU");
map11.put("country", "Russia");
HashMap<String, Object> map12 = new HashMap<>();
map12.put("x", 65.5);
map12.put("y", 126.4);
map12.put("z", 35.3);
map12.put("name", "US");
map12.put("country", "United States");
HashMap<String, Object> map13 = new HashMap<>();
map13.put("x", 65.4);
map13.put("y", 50.8);
map13.put("z", 28.5);
map13.put("name", "HU");
map13.put("country", "Hungary");
HashMap<String, Object> map14 = new HashMap<>();
map14.put("x", 63.4);
map14.put("y", 51.8);
map14.put("z", 15.4);
map14.put("name", "PT");
map14.put("country", "Portugal");
HashMap<String, Object> map15 = new HashMap<>();
map15.put("x", 64);
map15.put("y", 82.9);
map15.put("z", 31.3);
map15.put("name", "NZ");
map15.put("country", "New Zealand");
HashMap[] series1_data = new HashMap[] { map1, map2, map3, map4, map5, map6, map7, map8, map9, map10, map11, map12, map13, map14, map15 };
series1.setData(new ArrayList<>(Arrays.asList(series1_data)));
options.setSeries(new ArrayList<>(Arrays.asList(series1, series1)));
chartView.setOptions(options);
}
}