104 lines
3.2 KiB
Java
104 lines
3.2 KiB
Java
package org.gcube.dataanalysis.geothermal;
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import org.gcube.contentmanagement.graphtools.plotting.graphs.TimeSeriesGraph;
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import org.jfree.chart.JFreeChart;
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import org.jfree.data.time.TimeSeries;
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import org.jfree.data.time.TimeSeriesCollection;
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import org.jfree.data.time.Year;
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public class EnergyTrends extends AbstractProcess {
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@Override
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public String getDescription() {
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return "An algorithm reporting the energy trends for the countries contributing to EGIP";
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}
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TimeSeriesCollection datasetMWE = new TimeSeriesCollection();
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TimeSeriesCollection datasetMWT = new TimeSeriesCollection();
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TimeSeriesCollection datasetTJY = new TimeSeriesCollection();
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@Override
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void initDatasets() {
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}
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@Override
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void fulfillDataset(String f_name, String f_area, double f_f1990_mwe, double f_f1995_mwt, double f_f1995_h_tjy, double f_f1995_mwe, double f_f2000_mwt, double f_f2000_h_tjy, double f_f2000_mwe, double f_f2005_mwt, double f_f2005_h_tjy, double f_f2005_mwe, double f_f2010_mwt, double f_f2010_h_tjy, double f_f2010_mwe, double f_f2013_mwe, int startYear, int endYear) {
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final TimeSeries seriesMWE = new TimeSeries(f_name);
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final TimeSeries seriesMWT = new TimeSeries(f_name);
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final TimeSeries seriesTJY = new TimeSeries(f_name);
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if (startYear <= 1990 && endYear >= 1990)
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seriesMWE.add(new Year(1990), f_f1990_mwe);
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if (startYear <= 1995 && endYear >= 1995) {
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seriesMWE.add(new Year(1995), f_f1995_mwe);
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seriesMWT.add(new Year(1995), f_f1995_mwt);
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seriesTJY.add(new Year(1995), f_f2000_h_tjy);
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}
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if (startYear <= 2000 && endYear >= 2000) {
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seriesMWE.add(new Year(2000), f_f2000_mwe);
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seriesMWT.add(new Year(2000), f_f2000_mwt);
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seriesTJY.add(new Year(2000), f_f2000_h_tjy);
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}
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if (startYear <= 2005 && endYear >= 2005) {
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seriesMWE.add(new Year(2005), f_f2005_mwe);
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seriesMWT.add(new Year(2005), f_f2005_mwt);
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seriesTJY.add(new Year(2005), f_f2005_h_tjy);
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}
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if (startYear <= 2010 && endYear >= 2010) {
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seriesMWE.add(new Year(2010), f_f2010_mwe);
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seriesMWT.add(new Year(2010), f_f2010_mwt);
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seriesTJY.add(new Year(2010), f_f2010_h_tjy);
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}
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if (startYear <= 2013 && endYear >= 2013) {
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seriesMWE.add(new Year(2013), f_f2013_mwe);
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}
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datasetMWE.addSeries(seriesMWE);
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datasetMWT.addSeries(seriesMWT);
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datasetTJY.addSeries(seriesTJY);
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}
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@Override
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JFreeChart createChartForMWE() {
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return TimeSeriesGraph.createStaticChart(datasetMWE, "yyyy");
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}
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@Override
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JFreeChart createChartForMWT() {
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return TimeSeriesGraph.createStaticChart(datasetMWT, "yyyy");
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}
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@Override
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JFreeChart createChartForTJY() {
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return TimeSeriesGraph.createStaticChart(datasetTJY, "yyyy");
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}
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@Override
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void renderChartForMWE() {
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TimeSeriesGraph tsg = new TimeSeriesGraph("MWE");
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tsg.timeseriesformat = "yyyy";
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tsg.render(datasetMWE);
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}
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@Override
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void renderChartForMWT() {
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TimeSeriesGraph tsg2 = new TimeSeriesGraph("MWT");
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tsg2.timeseriesformat = "yyyy";
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tsg2.render(datasetMWT);
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}
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@Override
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void renderChartForTJY() {
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TimeSeriesGraph tsg3 = new TimeSeriesGraph("TJY");
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tsg3.timeseriesformat = "yyyy";
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tsg3.render(datasetTJY);
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}
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}
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