Java tutorial
/** * Copyright (c) 2013, RMIT University, Australia. * All rights reserved. * * This code is under the BSD license. See 'license.txt' for details. * Project hosted at: https://code.google.com/p/climate-smart-seaports/ */ package database; import java.text.DateFormat; import java.text.ParseException; import java.text.SimpleDateFormat; import java.util.Date; import org.hibernate.Session; import org.hibernate.SessionFactory; import org.hibernate.cfg.AnnotationConfiguration; import org.hibernate.cfg.ImprovedNamingStrategy; import org.hibernate.tool.hbm2ddl.SchemaExport; import war.model.*; /** * Class used to load CSIRO and CMAR dataset in the database * @author Guillaume Prevost */ @SuppressWarnings("deprecation") public class CsiroDataLoader { /** * 'Hotter & Drier' climate model string */ public static final String HOTTER_DRIER = "Hotter & Drier"; /** * 'Most Likely' climate model string */ public static final String MOST_LIKELY = "Most Likely"; /** * 'Cooler & Wetter' climate model string */ public static final String COOLER_WETTER = "Cooler & Wetter"; /** * 'Baseline' climate model string */ public static final String BASELINE = "Baseline"; /** * Main method used to load CSIRO and CMAR data only. * On an existing database, this may duplicate data. * @param args: no parameters */ public static void main(String[] args) { AnnotationConfiguration config = new AnnotationConfiguration(); config.setNamingStrategy(ImprovedNamingStrategy.INSTANCE); config.configure("database/hibernate.cfg.xml"); new SchemaExport(config).create(true, true); SessionFactory factory = config.buildSessionFactory(); Session session = factory.getCurrentSession(); session.beginTransaction(); LoadCsiroData(session); session.getTransaction().commit(); } /** * Loads the CSIRO and CMAR dataset in the database * @param session: the Hibernate Session object which takes care of persisting objects in the database */ public static void LoadCsiroData(Session session) { Region r1 = (Region) (session.get(Region.class, 1)); Region r2 = (Region) (session.get(Region.class, 2)); Region r3 = (Region) (session.get(Region.class, 3)); // Climate models ClimateModel csiro_mk3_5 = new ClimateModel("csiro_mk3_5", "CSIRO Mk3.5", "The CSIRO Mk3.5 climate model"); session.save(csiro_mk3_5); ClimateModel mri_cgcm2_3_2 = new ClimateModel("mri_cgcm2_3_2", "MRI-CGCM2.3.2", "The MRI-CGCM 2.3.2 climate model"); session.save(mri_cgcm2_3_2); ClimateModel ipsl_cm4 = new ClimateModel("ipsl_cm4", "IPSL-CM4", "The IPSL-CM4 climate model"); session.save(ipsl_cm4); ClimateModel miroc_3_2_medres = new ClimateModel("miroc_3_2_medres", "MIROC 3.2 (medres)", "The Miroc 3.2 MedRes climate model"); session.save(miroc_3_2_medres); ClimateModel cccma_cgcm3_1_t63 = new ClimateModel("cccma_cgcm3_1_t63", "CCCMA CGCM 3.1 T63", "The CCCMA CGCM 3.1 T63 climate model"); session.save(cccma_cgcm3_1_t63); ClimateModel reference = new ClimateModel("reference", "(Reference)", "Reference climate model: considering there is no change"); session.save(reference); // Climate emission scenarios ClimateEmissionScenario A1B = new ClimateEmissionScenario("A1B", "medium"); session.save(A1B); ClimateEmissionScenario A1FI = new ClimateEmissionScenario("A1FI", "high"); session.save(A1FI); ClimateEmissionScenario base = new ClimateEmissionScenario("Base", "No CO2 emissions increase"); session.save(base); // Climate Variables CsiroVariable te = new CsiroVariable("Temperature", "T", "Forecasted hange of temperature from now", "℃", "℃"); CsiroVariable ws = new CsiroVariable("Wind speed", "WS", "Forecasted wind speed", "km/h"); CsiroVariable rf = new CsiroVariable("Rainfall", "RF", "Forecasted rain fall", "mm/y"); CsiroVariable rh = new CsiroVariable("Relative humidity", "RH", "Forecasted relative humidity", "%"); CsiroVariable slr = new CsiroVariable("Sea Level Rise", "SLR", "Forecasted sea level rise", "mm"); session.save(te); session.save(ws); session.save(rf); session.save(rh); session.save(slr); DateFormat dateFormatter = new SimpleDateFormat("F"); Date dateCsiroData = null; Date dateCmarData = null; try { dateCsiroData = dateFormatter.parse("2013-02-01"); } catch (ParseException e) { dateCsiroData = new Date(); } try { dateCmarData = dateFormatter.parse("2013-03-07"); } catch (ParseException e) { dateCmarData = new Date(); } // Baseline data for the 3 regions CsiroDataBaseline baselineData = new CsiroDataBaseline(dateCsiroData, r1, te, 16.1); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r1, ws, 4.6); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r1, rf, 1029.8); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r1, rh, 74.8); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r2, te, 12.8); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r2, ws, 5.3); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r2, rf, 870.0); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r2, rh, 71.3); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r3, te, 17.6); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r3, ws, 5.4); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r3, rf, 441.4); session.save(baselineData); baselineData = new CsiroDataBaseline(dateCsiroData, r3, rh, 59.2); session.save(baselineData); // Climate Parameters & Data ClimateParams params = new ClimateParams(r1, csiro_mk3_5, HOTTER_DRIER, A1B); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.3, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.70, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 0.00, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -1.30, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.4, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -8.80, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 0.00, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -5.60, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 3.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -11.10, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 0.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -7.10, null)); params = new ClimateParams(r1, csiro_mk3_5, HOTTER_DRIER, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.2, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.50, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 0.00, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -2.90, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 3.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -10.90, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 0.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -7.00, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 4.1, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -15.10, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 0.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -9.70, null)); params = new ClimateParams(r1, ipsl_cm4, MOST_LIKELY, A1B); session.save(params); // CMAR Data session.save(new CmarData(dateCmarData, params, slr, 2030, "-34.5,151.5,167;-33.5,152.5,176;-32.5,152.5,168;-31.5,153.5,166;-30.5,153.5,164;-29.5,153.5,163;-28.5,153.5,159", "sealevelrise-ecs-2030.png")); session.save(new CmarData(dateCmarData, params, slr, 2070, "-34.5,151.5,437;-33.5,152.5,447;-32.5,152.5,445;-31.5,153.5,439;-30.5,153.5,436;-29.5,153.5,434;-28.5,153.5,429", "sealevelrise-ecs-2070.png")); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.0, "temperature-ecs-2030.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.50, "rainfall-ecs-2030.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -2.10, "windspeed-ecs-2030.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.20, "humidity-ecs-2030.png")); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.0, "temperature-ecs-2055.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -8.40, "rainfall-ecs-2055.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -4.00, "windspeed-ecs-2055.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -0.40, "humidity-ecs-2055.png")); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.5, "temperature-ecs-2070.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -10.60, "rainfall-ecs-2070.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -5.00, "windspeed-ecs-2070.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -0.50, "humidity-ecs-2070.png")); params = new ClimateParams(r1, ipsl_cm4, MOST_LIKELY, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.30, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -2.00, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.4, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -10.40, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -4.90, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -0.50, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 3.4, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -14.40, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -6.80, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -0.70, null)); params = new ClimateParams(r1, miroc_3_2_medres, COOLER_WETTER, A1B); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.7, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, 4.10, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -1.30, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, 1.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.3, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, 7.70, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -2.40, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, 2.30, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 1.7, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, 9.70, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -3.00, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, 2.90, null)); params = new ClimateParams(r1, miroc_3_2_medres, COOLER_WETTER, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.7, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, 4.00, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -1.20, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, 1.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.7, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, 9.50, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -2.90, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, 2.90, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.3, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, 13.20, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -4.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, 4.00, null)); params = new ClimateParams(r2, csiro_mk3_5, HOTTER_DRIER, A1B); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.1, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.50, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -1.60, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -2.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -8.50, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -3.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -4.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -10.80, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -3.90, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -5.30, null)); params = new ClimateParams(r2, csiro_mk3_5, HOTTER_DRIER, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.40, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -1.60, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -2.10, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.5, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -10.60, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -3.80, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -5.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 3.5, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -14.70, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -5.30, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -7.20, null)); params = new ClimateParams(r2, ipsl_cm4, MOST_LIKELY, A1B); session.save(params); // CMAR Data session.save(new CmarData(dateCmarData, params, slr, 2030, "-39.5,146.5,128;-39.5,147.5,132;-38.5,148.5,156;-38.5,149.5,163;-37.5,150.5,180;-36.5,150.5,176;-35.5,151.5,172;-34.5,151.5,167", "sealevelrise-ssve-2030.png")); session.save(new CmarData(dateCmarData, params, slr, 2070, "-39.5,146.5,369;-39.5,147.5,375;-38.5,148.5,416;-38.5,149.5,426;-37.5,150.5,444;-36.5,150.5,440;-35.5,151.5,440;-34.5,151.5,437", "sealevelrise-ssve-2070.png")); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.0, "temperature-ssve-2030.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.10, "rainfall-ssve-2030.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -2.70, "windspeed-ssve-2030.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.80, "humidity-ssve-2030.png")); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.9, "temperature-ssve-2055.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -7.70, "rainfall-ssve-2055.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -5.00, "windspeed-ssve-2055.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -1.60, "humidity-ssve-2055.png")); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.4, "temperature-ssve-2070.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -9.80, "rainfall-ssve-2070.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -6.40, "windspeed-ssve-2070.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -2.00, "humidity-ssve-2070.png")); params = new ClimateParams(r2, ipsl_cm4, MOST_LIKELY, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -4.00, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -2.60, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.80, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.4, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -9.60, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -6.30, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -2.00, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 3.3, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -13.30, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -8.70, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -2.70, null)); params = new ClimateParams(r2, miroc_3_2_medres, COOLER_WETTER, A1B); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, 2.00, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 0.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, 0.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.2, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, 3.70, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 0.20, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, 0.30, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 1.5, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, 4.60, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 0.20, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, 0.40, null)); params = new ClimateParams(r2, miroc_3_2_medres, COOLER_WETTER, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, 1.90, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 0.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, 0.20, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.5, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, 4.60, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 0.20, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, 0.40, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.0, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, 6.30, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 0.30, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, 0.60, null)); params = new ClimateParams(r3, miroc_3_2_medres, HOTTER_DRIER, A1B); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.7, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -6.7, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 1.10, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.9, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.2, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -12.6, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 2.1, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -1.8, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -16.00, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 2.6, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -2.3, null)); params = new ClimateParams(r3, miroc_3_2_medres, HOTTER_DRIER, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -6.5, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 1.1, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.9, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.5, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -15.7, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 2.6, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -2.2, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.1, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -21.70, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 3.6, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -3.1, null)); params = new ClimateParams(r3, csiro_mk3_5, MOST_LIKELY, A1B); session.save(params); // CMAR Data session.save(new CmarData(dateCmarData, params, slr, 2030, "-27.5,113.5,125;-28.5,113.5,124;-29.5,114.5,121;-30.5,114.5,120;-31.5,115.5,119;-32.5,115.5,118;-33.5,114.5,118;-34.5,114.5,117;-34.5,115.5,117;-35.5,116.5,119;-35.5,117.5,119;-35.5,118.5,121;-34.5,119.5,118;-34.5,120.5,118;-34.5,121.5,123;-34.5,122.5,123;-34.5,123.5,124;-33.5,124.5,120", "sealevelrise-sswfw-2030.png")); session.save(new CmarData(dateCmarData, params, slr, 2070, "-27.5,113.5,370;-28.5,113.5,369;-29.5,114.5,365;-30.5,114.5,363;-31.5,115.5,361;-32.5,115.5,360;-33.5,114.5,360;-34.5,114.5,360;-34.5,115.5,361;-35.5,116.5,363;-35.5,117.5,363;-35.5,118.5,364;-34.5,119.5,354;-34.5,120.5,354;-34.5,121.5,361;-34.5,122.5,360;-34.5,123.5,360;-33.5,124.5,354", "sealevelrise-sswfw-2070.png")); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.1, "temperature-sswfw-2030.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -6.2, "rainfall-sswfw-2030.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -1.5, "windspeed-sswfw-2030.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -1.5, "humidity-sswfw-2030.png")); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.1, "temperature-sswfw-2055.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -11.6, "rainfall-sswfw-2055.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -2.8, "windspeed-sswfw-2055.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -2.9, "humidity-sswfw-2055.png")); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.6, "temperature-sswfw-2070.png")); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -14.70, "rainfall-sswfw-2070.png")); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -3.60, "windspeed-sswfw-2070.png")); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -3.70, "humidity-sswfw-2070.png")); params = new ClimateParams(r3, csiro_mk3_5, MOST_LIKELY, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 1.1, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, -6.00, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, -1.50, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -1.50, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, -14.5, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, -3.5, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -3.6, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 3.6, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, -20.10, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, -4.90, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -5.00, null)); params = new ClimateParams(r3, cccma_cgcm3_1_t63, COOLER_WETTER, A1B); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.9, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, 0.8, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 0.3, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.2, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 1.7, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, 1.4, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 0.5, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -0.3, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.1, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, 1.8, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 0.6, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -0.4, null)); params = new ClimateParams(r3, cccma_cgcm3_1_t63, COOLER_WETTER, A1FI); session.save(params); session.save(new CsiroData(dateCsiroData, params, te, 2030, 0.9, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2030, 0.7, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2030, 0.3, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2030, -0.2, null)); session.save(new CsiroData(dateCsiroData, params, te, 2055, 2.1, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2055, 1.8, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2055, 0.6, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2055, -0.4, null)); session.save(new CsiroData(dateCsiroData, params, te, 2070, 2.9, null)); session.save(new CsiroData(dateCsiroData, params, rf, 2070, 2.5, null)); session.save(new CsiroData(dateCsiroData, params, ws, 2070, 0.9, null)); session.save(new CsiroData(dateCsiroData, params, rh, 2070, -0.6, null)); params = new ClimateParams(r1, reference, BASELINE, base); session.save(params); params = new ClimateParams(r2, reference, BASELINE, base); session.save(params); } }