CREATE A CONSOLE APPLICATION USING ECLIPSE. import java.util.ArrayList; import java.util.Random; /* Computer Science and Information Systems * Programming and Problem Solving II * Code Practice and Review * Stockton University * * The following exercise will walk you through a lot of the * topics covered in the first installment of the series. * * This specific exercise uses climate data. * * Topics include: * CLASSES AND METHODS ARRAY/ARRAYLIST CONDITIONAL LOGIC (IF/ELSE-IF/SWITCH) ITERATION (FOR/DO/WHILE) STRING MANIPULATION (SUBSTR/LENGTH/CHARAT) FUNDAMENTAL TOOLS (RANDOM/SCANNER) FORMATTED OUTPUT (PRINTF/STDOUT/STDERR) * */ public class Student { // The insertion point for this application public static void main(String[] args) { // Create some arrays to store possible conditions double[] aryWaveHeight = new double[5]; double[] aryTemperature = new double[5]; String[] aryWeather = new String[5]; // ------------------------------------------------------------------------ // CREATE YOUR ARRAYLIST HERE // Populate the arrays with data aryWaveHeight[0] = 36; aryWaveHeight[1] = 14; aryWaveHeight[2] = 25; aryWaveHeight[3] = 48; aryWaveHeight[4] = 9; aryTemperature[0] = 92; aryTemperature[1] = 87; aryTemperature[2] = 65; aryTemperature[3] = 72; aryTemperature[4] = 83; aryWeather[0] = "Heavy rain and cloud cover."; aryWeather[1] = "Partly cloudy, chance of rain later."; aryWeather[2] = "Warm and dry. Clear skies all day."; aryWeather[3] = "Scattered T-Storms and showers."; aryWeather[4] = "Sunny and hazy. Light clouds in the mid-afternoon."; // --------------------------------------- // CREATE A RANDOM NUMBER GENERATOR OBJECT // ------------------------------------------------------------------------------------- // PUT A LOOPING CONSTRUCT HERE: FILL YOUR ARRAYLIST WITH 1000 RANDOM WEATHER CONDITIONS // CREATE A TEMPORARY RANDOM WEATHER CONDITION WeatherInstance randomCondition = new WeatherInstance(); randomCondition.temperature = aryTemperature[generator.nextInt(5)]; randomCondition.waveHeight = aryWaveHeight[generator.nextInt(5)]; randomCondition.weather = aryWeather[generator.nextInt(5)]; // OUTPUT THE RANDOMLY GENERATED CONDITION'S PARAMETERS System.out.println("Temp: " + randomCondition.temperature); System.out.println("Wave: " + randomCondition.waveHeight); System.out.println(randomCondition.weather); // POPULATE THE ARRAYLIST weatherConditions.add(randomCondition); // -------------------------------------------------------------------------------------- // PUT A LOOPING CONSTRUCT HERE: COUNT HOW MANY TIMES A TEMPERATURE ABOVE 75 WAS OBSERVED int tempsAbove75 = 0; if (weatherConditions.get(i).getTemperature() > 75) tempsAbove75++; System.out.println(tempsAbove75 + " specific occurences out of 1000, or approx. " + (tempsAbove75/10.0) + "% of observations were above 75 degrees"); // ----------------------------------------------------------------------------------------- // PUT A NESTED CONTROL STRUCTURE HERE: COUNT HOW MANY TIMES // SCATTERED T-STORMS OCCURED AT THE SAME TIME THAT WAVE HEIGHT WAS BELOW 30 int tStormsWaveHeightBelow30 = 0; for (int i=0; i<1000; i++) { } System.out.println(tStormsWaveHeightBelow30 + " specific occurences out of 1000, or approx. " + (tStormsWaveHeightBelow30/10.0) + "% of observations were during scattered T-Storms with waves below 30"); } }