.ZIP

# RainFall class that stores the total rainfall for each of 12 months in an array

Write a RainFall class that stores the total rainfall for each of 12 months into an array of doubles. The program should have methods that return the following:the total rainfall for the year

the average monthly rainfall

the month with the most rain

the month with the least rain

Demonstrate the class in a complete program.

Input Validation: Do not accept negative numbers for monthly rainfall figures.I have the pure class for this problem and want to come out an application class which uses Scanner class to ask users to fill in their monthly rainfall.

/**

The Rainfall class stores data about a rainfall

for the Rainfall Class programming challenge.

*/public class Rainfall

{

private double[] rain; // Array to hold rainfall data

/**

Constructor

@param r An array of rainfall figures.

*/

public Rainfall(double r[])

{

// Create a new array.

rain = new double[r.length];

// Copy the argument's elements to the

// new array.

for (int i = 0; i < r.length; i++)

rain[i] = r[i];

}

/**

The getTotalRainFall method calculates the total

rainfall.

@return The total amount of rainfall.

*/

public double getTotalRainFall()

{

double total = 0.0; // Accumulator

// Accumulate the sum of the rain array elements.

for (int i = 0; i < rain.length; i++)

total += rain[i];// Return the sum.

return total;

}

/**

The getAverageRainfall method calculates the

average amount of rainfall.

@return The average amount of rainfall.

*/

public double getAverageRainFall()

{

return getTotalRainFall() / rain.length;

}/**

The getHighestMonth method determines the month

with the highest amount of rainfall.

@return The number of the month with the highest

amount of rainfall.

*/

public int getHighestMonth()

{

int highest = 0;

// Find the element with the highest value.

for (int i = 1; i < rain.length; i++)

{

if (rain[i] rain[highest])

highest = i;

}

// Return the element number.

return highest;

}/**

The getLowstMonth method determines the month

with the lowest amount of rainfall.

@return The number of the month with the lowest

amount of rainfall.

*/

public int getLowestMonth()

{

int lowest = 0;

// Find the element with the lowest value.

for (int i = 1; i < rain.length; i++)

{

if (rain[i] < rain[lowest])

lowest = i;

}

// Return the element number.

return lowest;

}/**

The getRainAt method returns a specified value

in the array.

@param e The element number to return.

@return The value stored in the specified element.

*/

public double getRainAt(int e)

{

return rain[e];

}

}

the average monthly rainfall

the month with the most rain

the month with the least rain

Demonstrate the class in a complete program.

Input Validation: Do not accept negative numbers for monthly rainfall figures.I have the pure class for this problem and want to come out an application class which uses Scanner class to ask users to fill in their monthly rainfall.

/**

The Rainfall class stores data about a rainfall

for the Rainfall Class programming challenge.

*/public class Rainfall

{

private double[] rain; // Array to hold rainfall data

/**

Constructor

@param r An array of rainfall figures.

*/

public Rainfall(double r[])

{

// Create a new array.

rain = new double[r.length];

// Copy the argument's elements to the

// new array.

for (int i = 0; i < r.length; i++)

rain[i] = r[i];

}

/**

The getTotalRainFall method calculates the total

rainfall.

@return The total amount of rainfall.

*/

public double getTotalRainFall()

{

double total = 0.0; // Accumulator

// Accumulate the sum of the rain array elements.

for (int i = 0; i < rain.length; i++)

total += rain[i];// Return the sum.

return total;

}

/**

The getAverageRainfall method calculates the

average amount of rainfall.

@return The average amount of rainfall.

*/

public double getAverageRainFall()

{

return getTotalRainFall() / rain.length;

}/**

The getHighestMonth method determines the month

with the highest amount of rainfall.

@return The number of the month with the highest

amount of rainfall.

*/

public int getHighestMonth()

{

int highest = 0;

// Find the element with the highest value.

for (int i = 1; i < rain.length; i++)

{

if (rain[i] rain[highest])

highest = i;

}

// Return the element number.

return highest;

}/**

The getLowstMonth method determines the month

with the lowest amount of rainfall.

@return The number of the month with the lowest

amount of rainfall.

*/

public int getLowestMonth()

{

int lowest = 0;

// Find the element with the lowest value.

for (int i = 1; i < rain.length; i++)

{

if (rain[i] < rain[lowest])

lowest = i;

}

// Return the element number.

return lowest;

}/**

The getRainAt method returns a specified value

in the array.

@param e The element number to return.

@return The value stored in the specified element.

*/

public double getRainAt(int e)

{

return rain[e];

}

}

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