Assignment. Plot how temperature and wind speed in El Paso changes with time.

First, define a class Weather each element of which has two fields: temperature t in Fahrenheit and wind speed w in miles per hour. Your class should contain a constructor method and get- and set-methods.

Your program should do the following:

• ask the user for the number of days d he/she want to input; based on this number, create a new array of objects of type Weather that will store the weather in these d days;
• for each of the d days, ask the user for temperature and wind speed, and place this information into the corresponding object;
• prepare for plotting temperature and wind; the x-axis of the standard JRaster is 200 pixels wide; thus, the points corresponding to two consecutive days shall be separated by s = 200 / d pixels:
  • the first day corresponds to x₀ = 0,
  • the second day corresponds to x₁ = s,
  • the third day corresponds to x₂ = 2 * s,
  • ...
  • the i-th day corresponds to x_{i − 1} = (i − 1) * s,
  • the (i + 1)-st day corresponds to x_i = i * s,
  • ...
• the temperature t_i at day i + 1 should be plotted as a point with coordinates x_i = i * s and y_i = 2 * t_i;
• the wind speed w_i at day i + 1 should be plotted as a point with coordinates x_i = i * s and y_i = 5 * w_i;
• use different colors for temperature and wind;
• throw and catch exceptions when the data does not fit into the standard JRaster frame, i.e.:
  • when we have more than 200 days, and/or
  • when at least one of the corresponding values y are smaller than 0 or greater than or equal to 200;
• connect the points corresponding to consecutive days by a straight line; this means that for values x between x_i and x_i+1, you should take y = y_i + (x − x_i) * (y_i+1 − y_i)/s.

• the input method that reads the data;
• the plot method that plots the data; and
• the main method that calls both input and plot, catches the exceptions thrown by the plot method and prints the appropriate error message(s).

For extra credit.

• When the data does not fit into the standard JRaster frame, plot all the data that fits before throwing an exception; e.g., if the data covers more than than 200 days, plot only from the data from first 200 days.
• For reading data, use GUI (similarly to what you did in Lab 11).

When it is due. Lab 13 is due at the beginning of the last lab, i.e.:

• on Wednesday December 4 for those who attend Monday-Wednesday labs, and
• on Thursday December 5 for those who attend Tuesday-Thursday labs.