1) Part A: Divide by zero exception handling 2) Part B: Input/Number format exception handling 3) Part C: Null pointer exception handling Part A: Divide by Zero Exception Handling Objective: To implement at try-catch exception handler. In this part of the lab we are going to implement a new sound method that reduces a sound by a factor passed in as a parameter. This is accomplished by dividing each sample value by that parameter value. So, add a new method to Sound.java called soundDivision (.., that returns nothing, and takes one integer parameter, called divisor. 1) 2) Here is pseudocode for this method, which is very simple: REPEAT for each sample in the sound REMEMBER - get the sample from the sound CALCULATE divide the sample by the parameter divisor REMEMBER save the new, divided sample back into the sound When you think you have a working method, create a new Lab7TestProject. To test your method, type the following commands into the main method of your Lab7TestProject file: 1) // set up path to where sound files are String path"i replace with your path // specify filename of sound to test with string filename = "preamble.way"; // open the sound Sound soundl new Sound (path filename) soundl.explore) soundl.soundDivision (8) soundl.explore) 3) Run Lab7TestProject to test the sound. It should sound quieter. Now, change your program so that instead of sending in 8 as the divisor parameter, you send a 0. Write down what happens: 1) Part A: Divide by zero exception handling 2) Part B: Input/Number format exception handling 3) Part C: Null pointer exception handling Part A: Divide by Zero Exception Handling Objective: To implement at try-catch exception handler. In this part of the lab we are going to implement a new sound method that reduces a sound by a factor passed in as a parameter. This is accomplished by dividing each sample value by that parameter value. So, add a new method to Sound.java called soundDivision (.., that returns nothing, and takes one integer parameter, called divisor. 1) 2) Here is pseudocode for this method, which is very simple: REPEAT for each sample in the sound REMEMBER - get the sample from the sound CALCULATE divide the sample by the parameter divisor REMEMBER save the new, divided sample back into the sound When you think you have a working method, create a new Lab7TestProject. To test your method, type the following commands into the main method of your Lab7TestProject file: 1) // set up path to where sound files are String path"i replace with your path // specify filename of sound to test with string filename = "preamble.way"; // open the sound Sound soundl new Sound (path filename) soundl.explore) soundl.soundDivision (8) soundl.explore) 3) Run Lab7TestProject to test the sound. It should sound quieter. Now, change your program so that instead of sending in 8 as the divisor parameter, you send a 0. Write down what happens
