JAVA Program: 1. Create a class named Checkup with fields that hold a patient number, two blood pressure figures (systolic and diastolic), and two cholesterol figures (LDL and HDL). Include a constructor that initializes the patient number, and methods to get and set each of these fields. Also include a method double computeRatio() that divides LDL cholesterol by HDL cholesterol and returns the result. Include a String toString() method that returns a string containing the values of all instance variables, as well as the result of computeRatio(), and a statement explaining that HDL is known as “good cholesterol” and that a ratio of 3.5 or lower is considered optimum. 2. Write an java application called TestCheckup that instantiates at least two Checkup objects and calls each method of the class at least once. Notes: 1. You will have to create two separate files. 2. Add a comment on top of each method, describing what that method does.
JAVA Program:
1. Create a class named Checkup with fields that hold a patient number, two blood
pressure figures (systolic and diastolic), and two cholesterol figures (LDL and
HDL). Include a constructor that initializes the patient number, and methods to get
and set each of these fields. Also include a method double computeRatio() that
divides LDL cholesterol by HDL cholesterol and returns the result. Include a String
toString() method that returns a string containing the values of all instance
variables, as well as the result of computeRatio(), and a statement explaining that
HDL is known as “good cholesterol” and that a ratio of 3.5 or lower is considered
optimum.
2. Write an java application called TestCheckup that instantiates at least two Checkup
objects and calls each method of the class at least once.
Notes:
1. You will have to create two separate files.
2. Add a comment on top of each method, describing what that method does.
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