Notes

class Course:
def __init__(self, name, units, is_short_course=False):
self.name = name
self.units = units
self.is_short_course = is_short_course

def result_summary(self):
summary = f"Course: {self.name}n"
summary += f"Number of Units: {len(self.units)}n"

if self.is_short_course:
summary += "Is self funded: Truen"

summary += "IDtUnit NametAverage Markt# of Studentsn"
for unit in self.units:
summary += f"{unit['ID']}t{unit['Unit Name']}t{unit['Average Mark']}t{unit['#of Students']}n"
summary += "ENDn"
return summary

# Example usage:
units = [
{"ID": 1, "Unit Name": "Adv. OOP", "Average Mark": 78.41, "#of Students": 30},
{"ID": 2, "Unit Name": "Adv. Proj", "Average Mark": 70.00, "#of Students": 17},
{"ID": 3, "Unit Name": "Thesis", "Average Mark": 68.47, "#of Students": 21},
{"ID": 4, "Unit Name": "Networks", "Average Mark": 81.35, "#of Students": 19}
]

regular_course = Course("NMIT", units)
short_course = Course("NMIT", units, is_short_course=True)

print(regular_course.result_summary())
print(short_course.result_summary())


The relationship between these two methods lies in the conditional logic used to determine whether the course is a short course or not. If the is_short_course attribute is True, the method includes additional information (in this case, "Is self funded: True") in the summary. Otherwise, it only displays the basic information about the course and its units. Both methods generate a summary of the course's units, including the ID, unit name, average mark, and number of students.