EXAMBISHOP: A Python Script For Student Performance

This article delves into the Python script EXAMBISHOP, a project designed to assess student performance. We'll break down the code, discuss its functionality, and explore potential improvements. Whether you're a budding programmer or an educator looking for tools to evaluate student progress, this comprehensive guide will provide valuable insights. Let's dive in!

Understanding the EXAMBISHOP Script

The core purpose of the EXAMBISHOP script is to provide a basic assessment of a student's academic performance based on their marks in six subjects. The script takes student details as input, calculates the total marks and percentage, and determines if the student has passed or failed. Additionally, it identifies subjects in which the student has scored exceptionally well. This section will dissect the code step-by-step, explaining each part's role in the overall functionality.

Input and Data Collection

The script begins by welcoming the user to EXAMBISHOP and then proceeds to collect essential student information. This is achieved using the input() function in Python, which prompts the user to enter data via the console. The script specifically requests the following information:

• Student Name: The student's full name.
• Class: The student's current class or grade level.
• Exam Standard: The specific exam or academic standard being evaluated.

After gathering the general student information, the script moves on to collecting the marks obtained in each of the six subjects. For each subject, the user is prompted to enter the marks, which are then stored as integer values using the int(input()) function. This ensures that the marks are treated as numerical data for subsequent calculations.

Calculation of Total Marks and Percentage

Once the marks for all six subjects are collected, the script proceeds to calculate the total marks obtained by the student. This is done by summing the marks of each subject (mark1 through mark6). The total variable now holds the aggregate score of the student across all subjects.

Following the calculation of the total marks, the script computes the percentage score. The percentage is determined by dividing the total marks by the max_marks (which is set to 600 in this script) and then multiplying the result by 100. The int() function is used to convert the resulting percentage to an integer value, which means any decimal part of the percentage will be truncated.

Determining Pass/Fail Status

After calculating the percentage, the script evaluates whether the student has passed or failed the examination. This is done using a simple if statement that checks if the percentage is greater than or equal to 40. If the percentage meets this criterion, the script prints a congratulatory message indicating that the student has successfully passed the exam. Otherwise, it prints a message indicating that the student has failed.

This pass/fail determination is a crucial part of the script, as it provides an immediate and straightforward assessment of the student's overall performance. It's a basic but effective way to categorize students based on their scores.

Identifying Strengths in Specific Subjects

Beyond just determining pass/fail status, the script also attempts to identify subjects in which the student has performed particularly well. This is done through a series of if and elif (else if) statements that check if the marks in each subject are greater than or equal to 90. If a student scores 90 or above in a subject (or multiple subjects), the script prints a message indicating their proficiency in those areas.

The logic here is somewhat complex and could be streamlined, as it includes numerous elif conditions to cover various combinations of subjects. However, the basic idea is to provide a more granular view of the student's performance, highlighting their strengths rather than just their overall outcome.

Code Breakdown and Explanation

Let's dissect the Python code provided for the EXAMBISHOP script. Each line and block of code serves a specific purpose, contributing to the overall functionality of the program. Understanding these individual components is crucial for grasping how the script works and how it can be modified or improved.

# checking the performance of the student in this studies
print("welcome to the exambishop")
name=input("give the student name")
Class=input("give the student class ")
exam_type=input("give the exam standerd")
max_marks=600
mark1=int(input("marks of subject 1"))
marks2=int(input("marks of subject 2"))
marks3=int(input("marks of subject 3"))
marks4=int(input("marks of subject 4"))
marks5=int(input("marks of subject 5"))
marks6=int(input("marks of subject 6"))
total=int(mark1+marks2+marks5+marks6+marks4+marks3)
print(total)
percentage=int((total/max_marks)*100)
print(percentage)
if percentage>=40:
    print("you susccesfully passed the exam congragulations:)")
else:
    print("you are FAILED")
if mark1>=90:
       print("you are good in subject 1")
elif marks2>=90:
    print("you are good at sub1 and sub2")

elif marks3>=90:
    print("you are good at sub1 and sub3")

elif marks4>=90:
    print("you are good at sub1 and sub4")

elif marks5>=90:
    print("you are good at sub1 and sub5")

elif marks6>=90:
    print("you are good at sub1 and sub6 ")
elif marks2>=90 and marks3>=90:
    print("you are good at sub1 sub2 an sub 3")
elif marks2>=90 and marks4>=90:
    print("you are good at sub1 sub2 an sub 4")
elif marks2>=90 and marks5>=90:
    print("you are good at sub1 sub2 an sub 5")
elif marks2>=90 and marks6>=90:
    print("you are good at sub1 sub2 an sub 6")
elif marks3>=90 and marks4>=90:
    print("you are good at sub1 sub3 an sub 4")
elif marks3>=90 and marks5>=90:
    print("you are good at sub1 sub3 an sub 5")
elif marks3>=90 and marks6>=90:
    print("you are good at sub1 sub3 an sub 6")
elif marks4>=90 and marks5>=90:
    print("you are good at sub1 sub4 an sub 5")
elif marks4>=90 and marks6>=90:
    print("you are good at sub1 sub4 an sub 6")
elif marks5>=90 and marks6>=90:
    print("you are good at sub1 sub5 an sub6")
elif marks2>=90 and marks3>=90 and marks4>=90:
    print("you are good at sub1 sub2 an sub3 and sub4")
elif marks2>=90 and marks3>=90 and marks5>=90:
    print("you are good at sub1 sub2 an sub3 and sub5")
elif marks2>=90 and marks3>=90 and marks6>=90:
    print("you are good at sub1 sub2 an sub3 and sub6")
elif marks2>=90 and marks4>=90 and marks5>=90:
    print("you are good at sub1 sub2 an sub4 and sub5")
elif marks2>=90 and marks4>=90 and marks6>=90:
    print("you are good at sub1 sub2 an sub4 and marks6")
elif marks2>=90 and marks5>=90 and marks6>=90:
    print("you are good at sub1 sub2 an sub5 and sub6")
elif marks2>=90 and marks3>=90 and marks4>=90 and marks5>=90:
    print("you are good at sub1 sub2 an sub3 and sub4 and sub5")
elif marks2>=90 and marks3>=90 and marks4>=90 and marks6>=90:
    print("you are good at sub1 sub2 an sub3 and sub4 and sub6")
elif marks2>=90 and marks3>=90 and marks4>=90 and marks5>=90:
    print("you are good at sub1 sub2 an sub3 and sub4 and sub5")
elif marks2>=90 and marks3>=90 and marks4>=90 and marks5>=90 and marks6>=90:
    print("you are good at all subjects<moogedd>")


else:
    print("you are a failure")

Initial Comments and Greeting

The script starts with a comment indicating its purpose: # checking the performance of the student in this studies. Comments are essential for code readability, as they explain the intent behind the code. The first executable line is `print(