Comprehensive Project Report on A super advanced calculator.
- 2. CALCULATOR Working Of The Program : • The program starts by presenting the user with a menu of arithmetic operations: addition, subtraction, multiplication, division, or a random mixture of all. • After the user makes a selection, the program generates random numbers based on the chosen operation. • It then prompts the user to solve the arithmetic problem and provides feedback on whether the answer is correct or incorrect.
- 3. Logic Of Program : • The program follows a structured approach to handle each arithmetic operation by using loops (if/else if). • It utilizes functions to generate random numbers 2 to 5 in the range of 1 to 100 by using random module of numpy library. • It uses options to use operators to operate between numbers such as ‘Addition’ , ‘Substraction’, ‘Multiplication’ , ‘Division’ and Random mixture of all four. • We used proper operands to match the operator requirements i.e. two operands for substraction and division where no restriction for addition and multiplication.
- 4. Logic Of Program : • It take user input for choice of operator in the range of 1 to 5, based on choice it perform the operation and saved the response nature whether right/wrong. • It provide feedback for both right and wrong answer and update the number of response by a user. Choose The operator (+,-,*,/) Process the operation Compare it and provide feedback
- 5. Logic Of Program : • We have used various loops to implement same code for different users and store their responses. Take input for new user Process according to choice Provide the feedback Store the performanc e
- 6. Output Of Program : • We Store and display the progress of an user in both topic-wise and total exercise form. • Along with numerical data, we have used graphical representation using matplot. Positive Negative 5 2 Progress report Questions Key Value Total Exercise 7 Total correct response 5 Total Incorrect response 2
- 7. STRING Working Of The Program : • extract_letters_from_string(input_string): • This function takes an input string and extracts only the alphabetic characters from it, converting them to lowercase. • summarize_letters(letters): • This function takes a list of letters and counts the frequency of each letter, returning a dictionary where keys are unique letters and values are their frequencies. • has_all_alphabets(letters): • This function checks if the input list of letters contains all the letters of the alphabet (a to z).
- 8. Working Of The Program : • present_descriptive_statistics(letters): • This function presents descriptive statistics of the input letters. • It creates a dataframe to visualize the frequency of each letter using seaborn. • It prints the total number of letters, total unique letters, unique letters, most frequent letter(s), and least frequent letter(s). • sort_letters(letters, reverse=False): • This function sorts the input list of letters in either ascending or descending order and removes duplicates. • generate_anagrams(letters): • This function generates all possible anagrams of the input string.
- 9. Logic Of Program : • The program first prompts the user to input an arbitrary string. • It then extracts the letters from the input string, summarizes their frequency, checks if all alphabet letters are present, and presents descriptive statistics. • It sorts the letters in ascending and descending order and generates anagrams of the input string. • The code employs error handling to handle cases where no letters are found in the input string. Input The String Extract The Letters Perform various Operations
- 10. Output Of Program : • The program displays the frequency summary of letters, whether all alphabet letters are present, and presents descriptive statistics in tabular form. • It visualizes the frequency of each letter using a bar plot. • The sorted letters and generated anagrams are printed to the console. Character Frequency a 2 b 1 c 1
- 11. SURVEY Working Of The Program : • The program begins by prompting the user to input ratings for 20 products, ensuring that the entered ratings fall within the range of 1 to 5. • Upon successful input, the program calculates the frequency of each rating using NumPy's np.unique function and presents this information in a tabular format, displaying the frequency of each rating.
- 12. Working Of The Program : • Subsequently, the program computes various statistical measures, including the minimum, maximum, mean, median, mode, variance, and standard deviation of the ratings, utilizing functions from the statistics module. • Furthermore, the program visualizes the frequency distribution of ratings by generating a bar chart using Matplotlib, illustrating the distribution of ratings across the 1 to 5 scale.
- 13. Output Of Program : • The program displays the frequency of each rating in tabular format. • It presents various statistical measures of the ratings, including the minimum, maximum, mean, median, mode, variance, and standard deviation. • It visualizes the frequency distribution of ratings using a bar chart. Ratings Frequnecy 5 STAR 3 4 STAR 2 3 STAR 8 2 STAR 4 1 STAR 3
- 14. Output Of Program :