You are part of a startup called ASCII-unlimited. You plan to dominate the market in character based graphics for gaming! Your team has identified a set of 13 fundamental operations that are likely to be useful for many of the games you ultimately produce. Accordingly, you are developing a library of C functions which implement these operations. For this assignment you will write these 13 functions. There are 11 functions operating on square dynamically allocated 2D arrays of characters and 2 operating on C strings. The table below lists the function prototypes and assigns each an estimated difficulty level on a scale of 1-3 (just for rough guidance -- you may or may not end up agreeing with the scores...) ESTIMATED DIFFICULTY (1-3). FUNCTION 1: less challenging 3: more challenging char ** alloc_square_mtx(int n); 1 void free_square_mtx (char **m, int n); 1 void pop_mtx_alpha(char **m, int n); 1 void display_mtx(char **m, int n); 1 void swap_rows (char **m, int rl, int r2, int n);

You are part of a startup called ASCII-unlimited. You plan to dominate the market in character based graphics for gaming! Your team has identified a set of 13 fundamental operations that are likely to be useful for many of the games you ultimately produce. Accordingly, you are developing a library of C functions which implement these operations. For this assignment you will write these 13 functions. There are 11 functions operating on square dynamically allocated 2D arrays of characters and 2 operating on C strings. The table below lists the function prototypes and assigns each an estimated difficulty level on a scale of 1-3 (just for rough guidance -- you may or may not end up agreeing with the scores...) ESTIMATED DIFFICULTY (1-3). FUNCTION 1: less challenging 3: more challenging char alloc_square_mtx(int n); 1 void free_square_mtx (char m, int n); 1 void pop_mtx_alpha(char m, int n); 1 void display_mtx(char m, int n); 1 void swap_rows (char **m, int rl, int r2, int n);

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Create a function called volume The function will calculate the volume of a cube. It will receive 3 integers, length, width and height. It will return the volume as an integer.
How are functions with default arguments created?
Question 3 Define a function that meets the following specifications Function name Parameters Return value Detailed description Example code Example console output The text in bold are user input. get_equation This function does not take in any values. Return a numeric object, followed by a str type object Using the following prompt, get two numbers. Prompt 1 "Enter first number: " Prompt 2 "Enter second number: " The numeric object to be returned is the numeric sum of the two numbers, the str type object is an addition equation where the two numbers are separated by "+". There is a space between the plus sign and each number. x, y = get_equation () print (x) print (y) Enter first number: 5 Enter second number: 6 11.0 5.0 +6.0
Ex2. Write down two functions: transfer and receive from a bank account The settings will be transferred to two users of the bank. Must be a user Presented as a struct and must have an account attribute. That is, the program should ask you to enter the bank account (string type) and the name of the person to whom you are transferring the amount, as well as the amount of the money. If the amount is more than $ 1000, the program must print a notification to enter a fee - 10% of the amount. After entering 10% of the amount, print on the screen that the amount has been transferred.
156 C:\Users\reshm\OneDrive\Documents\assig... 4 C:\Users\reshm\OneDrive\Documents\assign 3\Se. In member function 'CS3358_SP2023: sequence& CS3358_SP2023 sequence operator=(const CS3358_SP2023: sequence&)': [Warning] no return statement in function returning non-void [-Wreturn-type]
Create a user-defined function called calculate_gains(), which receives the amount desired to be invested. Outside this function, create a global variable, multiplier_amount that would be accessible at any point in your code to store the "multiplier amount", which will be the amount that would trigger the increase on the gain margin in case the invested amount is greater than this value. In our case, this amount is set to 1 million. Inside your function, create a variable to store the gain margin, which is 0.1% by default. Also create variables for total_gains and total_amount, setting default values to 0. After these declarations, the first thing to check is whether the amount invested is greater than 1000 (one thousand), which is the minimum application value to start using the app. Next, check if the amount is greater than the multiplier value (1 million). If it is greater, then update the gain margin variable with the new gain margin and add the estimated amount to the original…
3. Which among the following shows a valid use of the Direction enumeration as a parameter to the moveCharacter function? Select al that apply. enum Direction { case north, south, west, east}func moveCharacter(x: Int, y: Int, facing: Direction) {// code here} moveCharacter(x: 0, y: 0, facing: .southwest) moveCharacter(x: 0, y: 0, facing: Direction.north) moveCharacter(x: 0, y: 0, facing: .south) moveCharacter(x: 0, y: 0, facing: Direction.northeast)
assign(self, assignment:Assignment) -> AssignmentResult: """ This function is to simulate the process of the student receiving an assignment, then working on the assignment, then submitting the assignment and finally receiving grade for the assignment. This function will receive an assignment then a grade should be calculated using the following formula: grade = 1 - (Student's current energy X Assignment difficulty level). The min grade a student may receive is 0% (0) After the grade is calculated the student's energy should be decreased by percentage difficulty. Example if the student has 80% (.8) energy and the assignment is a difficultly level .2 there final energy should be 64% (.64) = .8 - (.8 * .2). The min energy a student may have is 0% (0) Finally the grade calculated should be stored internally with in this class so it can be retrieved later. Then an Assignment Result object should be created with the student's ID, the assignment…
How are functions with default arguments created?