Write an application that simulates coin tossing. Let the
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- Write an application that determines whether a phrase entered by the user is a palindrome. A palindrome is a phrase that reads the same backward and forward without regarding capitalization, spaces or punctuation. And it will allow the user to enter as many phrases as he likes after each iteration.arrow_forwardCreate a modularized Rock, Paper, and Scissors game that lets user play 7 Rock, Paper, and Scissors game against computer. The program should display each game's result and the final result for the 7 games. The program should contain the following procedures: getComputerChoice receives nothing but returns a word randomly picked from Rock, Paper, and Scissors. getUserChoice receives nothing but returns a word user picked from Rock, Paper, and Scissors. play receives computerPicked and userPicked and returns winner's name, computer or user. main: call the above procedures 7 times, display each game's result, and final result summary any way i can get help creating this in raptor flowchart?arrow_forwardGiven the code below, write a method call for the method (assume that each parameter is a String). Then determine that method’s output given the arguments that you pass. METHOD trickOrTreat (parameters: candy) BEGIN CREATE treat ← 26 SWITCH candy CASE “Tootsie Roll”: treat ++ CASE “Candy Corn”: treat += 2 BREAK CASE “Twizzlers”: treat -= 2 CASE “Dots”: treat -- CASE “Kit Kat”: treat *= 2 END SWITCH RETURN treat END METHOD Method Call Exact Outputarrow_forward
- In python Add the following four methods to your Crew class: move(self, location): This takes in a location as a string, along with self, and attempts to move the crew member to the specified location. If location is one of the five valid location options ("Bridge", "Medbay", "Engine", "Lasers", or "Sleep Pods"), then this should change self.location to that new value. Otherwise, the function should print out the message: Not a valid location. repair(self, ship): first_aid(self, ship): fire_lasers(self, ship, target_ship, target_location): The above three methods represent tasks that a basic Crew member is not capable of (but one of its derived classes will be able to accomplish). So each of them should simply print out a message of the form: <Name> doesn't know how to do that. Examples: Copy the following if __name__ == "__main__" block into your hw12.py file, and comment out tests for parts of the class you haven’t implemented yet. if __name__ == '__main__': crew1…arrow_forwardCreate a program that will count the number of numeric characters in an input string. The program should be able to ask the user for the input string and should be able to display the number of numeric characters on the screen. For this exercise, you should create your class to handle the different operations. Remember that any input/output operations should be done in the main method while all calculations should be done inside the class. Remember that you need to apply encapsulation in your class. Sample Output: Enter a string: Hello 123 Number of numeric characters: 3arrow_forwardQuestion (1): Define the ReplaceAll method, its idea to search for partial text (word or phrase) specific and switch to another part. When you call the method, we must pass three texts. The first represents a plain text, the second represents the partial that we want to search for, and the third represents the partial that we want to replace with the second partial place. If the user click enter without writing a string, the program shows a message “There is no text!". See examples to get the idea. [5 Marks] Ехample 1: Enter your text: I am learning C++. I am writing C++ code. I like C++. Enter the word you want to replace: C++ Enter the word you want to replace with: Java Before: I am learning C++. I am writing C++ code. I like C++. After: I am learning Java. I am writing Java code. I like Java. Ехample 2: Enter your text: There is no text!arrow_forward
- canMove(int x, int y, int destX, int destY, Side s): This method returns true if the player of color s can move the piece at coordinates (x,y) can move to coordinates (destX, destY) on the board in its current state. This means that here you do need to consider this piece’s interaction with other pieces on the board. Conditions for this method to return false are given in the code. public boolean canMove(int x, int y, int destX, int destY, Side s){ /* TODO write a method that checks if a piece at coordinates x,y can move to coordinates destX,destY Conditions for false: - Origin or destination coordinates are outside the board - Piece at origin is null - If source and destination coordinates are the same - Piece at origin is not of the same side as s - You can check this using piece.getSide() - Piece cannot move to the destination by piece movement rules - You should check this using Piece.canMove(destX,…arrow_forwardSome Websites impose certain rules for passwords, involving use of certain numbers and special characters. Write a Python program (Console and GUI) that prompts the user to enter a password and displays "valid password" if the rule is follows rules of the company, or "invalid password" otherwise. Write a method or a function for implementing the password checking rules for the method/function as follows: A password must have at least eight characters. A password must consist of only letters and digits. A password must contain at least two digits. Sample 1 Enter a string for password: wewew43x valid password Sample 2 Enter a string for password: 343a invalid passwordarrow_forwardPlease help me with this Java Labarrow_forward
- Problem: Bugs are simple creatures that only know how to walk towards other bugs. Bugs maintain information about their (x, y) position; by which it can tell if they are standing next to other bugs. Watch the following video: bug movement. Create a java project that simulate bugs movement. You need to write a class “Bug" that models a bug moving along a straight line and it can turn to change its direction counterclockwise (i.e. 90 degree to the left; north → west → south → east → north). In each move, its position changes by one unit in the current direction. Details of the "Bug" class is described below. Your simulator should read information of an unknown number of “Bug" objects from an input file called “Bugs.txt". Each line represents a bug and the initial position and facing direction of this particular bug. Keeping the first bug position as a reference the simulator should move the second bug next to the first bug forming a cluster and its final position and direction should be…arrow_forwardA return statement is the same as a print statement. Anything that a method returns will automatically get printed. True Falsearrow_forward(Simulation) Write a program to simulate the roll of two dice. If the total of the two dice is 7 or 11, you win; otherwise, you lose. Embellish this program as much as you like, with betting, different odds, different combinations for win or lose, stopping play when you have no money left or reach the house limit, displaying the dice, and so forth. (Hint: Calculate the dots showing on each die with the expression dots=(int)(6.0randomnumber+1), where the random number is between 0 and 1.)arrow_forward
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