Instructions Define an enumeration type triangleType that has the values scalene, isosceles, equilateral, and noTriangle. Write a function triangleShape that takes as parameters three numbers, each of which represents the length of a side of the triangle. The function should return the shape of the triangle. (Note: In a triangle, the sum of the lengths of any two sides is greater than the length of the third side.) Write a program that prompts the user to input the length of the sides of a triangle and outputs the shape of the triangle.

Instructions Define an enumeration type triangleType that has the values scalene, isosceles, equilateral, and noTriangle. Write a function triangleShape that takes as parameters three numbers, each of which represents the length of a side of the triangle. The function should return the shape of the triangle. (Note: In a triangle, the sum of the lengths of any two sides is greater than the length of the third side.) Write a program that prompts the user to input the length of the sides of a triangle and outputs the shape of the triangle.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter11: Introduction To Classes

Section11.4: A Case Study: Constructing A Date Class

Problem 9E

See similar textbooks

Similar questions

Write a function with the interface doRandomWalk(nstep,startPosition), that takes the number of steps nstep for a random walk and the startPosition of the random walk on a straight line, and returns the location of the final step of the random walker. Problem Part B Now, write another function with the interface simulateRandomWalk(nsim,nstep,startPosition) that simulates nsim number of random-walks, each of which contains nstep steps and starts at startPosition. Then, this function calls doRandomWalk() repeatedly for nsim times and finally returns a vector of size nsimcontaining final locations of all of the nsim simulated random-walks. Problem Part C Now write a script that plots the output of simulateRandomWalk() for nsimnstepstartPosition===1000010−10 The resulting plot should look like the following, How do you interpret this result? How can uniformly-distributed random final steps end up having a Gaussian bell-shape distribution.
Write and test a function to meet this specification.drawFace (center, size, win) center is a Point, size is an int, andwin is a GraphWin. Draws a simple face of the given size in win.Your function can draw a simple smiley (or grim) face. Demonstrate thefunction by writing a program that draws several faces of varying size in asingle window.
Implement a class Clock whose get_hours and get_minutes member functions return the current time at your location. To get the current time, use the following code, which requires that you include the <ctime> header: time_t current_time = time(0);tm* local_time = localtime(&current_time);int hours = local_time->tm_hour;int minutes = local_time->tm_min; Also provide a get_time member function that returns a string with the hours and minutes by calling the get_hours and get_minutes functions. Provide a derived class WorldClock whose constructor accepts a time offset. For example, if you live in California, a new WorldClock(3) should show the time in New York, three time zones ahead. Which member functions did you override? (You should not override get_time.).c++
class Airplane – highlights -- planeID : String -planeModel: String //”Boeing 757” etc. --seatCapacity : int //would vary by outfitting ………… Assume getters and setters, toString(), constructor with parameters and constructor ……………… Write lambdas using a standard functional interface to: a) Given a plane object and a required number of seats as an input, determine if the given plane meets or exceeds the required capacity b) Output the plane description if capacity is less than 80% of a specified number (We would use his for planning aircraft assigned to various routes. ) c) Adjust the seats in a plane by a specified positive or negative number [after modifications have been made to the interior.] …and write an example for each showing the usage, using an Airplane instance plane1
Question: Implement the following functions in your class: getTotalWords (returns the amount of total words), getUniqueWords (returns the amount of unique words), getMostUsedWord, (returns the word that is most used) getMaxOccurrence (returns how many times the most used word occured). Name them as indicated here. The code to add the functions to: import edu.princeton.cs.algs4.*;import edu.princeton.cs.algs4.LinearProbingHashST;import edu.princeton.cs.algs4.SeparateChainingHashST;import edu.princeton.cs.algs4.ST;import edu.princeton.cs.algs4.SequentialSearchST;import edu.princeton.cs.algs4.In;import edu.princeton.cs.algs4.StdOut; public class TestPerf { public static long LinearProbingHashST(String x[]) { LinearProbingHashST<String, Integer> st = new LinearProbingHashST<String, Integer>(); long start = System.currentTimeMillis(); for(int i = 0; i < x.length; i++){ String key = x[i]; if…
Write a class basicMaths and use constructor to pass a number. Create a function FindNumber takes one number as a parameter and Ñnds if it is positive or negatieve number. Create another class intermediateMaths with same functions and redeÑne the FindNumber functionality by Ñnding the number as even or odd number. Create another class advanceMaths with same functions and redeÑne the FindNumber functionality by Ñnd the number as prime number or composite number. Consider the following example code for the logic of prime number:
Write the definitions of the member functions of the classes arrayListType and unorderedArrayListType that are not given in this chapter. The specific methods that need to be implemented are listed below. Implement the following methods in arrayListType.h: isEmpty isFull listSize maxListSize clearList Copy constructor Implement the following method in unorderedArrayListType.h insertAt Also, write a program (in main.cpp) to test your function.
Computer Science Write the definition of the class template ArrayListType, and the derived class unordered ArrayListType. Provide implementations for the non abstract functions in the base template class, and implementations of the template functions in the derived template class. Write a test program to test the functions in the derived template class. Instantiate objects of type derived class in your test program using template parameters of type float, int.
The function remove of the class arrayListType removes only the first occurrence of an element. Add the function removeAll as an abstract function to the class arrayListType, which would remove all occurrences of a given element. Also, write the definition of the function removeAll in the class unorderedArrayListType and write a program to test this function.
Q2: Write aprogram in CT' using OOP to create a class (A) , that contain the iöllowingIUnction:— (drawl) to drawa line Of Stars (Then create a class (B) , with public visibility mode inherit from class (A) ,contain the following function:(draw2) to draw the shape bellow using the tilnction (drawl),
IN C++ USING CLASS Write a program in C++ that implements the game tic-tac-toe: Tic-Tac-Toe is a game played on a three-by-three board. Two players, X and O, alternate in placing their respective marks in the cells of this board, starting with player X. If either player succeeds in getting three of his or her marks in a row, column, or diagonal, then that player wins. In this homework, you should use the OOP concepts to implement the tic-tac-toe game
Using c++ Rolling for a pair Given two GVDie objects that represent 2 six-sided dice and an integer that represents a desired value as parameters, complete the function RollingForPair() in the main class. The main class rolls the dice until a pair with the desired value is rolled. The function RollingForPair() then returns the number of rolls thrown to achieve the result. Assume the desired value received from input is within the appropriate range, 1-6. Note: For testing purposes, the GVDie objects are created in the main() function using a pseudo-random number generator with a fixed seed value. The program uses a seed value of 15 during development, but when submitted, a different seed value will be used for each test case. Refer to the textbook section on random numbers to learn more about pseudo-random numbers. Ex: If the GVDie objects are created with a seed value of 15 and the input of the program is: 2 the output is: It took 82 rolls to get a pair of 2's. #include…