ree is an example for ________________ type of data structure. a. Linear b. Non-Linear c. Circular d. Sequential
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Tree is an example for ________________ type of data structure.
Linear
Non-Linear
Circular
Sequential
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- please convert to C languange #include<bits/stdc++.h>using namespace std; class tree{ //tree node public: int data; tree *left; tree *right;}; bool hasRootToLeafSum(tree *root, int s){ bool path=false; //declare boolean variable path //base condition checking if(root==NULL && s==0) return true; s-=root->data; //subtract current root value //checking whether leaf node reached and remaining sum =0 if(s==0 && root->left==NULL && root->right==NULL) return true; //recursively done for both subtrees if(root->left){//for left subtree path=path||hasRootToLeafSum(root->left, s); } if(root->right){//for right subtree path=path||hasRootToLeafSum(root->right, s); } return path;} tree* newnode(int data){ //creating new nodes tree* node = (tree*)malloc(sizeof(tree)); node->data = data; node->left = NULL; node->right = NULL;…Fill-in-the-Blank __________ recursion is when a function explicitly calls itself.// FILL IN THE BLANKS (LINKED-LISTS CODE) (C++)#include<iostream>using namespace std; struct ________ {int data ;struct node *next; }; node *head = ________;node *createNode() { // allocate a memorynode __________;temp = new node ;return _______ ;} void insertNode(){node *temp, *traverse;int n;cout<< "Enter -1 to end "<<endl;cout<< "Enter the values to be added in list"<<endl;cin>>n; while(n!=-1){temp = createNode(); // allocate memorytemp->data = ________;temp->next = ________;if ( ___________ == NULL){head = _________;} else {traverse = ( );while (traverse->next != ________{traverse = traverse-> ___________;} traverse->next= temp;} cout<<"Enter the value to be added in the list"<<endl;cin>>n; }} void printlist(){node *traverse = head; // if head == NULLwhile (traverse != NULL) { cout<<traverse->data<<" ";traverse = traverse->next;}} int main(){int option; do{cout<<"\n =============== MAIN…
- #include <iostream> #include <cmath> #include <iomanip> using namespace std; int calc_qty(int qty); void receipt( int qty, int qty2); int calc_qty(int qty); void coffee_size(int qty, int size, int choice, int qty2); void slices(); void beanounces(); int main() { int qty = 0, order = 0, size = 0, qty2 = 0; receipt (qty,qty2); calc_qty (qty); do { //displays the menu cout<<" Please select an item on the menu you would like to buy."<<endl; cout<<"Enter 1 for Coffee\n"<<"Enter 2 for cheese cake\n"<<"Enter 3 for coffee beens\n"<<endl; cin>>choice; } switch (choice) { case 1: coffee_size(qty, size, order, qty2); break; case 2: slices(); break; case 3: beanounces(); break; case 4: cout<<"Enjoy your day"<<endl;…creating tree containers: one that uses a vector to hold your trees (class VectorContainer). Each of these container classes should be able to hold any amount of different expressions each of which can be of any size. see example. Please create vectorContainer.hpp all I need sort.hpp #ifndef __SORT_HPP__#define __SORT_HPP__ #include "container.hpp" class Container; class Sort {public:/* Constructors */Sort(); /* Pure Virtual Functions */virtual void sort(Container* container) = 0;}; #endif //__SORT_HPP__ base.hpp #ifndef __BASE_HPP__#define __BASE_HPP__ #include <string> class Base {public:/* Constructors */Base() { }; /* Pure Virtual Functions */virtual double evaluate() = 0;virtual std::string stringify() = 0;}; #endif //__BASE_HPP__ container.hpp #ifndef __CONTAINER_HPP__#define __CONTAINER_HPP__ #include "sort.hpp"#include "base.hpp" class Sort;class Base; class Container {protected:Sort* sort_function; public:/* Constructors */Container() : sort_function(nullptr) {…Questions: There needs to be a dynamic array of Child that opposes with SCALE and is assigned to "familyTree". The createFamilyTree() function needs to be defined. Please see the C++ code.
- My code from milestone 1 # Define the quiz_type dictionary quiz_type = { 1: "BabyAnimals", 2: "Brooklyn99", 3: "Disney", 4: "Hogwarts", 5: "MyersBriggs", 6: "SesameStreet", 7: "StarWars", 8: "Vegetables" } # Print the welcome message print("Welcome to the Personality Quiz!") print() print("What type of Personality Quiz do you want to run?") print() for number, quiz_name in quiz_type.items(): print(f"{number} - {quiz_name}") print() test_number = int(input("Choose test number (1-8): ")) # Check if the test_number is valid if test_number in quiz_type: quiz_name = quiz_type[test_number] print() print(f"Great! Let's begin the {quiz_name} Personality Quiz...") else: print("Invalid test number. Please choose a number between 1 and 8.") ------------------------------------------------------------------- Milestone #3 code : # Ending statements with the period to easily split them as mentioned in the question. questions = [ "I…TODO 9 Using the dummy_array given below, complete the following indexing/slicing TODOs. Index/slice the first (index 0), third (index 2), and last (index 4 or -1) columns of the array dummy_array. Store the output into the variable column_slice. Hint: The output shape should be a (2, 3)! Index ONLY the first row (think about the corresponding index value) of dummy_array. Store the output into the variable row_slice. Index ONLY the second row and first two columns of dummy_array. Store the output into the variable slice_array. dummy_array = np.arange(10).reshape(2, -1)print(f"dummy_array output: \n {dummy_array}")print(f"dummy_array shape: {dummy_array.shape}") # TODO 9.1column_slice = print(f"column_slice output: \n {column_slice}")print(f"column_slice shape: {column_slice.shape}") todo_check([ (column_slice.shape == (2, 3), 'column_slice did not return the correct shape of (2, 3)'), (np.all(column_slice == np.array([[0, 2, 4], [5, 7, 9]])), 'column_slice did not return…use code below in part with bts #include <stdio.h>#include <stdlib.h>#include <time.h> typedef struct node_struct {int item;struct node_struct *next;} node; /*** 10->NULL* We want to insert 20* First call ([10], 20) [not complete]* {10, {20, NULL}} To compute the conditional probabilities you need to determine unigram andbigram counts first (you can do this in a single pass through a file if you do thingscarefully) and store them in a Binary Search Tree (BST). After that, you can computethe conditional probabilities.Input filesTest files can be found on (http://www.gutenberg.org/ebooks/). For example,search for “Mark Twain.” Then click on any of his books. Next download the “PlainText UTF-8” format.In addition, you should test your program on other input files as well, for which youcan hand-compute the correct answer.Output filesYour program must accept the name of an input file as a command line argument.Let's call the file name of this file fn. Your program must…
- Give me the answer in one Visual Studio file, not Visual Studio Code - Give me full code near and simple Develop a C++ "doubly" linked list class of your own that can hold a series of signed shorts Develop the following functionality: Develop a linked list node struct/class You can use it as a subclass like in the book (Class contained inside a class) You can use it as its own separate class Your choice Maintain a private pointer to a node class pointer (head) Constructor Initialize head pointer to null Destructor Make sure to properly delete every node in your linked list push_front(value) Insert the value at the front of the linked list pop_front() Remove the node at the front of the linked list If empty, this is a no operation operator << Display the contents of the linked list just like you would print a character string operator [] Treat like an array Return the value stored in that element of the linked list If element doesn’t exist, return…C++ PROGRAMMINGBinary Search Trees SEE ATTACHED PHOTO FOR THE PROBLEM INSTRUCTIONS It doesn't have to be long, as long as you explain what the important parts of the code do. (The code is already implemented and correct, only the explanation needed) #include "node.h" #include <iostream> using namespace std; class BSTree { node* root; int size; node* create_node(int num, node* parent) { node* n = (node*) malloc( sizeof(node) ); n->element = num; n->parent = parent; n->right = NULL; n->left = NULL; return n; } bool search(node* curr, int num) { if (curr == NULL) { return false; } if (num == curr->element) { return true; } if (num < curr->element) { return search(curr->left, num); } return search(curr->right, num); } node* search_node(node* curr, int num) { if (num ==…creating tree containers: one that uses a vector to hold your trees (class VectorContainer). Each of these container classes should be able to hold any amount of different expressions each of which can be of any size. see example. Please create vectorContainer.hpp all I need sort.hpp #ifndef __SORT_HPP__#define __SORT_HPP__ #include "container.hpp" class Container; class Sort {public:/* Constructors */Sort(); /* Pure Virtual Functions */virtual void sort(Container* container) = 0;}; #endif //__SORT_HPP__ base.hpp #ifndef __BASE_HPP__#define __BASE_HPP__ #include <string> class Base {public:/* Constructors */Base() { }; /* Pure Virtual Functions */virtual double evaluate() = 0;virtual std::string stringify() = 0;}; #endif //__BASE_HPP__ container.hpp #ifndef __CONTAINER_HPP__#define __CONTAINER_HPP__ #include "sort.hpp"#include "base.hpp" class Sort;class Base; class Container {protected:Sort* sort_function; public:/* Constructors */Container() : sort_function(nullptr) {…