Heuristic algorithms are more efficient because they take advantage of feedback from the data to direct the search path. Uninformed search algorithms or Brute-force algorithms, search through the search space all possible candidates for the solution checking whether each candidate satisfies the problem's statement. Informed search algorithms use heuristic functions that are specific to the problem, apply them to guide the search through the search space to try to reduce the amount of time spent in searching. Alice's Adventures in Wonderland is in the public domain. You can access a copy of the work online through Project Gutenberg. Alice in Wonderland makes for an entertaining adventure game, because there are many rooms (scenes), as well as a number of key characters and situations you may employ in your game. I'm on Chapter 7: Using Object-Oriented Javascript. When I click on the white box under "Pick a Date", I'm supposed to open up a calendar. I'm also supposed to activate the countdown for my selected reservation, as well as the payment. But it seems that no matter how much code I try to change, I can't get the page to work the way the assignment wants it. I'd really like some help here with how the code here should be written. You are not expected to follow the entire plot of the book, nor are you expected to program the entire book, all the items, or all the characters. Rather, your game is to be an adaptation of the book into the form of an adventure game in which your characterAlice, perhapssees various scenes and characters and can interact with them and with the items found in their vicinity. There is no requirement that your main character (i.e., you, the player) represents Alice, although this is probably the most common choice. For example, you may start your game as Alice, above ground, who encounters the white rabbit and talks to him. Eventually, you find the rabbit hole and fall down to the room containing "eat me" and "drink me." Consuming these items will presumably have the same effect as in the book. Likewise, you may interact with the Cheshire Cat, the Mad Hatter and other book characters. Prolonged interaction with the Red Queen will, presumably, prove to be unfortunate. Ultimately, you will decide how the book characters, scenes and items "come to life" in your game. 1. Suppose you are helping a human resource manager in a company that requires you to retrieve the biodata of the applicants or potential employees. Provide an HTML or java code of an application design that displays the biodata of the applicants and presents them on a table or array, containing their profile information and educational background. Include a conditional control structure that asks the applicant for the number of years if he says he has work experience. For creative purposes, you can design any layout and provide which information should be included in a biodata. Remember to put the gathered biodata from the different applicants in a table with "Add", "Delete" and "Search" buttons. The display method will require a Stack data structure to be available. Import the built-in Java Stack class by adding this line: import java.util.*; // for built-in Stack class to the very top of your code. A main method in a class called TreeApp will be needed to test the BST class. The code will be provided below. The method will implement an instance of the BST class, insert several initial values into the tree, then run an interactive program for the user at the console prompt to allow further insertions, deletions, etc. In the course of this, it will call an intermediary traverse method on the BST, the code for which will be provided below: public void traverse(char traverseType) { switch(traverseType) { case 'p': System.out.print(" Preorder traversal: "); preOrder(root); case 'i': System.out.print(" Inorder traversal: "); inOrder(root);

break;cre case 't': System.out.print(" Postorder traversal: "); postOrder(root); break; } System.out.println(); } The method will call the three recursive tree traversal methods that written before. It will use a switch statement The figure below shows a sample run of the provided test program.