Answered: So in minecraft blockbench, can I not…

So in minecraft blockbench, can I not animate anything for "modded entity"? If I can, please use images to show how......

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Think of a classification problem from your own experience and interest (e.g., distinguishingbetween two types of things/living beings/weather/personality/vehicle/industry/sports/houses/professionals etc.) Collect some real-world data to solve that classification problem. Have at least two classes, two attributes and atleast 5 instances per class. Create a dataframe with this data and paste a screenshot of it. Also give a short description of the data (number of instances, number of attributes and the list of attributes and list of classes). The attributes should be numerical. The classification problem should be a new one, but the dataset may contain data that are new (generated by you by any rough measurements) or collected from public domain. Please cite the references/sources from which you collect the data.
Modify the simulate() method in the Simulator class to work with the revised interface of ParkingLot and the new peek() method in Queue. In addition, implement the getIncomingQueueSize() method of Simulator using the size() method of Queue. The getIncomingQueueSize() is going to be used in the CapacityOptimizer class (next task) to determine the size of the incoming queue after a simulation run. CODE TO MODIFY IN JAVA: public class Simulator { /** * Length of car plate numbers */ public static final int PLATE_NUM_LENGTH = 3; /** * Number of seconds in one hour */ public static final int NUM_SECONDS_IN_1H = 3600; /** * Maximum duration a car can be parked in the lot */ public static final int MAX_PARKING_DURATION = 8 * NUM_SECONDS_IN_1H; /** * Total duration of the simulation in (simulated) seconds */ public static final int SIMULATION_DURATION = 24 * NUM_SECONDS_IN_1H; /** * The probability distribution for a car leaving the lot based on the duration * that the car has been parked in…
Implement the Solver class. In doing so, you are allowed to define other classes to help you (as well as use “built-in” Java classes or the book’s classes). The point of the solver class is the solve method which takes a board/puzzle configuration represented as a 2D array of booleans and returns a char array containing a minimal sequence of moves that will lead to the solved board (all the cells around the edges being filled). The board configuration is passed in as a 5-by-5 boolean array of Booleans with exactly 16 true cells (filled) and 9 false cells (empty). The solve method then returns an array of characters representing a minimal sequence of moves that solves the puzzle. In other words, if the characters from the returned array are used in order as input to the move method on the Board object representing the initial configuration, the resulting board configuration represents the solved board. Furthermore, the solution must be minimal in the sense that there are no solutions…
In Checkpoint A, the game will not yet be playable as a two-player game. It will be playable by you in a type of "solitaire mode." Implement these functions from the template following the description (specification) in their docstring: show_top_card() get_top_card() add_card_to_discard() check_racko() find_and_replace() play_hand() The main function to drive the game has been provided. Missing input/output statements are part of play_hand() and left for you to implement, guided by the sample input/output. None of the other functions left to implement use input or print. The case / capitalization of user input should be ignored. On any invalid user input, the program should exit with a non-zero exit code. Hint: Use Python Tutor. as much as possible when testing gameplay. Zybooks requires you specify all your inputs in advance and it is less enjoyable to play that way. Sample input/output 1 When the inputs are: no yes 1 yes 5 yes 7 The expected behavior is (inputs are shown in-line)…
Computer science. Correct answer will be upvoted else downvoted. Development of the exhibit in William's cell machine happens iteratively in the accompanying manner: In the event that the component is dead and it has precisely 1 alive neighbor in the present status of the exhibit, then, at that point, on the following emphasis it will become alive. For a component at list I the neighbors would be components with files i−1 and i+1. In case there is no component at that list, it is viewed as a dead neighbor. William is a sympathetic individual so all alive components stay alive. Check the note area for instances of the advancement. You are given some underlying condition, everything being equal, and you really wanted to help William discover the condition of the cluster after m emphasess of advancement. Input Each test contains various experiments. The principal line contains the number of experiments t (1≤t≤103). Depiction of the experiments follows. The primary…
Please discuss the differences between bagging and boosting and give an applicationalexample for each (please choose a specific method, such as AdaBoost or XGBoost, whendiscussing the boosting examples)
Java Computer Programming. Each robot: - Has a name (attribute name: string) - Has a position: given by the integer attributes x and y. - Has a direction: given by the direction attribute that takes one of the values "North", "East", "South" or "West". The name, position and direction of a robot are given to it at the moment of its creation - Can advance one step forward: with method without parameter advance () - Can turn right 90 ° to change direction (if its direction was "North" it becomes "East", if it was "East" it becomes "South", etc.): with the method without parameter right(). Robots cannot turn left. - Can display its detail with the method detail() Detail: name, position, and current direction.
Provide a scenario where you might need to create a custom Comparator for a class that already implements the Comparable interface. Explain the rationale behind this.
Now we are going to use the design pattern for collecting objects. We are going to create two classes, a class AmazonOrder that models Amazon orders and a class Item that models items in Amazon orders. An item has a name and a price, and the name is unique. The Item class has a constructor that takes name and price, in that order. The class also has getters and setters for the instance variables. This is the design pattern for managing properties of objects. The setName() method should do nothing if the parameter is the empty string, and the setPrice() method should do nothing if the parameter is not positive. The class also has a toString() method that returns a string representation for the item in the format “Item[Name:iPad,Price:399.99]”. For simplicity, we assume an Amazon order can have at most 5 items, and class AmazonOrder has two instance variables, an array of Item with a length of 5 and an integer numOfItems to keep track of the number of items in the…
The Contact class implements the Comparable interface and thereforeprovides a definition of the compareTo method. In this case, the contacts aresorted by last name; if two contacts have the same last name, their first namesare used.
If a class implements the Comparable interface, it is easy to swap in/out different strategies for comparing objects of that class. For example, if our Shapes implement Comparable and provide a compareTo() that compares areas, we can provide another compareTo() override for those shapes that compares perimeter. Group of answer choices True False
What is the list of all the instance variables or attributes of the Card class?