4 #Simulator.java X10 import java.util.Random;67 public class Simulator910DH23GS 8901111213141516170181000192002122222324252627282930313233340353637380394041125.4546474849505152535455565758596061062636465666768069707172737475767778798081828384private static final int DEFAULT_WIDTH = 120;private static final int DEFAULT_DEPTH = 80;85868708889909102private static final double FOX_CREATION_PROBABILITY = 0.02;private static final double RABBIT_CREATION_PROBABILITY = 0.08;private List animals;private Field field;private int step;private SimulatorView view;public Simulator(){this (DEFAULT_DEPTH, DEFAULT_WIDTH) ;}public Simulator(int depth, int width){42}43}440 public void simulateOneStep(){step++;// Provide space for newborn animals.List newAnimals = new ArrayList<>();if(width <= 0 || depth <= 0) {System.out.println("The dimensions must be greater than zero.");System.out.println("Using default values.");depth =DEFAULT_DEPTH;DEFAULT_WIDTH; }width =animals = new ArrayList<>();field = new Field (depth, width);view = new SimulatorView(depth, width);view.setColor (Rabbit.class, Color. ORANGE) ;view.setColor(Fox.class, Color.BLUE);reset();}public void runLongSimulation (){simulate (4000);}public void simulate(int numSteps){for(int step = 1; step <= numSteps && view.isViable(field); step++) {simulateOneStep();// Let all rabbits act.for (Iterator it = animals.iterator(); it.hasNext(); ) {Animal animal = it.next();animal.act(newAnimals);if(! animal.isAlive()) {it.remove();}}animals.addAll(newAnimals);view.showStatus(step, field);}public void reset(){step = 0;animals.clear();populate();view.showStatus (step, field);}private void populate(){Random rand = Randomizer.getRandom();field.clear();for(int row = 0; row < field.getDepth(); row++) {for(int col =0; col < field.getWidth(); col++) {}}if(rand.nextDouble() <= FOX_CREATION_PROBABILITY) {Location location = new Location (row, col);Fox fox = new Fox(true, field, location);animals.add(fox);}else if(rand.nextDouble() <= RABBIT_CREATION_PROBABILITY) {Location location = new Location (row, col);Rabbit rabbit = new Rabbit(true, field, location);animals.add(rabbit);}}private void delay(int millisec){try {catch}Thread.sleep (millisec);stodExconsJ Rabbit.java X10 import java.util.List;3 public class Rabbit extends Animal4957WNTOSO LASSE4 {5678' 10 11 12 13 24 15 16 7 18 192021222324 25 26 27 28 29 30 31 323343536738394444243445467 48 495051234 55 56 57 58 591001417404143047045255058 }private static final int BREEDING_AGE = 5;private static final int MAX_AGE = 40;private static final double BREEDING_PROBABILITY = 0.12;private static final int MAX_LITTER_SIZE = 4;Randomizer.getRandom();private static final Random rand =public Rabbit (boolean randomAge, Field field, Location location){{}public void act (List newRabbits)}super(field, location);setAge(0);if (randomAge) {}}setAge(rand.nextInt (MAX_AGE));incrementAge();if(isAlive()) {}giveBirth(newRabbits);}private void giveBirth (List newRabbits){}Location newLocation = getField().freeAdjacent Location (getLocatioif(newLocation != null) {setLocation (newLocation);}else {}setDead ();}}protected int getBreeding Age() {return BREEDING_AGE;Field fieldgetField();List free = field.getFreeAdjacent Locations (getLocation () );int births = breed();protected int getMaxAge() {return MAX_AGE;@Override=for(int b = 0; b < births && free.size() > 0; b++) {Location loc = free.remove(0);Rabbit young = new Rabbit(false, field, loc);newRabbits.add(young);OOPDA - Foxes_v3_copy/src/Fox.java - Eclipse IDEprotected double getBREEDING_PROBABILITY() {return BREEDING_PROBABILITY;protected int getMAX_LITTER_SIZE() {return MAX_LITTER_SIZE;Animal.java X10 import java.util.List;3456789OHATOONMANORA4 public abstract class Animal5 {10111201314151617181902021222302425262728290303132330404142430444804950515253545556hneddoTRANSFEREHEERE5859606162636406566676869700570 protected Field getField()return field;71727374757677787980081828384858687private boolean alive;private Field field;private Location location;private int age;private static final Random rand = Randomizer.getRandom();public Animal(Field field, Location location){alive = true;this.field = field;set Location (location);age = 0;}88}protected int getAge() {return age;}protected void setAge(int newAge) {age = newAge;}abstract public void act(List newAnimals);protected boolean is Alive ()return alive;{}protected void setDead(){alive = false;if(location != null) {}{}protected Location getLocation()return location;}protected void setLocation (Location newLocation){if(location != null) {}}field.clear(location);location = null;field = null;}}field.clear(location);}location = newLocation;field.place(this, newLocation);abstract protected int getBreedingAge();protected boolean canBreed() {return getAge() >= getBreedingAge();abstract protected int getMaxAge();protected void incrementAge() {setAge(getAge()+1);if (getAge() > getMaxAge()) {set Dead ();}abstract protected double getBREEDING_PROBABILITY();abstract protected int getMAX_LITTER_SIZE();}protected int breed(){int births = 0;if (canBreed() && rand.nextDouble() <= getBREEDING_PROBABILITY())births = rand.nextInt (getMAX_LITTER_SIZE()) + 1;}return births;WritableFox.java XJ Tester.java{5678910AAAAAAAAAN~~~~~~~~281112130141516171819202122232425▲26027293031323334353637383946 4 42 45 4 45 46 47 48 49 50 51 52 584041434405105253545655565758596061626364HTCORNER526566676869700717273747576777879808108283840858687088899009192private static final int BREEDING_AGE = 15;private static final int MAX_AGE = 150;private static final double BREEDING_PROBABILITY = 0.08;private static final int MAX_LITTER_SIZE = 2;private static final int RABBIT_FOOD_VALUE = 9;private static final Random rand = Randomizer.getRandom();private int foodLevel;public Fox (boolean randomAge, Field field, Location location){super(field, location);if (randomAge) {setAge(rand.nextInt (MAX_AGE));foodLevel = rand.nextInt (RABBIT_FOOD_VALUE);}else {}}public void act(List newFoxes){setAge(0);foodLevel = RABBIT_FOOD_VALUE;incrementAge();incrementHunger();if(isAlive()) {giveBirth(newFoxes);Location newLocation = findFood ();if (newLocationnull) {newLocation = getField().freeAdjacent Location (get Location());}}if(newLocation != null) {}set Location (newLocation);}else {}}}private void incrementHunger (){foodLevel--<=if (foodLevelsetDead ();}}private Location findFood (){Field field = getField();List adjacent = field.adjacent Locations (getLocation());setDead ();Iterator it = adjacent.iterator();while(it.hasNext()) {Location where = it.next();Object animal = field.getObjectAt (where);if(animal instanceof Rabbit) {0) {}Rabbit rabbit = (Rabbit) animal;if(rabbit.isAlive()) {rabbit.setDead ();}}return null;}private void giveBirth (List newFoxes){foodLevel = RABBIT_FOOD_VALUE;return where;Field field =getField();List free = field.getFreeAdjacent Locations (getLocation());int births= breed();for(int b = 0; b < births && free.size() > 0; b++) {Location loc = free.remove(0);}}protected int get Breeding Age() {return BREEDING_AGE;Fox young = new Fox(false, field, loc);newFoxes.add(young);}protected int getMaxAge() {return MAX_AGE;Smart Insert}protected double getBREEDING_PROBABILITY() {return BREEDING_PROBABILITY;protected int getMAX_LITTER_SIZE() {return MAX_LITTER_SIZE;89: 6:2671amM HW07-1 Create an SD diagram that will show the interaction between Simulator, Field, and a single Foxand a single Rabbit, based on your observations of runtime behavior and an examination of the sourcecode for Foxes v-2. [Assume your single Fox instance can possibly eat your single Rabbit!] Diagramshould use at least one Opt block and at least one Alt block. [Could also consider nested blocks!].Note: There may be 3-5 actors with timelines in your SD: AFox, ARabbit, theSimulator, and maybe ???and ???. Try to show messages between the timelines. Example "setDead()-→"Include a WORD document that describes your analysis for this, as well as the pdf for your diagram.

Here's a sequence diagram showing the interaction between the Simulator, Field, a single Fox, and a…

HW07-1 Create an SD diagram that will show the interaction between Simulator, Field, and a single Fox and a single Rabbit, based on your observations of runtime behavior and an examination of the source code for Foxes v-2. [Assume your single Fox instance can possibly eat your single Rabbit!] Diagram should use at least one Opt block and at least one Alt block. [Could also consider nested blocks!].

HW07-1 Create an SD diagram that will show the interaction between Simulator, Field, and a single Fox and a single Rabbit, based on your observations of runtime behavior and an examination of the source code for Foxes v-2. [Assume your single Fox instance can possibly eat your single Rabbit!] Diagram should use at least one Opt block and at least one Alt block. [Could also consider nested blocks!].

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

See similar textbooks

Similar questions

A Java array is a Java object and can contain a list of objects is a Java object and can contain a list of object references. is not a Java object and can contain a list of objects is not a Java object and can contain a list of object references
Using java Import java.util Import java.scanner Import java.io
Given string inputStr on one line and integers idx1 and idx2 on a second line, output "Match found" if the character at index idx1 of inputStr is equal to the character at index idx2. Otherwise, output "Match not found". End with a newline. Ex: If the input is: eerie 4 1 then the output is: Match found Note: Assume the length of string inputStr is greater than or equal to both idx1 and idx2.
import java.util.Scanner; public class LabProgram { public static void main(String[] args) { Scanner scnr = new Scanner(System.in); String[] names = { "Ryley", "Edan", "Reagan", "Henry", "Caius", "Jane", "Guto", "Sonya", "Tyrese", "Johnny" }; int index; index = scnr.nextInt(); /* Type your code here. */ }}
JvExampleja 1 package com.beginnersbook 2 import java.util.Scamer; 3 public class JavaExomple 4 ( 16 17 18 19 ) public static void main(String args[]) ( } float p, r, t, sinterest; Scorner scon new Scanner(Systen, (e); System.out.print("Enter the Principal: "); pscan.nextFloat(); System.out.print("Enter the Rate of interest: "); scan.nextFloat(); System.out.print("Enter the Time period: "); tscan.nextFloat(); scon.close(); sinterest (1)/100; System.out.print("Simple Interest is: interest); Problems Declaration Console Progress Cover JavaExample Java Application Library/JavalavaVirtual Machines|ck-2. Enter the Principel: 2000 Enter the Rate of interest: Enter the Time period 3 Simple Interest is: 360.0 Jevado
Math 130 Java Programming Does my code pass the requirements? May I have more explanation? Is my code readable? Is my code well commented? How may I better organize my code? Are there whitespaces to appropriate help separate distinct parts? import java.util.*; public class NumberArray { //method definition of printArray() which accepts //array as parameter public static void printArray(int[] array) { System.out.printf(" "); //displaying the array elements for(int j = 0; j < array.length; j++) { if(j > 0 && j % 6 ==0) { System.out.printf("\n"); System.out.printf(" "); } System.out.printf("%3d ", array[j]); } } //method definition of getTotal() //which accepts array as parameter public static double getTotal(int[]array) { //declare variable sum as double and set 0 double sum = 0; //using for loop, calculate the total of all elements in the array for(int j = 0; j < array.length; j++) { sum+= array[j]; } //returning sum to the calling method return sum; }…
Write a code in Java Java for number guessing game
Write a program that takes in a line of text as input, and outputs that line of text in reverse. The program repeats, ending when the user enters "Quit", "quit", or "q" for the line of text. Ex: If the input is: Hello there Неу quit the output is: ereht olleH yeH
ANSWER MUST BE IN PYTHON3. METHOD HEADER BELOW. #!/bin/python3 import math import os import random import re import sys import numpy as np import pandas as pd from sklearn.linear_model import LinearRegression def read_dataframe(): # Return a pandas dataframe from stdin return pd.read_csv(sys.stdin) def read_matrix(): # Return column names and data as a matrix df = read_dataframe() return list(df.columns), df.values def read_list(): # Return column names and data as a list of lists # Each element in the list corresponds to columns in the data col_names, val = read_matrix() return col_names, val.T.tolist() # # Complete the 'main' function below. # # The function is expected to return a STRING. # def main(): # Write your code here if __name__ == '__main__': fptr = open(os.environ['OUTPUT_PATH'], 'w') result = main() fptr.write(result + '\n') fptr.close()
The language is Java. The chapter this is in is on looping.
PYTHON import pandas as pdfrom datetime import dateimport sys from sklearn.preprocessing import OrdinalEncoder def series_report( series, is_ordinal=False, is_continuous=False, is_categorical=False): print(f"{series.name}: {series.dtype}") ###### Your code here ###### # Check command line argumentsif len(sys.argv) < 2: print(f"Usage: python3 {sys.argv[0]} <input_file>") exit(1) # Read in the datadf = pd.read_csv( sys.argv[1], index_col="employee_id") # Convert strings to dates for dob and deathdf['dob'] = df['dob'].apply(lambda x: date.fromisoformat(x))df['death'] = df['death'].apply(lambda x: date.fromisoformat(x)) # Show the shape of the dataframe(row_count, col_count) = df.shapeprint(f"*** Basics ***")print(f"Rows: {row_count:,}")print(f"Columns: {col_count}") # Do a report for each columnprint(f"\n*** Columns ***")series_report(df.index, is_ordinal=True)series_report(df["gender"], is_categorical=True)series_report(df["height"], is_ordinal=True,…
Javabased program output only