Cadence1 is an archaeologist who is currently well-known for exploring the deepest crypts and tombs of lost rulers while making striking discoveries that have been known to make a big impact to mankind’s history. However, during her latest expedition, she came upon the tomb of a Necromaster and her exploration has caused the aforementioned Necromaster to summon clones of the undead to prevent her from escaping!For your reference, observe the images below to indicate who Cadence is and the Clone respectively.Thanks to Cadence’s rather sharp memory, she was able to outrun the majority of the clones, but she finds out that the only thing separating her and freedom is a single clone. The aforementioned clone is rather unique as it seems to mimic Cadence’s movement and behaviour except that it goes the opposite direction of where she walks. To illustrate this happening, observe the following figures showing what happens when Cadence moves right or up respectively. When Cadence moves right, the Clone moves left.When Cadence moves up, the Clone moves down.4From the two images alone, you can therefore infer that if Cadence moves left, the clone will moveright and if Cadence moves down, the Clone will move up.To further give you a visual idea of the environment, you may picture the labyrinth Cadence isstranded in as a 2D Cartesian plane.The labyrinth is a 2D Cartesian plane. Assume that coordinates are in (x,y) format and the x and yvalues can go beyond 6 or less than -6 respectively.65 -36314Clone(-5,-4)-121314+5+4-6-5-4-3-212Given the scenario, let us assume that Cadence's original location is at (1,2) while the Clone'slocation is at (-5,-4).65-2-314+5-6-Cadence(1,2)45 If Cadence moves down twice, that will place her at (1,0) respectively. Her moving down will result inthe Clone moving up twice, placing it at (-5,-2). Cadence decides to move right 4 times, placing her at(5,0), which will result in the Clone moving left 4 times, and placing it at (-9,2). Cadence decides tomove one more time upwards to place her at (5,1). Since Cadence moved up, the Clone will thenmove down which makes its final position at (-9,-3).Objective:You are to write a program that will first ask for the location of Cadence and the clone respectively.Afterwards, you are going to ask for a series of integers that correspond to Cadence's correspondingmovement. Assume that the character inputs are limited to the following: 1, 2, 3, 4, each of whichindicates a step of Cadence's movements, and a 0 which indicates the end of the program.To clarify the following values represent a particular movement for Cadence:1 refers to Cadence moving up2 refers to Cadence moving down3 refers to Cadence moving left4 refers to Cadence moving rightThe program should terminate when the user enters a 0 as an input. Afterwards, indicate the finalpositions of Cadence and the Clone respectively. Add an additional remark indicating that Cadence issafe IF Cadence and the Clone do not end up in the same quadrant. If they end up in the samequadrant, indicate that Cadence is in danger.Assumptions:All inputs are valid and are integers (No need for error checking). Also, the test cases willensure that neither Cadence nor the Clone will end up in the X-Axis or the Y-Axis. It isguaranteed that they will end up in either of the 4 quadrants in the cartesian plane.Refer to the sample run(s) as a reference: (Values written in Blue indicate they are user inputs)Sample Run 2Enter Cadence's coordinates (x,y): 1 2Enter clone's coordinates (x,y): 52Sample Run 1Enter Cadence's coordinates (x,y): 1 2Enter clone's coordinates (x,y): -5 -42Cadence's location: (5,1)clone's location: (-9,-3)Cadence is safe!Cadence's location: (2,3)clone's location: (4,1)SAME QUADRANTS! Cadence is in danger!¹Cadence and the provided images obtained from Crypt of the NecroDancer.Copyright by Brace Yourself Games 2013-2021

def getQuadrant(x, y): if x >= 0 and y >= 0: # first quadrant return 1 if x…

Answered: Cadence1 is an archaeologist who is…

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