1-Flick is the name of a moving body2-Use python. 6. Input/OutputCase 1: Input/Output corresponding to the case of error-free file bugMoves.txt with no exceptionsbugMoves.bt-10 12east 1north 5west 3south 1west 2south 1(a) Error-free input fileFlick >>> Hello, I am Flick the smart ant!!! I am waiting for your instructions...Flick >>> I am at the initial position (10, 12)Flick >>> This is my itinirary:(10, 12)(11, 12)(11, 17)(8, 17)(8, 16)(6, 16)(6, 15)Flick >>>Flick >>>Flick >>> Nice working with you...Bye!I am at my final position (6, 15)I am 5.00 meters from the initial position(b) Output corresponding to the Error-free input fileFigure 2: Input/Output with no exceptionsCase 2: Input/Output corresponding to a file bugMoves.txt with errors. The code generates 3exceptions related to erroneous values in the input file (line_1, line_2, and line_4).goves.t ed10 1.2east 1.5north 5west bsouth 1west 2south 1(a) Input file with value errors in line_1, line_2, and line_4Flick >>> Hello, I am Flick the smart ant!!! I am waiting for your instructions...Oops: 20 coordinates of the bug should be integer !!Initial position is set to (0,0)Flick >>> I am at the initial position (0, 0)Flick >>> This is my itinirary:(0, 0)Oops: Step value should be integerThe instruction is ignored.(0, 0)(0, 5)Oops: Step value should be integerThe instruction is ignored.(0, 5)(0, 4)(-2, 4)(-2, 3)Flick >>>Flick >>> I am 3.61 meters from the initial positionFlick >>> Nice working with you...Bye!I am at my final position (-2, 3)(b) Output corresponding to an input file with value errorsFigure 3: Input/Output raising exceptions Northх-ахisWestEast(0,0)SouthFigure 1: Coordinates system3. Tasks: The bug can perform the following tasks:Move east (i.e. to the right) by n steps. It requires updating the current position of the bug to thenew position n steps to the right.Move west (i.e. to the left) by n steps. It requires updating the current position of the bug to thenew position n steps to the left.Move north (i.e. upward) by n steps. It requires updating the current position of the bug to thenew position n steps upward.Move south (i.e. downward) by n steps. It requires updating the current position of the bug to thenew position n steps downward.Calculate the Euclidian distance from the current position of the bug to its initial position. TheEuclidian distance d between two points P1= (x1, yl) and P2 = (x2, y2) is:d = /(x1 – x2)² + (y1 – y2)²4. ProgramYour program should perform the following tasks:Read from a file called bugMoves.txt the initial position (x, y) of FlikThen read line by line the remaining contents of the file and update the current position of Flikaccordingly, in order to build the path that Flick has followed from the start.Each subsequent line in the file represents a movement to be performed by the bug, See figure2 (a). The movement of the bug is specified by the pair: [in meter]. For instance: north 5 means move north by 5 meters.Once the reading is completed, the program displays the following: See Figure 2(b)The initial position of the ant Flik,The path Flik has followed i.e.; the sequence of the successive bug's positions from itsinitial position to its final position,Flik's final position, andThe Euclidian distance separating Flik from its original position.A- טSIX

Tasks: The bug can perform the following tasks: o Move east (i.e. to the right) by n steps. It requires updating the current position of the bug to the new position n steps to the right. o Move west (i.e. to the left) by n steps. It requires updating the current position of the bug to the new position n steps to the left. o Move north (i.e. upward) by n steps. It requires updating the current position of the bug to the new position n steps upward. o Move south (i.e. downward) by n steps. It requires updating the current position of the bug to the new position n steps downward. Calculate the Euclidian distance from the current position of the bug to its initial position. The Euclidian distance d between two points P1= (x1, yl) and P2 = (x2, y2) is: d = /(x1 – x2)² + (y1 – y2)² %3D

Tasks: The bug can perform the following tasks: o Move east (i.e. to the right) by n steps. It requires updating the current position of the bug to the new position n steps to the right. o Move west (i.e. to the left) by n steps. It requires updating the current position of the bug to the new position n steps to the left. o Move north (i.e. upward) by n steps. It requires updating the current position of the bug to the new position n steps upward. o Move south (i.e. downward) by n steps. It requires updating the current position of the bug to the new position n steps downward. Calculate the Euclidian distance from the current position of the bug to its initial position. The Euclidian distance d between two points P1= (x1, yl) and P2 = (x2, y2) is: d = /(x1 – x2)² + (y1 – y2)² %3D

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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