Create a VisualCounter class that supports both increment and decrement operations. Take the constructor inputs N and max, where N indicates the maximum number of operations and max specifies the maximum absolute value for the counter. Create a plot that shows the value of the counter each time its tally changes as a side effect.

Create a VisualCounter class that supports both increment and decrement operations. Take the constructor inputs N and max, where N indicates the maximum number of operations and max specifies the maximum absolute value for the counter. Create a plot that shows the value of the counter each time its tally changes as a side effect.

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter12: Event-driven Gui Programming, Multithreading, And Animation

Section: Chapter Questions

Problem 8PE

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Develop a class VisualCounter that allows both increment and decrementoperations. Take two arguments N and max in the constructor, where N specifies themaximum number of operations and max specifies the maximum absolute value forthe counter. As a side effect, create a plot showing the value of the counter each time its tally changes.
Create the VisualCounter class, which supports both increment and decrement operations. Take the constructor's two arguments N and max, where N indicates the maximum operation number and max specifies the counter's maximum absolute value. Make a plot that displays the value of the counter each time its tally changes as a byproduct.
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In this game, one flyand three frogs are placed randomly on a board with the size 7x7.In each iteration, they move randomlywithin the board, and the simulation stops when one of the frogs eats the fly.Fly and frogs are essentially creatures that can move, make noise, and eat. Frogs can move up to 2squares in any direction, and flies can move up to 1. Frogs make the "Croak! Croak!" sound, and fliesmake "ZzzZZz!". Since frogs should not eat their kind, a function of "isEatable" should also beimplemented in decision making. A variable or function to check if the fly is alive is also required as aterminate condition for simulation.In each iteration, an 'f' character represents frogs' position on board, and an '*' character is used torepresent the position of fly.
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