In geometry, an octagon is an eight-sided polygon. Each internal angle is 135 degrees. Based on what you have learned in this course and using the appropriate commands, you are asked to implement a python program that draws the below diagram using the turtle. You should consider the following points in your solution: 1. Each octagon side has a length of 40 units. 2. Each octagon has a different color. 3. The border lines should be thick enough. 4. The final shape of the output should be as shown above. 5. You might place the desired colors in a list to access them by index in the drawing loop. 6. Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram. - Tip: You can use the below colors and fills colors=['red', 'blue', 'brown', 'green', 'orange', 'purple', 'cyan', 'yellow'] fill= ['yellow', 'grey', 'orange', 'pink', 'black', 'cyan', 'purple', 'red']

In geometry, an octagon is an eight-sided polygon. Each internal angle is 135 degrees. Based on what you have learned in this course and using the appropriate commands, you are asked to implement a python program that draws the below diagram using the turtle. You should consider the following points in your solution: 1. Each octagon side has a length of 40 units. 2. Each octagon has a different color. 3. The border lines should be thick enough. 4. The final shape of the output should be as shown above. 5. You might place the desired colors in a list to access them by index in the drawing loop. 6. Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram. - Tip: You can use the below colors and fills colors=['red', 'blue', 'brown', 'green', 'orange', 'purple', 'cyan', 'yellow'] fill= ['yellow', 'grey', 'orange', 'pink', 'black', 'cyan', 'purple', 'red']

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter2: Elements Of High-quality Programs

Section: Chapter Questions

Problem 1GZ

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In geometry, an octagon is an eight-sided polygon. Each internal angle is 135 degrees. Based on what you have learned in this course and using the appropriate commands, you are asked to implement a python program that draws the below diagram using the turtle. You should consider the following points in your solution: Each octagon side has a length of 40 units. Each octagon has a different color. The border lines should be thick enough. The final shape of the output should be as shown above. You might place the desired colors in a list to access them by index in the drawing loop. Make sure to set properly the starting position (x & y) of your drawing, to maintain the above diagram. Tip: You can use the below colors and fills colors=['red', 'blue', 'brown', 'green', 'orange', 'purple', 'cyan', 'yellow'] fill= ['yellow', 'grey', 'orange', 'pink', 'black', 'cyan', 'purple', 'red']
In python Programming, Suppose you have four dogs named Leo, Tom, Jerry, and Jack, and four dog food bowls labeled 1, 2, 3, and 4. Each bowl can hold up to sixteen scoops of food and each dog chooses a separate bowl, but it doesn't matter which dog uses which bowl. For their dinner each day, you distribute sixteen scoops of dog food into the bowls, so each bowl will receive a whole number units of food. You are pretty careless, and you sometimes leave some bowls empty. If you always put out the full sixteen units of food each day, how many ways can you distribute the food among the four bowls?
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Please do this in Python Programming Scenario As you probably know, Sudoku is a number-placing puzzle played on a 9x9 board. The player has to fill the board in a very specific way: each row of the board must contain all digits from 0 to 9 (the order doesn't matter) each column of the board must contain all digits from 0 to 9 (again, the order doesn't matter) each of the nine 3x3 "tiles" (we will name them "sub-squares") of the table must contain all digits from 0 to 9. If you need more details, you can find them here. Your task is to write a program which: reads 9 rows of the Sudoku, each containing 9 digits (check carefully if the data entered are valid) outputs Yes if the Sudoku is valid, and No otherwise. Test your code using the data we've provided. Test data Sample input: 295743861 431865927 876192543 387459216 612387495 549216738 763524189 928671354 154938672 Sample output: Yes Sample input: 195743862 431865927 876192543 387459216 612387495 549216738 763524189 928671354…
CODE IN PYTHON In an alternate reality, chemistry Professors Hodge and Sibia have teamed up to design a chemical compound X such that when X is added to Dan’s favorite food (saltine crackers), it’ll make him despise it. For this, they are working with 6 kinds of extracts: Singleton Extracts: berries (B), green veggies (G), dairy (D) Combination Extracts: icecream (I), salad (S), and cheese sauce (C) Like regular food, mixing two extracts of the same kind will result in an extract of the same kind (eg. mixing berries B with berries B will result in berries B). Mixing two singleton extracts will result in a combination extract, using these rules: Berries (B) + Green Veggies (G) = Salad (S) Berries (B) + Dairy (D) = Icecream (I) Green Veggies (G) + Dairy (D)= Cheese Sauce (C) Mixing two combination extracts will result in a singleton extract closest to them. For example, Icecream (I) + Salad (S) is closest to Berries (B) since both Icecream and Salad extracts require using Berry…
can you solve this please? Adopt appropriate Java animation code to implement the video in the file “test4.wmv” and given that the parametric equation for a circle. x=r*cos(t) y=r*sin(t) with t in range [0, 2p] and r is the radius of the circle. (the circle goes in a loop like in the images, i did my best to try to explain it , please try to do it ) and here is a sample of what they want me to use : package javaapplication1;import java.awt.*;import java.awt.event.*;import javax.swing.*;import java.awt.geom.*;import java.util.Random;import javax.imageio.*;import java.io.File;import java.io.IOException;import java.awt.image.BufferedImage;import java.awt.event.*;import java.util.Calendar; public class JavaApplication1 extends JApplet { public static void main(String[] args) { JFrame frame=new JFrame(); frame.setTitle("hello"); frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); JApplet applete =new JavaApplication1(); applete.init();…
You are to write a program that allows the user to draw a simple house using 5 mouse clicks. - The first two clicks will be the opposite corners of the rectangular frame of the house. - The third click will indicate the center of the top edge of the rectangular door. The door should have a total width that is 1/5 of the width of the house frame. The sides of the door should extend from the corners of the top down to the bottom of the frame. - The 4th click will indicate the center of a square window. The window is as wide as the door. (A change from the original book program.) - The last click will indicate the peak of the roof. The edges of the roof will extend from the point at the peak to the corners of the top edge of the house frame. Make the lines of the roof edge green. (Another change from the original book program.)
Please can you help me solve this problem in Python. Darkening an image requires adjusting its pixels toward black as a limit, whereas lightening an image requires adjusting them toward white as a limit. Because black is RGB (0, 0, 0) and white is RGB (255, 255, 255), adjusting the three RGB values of each pixel by the same amount in either direction will have the desired effect. Of course, the algorithms must avoid exceeding either limit during the adjustments. Lightening and darkening are actually special cases of a process known as color filtering. A color filter is any RGB triple applied to an entire image. The filtering algorithm adjusts each pixel by the amounts specified in the triple. For example, you can increase the amount of red in an image by applying a color filter with a positive red value and green and blue values of 0. The filter (20, 0, 0) would make an image’s overall color slightly redder. Alternatively, you can reduce the amount of red by applying a color filter…
Your task is to develop a Tic-Tac-Toe (also called as “Noughts and Crosses”) game in Java using Swing. Tic-Tac-Toe is played on a three-by-three grid by two players, who alternately place the marks “O” and “X” in one of the nine spaces in the grid. The player who succeeds in placing three of their marks in a horizontal, vertical, or diagonal row is the winner. You are asked to implement a single-player version of the Tic-Tac-Toe game with easy-to-use graphical user interface (GUI). One player will be the user and the second player will be artificial intelligence (AI), namely, the computer. Please implement the entire game within a single class.
in python In Ana's theater, each chair is labeled with a letter followed by an integer. Given integers num_rows and num_columns, output the label for each chair, followed by a space. End each row with a newline.
Write a program that simulates a snail trying to crawl up a building of height 6steps. The snail starts on the ground, at height 0. In each iteration, the snaileither crawls up one step, or slips off one step and falls all the way back to theground. In each iteration you would take a number as input from user and if the number is less 50 than the snail will slip otherwise it will crawl up. The program should keep going until the snail gets to the top of the building. It should then print out the number of falls that the snail took before it finally reached the top.Here is a sample execution:Iteration 1: Please enter a number between [1,100]: 60 Snail Moved: UpIteration 2: Please enter a number between [1,100]: 60 Snail Moved: UpIteration 2: Please enter a number between [1,100]: 40 Snail Moved: DownNumber of falls: 8
A simple plant -see the figure- can be constructed using simple Java instructions.a. Write a java code to construct the above shape.b. A list of such plant on the same line can be easily constructed using suitable Java geometric transformations -see the figure- develop a java code to make such line of plants. c. Many successive lines can also be constructed to create a field of plants, develop a java code to implement the plants field. d. Using suitable rendering, you can assign different random colors -of course all of the colors are of green grades- to each plant, develop a java code to implement such coloring. e. Using suitable randomization, rotate each plant in d) to mimic the situation that some plants are not totally vertical. f. Using suitable randomization, write a java code to assign a different size to each plant. g. If we want to change the direction of the full scene in f) with an arbitrary angle, write a java code to do that. h. Snapshot the output in g)java Code