Print grid pattern in python Assume we need to print a grid structure given the height and width. The grid will be composed of a symbol/character specified by the user.1. Create a function print_my_grid() that takes height, width, symbol as parameters in that order.1.1. Loop over the height and inside this loop, create another for loop over the width.1.2. In the 2nd loop (the loop over the width), print the provided character.1.3. The function doesn't need to return anything, just prints the grid.2. In the main program, input from the user a character for the symbol, and 2 integers for the height and width in that order (notethat it is intentionally different from the order of function parameters).3. The main program should check that both inputs are non-zero positive integers. If yes:3.1. Call print_my_grid () with the symbol, height and width as arguments. IMPORTANT: Do not call the function inside theprint() statement - the function does not return anything, so using print (print_my_grid(...)) will result in None beingdisplayed. Calling the function by itself will produce the requested output.3.2. Otherwise, the program should print "Invalid input, please use positive integers"ExamplesInput23OutputHints• Review CA 4.8.2: Nested loops: Print rectangle.• Use the Python Tutor to visualize what your code is doing Troubleshootingif your program displays None, make sure that you are calling the function by itself - do not call it inside the print().. check that the order of function parameters is exactly as specified in the instructions422020.2684366.qx3zqy7LABACTIVITY4.21.1: LAB: Print Grid Pattern1 def print_my_grid(...)23456789 if _name__1011||||||The function expectsparam: var_name (var_type)The result is ...||||||pass#TODO"__main__":main.pyLoad default te

1) Below is python program to print grid pattern It defines function print_my_grip that takes…

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Engineering

Computer Science

Input ★ 23 Output ***

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion

Problem 9E: (Numerical) Write a program that tests the effectiveness of the rand() library function. Start by...

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Old-fashioned photographs from the nineteenth century are not quite black and white and not quite color, but seem to have shades of gray, brown, and blue. This effect is known as sepia, as shown in the figures below. Original Sepia Original Image & Sepia Image Write and test a function named sepia that converts a color image to sepia. This function should first call grayscale to convert the color image to grayscale. A code segment for transforming the grayscale values to achieve a sepia effect follows.Note that the value for green does not change. (red, green, blue) = image.getPixel(x, y)if red < 63: red = int(red * 1.1) blue = int(blue * 0.9)elif red < 192: red = int(red * 1.15) blue = int(blue * 0.85)else: red = min(int(red * 1.08), 255) blue = int(blue * 0.93) 1.GUI Test Generate sepia image 2.Convert gif to png 3.Image Test Image has been converted to sepia
In python, Old-fashioned photographs from the nineteenth century are not quite black and white and not quite color, but seem to have shades of gray, brown, and blue. This effect is known as sepia, as shown in the figures below. Original Sepia Original Image & Sepia Image Write and test a function named sepia that converts a color image to sepia. This function should first call grayscale to convert the color image to grayscale. A code segment for transforming the grayscale values to achieve a sepia effect follows.Note that the value for green does not change. (red, green, blue) = image.getPixel(x, y)if red < 63: red = int(red * 1.1) blue = int(blue * 0.9)elif red < 192: red = int(red * 1.15) blue = int(blue * 0.85)else: red = min(int(red * 1.08), 255) blue = int(blue * 0. 1. GUI TEST 2. CUSTOM TEST 3. IMAGE TEST
program5_1.pyWrite a program that displays a table of ten distance equivalents in miles and kilometers. See Example output. You must generate the table by running a function inside a loop in main. Generate a random integer from 10 to 60, inclusive, in each loop cycle. Use this latter value as the miles argument to the function. Repeat: The function prints the table. Print the miles in a column 5 characters wide with 2 decimals and the kilometers in a column 13 characters wide with 5 decimals. Use the column formatting concepts at the end of Chapter 2, not tabs or other methods not in this course. Example output MILES KILOMETERS 52.00 83.68568 11.00 17.70274 40.00 64.37360 21.00 33.79614 14.00 22.53076 23.00 37.01482 48.00 77.24832 22.00 35.40548 15.00 24.14010 16.00 25.74944
Write a function to display a pattern as follows: **************** ************** ************... *The function header is void displayPattern(int n)
Given a 3x3 matrix, create a program that will add the three elements that forms a line including the diagonals. Assign a value of 1 if all the sums are equal and assign 0 if not. Use a function aside from main function that does not return a value. Do while loop is the additional requirement.
Task 2: The formula for the area, A, of a triangle with sides of length a, b, and c is V[s(s – a)(s – b)(s – c)] A = Where (a + b + c) s = Write, test, and execute a function that accepts the values of a, b, and c as parameters from a calling function, and then calculates the values of s and [s(s - a)(s - b)(s - c)]. If this quantity is positive, the function calculates A. If the quantity is negative, a, b, and c do not form a triangle, and the function should set A = -1. The value of A should be returned by the function. Test the function by passing various data to it and verifying the returned value.
The formula for converting a temperature from Fahrenheit to Celsius is C = 5 (F - 32) where F is the Fahrenheit temperature and C is the Celsius temperature. Write a function named celsius that accepts a Fahrenheit temperature as an argument. The function should return the temperature, converted to Celsius. Demonstrate the function by calling it in a loop that displays a table of the Fahrenheit temperatures 0 through 20 and their Celsius equivalents.
Add a function to get the CPI values from the user and validate that they are greater than 0. 1. Declare and implement a void function called getCPIValues that takes two float reference parameters for the old_cpi and new_cpi. 2. Move the code that reads in the old_cpi and new_cpi into this function. 3. Add a do-while loop that validates the input, making sure that the old_cpi and new_cpi are valid values. + if there is an input error, print "Error: CPI values must be greater than 0." and try to get data again. 4. Replace the code that was moved with a call to this new function. - Add an array to accumulate the computed inflation rates 1. Declare a constant called MAX_RATES and set it to 20. 2. Declare an array of double values having size MAX_RATES that will be used to accumulate the computed inflation rates. 3. Add code to main that inserts the computed inflation rate into the next position in the array. 4. Be careful to make sure the program does not overflow the array. - Add a…
plaese code in python You are tasked with creating a square grid of values in which each value only appears once in each column and once in each row (think like a Sudoku). Write a function called grid that inputs a list and outputs a square grid of values of that list in which each value only appears once in each column and once in each row. Specifically, one in which each row is the one above it shifted by one item. Your answer should be in the form of a list of lists, where each sub-list is a row of the square. For example: grid([1, 2, 3, 4]) -> [[1, 2, 3, 4], [4, 1, 2, 3], [3, 4, 1, 2], [2, 3, 4, 1]]
Create a function that returns which chapter is nearest to the page you're on. If two chapters are equidistant, return the chapter with the higher page number. Examples nearestChapter({ "Chapter 1" : 1, "Chapter 2" : 15, "Chapter 3" : 37 }, 10) "Chapter 2" nearestChapter({ "New Beginnings": 1, "Strange Developments" : 62, "The End?" : 194, "The True Ending": 460 }, 200) → "The End?"
Step 1: Write a function to create a new dataframe(s) for a given weight class. (Inputs should be base dataframe and weight class; Output should be a new dataframe containing only that weight class.) Use examples to justify that your dataframes have been created correctly. In [ ]: # Put your pseudocode and code here # List to help extract information from the base dataframe weight_class_list = frame_names_list ['47', '52', '57', '63', '72', '84', '84+', '59', '66', '74', '83', '93', '105', '120', '120+'] ['class_47kg','class_52kg','class_57kg','class_63kg','class_72kg','class_84kg','class_84pluskg',\ 'class_59kg','class_66kg','class_74kg','class_83kg','class_93kg','class_105kg','class_120kg','cl Step 2: Loop through all the weight classes and store the dataframes for each weight classs in a list (Lists can store all types of variables including Pandas dataframes!) In [ ]: # Put your pseudocode and code here
you will write a function named plotter. Your function will receive a single argument of a sequence of numbers and then PRINT on the screen a bar plot of these numbers. For example: plotter([3,2,5,1,2]) will print on the screen: 3 === 2 == 5 | ===== 1 2 | == Another example: plotter([0,4,3,1]) will print on the screen: 4 | ==== 3 === 1 =