Sin with Drawline c++ HWCall the file: sinDrawline.cppCreate 2 functions:1) Degrees2Radians: which has input Degrees, and returns Radians2) Drawline: which takes two parameters: a character and numRepetitions and prints thecharacter numRepetitions times, followed by a newlineInside main()For values between 0 and 360, in 5 degree increments:calculate and print the value of sin (degrees),After every 90 degrees, print out a line of 30 dashes (minus signs '-')Extra information required:#include // for sin functionIn order to have the precise format we want:Put this at the top of main:cout.setf(ios::fixed);cout.setf(ios::showpoint); // show decimals even if not neededcout.precision(5); // show 5 digits to right of decimal

For the function Degrees2Radians() – Take a variable to take the value for the degrees from the…

Answered: Sin with Drawline c++ HW Call the file:…

Microsoft Visual C#

7th Edition

ISBN:9781337102100

Author:Joyce, Farrell.

Publisher:Joyce, Farrell.

Chapter8: Advanced Method Concepts

Section: Chapter Questions

Problem 8RQ

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File names: color_square.py, chessboard.py, test_squares.py Positions on a chess board are identified by a letter and a number. The letter identifies the column; the number identifies the row. See the image below. You will provide the functions that allow us to determine: if a chessboard square is either black or white, given its coordinates. If the row/column is valid or not for the standard chessboard For example, if we pass in “d” for the column and 4 for the row, your function that determines color should return the string: “BLACK”. If we pass in "k" for the column to your function that validates columns, that function should return the boolean False. Requirements: Your function for validating the column should be able to accept upper or lowercase strings as parameters. Your functions for validating the row should be able to accept integers or strings as parameters. Your function that determines black-or-white may assume that the input has been validated prior to us calling…
python function!: a function called popular_color with one parameter, of type dict[str, str] of names and favorite colors. The return type is a str and it is the most commonly occuring color. If two colors are tied for popularity, the first color shown will be picked.
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
// In python // def compute_stats():"""Write a function compute_stats, such that given a string of grades as an input parameter,it calls the function get_new_grades (defined in theprevious question) and returns a tuple that containsthe average value of the initial grades andthe average value after running the get_new_grades function.""" pass
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
add is a function that accepts two int parameters and returns their sum. Two int variables, euroSales and asiaSales, have already been declared and initialized. Another int variable, eurasiaSales, has already been declared. Write a statement that calls add to compute the sum of euroSales and asiaSales and store this value in eurasiaSales.
Constraints: Use Python Don't use global variables Don't use external libraries (PIL and os are allowed) Start the program with a main function (def main():) Content: Ask the user to input a .jpeg/.jpg image. Once a jpeg file is uploaded, create a function with the argument img_info and return a tuple with the image's dimensions in pixels (w, h) and the image data in a form of a list of tuples with RGB values. Print out the values/data collected.
true false void ffx() is a function with no return value void ffx() is a function with no argument int ffx(char x) is a function with int return value int ffx(char *x) is a function with parameter passed by reference char ffx( int x) is a function with int return value int ffc(char &x) is a function with parameter passed by reference
Rest of code in image / This is a bad programming style since it is using goto. // This is an spagetti code and not working.// Use function to display menu, and display game rules,// Use different color for text display.// fix it so it works any way you like./*HANDLE screen = GetStdHandle(STD_OUTPUT_HANDLE); // Write 16 lines in 16 different colors. for (int color = 0; color < 16; color++) { SetConsoleTextAttribute (screen, color); cout << " Hello World!" << endl; Sleep(400); // Pause between lines to watch them appear } // Restore the normal text color) SetConsoleTextAttribute(screen, 7);*/#include <iostream>#include <windows.h>using namespace std;int main(){ //textbackground(WHITE); //textcolor(RED); system("cls"); char ch, a[20], ch2; int num = 100, rnum, guess, count, ch1, c = 0; cout << "**********************************************************"<<endl; cout << "*…
Code in Python: Your hangman game should be broken into appropriate functions, contain a main function, anddo the following:1. The program should randomly select a word from the list: kangaroo, capybara, wombat,koala, wallaby, quokka, platypus, dingo, kookaburra2. Repeatedly prompt the user to guess a letter.3. Validate the input4. All guessed letters should be stored in a two-dimensional list (from problem 2). If thenumber of times a letter has been guessed is greater than 1, then the user should benotified that they have already guessed this letter and prompted to guess a differentletter. The hangman won’t update (grow) if the same incorrect letter is guessed multipletimes.5. The word should be printed where all correctly guessed letters are revealed, and allunguessed letters are replaced with underscores6. A hangman reflecting the number of incorrect guesses should be printed7. If all the letters in the word are guessed, then the user wins. If the hangman / number ofincorrect…
Help me homework c++ The shots file holds a list of shots (imagine some hitscan weapon in a video game like a shotgun or something). Each shot has an origin and a direction. The origin is an (x,y) coordinate, like (5,3). The direction is a slope and whether the shot is traveling along that slope or in the reverse. A slope of "Vertical" means that the shot is travellingstraight up and down. The format is:x_location y_location slope(either a number like 2.1 or a non-number meaning"Vertical") forwards(1 meaning forwards, 0 meaning backwards) 0 0 0 00 0 0 10 0 Vertical 00 0 Squirrel 110 10 -1 1-10.1 -100.01 2.1 0 The first line is a horizontal line shooting left from the origin (0,0).The second line is a shot also travelling horizontally from the origin, but forward along the x axis instead of backwards.The third line is shooting straight down out of the originThe fourth line is shooting straight up out of the origin (any non-number means Vertical, not just Vertical)The fifth line is…
# dates and times with lubridateinstall.packages("nycflights13") library(tidyverse)library(lubridate)library(nycflights13) Qustion: Create a function called date_quarter that accepts any vector of dates as its input and then returns the corresponding quarter for each date Examples: “2019-01-01” should return “Q1” “2011-05-23” should return “Q2” “1978-09-30” should return “Q3” Etc. Use the flight's data set from the nycflights13 package to test your function by creating a new column called quarter using mutate()

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