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Expert artificial intelligence homework helper

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Image manipulation

###################################################### # Project: Project 3 - Image Manipulation # UIN: # repl.it URL: https://repl.it/@kedmiri/WeightyAlienatedOpengroup ###################################################### from PIL import Image, ImageFont, ImageDraw from io import BytesIO import requests FONT_FILE = r'NerkoOne-Regular.ttf' DATA_FILE = 'data.txt' def get_web_image(url): """Retrieves an image file from the web and returns an Image object """ response = requests.get(url) return Image.open(BytesIO(response.content)) def paste_image(source, destination, x, y, omit_color="None"): """ Copy the pixels from source to destination, starting at the x,y coordinate passed if omit_color is "transparent", don't copy any transparent pixels if omit_color is a color value, don't copy any pixels with that color :return reference to the updated source Image object """ src_width, src_height = source.size dst_width, dst_height = destination.size for w in range(x, src_width+x-1): for h in range(y, src_height+y-1): # Source image is bigger than the destination/ if w >dst_width or h >dst_height: continue pixel = source.getpixel((w-x, h-y)) # Transparent pixel if source.mode == 'RGBA' and omit_color == 'transparent' and pixel[3] == 0: continue destination.putpixel((w, h), pixel) return destination def invert_colors(image): """ Invert image colors """ width, height = image.size result = Image.new(image.mode, image.size) for x in range(width): for y in range(height): r, g, b = image.getpixel((x, y)) result.putpixel((x, y), (255-r, 255-g, 255-b)) return result def mirror_image(image): """ Construct image miror """ width, height = image.size result = Image.new(image.mode, image.size) for index, x in enumerate(reversed(range(width))): for y in range(height): result.putpixel((index, y), image.getpixel((x, y))) return result def flip_image(image): """ Flip image """ width, height = image.size result = Image.new(image.mode, image.size) for x in range(width): for index, y in enumerate(reversed(range(height))): result.putpixel((x, index), image.getpixel((x, y))) return result def grayscale(image): """ Convert colored image to grayscale """ width, height = image.size result = Image.new(image.mode, image.size) for x in range(width): for y in range(height): r, g, b = image.getpixel((x, y)) grey = int(0.299 * r + 0.587 * g + 0.114 * b) result.putpixel((x, y), (grey, grey, grey)) return result def write_text_image(image, text): width, height = image.size result = Image.new(image.mode, image.size) for x in range(width): for y in range(height): result.putpixel((x, y), image.getpixel((x, y))) font = ImageFont.truetype(FONT_FILE, 60) draw = ImageDraw.Draw(result) draw.text((300, height - 100), text, fill ="white", font = font, align="center") return result def read_text_from_file(filename): """ Read file content into a string. """ with open(filename, 'r') as f: return ''.join(f.readlines()) def main(): background_url_image = 'https://www.telegraph.co.uk/content/dam/Travel/2018/November/lion%20cover.jpg' background_image = get_web_image(background_url_image) # Resize image to (1200, 800) background_image = background_image.resize((1200, 800)) text = read_text_from_file(DATA_FILE) background_image = write_text_image(background_image, text) transparent_image_url = 'https://www.knowsleysafariexperience.co.uk/media/1011/lion.png?anchor=center&mode=crop&width=680&height=640&rnd=132037090900000000' lion_img_trans = get_web_image(transparent_image_url) lion_img_trans = lion_img_trans.resize((300, 300)) # Project transparent image on top of the background image. x_corrdinate = background_image.size[0] - lion_img_trans.size[0] paste_image(lion_img_trans, background_image, x_corrdinate, 0, omit_color='transparent') lion_small_url = 'https://sn4.scholastic.com/content/dam/classroom-magazines/sn4/issues/2019-20/100719/should-this-lion-cub-be-in-a-zoo/SN4-20191007-Zoo-HR-MO_.jpg' reference_lion_image = get_web_image(lion_small_url) reference_lion_image = reference_lion_image.resize((200,200)) mirrored_image = mirror_image(reference_lion_image) paste_image(reference_lion_image, background_image, 0, 0) paste_image(mirrored_image, background_image, 200, 0) flipped_image = flip_image(reference_lion_image) paste_image(flipped_image, background_image, 0, 200) mirrored_flipped_image = flip_image(mirrored_image) paste_image(mirrored_flipped_image, background_image, 200, 200) grayscaled_image = grayscale(reference_lion_image) paste_image(grayscaled_image, background_image, 0, 400) inverted_image = invert_colors(reference_lion_image) paste_image(inverted_image, background_image, 0, 600) # Save result to a file. background_image.save('artwork.jpg') main()

Python Code for a Calculator

# Welcome message print("Hello, welcome to the investment calculator!\n") # get type of fund userInput = input("Which type of investment would you like to make (savings/CD/mutual funds/bonds)? ") # if savings if userInput == "savings": # get amount invested investment = float(input("\nHow much would you like to invest? ")) # 0.6% increase for 3 years current = round(investment * 1.006, 3) print("\nAfter 1 year: " + str(current)) current = round(current * 1.006, 3) print("After 2 years: " + str(current)) current = round(current * 1.006, 3) print("After 3 years: " + str(current)) # if CD elif userInput == "CD": # get amount invested investment = float(input("\nHow much would you like to invest? ")) print() # if amount at least 2500 if investment >= 2500: # 2.5% increase for 4 years current = round(investment * 1.025, 3) print("After 1 year: " + str(current)) current = round(current * 1.025, 3) print("After 2 years: " + str(current)) current = round(current * 1.025, 3) print("After 3 years: " + str(current)) current = round(current * 1.025, 3) print("After 4 years: " + str(current)) else: # 1% increase for 4 years current = round(investment * 1.01, 3) print("After 1 year: " + str(current)) current = round(current * 1.01, 3) print("After 2 years: " + str(current)) current = round(current * 1.01, 3) print("After 3 years: " + str(current)) # if mutual funds elif userInput == "mutual funds": # get amount invested investment = float(input("\nHow much would you like to invest? ")) # 5% increase for 3 years in best case scenario print("\nBest case\n---------") current = round(investment * 1.05, 3) print("After 1 year: " + str(current)) current = round(current * 1.05, 3) print("After 2 years: " + str(current)) current = round(current * 1.05, 3) print("After 3 years: " + str(current)) # 1% decrease for 3 years in worst case print("\nWorst case\n---------") current = round(investment * 0.99, 3) print("After 1 year: " + str(current)) current = round(current * 0.99, 3) print("After 2 years: " + str(current)) current = round(current * 0.99, 3) print("After 3 years: " + str(current)) # if bonds elif userInput == "bonds": # get amount invested investment = float(input("\nHow much would you like to invest? ")) # if amount at least 5000 if investment >= 5000: # 2% increase for 3 years current = round(investment * 1.02, 3) print("After 1 year: " + str(current)) current = round(current * 1.02, 3) print("After 2 years: " + str(current)) current = round(current * 1.02, 3) print("After 3 years: " + str(current)) else: # can't invest print("Investments under $5000 do not qualify for investment") # else invalid choice else: print( "Sorry, this investment calculator does not support money markets. Please try again using savings, CD, mutual funds, or bonds.")