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Expert artificial intelligence homework helper

Vancouver, Canada

Christopher, T 

PhD. in Programming, University of Alberta, Canada
Profession
Professional artificial intelligence assignment helper
Skills
Are you stuck on a complex artificial intelligence assignment? Would you like to hire someone to do it for you? Contact me right away. I am a professional artificial intelligence homework helper, with more than ten years of experience in the academic writing industry. I have also worked as a lecturer in a couple of universities, administering programming classes for both graduate and undergraduate programs. Since I joined ProgrammingHomeworkHelp.com, I have focused primarily on artificial intelligence and I have covered a variety of topics through assignment writing. Among these topics include machine learning, robocraft programming, robot design, mobile autonomous systems, machine vision, and human intelligence. My vast knowledge in these topics and the expertise I have acquired over the years have helped me greatly in providing academic support to students. If you would like your artificial intelligence paper completed professionally and in a timely fashion, do not hesitate to contact me.

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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.")