Amazing-Python-Scripts

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# Import required Image library
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from PIL import Image, ImageDraw, ImageFont
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# Taking Input From user
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path = input("Input the path of the image: ")
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path = path.strip('""')
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im = Image.open(path)
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width, height = im.size
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# Taking input for the text
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text = input('Enter the text for the watermark: ')
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font = ImageFont.truetype('arial.ttf', 20)
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# Taking Input For the Position of the text
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print("To Specify the position of the text , enter a number between 1 to 5.\n")
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print("Enter\n 1 for Top Left \n 2 for Top Right \n 3 for Bottom Left \n 4 for Bottom Right \n 5 for Center")
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pos = int(input())
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# resize the image and
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# upscaling quality
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re_width = 500
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re_height = 500
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# The image upscaling quality
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r_img = im.resize((re_width, re_height), Image.LANCZOS)
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r_img.size
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# textwrap the lines
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def text_wrap(text, font, max_width):
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    lines = []
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    # If the text width is smaller than the image width, then
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    # no need to split
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    # just add it to the line list and return
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    if font.getsize(text)[0] <= max_width:
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        lines.append(text)
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    else:
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        # split the line on the basis of spaces to get words
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        words = text.split(' ')
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        i = 0
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        # append every word to a line while its width is shorter than the image width
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        while i < len(words):
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            line = ''
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            while i < len(words) and font.getsize(line + words[i])[0] <= max_width:
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                line = line + words[i] + " "
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                i += 1
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            if not line:
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                line = words[i]
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                i += 1
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            lines.append(line)
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    return lines
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max_x = 250
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lines = text_wrap(text, font, max_x)
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# calculating the max height that a text can have
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line_height = font.getsize('hg')[1]
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# setting the x,y values for different positions
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x_min = (r_img.size[0] * 5) // 100
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if font.getsize(text)[0] < max_x:
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    x_max = (r_img.size[0] - font.getsize(text)[0]) + 10
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else:
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    x_max = (r_img.size[0] * 50) // 100
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# For image at top
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y_min = (r_img.size[1] * 4) // 100
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# For Image at Bottom
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y_max = (r_img.size[1] * 97) // 100
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y_max -= (len(lines)*line_height)
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if pos == 1:
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    x_start = x_min
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    y_start = y_min
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elif pos == 2:
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    x_start = x_max
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    y_start = y_min
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elif pos == 3:
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    x_start = x_min
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    y_start = y_max
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elif pos == 4:
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    x_start = x_max
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    y_start = y_max
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else:
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    x_start = (r_img.size[0] * 40) // 100
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    y_start = (r_img.size[0] * 50) // 100
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draw = ImageDraw.Draw(r_img)
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# x coordinate and y coordinate for the text position
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x = x_start
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y = y_start
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for line in lines:
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    draw.text((x, y), line, fill='rgb(255,255,255)', font=font)
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    y = y + line_height
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r_img.show()
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# Save watermarked image
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r_img.save('Test_Image.png')
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