Làm thế nào để bạn chuyển đổi rgb sang hex trong python?
Đưa ra ba đối số Show Mật mãnhập khẩu# pypi from expects import equal, expect Nộp hồ sơHEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x)) expect(rgb(0,0,0)).to(equal("000000")) expect(rgb(1,2,3)).to(equal("010203")) expect(rgb(255,255,255)).to(equal("FFFFFF")) expect(rgb(254,253,252)).to(equal("FEFDFC")) expect(rgb(-20,275,125)).to(equal("00FF7D")) lựa chọn thay thếMột số lượng người đáng ngạc nhiên đã sử dụng định dạng chuỗi - Cho ba màu, chẳng hạn như R, G và B, hãy chuyển đổi các màu RGB này thành mã màu hex. Nếu không thể chuyển đổi, hãy in -1 ví dụ.
Khuyến khích. Vui lòng thử cách tiếp cận của bạn trên {IDE} trước, trước khi chuyển sang giải pháp Tiếp cận
Dưới đây là việc thực hiện các phương pháp trên. C++
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HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))0 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))1 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))2
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))3 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))4 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 0
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // color code to Hex color code 1
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // color code to Hex color code 9
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))00
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))02
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))06 // C++ code to convert the given RGB 1
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))09
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))02
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))15
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))20 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))24
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))26
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))28
________ 72 ________ 106 ________ 97 ________ 134
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))36 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))37 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))26
________ 72 ________ 106 ________ 97 ________ 146
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))36 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))49 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))57 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))59
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 03HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 05HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 07
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))19 // C++ code to convert the given RGB 18HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))56 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))57
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))56 // C++ code to convert the given RGB 37HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 42
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04 Java
________số 8
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))3
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 0
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 98// C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // color code to Hex color code 11// C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))02
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))06 // C++ code to convert the given RGB 1
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))02
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))20 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))36 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))37 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))36 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))49 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))57 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))59
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 03HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 05HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 // C++ code to convert the given RGB 07
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))56 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))57
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))56 // C++ code to convert the given RGB 37HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 #include 81// C++ code to convert the given RGB 99#include 83// C++ code to convert the given RGB 99#include 85// C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))008 #include 96HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))010 #include 98HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))012 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))023 #include 98HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))025 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))038 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))21
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))04
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))047 Python3HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))048 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))049
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))050 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))051 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))052
________ 72 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))056 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 ________ 790 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))059 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))060 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))061 ________ 1062
_______72____1064
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))072 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))075
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))077
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))079 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 99
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))083
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))079 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))087 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))088 // color code to Hex color code 19
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))091
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))075
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))098 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))100 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))101 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 // color code to Hex color code 33#include 00________ 99 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))066 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 ________ 1066 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 _______ 875
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))06____1113
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))098 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))100 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))101 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 // color code to Hex color code 46#include 00________ 99 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))066 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 ________ 1066 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 _______ 875
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))087 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))5 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))132 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))133 // color code to Hex color code 19#include 00
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))20
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))142 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 91HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))075
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))152 // C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))060
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))152 // color code to Hex color code 75HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))060
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))142 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // color code to Hex color code 75HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))075
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))37
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))102 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))152 // C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))060
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))142 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 99HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))075
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))49
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))137
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))200 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))201 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))051 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))203
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))206 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 99 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))209 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))210 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 #include 31#include 00HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))209
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))216 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 99 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))209 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))220 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 #include 31#include 00HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))209
HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))226 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 // C++ code to convert the given RGB 99 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))209 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))230 HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))057 #include 31HEX_DIGITS = "0123456789ABCDEF" RGB_TO_HEX = dict(zip(range(len(HEX_DIGITS)), HEX_DIGITS)) HEX = 16 def rgb(r: int, g: int, b: int) -> str: """Convert RGB to Hexadecimal If the values are out of bounds they will be set to the nearest limit e.g. -1 becomes 0 and 2919 becomes 255 Non-integers will raise an error Args: r: red channel (0-255) g: green channel (0-255) b: blue channel (0-255) Returns: 6-digit hexadecimal equivalent of r, g, b """ colors = (max(min(color, 255), 0) for color in (r, g, b)) converted = ((RGB_TO_HEX[color//HEX], RGB_TO_HEX[color % HEX]) for color in colors) return "".join((y for x in converted for y in x))233 Làm cách nào để chuyển đổi RGB sang hệ thập lục phân?Chuyển đổi RGB sang hex . Chuyển đổi các giá trị màu đỏ, lục và lam từ thập phân sang hex Nối 3 giá trị hex của đỏ, lục và lam với nhau. RRGBBB Làm cách nào để chuyển đổi RGB thành tên màu trong Python?Một chức năng đơn giản để chuyển đổi các giá trị RGB thành tên màu cho nhiều cách kết hợp khác nhau. . RGB →(0. 255. 0), Mã Hex →#00FF00, Tên màu →lime RGB →(178,34,34), Mã Hex →#B22222, Tên màu →firebrick Màu hex có hoạt động trong Python không?Rùa trăn có các sắc thái được xác định trước như 'đỏ' và 'trắng' nhưng bạn cũng có thể sử dụng mã màu hex (bạn có thể nhìn thấy . ) Sử dụng mã màu hex chắc chắn là linh hoạt nhưng chúng khó nhớ.
Làm cách nào để chuyển đổi RGB sang HSV trong Python?Trong OpenCV, để chuyển đổi hình ảnh RGB sang hình ảnh HSV, chúng tôi sử dụng cv2. hàm cvtColor() . Chức năng này được sử dụng để chuyển đổi một hình ảnh từ không gian màu này sang không gian màu khác. |