import itertools
from pathlib import Path
import logging
from perlin import CoordsGenerator
import svg
import json

import numpy as np

RGen = np.random.default_rng()

heartshape = [
    svg.M(1, 3),
    svg.Arc(2, 2, 0, False, True, x=5, y=3),
    svg.Arc(2, 2, 0, False, True, x=9, y=3),
    svg.Q(9, 6, 5, 9),
    svg.Q(1, 6, 1, 3),
    svg.Z(),
]
heartshape2 = [
    svg.M(-4.913, -10.043),
    svg.Q(-1.968, -10.043, -0.404, -6.332),
    svg.Q(-0.024, -5.252, -0.024, -4.929),
    svg.Q(0.054, -4.929, 0.231, -5.874),
    svg.Q(1.743, -10.043, 4.913, -10.043),
    svg.Q(7.734, -10.043, 9.384, -7.196),
    svg.Q(9.894, -6.142, 9.894, -5.062),
    svg.L(9.894, -4.885),
    svg.Q(9.894, -1.404, 6.913, 1.715),
    svg.Q(0.823, 9.153, 0.015, 10.043),
    svg.L(-0.067, 10.043),
    svg.L(-8.274, -0.069),
    svg.Q(-9.894, -2.471, -9.894, -4.929),
    svg.Q(-9.894, -7.762, -7.207, -9.438),
    svg.Q(-6.114, -10.043, -4.913, -10.043),
    svg.Z(),
    svg.M(-9.203, -5.062),
    svg.L(-9.203, -4.846),
    svg.Q(-9.203, -1.892, -6.395, 1.188),
    svg.L(0.015, 9.015),
    svg.L(0.054, 9.015),
    svg.L(7.803, -0.419),
    svg.Q(9.207, -2.592, 9.207, -4.63),
    svg.L(9.207, -5.144),
    svg.Q(9.207, -7.464, 6.654, -8.976),
    svg.Q(5.7, -9.356, 4.913, -9.356),
    svg.Q(1.35, -9.356, 0.192, -3.322),
    svg.Q(0.054, -2.808, 0.054, -2.458),
    svg.L(-0.024, -2.458),
    svg.Q(-0.024, -3.512, -0.996, -6.332),
    svg.Q(-2.361, -9.356, -4.913, -9.356),
    svg.Q(-7.259, -9.356, -8.706, -6.967),
    svg.Q(-9.203, -6.021, -9.203, -5.062),
    svg.Z(),
]

clubs = [
    svg.M(0.005, -2.647),
    svg.Q(0.765, -2.647, 1.122, -1.841),
    svg.Q(1.169, -1.657, 1.179, -1.458),
    svg.Q(1.179, -1.043, 0.753, -0.475),
    svg.L(0.541, -0.263),
    svg.L(0.551, -0.263),
    svg.Q(0.814, -0.362, 1.112, -0.362),
    svg.L(1.179, -0.362),
    svg.Q(2.024, -0.362, 2.365, 0.355),
    svg.Q(2.446, 0.589, 2.446, 0.802),
    svg.Q(2.446, 1.53, 1.705, 1.899),
    svg.Q(1.563, 1.941, 1.311, 1.963),
    svg.Q(0.452, 1.963, 0.094, 0.991),
    svg.L(0.083, 0.991),
    svg.L(0.083, 1.022),
    svg.Q(0.083, 2.24, 0.374, 2.626),
    svg.L(0.374, 2.647),
    svg.L(-0.364, 2.647),
    svg.L(-0.385, 2.626),
    svg.Q(-0.083, 2.172, -0.083, 0.991),
    svg.L(-0.083, 0.979),
    svg.L(-0.095, 0.979),
    svg.Q(-0.449, 1.963, -1.319, 1.963),
    svg.Q(-1.997, 1.963, -2.358, 1.25),
    svg.Q(-2.446, 1.008, -2.446, 0.802),
    svg.Q(-2.446, -0.024, -1.574, -0.32),
    svg.Q(-1.339, -0.362, -1.159, -0.362),
    svg.L(-1.127, -0.362),
    svg.Q(-0.821, -0.362, -0.544, -0.263),
    svg.L(-0.534, -0.263),
    svg.L(-0.534, -0.273),
    svg.Q(-0.833, -0.525, -0.935, -0.769),
    svg.Q(-1.148, -1.16, -1.148, -1.447),
    svg.L(-1.148, -1.497),
    svg.Q(-1.148, -2.21, -0.385, -2.579),
    svg.Q(-0.133, -2.647, 0.005, -2.647),
    svg.Z(),
]

spades = []

diamond = [
    svg.M(0.01, -7.2),
    svg.L(4.86, -0.9),
    svg.Q(5.53, -0.08, 5.53, 0.05),
    svg.L(0.01, 7.2),
    svg.Q(-0.11, 7.12, -5.53, 0.05),
    svg.Q(-5.53, -0.08, -4.46, -1.42),
    svg.L(0.01, -7.2),
    svg.Z(),
]

"♠" "♣" "♥"


def openmoji(marker: str, x, y, s, c):
    if len(marker) != 1:
        return
    file = hex(ord(marker))[2:]
    file = Path(f"openmoji/{file}.svg")
    if file.is_file():
        return svg.Text(text=marker, x=x, y=y, class_=["c"+c[1:], hex(int(s*100))[2:]])
        # return svg.Image(href=str(file), transform=[svg.Translate(x=x, y=y), svg.Scale(s)])


def markertoSVG(marker, x, y, c, s):
    if marker == ".":
        return svg.Circle(cx=x, cy=y, fill=c, r=np.sqrt(s))
    elif marker == "o":
        return svg.Circle(
            cx=x,
            cy=y,
            stroke=c,
            fill="none",
            stroke_width=np.sqrt(s / 4),
            r=np.sqrt(s),
        )
    elif marker == "+":
        shift = np.sqrt(s)
        return svg.Path(
            stroke=c,
            stroke_width=np.sqrt(s) / 4,
            stroke_linecap="round",
            d=[
                svg.M(x - shift, y),  # horizontal line
                svg.L(x + shift, y),
                svg.M(x, y - shift),  # vertical line
                svg.L(x, y + shift),
            ],
        )
    elif marker == "t":
        shift = np.sqrt(s)
        return svg.Polygon(
            stroke=c,
            stroke_width=np.sqrt(s) / 4,
            stroke_linejoin="round",
            points=[
                x + shift * np.sqrt(3) / 2,
                y - shift / 2,
                x - shift * np.sqrt(3) / 2,
                y - shift / 2,
                x,
                y + shift,
            ],
            transform=[svg.Rotate(RGen.random() * 360, x, y)],
        )
    elif marker == "Y":
        shift = np.sqrt(s)
        return svg.Path(
            stroke=c,
            stroke_width=np.sqrt(s) / 4,
            stroke_linecap="round",
            d=[
                svg.M(x + shift * np.sqrt(3) / 2, y - shift / 2),  # / line
                svg.L(x, y),
                svg.M(x - shift * np.sqrt(3) / 2, y - shift / 2),  # / line
                svg.L(x, y),
                svg.M(x, y + shift),  # / line
                svg.L(x, y),
            ],
            transform=[svg.Rotate(RGen.random() * 360, x, y)],
        )
    elif marker == "P":
        shift = np.sqrt(s)
        return svg.Path(
            stroke=c,
            stroke_width=np.sqrt(s) * 2 / 3,
            d=[
                svg.M(x - shift, y),  # horizontal line
                svg.L(x + shift, y),
                svg.M(x, y - shift),  # vertical line
                svg.L(x, y + shift),
            ],
        )
    elif marker == "-":
        shift = np.sqrt(s)
        return svg.Path(
            stroke=c,
            stroke_width=np.sqrt(s) / 4,
            d=[
                svg.M(x - shift, y),  # horizontal line
                svg.L(x + shift, y),
            ],
        )
    elif marker == "|":
        shift = np.sqrt(s)
        return svg.Path(
            stroke=c,
            stroke_width=np.sqrt(s) / 4,
            d=[
                svg.M(x, y - shift),  # vertical line
                svg.L(x, y + shift),
            ],
        )
    elif marker == "s":
        shift = np.sqrt(s) * 2
        return svg.Rect(x=x, y=y, width=shift, height=shift, fill=c)
    elif marker == "S":
        s = np.sqrt(s) * 2
        return svg.Rect(x=x, y=y, width=s, height=s, fill=c, rx=s / 3, ry=s / 3)
    elif marker == "♦":
        s = np.sqrt(s) / 8
        return svg.Path(
            d=diamond,
            fill=c,
            transform=[svg.Translate(x=x, y=y), svg.Scale(s)],
        )
    elif marker == "♠":
        return openmoji(marker, x, y, s, c)
    elif marker == "♣":
        s = np.sqrt(s) / 2
        return svg.Path(
            d=clubs,
            fill=c,
            transform=[svg.Translate(x=x, y=y), svg.Scale(s)],
        )
    elif marker == "♦":
        s = np.sqrt(s) / 8
        return svg.Path(
            d=diamond,
            fill=c,
            transform=[svg.Translate(x=x, y=y), svg.Scale(s)],
        )
    elif marker == "♡":
        s = np.sqrt(s) / 4
        return svg.Path(
            d=heartshape2,
            fill="none",
            stroke=c,
            stroke_width=s / 4,
            transform=[svg.Translate(x=x, y=y), svg.Scale(s / 2)],
        )
    elif marker == "♥":
        s = np.sqrt(s) / 4
        return svg.Path(
            d=heartshape,
            fill=c,
            transform=[svg.Translate(x=x - 5, y=y - 9), svg.Scale(s)],
        )
    elif marker == "e":
        s = np.sqrt(s * 2)
        return svg.Ellipse(
            cx=x,
            cy=y,
            fill=c,
            rx=s,
            ry=s / 2,
            transform=[svg.Rotate(RGen.random() * 360, x, y)],
        )
    elif marker == "x":
        shift = np.sqrt(s)
        scale = np.sqrt(2) / 2
        return svg.Path(
            stroke=c,
            stroke_width=np.sqrt(s) / 4,
            stroke_linecap="round",
            d=[
                svg.M(x - shift * scale, y - shift * scale),  # / line
                svg.L(x + shift * scale, y + shift * scale),
                svg.M(x - shift * scale, y + shift * scale),
                svg.L(x + shift * scale, y - shift * scale),  # / line
            ],
        )
    elif marker == "*":
        shift = np.sqrt(s)
        return [
            svg.Path(
                stroke=c,
                stroke_width=np.sqrt(s) / 4,
                stroke_linecap="round",
                transform=[svg.Rotate(angle, x, y)],
                d=[
                    svg.M(x - shift, y),
                    svg.L(x + shift, y),
                ],
            )
            for angle in (0, 60, -60)
        ]


def make_wallpaper(
    speckle_colours: str,
    density: float = 0.12,
    size: float = 3,
    fileformat: str = "svg",
    orientation: str = "landscape",
    filename: str = "",
    markers: str = ".",
    perlin: bool = True,
):
    speckle_colours = speckle_colours.split(",")
    background = speckle_colours.pop(0)
    if orientation == "portrait":
        x, y = (1080, 1920)
    elif orientation == "landscape":
        x, y = (1920, 1080)
    elif "x" in orientation:
        resolution = orientation.split("x")
        if len(resolution) != 2:
            logging.critical("input resolution has more or less than 2 dimensions")
            return
        x, y = resolution
        if all([x.isdigit(), y.isdigit()]):
            x, y = int(x), int(y)
        else:
            return
    else:
        x, y = (1920, 1080)
    speckles_per_colour = int(x / 128 * y / 128 * density / len(markers))

    if perlin:
        gen = CoordsGenerator(x, y)

    elements = [svg.Rect(width=x, height=y, color=background)]
    style = svg.Style(
        text="\n".join(
            [f".c{colour[1:]} {{ fill: {colour}; }}" for colour in speckle_colours]
        )
    )
    elements.append(style)
    style = svg.Style(
        text="\n".join(
            [
                f".{hex(int(size*100))[2:]} {{ font-size: {int(np.sqrt(size)*16)}px; }}"
                for size in np.logspace(0, size, 10, base=np.exp(2))
            ]
        )
    )
    elements.append(style)

    for colour, marker, size in itertools.product(
        speckle_colours,
        markers,
        np.logspace(0, size, 10, base=np.exp(2)),
    ):
        if perlin:
            xs, ys = gen.pick(speckles_per_colour)
        else:
            xs, ys = zip(
                RGen.random(speckles_per_colour) * x,
                RGen.random(speckles_per_colour) * y,
            )
        elements.extend(
            [markertoSVG(marker, x, y, colour, size) for x, y in zip(xs, ys)]
        )

    content = svg.SVG(width=x, height=y, elements=elements)
    with open(filename, "wt") as f:
        f.write(content.as_str())


if __name__ == "__main__":
    palettes = [
        {"colours": ["#DE4A21", "#6F04F2", "#490B1C", "#4a9c9e"], "votes": 1000000},
        {"colours": ["#eee4ab", "#e5cb9f", "#99c4c8", "#68a7ad"], "votes": 100000},
        {"colours": ["#e4d192", "#cba0ae", "#af7ab3", "#80558c"], "votes": 100000},
        {"colours": ["#eeeeee", "#e1d4bb", "#cbb279", "#537188"], "votes": 100000},
        {"colours": ["#c0dbea", "#ba90c6", "#e8a0bf", "#fdf4f5"], "votes": 100000},
        {"colours": ["#f5ffc9", "#b3e5be", "#a86464", "#804674"], "votes": 100000},
        {"colours": ["#ffde7d", "#f6416c", "#f8f3d4", "#00b8a9"], "votes": 100000},
        {"colours": ["#53354a", "#903749", "#e84545", "#2b2e4a"], "votes": 100000},
        {"colours": ["#967e76", "#d7c0ae", "#eee3cb", "#b7c4cf"], "votes": 100000},
        {"colours": ["#fc5185", "#f5f5f5", "#3fc1c9", "#364f6b"], "votes": 100000},
        {"colours": ["#eaeaea", "#ff2e63", "#252a34", "#08d9d6"], "votes": 100000},
        {"colours": ["#eeeeee", "#00adb5", "#393e46", "#222831"], "votes": 100000},
        {"colours": ["#2cd3e1", "#a459d1", "#f266ab", "#ffb84c"], "votes": 100000},
        {"colours": ["#ffe194", "#e8f6ef", "#1b9c85", "#4c4c6d"], "votes": 100000},
        {"colours": ["#146c94", "#19a7ce", "#b0daff", "#feff86"], "votes": 100000},
        {"colours": ["#4c3d3d", "#c07f00", "#ffd95a", "#fff7d4"], "votes": 100000},
        {"colours": ["#8bacaa", "#b04759", "#e76161", "#f99b7d"], "votes": 100000},
        {"colours": ["#146c94", "#19a7ce", "#afd3e2", "#f6f1f1"], "votes": 100000},
        {"colours": ["#9ba4b5", "#212a3e", "#394867", "#f1f6f9"], "votes": 100000},
        {"colours": ["#00ffca", "#05bfdb", "#088395", "#0a4d68"], "votes": 100000},
        {"colours": ["#7c9070", "#9ca777", "#fee8b0", "#f97b22"], "votes": 100000},
        {"colours": ["#002a19", "#000000", "#ffffff", "#e0512f"], "votes": 100000},
    ]
    make_wallpaper(
        ",".join(["#000000"] + palettes[0]["colours"]),
        orientation="2880x1920",
        filename="testing.svg",
        markers="Yt♠",
    )
    exit()

    palette_files = ["colorhunt.json"]
    for palette_file in palette_files:
        with open(palette_file, "rt") as f:
            palettes += json.load(f)

    print(len(palettes))
    palettes = [
        palette["colours"]
        for palette in palettes
        if palette["votes"] > 30000 or len(palette["colours"]) > 5
    ]
    print(len(palettes))
    for palette in palettes:
        night_sky(palette)
        speckles(palette)