from pathlib import Path

from PIL import Image, ImageDraw, ImageFont


ROOT = Path(__file__).resolve().parents[1]
OUTPUT = ROOT / "store-assets"
GREEN = "#075E54"
GREEN_LIGHT = "#83B6A5"
ORANGE = "#F97316"
INK = "#18342F"
PAPER = "#F7FAF5"
LINE = "#BCD3CB"
BLUE = "#DCEAF0"


def font(size: int, semibold: bool = False) -> ImageFont.FreeTypeFont:
    name = "seguisb.ttf" if semibold else "segoeui.ttf"
    return ImageFont.truetype(str(Path("C:/Windows/Fonts") / name), size)


def draw_mark(draw: ImageDraw.ImageDraw, box: tuple[int, int, int, int]) -> None:
    left, top, right, bottom = box
    width = right - left
    height = bottom - top

    map_points = [
        (left + 0.04 * width, top + 0.30 * height),
        (left + 0.32 * width, top + 0.18 * height),
        (left + 0.64 * width, top + 0.30 * height),
        (left + 0.94 * width, top + 0.18 * height),
        (left + 0.94 * width, top + 0.76 * height),
        (left + 0.64 * width, top + 0.88 * height),
        (left + 0.32 * width, top + 0.76 * height),
        (left + 0.04 * width, top + 0.88 * height),
    ]
    draw.polygon(map_points, fill=PAPER, outline="#E1ECE5", width=max(4, width // 38))
    draw.line(
        [(left + 0.32 * width, top + 0.18 * height), (left + 0.32 * width, top + 0.76 * height)],
        fill=GREEN_LIGHT,
        width=max(4, width // 35),
    )
    draw.line(
        [(left + 0.64 * width, top + 0.30 * height), (left + 0.64 * width, top + 0.88 * height)],
        fill=GREEN_LIGHT,
        width=max(4, width // 35),
    )

    cx = left + 0.50 * width
    cy = top + 0.36 * height
    radius = 0.20 * width
    pin = [
        (cx, cy + radius * 1.72),
        (cx - radius * 0.86, cy + radius * 0.20),
        (cx - radius, cy - radius * 0.18),
        (cx - radius * 0.72, cy - radius * 0.72),
        (cx - radius * 0.22, cy - radius),
        (cx + radius * 0.22, cy - radius),
        (cx + radius * 0.72, cy - radius * 0.72),
        (cx + radius, cy - radius * 0.18),
        (cx + radius * 0.86, cy + radius * 0.20),
    ]
    draw.polygon(pin, fill=ORANGE)
    draw.ellipse(
        (cx - radius, cy - radius, cx + radius, cy + radius),
        fill=ORANGE,
        outline="white",
        width=max(5, width // 32),
    )
    hole = radius * 0.34
    draw.ellipse((cx - hole, cy - hole, cx + hole, cy + hole), fill="white")


def create_icon() -> None:
    image = Image.new("RGB", (512, 512), GREEN)
    draw = ImageDraw.Draw(image)
    draw_mark(draw, (82, 78, 430, 434))
    image.save(OUTPUT / "play-store-icon-512.png", optimize=True)


def create_feature_graphic() -> None:
    image = Image.new("RGB", (1024, 500), "#F3F7F5")
    draw = ImageDraw.Draw(image)

    draw.rectangle((0, 0, 20, 500), fill=GREEN)
    draw.rectangle((20, 0, 32, 500), fill=ORANGE)

    draw.text((78, 107), "LME", font=font(34, True), fill=ORANGE)
    draw.text((78, 154), "Mappe Catastali Pro", font=font(55, True), fill=INK)
    draw.text((80, 234), "Mappe, GPS e progetti GIS", font=font(27), fill=GREEN)
    draw.line((80, 290, 455, 290), fill=LINE, width=3)
    draw.text((80, 315), "Consulta  •  misura  •  organizza", font=font(21), fill="#46635D")

    panel = (595, 48, 965, 452)
    draw.rounded_rectangle(panel, radius=8, fill="white", outline=LINE, width=3)
    draw.polygon([(618, 86), (760, 65), (802, 164), (664, 190)], fill=BLUE, outline=GREEN_LIGHT)
    draw.polygon([(806, 75), (940, 110), (923, 236), (784, 205)], fill="#E9EFE7", outline=GREEN_LIGHT)
    draw.polygon([(625, 210), (779, 184), (817, 318), (665, 351)], fill="#F4E9D9", outline=GREEN_LIGHT)
    draw.polygon([(820, 232), (929, 256), (946, 394), (853, 420), (798, 336)], fill=BLUE, outline=GREEN_LIGHT)
    for x1, y1, x2, y2 in [
        (630, 128, 932, 327),
        (646, 310, 915, 128),
        (704, 73, 857, 422),
        (607, 267, 948, 181),
    ]:
        draw.line((x1, y1, x2, y2), fill="#A4BDB5", width=3)
    draw_mark(draw, (706, 136, 883, 340))

    image.save(OUTPUT / "feature-graphic-1024x500.png", optimize=True)


def create_store_screenshot(raw_name: str, output_name: str, title: str, subtitle: str) -> None:
    raw = Image.open(OUTPUT / raw_name).convert("RGB")
    # Remove the Windows title bar and the desktop-only watermark/status area.
    app_view = raw.crop((0, 32, raw.width, min(raw.height, 500)))
    max_width, max_height = 1840, 760
    scale = min(max_width / app_view.width, max_height / app_view.height)
    app_view = app_view.resize(
        (round(app_view.width * scale), round(app_view.height * scale)),
        Image.Resampling.LANCZOS,
    )

    image = Image.new("RGB", (1920, 1080), "#F3F7F5")
    draw = ImageDraw.Draw(image)
    draw.rectangle((0, 0, 24, 1080), fill=GREEN)
    draw.rectangle((24, 0, 38, 1080), fill=ORANGE)
    draw.text((88, 54), title, font=font(52, True), fill=INK)
    draw.text((90, 126), subtitle, font=font(26), fill="#46635D")

    x = (1920 - app_view.width) // 2
    y = 270
    draw.rounded_rectangle(
        (x - 8, y - 8, x + app_view.width + 8, y + app_view.height + 8),
        radius=8,
        fill="white",
        outline=LINE,
        width=4,
    )
    image.paste(app_view, (x, y))
    image.save(OUTPUT / output_name, optimize=True)


def main() -> None:
    OUTPUT.mkdir(exist_ok=True)
    create_icon()
    create_feature_graphic()
    screenshots = [
        (
            "windows-map-raw.jpg",
            "phone-01-map-1920x1080.png",
            "Mappe catastali e cartografia",
            "Consulta il territorio, cerca localita e lavora sulla mappa.",
        ),
        (
            "windows-data-drawings-raw.jpg",
            "phone-02-data-drawings-1920x1080.png",
            "Importa dati e disegna",
            "KML, KMZ e GeoJSON insieme a misure e strumenti GIS.",
        ),
        (
            "windows-projects-raw.jpg",
            "phone-03-projects-1920x1080.png",
            "Organizza i tuoi progetti",
            "Salva, riapri e condividi il lavoro sul campo.",
        ),
    ]
    for raw_name, output_name, title, subtitle in screenshots:
        if (OUTPUT / raw_name).exists():
            create_store_screenshot(raw_name, output_name, title, subtitle)


if __name__ == "__main__":
    main()