"""Generative artwork for each experience type: Moroccan night scenes in navy, plum and gold (600x600 SVG -> WebP)."""
import math, random, os, asyncio
OUT = os.path.dirname(os.path.abspath(__file__))
W = 600
def defs(sky, extra=""):
a, b, c = sky
return f'''
{extra}'''
def stars(n, seed, ymax=330):
r = random.Random(seed); s = ""
for _ in range(n):
x, y, rr = r.uniform(0, W), r.uniform(0, ymax), r.choice([.6, .8, 1, 1.3, 1.8])
s += f''
return s
def finish(body, sky, extra=""):
return f''
def dunes(base, colors, seed):
r = random.Random(seed); s = ""
for i, col in enumerate(colors):
y = base + i * 46
pts = [f"M0 {y + r.uniform(-20, 20):.0f}"]
for x in range(0, W + 150, 150):
pts.append(f"Q{x + 75} {y + r.uniform(-60, 30):.0f} {x + 150} {y + r.uniform(-18, 18):.0f}")
s += f''
return s
def moon(x, y, r=34):
return f''
def sun(x, y, r=46, op=1):
return f''
def mountains(base, cols, seed, peaks=5, h=170, snow=False):
r = random.Random(seed); s = ""
for i, col in enumerate(cols):
y = base + i * 40; pts = [f"M0 {y}"]; x = 0
while x < W:
px = x + r.uniform(60, 140); py = y - r.uniform(h * .45, h) / (1 + i * .35)
pts.append(f"L{px:.0f} {py:.0f}")
if snow and i == 0: s_cap = (px, py)
x = px + r.uniform(50, 120); pts.append(f"L{x:.0f} {y - r.uniform(5, 30):.0f}")
s += f''
return s
def arch(cx, top, w, h, fill, stroke="none", sw=0):
# Moroccan horseshoe arch
r = w / 2
return f''
def lantern(x, y, s=1, op=1):
return f'''
'''
def star8(cx, cy, r, fill, op=1, rot=0):
pts = []
for i in range(16):
a = math.radians(i * 22.5 + rot); rr = r if i % 2 == 0 else r * .62
pts.append(f"{cx + rr*math.cos(a):.1f},{cy + rr*math.sin(a):.1f}")
return f''
NIGHT = ("#0B0A1F", "#2A1838", "#5B2E3C")
DUSK = ("#141331", "#4A2340", "#C66B4E")
SUNRISE = ("#1B1E3E", "#7A4258", "#F0A86A")
TEAL = ("#061A1F", "#0D3A3E", "#1E5A55")
S = {}
S["desert"] = finish(stars(110, 1) + moon(440, 120) + dunes(360, ["#6E3F2B", "#8C5233", "#A8683C", "#C2844A"], 3) +
"".join(f'' for x, y in [(150, 420), (205, 430), (262, 424)]), NIGHT)
S["sea"] = finish(stars(40, 2, 200) + sun(300, 300, 50) +
'' +
"".join(f'' for w, y, op in [(120, 312, .9), (180, 330, .7), (90, 348, .8), (220, 370, .5), (140, 395, .6), (260, 425, .35), (180, 460, .3), (300, 500, .2)]) +
'' +
'' +
"".join(f'' for x, y in [(60, 470), (420, 440), (480, 530), (110, 540), (300, 560)]), DUSK)
S["nature"] = finish(stars(60, 3, 220) + moon(470, 110, 26) + mountains(330, ["#2E3A5C", "#22304A", "#16233A"], 7, h=200) +
'' +
"".join(f'' + "".join(f'' for dx, dy in [(-30, -8), (30, -8), (-22, -22), (22, -22), (0, -26)]) + '' for x, y in [(110, 520), (480, 510)]), NIGHT)
S["culture"] = finish(stars(70, 4, 260) + moon(300, 150, 30) +
'' +
"".join(f'' for x, y in [(405, 215), (421, 215), (413, 270), (413, 330)]) +
'' +
'' +
'' +
'' +
"".join(star8(x, y, 18, "url(#gold)", .55, 0) for x, y in [(50, 80), (550, 80), (50, 520), (550, 520)]), NIGHT)
S["food"] = finish('' +
'' +
'' +
'' +
'' +
'' +
"".join(f'' for x in (270, 300, 330)) +
"".join(f'' for x, y, r, c in [(90, 470, 8, "#D9622B"), (110, 488, 6, "#E8B04A"), (500, 478, 7, "#8FA43A"), (520, 462, 5, "#D9622B"), (480, 492, 6, "#E8B04A")]),
("#1A0E14", "#3B1A1E", "#6A2E25"))
S["crafts"] = finish("".join(star8(75 + (i % 5) * 112.5 + (56 if (i // 5) % 2 else 0), 60 + (i // 5) * 112.5, 46, ["#0E5B4E", "#1E3A6E", "#B5583A", "url(#gold)"][(i + i // 5) % 4], .9, 22.5 * (i % 2)) for i in range(30)) +
"".join(star8(75 + (i % 5) * 112.5 + (56 if (i // 5) % 2 else 0), 60 + (i // 5) * 112.5, 18, "#0B0A1F", .9) for i in range(30)) +
'' + star8(300, 300, 110, "url(#gold)", 1, 0) + star8(300, 300, 64, "#0B0A1F", 1, 22.5) + star8(300, 300, 34, "#B5583A", 1, 0),
("#0B0A1F", "#141331", "#1B1430"))
S["wellness"] = finish('' +
'' +
"".join(f'' for x, y in [(300, 200), (250, 220), (350, 220), (215, 255), (385, 255), (275, 245), (325, 245)]) +
"".join(f'' for dx, w in [(-40, 40), (0, 50), (40, 40)]) +
'' +
"".join(f'' for x in (190, 250, 350, 410)), TEAL)
S["shows"] = finish('' + lantern(300, 300, 1.5) + lantern(150, 230, 1, .9) + lantern(450, 230, 1, .9) + lantern(80, 380, .7, .7) + lantern(520, 380, .7, .7) +
'', ("#120A1E", "#3A1636", "#6A2338"))
S["adventure"] = finish(sun(300, 420, 60, .9) + mountains(470, ["#5A3248", "#3B2440", "#22172E"], 11, h=150) +
"".join(f'''
''' for x, y, s, c in [(300, 200, 1.5, "#C0473F"), (140, 150, .8, "#D9A23A"), (470, 120, .9, "#2F6B8C"), (520, 280, .55, "#C0473F")]),
SUNRISE)
S["daytrip"] = finish(sun(430, 210, 40, .9) + mountains(330, ["#6B3B4A", "#4A2C42"], 13, h=140) +
'' +
'' +
'' +
'', SUNRISE)
S["local"] = finish("".join(arch(300, 140 + i * 34, 300 - i * 52, 460 - i * 34, ["#2A1838", "#1F1430", "#170F26", "#100A1C", "#0B0716"][i], "url(#gold)", 2.4 - i * .3) for i in range(5)) +
lantern(300, 300, .9) + "".join(f'' for x, y, c in [(160, 380, "#B5583A"), (200, 396, "#1E5A55"), (366, 386, "#D9A23A"), (406, 400, "#7A2E4A")]), NIGHT)
S["luxury"] = finish(stars(50, 5, 220) + arch(300, 120, 340, 480, "#140E24", "url(#gold)", 4) +
'' +
'' +
"".join(star8(300, 200, 40, "url(#gold)", .9)), ("#0B0A1F", "#221634", "#3B2440"))
S["transfer"] = finish(stars(70, 6, 300) + moon(140, 110, 26) + mountains(340, ["#3B2440", "#2A1E3A"], 17, h=110) + '' +
'' +
"".join(f'' for i in range(9)) +
''
''
'', NIGHT)
S["stay"] = finish(stars(70, 8, 200) + moon(480, 100, 24) + '' +
'' +
"".join(arch(x, y, 54, 80, "#F2C26B") + f'' for x, y in [(170, 240), (300, 240), (430, 240), (170, 380), (430, 380)]) +
arch(300, 380, 90, 220, "#120B18", "url(#gold)", 3), NIGHT)
S["package"] = S["luxury"]
async def render():
from playwright.async_api import async_playwright
async with async_playwright() as p:
b = await p.chromium.launch(); pg = await b.new_page(viewport={"width": W, "height": W})
for k, svg in S.items():
open(os.path.join(OUT, k + ".svg"), "w").write(svg)
await pg.set_content(f'{svg}')
await pg.screenshot(path=os.path.join(OUT, k + ".png"))
await b.close()
asyncio.run(render())
from PIL import Image
for k in S:
Image.open(os.path.join(OUT, k + ".png")).convert("RGB").save(os.path.join(OUT, k + ".webp"), "WEBP", quality=80, method=6)
print("done", len(S))