skyline0489.py

import colorsys
import math
from PIL import Image, ImageDraw, ImageFont

buildings = [
    (( 455, 750), "Large Crane"),
    (( 525, 795), "Small Crane"),
    (( 665, 655), "Two Tequesta Point"),
    (( 765, 720), "The Palace Condominium (?)"),
    (( 835, 610), "Three Tequesta Point"),
    (( 920, 700), "???"),
    (( 960, 630), "Echo Brickell (?)"),
    ((1085, 590), "Four Seasons"),
    ((1115, 700), "Fortune House Hotel"),
    ((1170, 640), "???"),
    ((1180, 820), "Terminal F"),
    ((1235, 635), "???"),
    ((1360, 630), "Citigroup Center"),
    ((1415, 685), "???"),
    ((1475, 670), "???"),
    ((1510, 630), "Met 1"),
    ((1545, 565), "Southeast Financial Center"),
    ((1620, 670), "???"),
    ((1650, 640), "Wells Fargo Center"),
    ((1930, 695), "Flagler on the River"),
    ((1972, 745), "FAA Miami ATCT (MIA)"),
    ((2050, 695), "The Loft 2"),
    ((2080, 710), "Miami-Dade County Courthouse"),
    ((2145, 635), "Vizcayne Towers"),
    ((2195, 670), "Stephen P. Clark Government Center"),
    ((2285, 750), "???"),
    ((2430, 635), "Marina Blue"),
    ((2515, 675), "Ten Museum Park"),
    ((2600, 625), "Marquis Miami"),
    ((2930, 650), "Marriott Miami Biscayne Bay"),
    ((2980, 590), "Opera Tower"),
    ((3035, 685), "Bay Parc Apartments"),
    ((3085, 610), "The Grand"),
    ((3180, 755), "LoanDepot Park"),
    ((3250, 630), "1800 Club"),
    ((3340, 575), "Quantum on the Bay Condominium"),
    ((3345, 755), "1000 Venetian Way"),
    ((3460, 795), "Venetian Isle Condominium"),
    ((3490, 725), "???"),
    ((3570, 755), "22 Skyview Apartments (?)"),
    ((3625, 790), "Uptown Lofts"),
    ((3705, 745), "22 Biscayne Bay"),
    ((3790, 730), "New Wave Condominiums"),
]

font_size = 16
font = ImageFont.truetype("Menlo-Regular.ttf", font_size)

def draw_marker(xy, height, name, rgb):
    x, y = xy
    draw.line((x, y, x, y - height), fill=rgb)
    w, h = get_textsize(name, font)
    tx = min(max(x - w/2, 4), 3840 - 4 - w)
    ty = y - height - 4 - font_size
    draw.text((tx, ty), name, fill=rgb, font=font)

def get_textsize(text, font):
    l, t, r, b = draw.textbbox((0, 0), text, font=font)
    return r - l, b - t

def hue_to_rgb(hue):
    rgb = colorsys.hsv_to_rgb(hue / 360, 1, 0.75)
    return tuple([int(x * 255) for x in rgb])

image = Image.open("skyline0489.png")
draw = ImageDraw.Draw(image)
for i, (xy, name) in enumerate(buildings):
    height = 32 if name in (
        "The Loft 2"
    ) else 96 if name in (
        "Miami-Dade County Courthouse", "Vizcayne Towers",
        "Stephen P. Clark Government Center", "22 Biscayne Bay"
    ) else 128 if name in (
    ) else 192 if name in (
        "Bay Parc Apartments", "Venetian Isle Condominium"
    ) else 64
    rgb = hue_to_rgb(i / len(buildings) * 360)
    draw_marker(xy, height, name, rgb)
image.save("skyline0489annotated.png")


image = Image.open("../gtaforums/GTAMappingv0.034.png")
draw = ImageDraw.Draw(image)
scale = 556/1000
src_x, src_y = (5455, 3480)
fov = 54.1
yaw = 198
for i, ((x, y), name) in enumerate(buildings):
    rgb = hue_to_rgb(i / len(buildings) * 360)
    distance = 6000 if name in (
        "FAA Miami ATCT (MIA)"
    ) or (
        name == "???" and buildings[i - 1][1] == "Stephen P. Clark Government Center"
    ) else 2500 if name in (
        "Large Crane", "Small Crane", "Terminal F"
    ) else 2100 if name in (
        "1000 Venetian Way", "Venetian Isle Condominium"
    ) else 4000
    angle = yaw - fov / 2 + (3840 - x) / 3840 * fov
    print(f"{angle:.1f} {name}")
    dst_x = src_x + math.cos(math.radians(angle)) * distance * scale
    dst_y = src_y - math.sin(math.radians(angle)) * distance * scale
    draw.line((src_x, src_y, dst_x, dst_y), fill=rgb)
    w, h = get_textsize(name, font)
    draw.rectangle((
        dst_x - w - 8, dst_y - font_size / 2 - 2,
        dst_x, dst_y + font_size / 2 + 2
    ), fill=(255, 255, 255), outline=rgb)
    draw.text((dst_x - 4 - w, dst_y - font_size / 2 - 2), name, fill=rgb, font=font)
src_x, src_y = 4095, 5052
fov = 45
yaw = 155
rgb = (0, 255, 0)
for i, angle in enumerate((yaw - fov / 2, yaw + fov / 2)):
    distance = [3000, 4000][i]
    dst_x = src_x + math.cos(math.radians(angle)) * distance * scale
    dst_y = src_y - math.sin(math.radians(angle)) * distance * scale
    draw.line((src_x, src_y, dst_x, dst_y), fill=rgb)
image = image.crop((1800, 2900, 5800, 5900))
draw = ImageDraw.Draw(image)

rgb = 255, 255, 255
for src, dst in (
    ((2510, 485), (2510, 505)),   # Venetian Isle Condominium
    ((2645, 525), (2645, 545)),   # 1000 Venetian
    ((2200, 570), (2200, 620)),   # The Grand
    ((2185, 705), (2200, 675)),   # Marriott Miami
    ((2015, 835), (2105, 810)),   # Marquis Miami
    ((2015, 870), (2105, 842)),   # Ten Museum Park
    ((2015, 905), (2105, 875)),   # Marina Blue
    (None, (2105, 990)),          # Vizcayne Towers
    ((1715, 2040), (1800, 1640)), # Four Seasons
    ((1635, 1970), (1805, 1620)), # Fortune House
    ((1825, 1205), (1985, 1000)), # SPC Government Center
    ((2355, 1525), (2275, 1485)), # Tequesta
    ((2355, 1570), (2275, 1570)), # Tequesta
    ((215, 2645), (215, 1955)),   # Prison Shot
):
    if src:
        draw.line((src, dst), fill=rgb)
    x, y = dst
    draw.rectangle((x- 5, y - 5, x + 5, y + 5), fill=rgb)

image.save("skyline0489map.png")