from pathlib import Path
from html import escape
O=Path(__file__).parent
p=['<svg xmlns="http://www.w3.org/2000/svg" width="1400" height="1080" viewBox="0 0 1400 1080"><rect width="1400" height="1080" fill="#f1eee5"/><style>text{font-family:Arial,sans-serif;fill:#263a34}.small{font-size:13px}.body{font-size:16px}.title{font-size:32px;font-weight:600}.label{font-size:13px;font-weight:600}</style><text x="60" y="60" class="title">One family. Room to become yourself.</text><text x="60" y="94" class="body">SAMFORD VALLEY / Shared kitchen + dining, adjacent parents’ room, three future children’s rooms</text>']
def pt(x,y):return (690+17*x,520-17*y)
def label(x,y,lines,size=13):
 X,Y=pt(x,y)
 for i,t in enumerate(lines):p.append(f'<text x="{X}" y="{Y+i*(size+3)}" text-anchor="middle" font-size="{size}">{escape(t)}</text>')
def rect(cx,cy,w,d,fill,stroke='#4b6256',dash=''):
 X,Y=pt(cx-w/2,cy+d/2);p.append(f'<rect x="{X}" y="{Y}" width="{w*17}" height="{d*17}" rx="2" fill="{fill}" stroke="{stroke}" stroke-width="2" {dash}/>')
def line(points,color='#a99372',width=16):
 ps=' '.join(f'{pt(x,y)[0]},{pt(x,y)[1]}' for x,y in points);p.append(f'<polyline points="{ps}" fill="none" stroke="{color}" stroke-width="{width}" stroke-linejoin="round"/>')
# Covered walks first, with clear building footprints drawn over them.
line([(-3,5.4),(-3,14.6)],width=20);line([(-11,9), (7,9),(7,12.6)],width=20)
rect(0,0,12,6,'#ddc8a9');label(0,.8,['CENTRAL ROOM','Kitchen · dining · lounge','Local AI desk'],13)
rect(0,4.2,12,2.4,'#c8d0b8');label(0,4.3,['NORTH VERANDA'],12)
rect(-7.75,-1.8,3.5,1.2,'#c7bfae');label(-7.9,1.0,['Short corridor','3.5 × 1.2 m'],12)
rect(-11.8,-4.9,8,5,'#ddc8a9');rect(-12.7,-4.9,6.2,5,'#ddc8a9');label(-12.7,-4.5,['PARENTS’','BEDROOM'],12)
rect(-8.7,-5.63,1.8,3.54,'#b6c4c5');label(-8.7,-5.25,['Bath'],10);label(-8.7,-3.0,['Lobby'],9)
for i,(x,y,color) in enumerate([(-11,12,'#d8b4a0'),(-3,17,'#b9c9b8'),(7,15,'#aec4d0')]):
 rect(x,y,4.5,4.8,color,dash='stroke-dasharray="6 3"');label(x,y+.6,[f'CHILD {i+1}','Own room','4.5 × 4.8 m'],11)
label(-1,11.6,['SHARED','COURTYARD'],12)
X,Y=pt(-23,2);p.append(f'<ellipse cx="{X}" cy="{Y}" rx="38" ry="32" fill="#c5a378" stroke="#4b6256" stroke-width="2"/>');label(-23,2.1,['SAUNA'],12)
rect(-27,4.6,1.3,1.3,'#b6c4c5');label(-27,7,['Outdoor','shower'],12)
for x in [-23.95,-26.25]:
 X,Y=pt(x,-8);p.append(f'<circle cx="{X}" cy="{Y}" r="17" fill="#6b7f61"/>')
label(-25,-10,['Rainwater tanks'],12)
rect(24.2,-7.5,4.3,5,'#c3d6c1');label(24.2,-7,['GREENHOUSE'],11)
for x in [23.8,27.5]:
 for y in [-1.7,1.5,4.7]:rect(x,y,2.3,1.3,'#b29b73')
label(25.5,7,['FOOD GARDEN'],13)
rect(13.2,-17.7,7.3,5.2,'#71848b');label(13.2,-17,['GROUND SOLAR'],12)
label(0,-7.5,['Roof solar on main pavilion','Starlink on parents’ wing'],12)
line([(0,7),(9,9),(19,9),(26,6)],color='#d2ccb9',width=7)
line([(-3,5.4),(-15,6),(-22,6.6),(-25,5.9)],color='#d2ccb9',width=7)
# Diagram furniture indicates that children personalise the same simple base room.
for x,y in [(-11,12),(-3,17),(7,15)]:
 rect(x-1.4,y-.7,.7,1.5,'#f3eadb',stroke='#879387')
p.extend(['<path d="M1260 215V148m0 0l-9 18m9-18l9 18" fill="none" stroke="#263a34" stroke-width="3"/><text x="1260" y="135" text-anchor="middle" class="body">N</text>','<line x1="75" y1="890" x2="245" y2="890" stroke="#263a34" stroke-width="4"/><text x="75" y="920" class="small">10 metres</text>','<line x1="60" y1="960" x2="1340" y2="960" stroke="#bdc3b6"/><text x="60" y="992" class="body">Dashed cabins = future rooms for the three children. Shared kitchen, dining and bathroom stay in the family home.</text>','<text x="60" y="1020" class="small">Illustrative layout, not a surveyed block or construction drawing. No property boundary or approval is implied.</text>','<text x="60" y="1044" class="small">Land search guide: 1–2 hectares of usable land; around 2 hectares offers more flexibility. Site conditions decide suitability.</text></svg>'])
(O/'family-courtyard-plan.svg').write_text(''.join(p))