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Pagoda de cinco pisos

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Pagoda de cinco pisosArrastrá para girarlo
// «Pagoda de cinco pisos» · gpt-6-sol (medium)
// A five-tiered pagoda: square stone base with steps, five stacked floors getting smaller, each with red wooden columns and a wide roof of dark green tiles with upturned corners, a golden spire on top.

const C = {
  stone: ["#e8e1d0", "#d5cbb9", "#b9ae9d"],
  red: "#a92422",
  redLight: "#ca3b2e",
  redDark: "#681d1d",
  wood: "#422626",
  gold: "#e9ba53",
  goldLight: "#ffe091",
  window: "#173d39",
  lattice: "#b88747",
  roof: ["#164b40", "#1b5949", "#246754", "#30705b"],
  roofDark: "#13372f"
};
const CX = 24, CY = 24;

// Raised stone foundation and broad front steps.
for (let z = 0; z <= 3; z++) {
  const r = 17 - z;
  box(CX-r, CY-r, z, CX+r, CY+r, z,
      C.stone[Math.min(2, Math.floor(z / 2))]);
  for (let x = CX-r; x <= CX+r; x += 3) {
    set(x, CY-r, z, C.stone[0]);
  }
}
for (let z = 0; z <= 2; z++) {
  box(18+z, 3+z, z, 30-z, 9, z, C.stone[z === 0 ? 2 : 0]);
}

// Each storey has a dark recessed wall, lacquered posts, and gold-framed windows.
const tiers = [
  {r: 20, room: 13, floor: 3,  eave: 10},
  {r: 17, room: 11, floor: 13, eave: 17},
  {r: 14, room: 9,  floor: 20, eave: 24},
  {r: 11, room: 7,  floor: 27, eave: 31},
  {r: 8,  room: 5,  floor: 34, eave: 38}
];

function storey(t) {
  const r = t.room, bottom = t.floor + 1, top = t.eave - 1;
  box(CX-r-1, CY-r-1, t.floor, CX+r+1, CY+r+1, t.floor, C.redDark);
  box(CX-r, CY-r, bottom, CX+r, CY+r, top, C.wood);

  // Windows on all four faces, with a strong, readable front elevation.
  for (const side of [-1, 1]) {
    for (let q = -r+3; q <= r-3; q++) {
      const framed = q % 4 === 0;
      for (let z = bottom+1; z <= top-1; z++) {
        const shade = framed ? C.lattice : C.window;
        set(CX+q, CY+side*r, z, shade);
        set(CX+side*r, CY+q, z, shade);
      }
    }
  }

  // Paired front and rear posts, echoed on the sides.
  const posts = [-r+1, -Math.floor(r/3), Math.floor(r/3), r-1];
  for (const p of posts) {
    for (const side of [-1, 1]) {
      box(CX+p, CY+side*(r+1), bottom, CX+p+1, CY+side*(r+1), top, C.red);
      box(CX+side*(r+1), CY+p, bottom, CX+side*(r+1), CY+p+1, top, C.red);
      set(CX+p, CY+side*(r+1), top, C.gold);
      set(CX+side*(r+1), CY+p, top, C.gold);
    }
  }
  // Vermilion lintels and fine gilt bands beneath the eaves.
  for (const side of [-1, 1]) {
    box(CX-r-1, CY+side*(r+1), top, CX+r+1, CY+side*(r+1), top, C.redLight);
    box(CX+side*(r+1), CY-r-1, top, CX+side*(r+1), CY+r+1, top, C.redLight);
    box(CX-r-1, CY+side*(r+1), bottom, CX+r+1, CY+side*(r+1), bottom, C.gold);
  }
}

function roof(t) {
  const r = t.r, e = t.eave;
  for (let dx = -r; dx <= r; dx++) {
    for (let dy = -r; dy <= r; dy++) {
      const ax = Math.abs(dx), ay = Math.abs(dy);
      const edge = Math.max(ax, ay);
      const slope = Math.min(3, Math.floor((r-edge)/3));
      const corner = Math.max(0, Math.min(ax, ay) - (r-3));
      const z = e + slope + corner;

      set(CX+dx, CY+dy, z-1, C.roofDark);
      let tile = C.roof[(Math.floor((dx+100)/3) + Math.floor((dy+100)/4)) % 4];
      if (rand() < 0.075) tile = C.roof[2];
      set(CX+dx, CY+dy, z, tile);

      // Gilded edge visible below the projecting green tiles.
      if (edge === r) set(CX+dx, CY+dy, z-1, C.gold);
    }
  }

  // Curled, gold-tipped corners.
  for (const sx of [-1, 1]) for (const sy of [-1, 1]) {
    const x = CX+sx*r, y = CY+sy*r;
    set(x, y, e+3, C.gold);
    set(x, y, e+4, C.goldLight);
  }

  // Small raised ridge cap.
  for (let x = CX-2; x <= CX+2; x++)
    set(x, CY, e+4, C.roofDark);
  set(CX, CY, e+4, C.gold);
}

for (const tier of tiers) {
  storey(tier);
  roof(tier);
}

// Golden finial rising from the fifth roof.
box(23, 23, 42, 25, 25, 42, C.gold);
box(24, 24, 43, 24, 24, 45, C.goldLight);
for (const z of [43, 45]) {
  box(23, 24, z, 25, 24, z, C.gold);
  box(24, 23, z, 24, 25, z, C.gold);
}