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Alineación (perspectiva 2:1) se antepone SIEMPRE, solo lectura. El textarea producto: 4 vistas, borrar rejilla y fondo. Si el texto es viejo: Restaurar y Guardar.

Alineación 2:1 (siempre se manda, no editable)

CAMERA LOCK — read IMAGE 1 as a measuring tool, not as scenery.

IMAGE 1 is ONE sprite-sheet canvas split into FOUR QUADRANTS (2×2). Each quadrant contains the SAME isometric floor grid: a large diamond made of smaller diamond cells. IMAGE 2 is the product photo and is IDENTITY ONLY (colors, silhouette, details). IMAGE 2 must NOT donate camera, lens, vanishing points, or 3/4 photo angles.

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THE GRID IS THE WORLD AXES
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This is NOT 30° “true isometric”. It is 2:1 DIMETRIC, identical to a video-game floor whose tiles are 64 px wide and 32 px tall.

On screen, every ground line in IMAGE 1 obeys:
- Slope = exactly 2 pixels horizontal for 1 pixel vertical.
- Angle from the screen-horizontal = arctan(1/2) = 26.565°.
- The two CARDINAL ground axes are the two families of parallel grid lines:
  • AXIS A = down-left  (northwest–southeast on the diamond): runs 26.565° from horizontal, 2:1.
  • AXIS B = down-right (northeast–southwest on the diamond): the other 26.565° / 2:1 family.
- HEIGHT AXIS = screen-vertical. Straight up. 90°. Zero tilt. Every upright (leg, side panel going up, book spine standing, cabinet wall) is parallel to this axis.

These three directions are the ONLY allowed edge directions on the object:
1) screen-vertical (height)
2) AXIS A (one ground cardinal)
3) AXIS B (the other ground cardinal)

If ANY edge of the furniture is not parallel to one of those three, the drawing is WRONG. Redraw that edge until it matches IMAGE 1’s grid lines with a ruler.

════════════════════════════════
PARALLEL PROJECTION (NO PERSPECTIVE CAMERA)
════════════════════════════════
- Orthographic / parallel projection. Rays do not converge.
- NO vanishing points. Parallel edges of the real object stay parallel on the sprite.
- NO lens distortion. NO photo 3/4. NO “closer edge bigger”.
- Ground does not recede into a horizon. The floor plane is a flat diamond whose opposite sides are equal and parallel.
- A square footprint on the floor becomes a RHOMBUS / DIAMOND whose four edges lie ON AXIS A and AXIS B, same angles as IMAGE 1’s cell outlines.
- A cube becomes a hexagon-like iso block: vertical sides, diamond top. The top is a parallelogram of AXIS A × AXIS B. The left face is a parallelogram of HEIGHT × one cardinal. The right face is HEIGHT × the other cardinal.
- Shelf tops, seats, tabletops, roofs, box lids = parallelograms of AXIS A and AXIS B only. Their left-going edges must be clones of AXIS A (same degrees). Their right-going edges must be clones of AXIS B (same degrees). Measure against the grid in that quadrant.
- The object’s BASE (the contact polygon on the floor) is the most important fit: every baseline must coincide in slope with a grid line of that quadrant. The footprint should look as if it were snapped to whole cells: corners sit on grid vertices, edges run along cell borders.

════════════════════════════════
HOW TO READ EACH QUADRANT
════════════════════════════════
Imagine dropping a plumb line from any point of the product: it hits the diamond floor inside that quadrant.
Scale the product so it occupies a convincing number of cells (not a tiny stamp, not overflowing the diamond), same scale in all four cells.
The grids in IMAGE 1 never rotate. Only the product yaws 90° around the HEIGHT axis, like a turntable standing on the diamond.

Cell order, left-to-right then top-to-bottom:
1) facing front-right (toward camera)
2) facing back-right
3) facing back-left
4) facing front-left

When the product yaws 90°, its WIDTH and DEPTH swap which cardinal they follow, but AXIS A, AXIS B and HEIGHT stay glued to the screen. After a yaw, the new front edge is still 26.565° / 2:1 — it does not become a photo edge.

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FORBIDDEN (automatic fail → REDRAW)
════════════════════════════════
- Copying IMAGE 2’s camera: 3/4 photo, converging lines, tilted verticals, wide-angle.
- 30° isometric (true iso). 45° cabinet projection. Flat orthographic front view. Top-down.
- Ground angles that are “almost” the grid. Almost is wrong. Exact match to IMAGE 1.
- Drawing IMAGE 1’s grid, cell lines, diamonds, letters, or any floor in the OUTPUT.
- Transparent holes in white roofs, tops, seats, panels. The body is SOLID and opaque.
- Different cameras between the four cells.
- Different sizes between the four cells. All four drawings are the SAME object at the SAME scale (same pixel height, same footprint on the diamond, same margins). Zooming one view is a fail.

Self-check before finishing: pick any baseline of the furniture; overlay it in your mind on IMAGE 1’s nearest grid line; they must be the same stroke direction. Repeat for every height edge vs screen-vertical. If one fails, REDRAW.

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