Claude Code is all you need(dwyer.co.za)

  if (!segments || segments.length <= 1) {
    return segments;
  }

  // Sort segments by x position (left to right)
  const sortedSegments = [...segments].sort((a, b) => a.x - b.x);

  // Track which segments have been merged
  const merged = new Array(sortedSegments.length).fill(false);
  const mergedSegments = [];

  for (let i = 0; i < sortedSegments.length; i++) {
    // Skip if this segment has already been merged
    if (merged[i]) continue;

    const currentSegment = sortedSegments[i];
    let mergedSegment = { ...currentSegment };
    merged[i] = true;

    // Check for potential merges with subsequent segments
    let didMerge = true;

    while (didMerge) {
      didMerge = false;

      for (let j = 0; j < sortedSegments.length; j++) {
        if (merged[j]) continue;

        const nextSegment = sortedSegments[j];

        // Check if horizontally aligned (top, bottom, or center)
        const topAligned = Math.abs(mergedSegment.y - nextSegment.y) <=
                           verticalAlignmentTolerance * Math.min(mergedSegment.height, nextSegment.height);

        const bottomAligned = Math.abs((mergedSegment.y + mergedSegment.height) -
                              (nextSegment.y + nextSegment.height)) <=
                              verticalAlignmentTolerance * Math.min(mergedSegment.height, nextSegment.height);

        const centerAligned = Math.abs((mergedSegment.y + mergedSegment.height/2) -
                              (nextSegment.y + nextSegment.height/2)) <=
                              verticalAlignmentTolerance * Math.min(mergedSegment.height, nextSegment.height);

        const isVerticallyAligned = topAligned || bottomAligned || centerAligned;

        if (!isVerticallyAligned) continue;

        // Check for overlap or close spacing
        const mergedRight = mergedSegment.x + mergedSegment.width;
        const nextLeft = nextSegment.x;

        // Calculate horizontal spacing
        const horizontalSpacing = nextLeft - mergedRight;
        const maxAllowedSpacing = horizontalSpacingThreshold * Math.min(mergedSegment.height, nextSegment.height);

        // Check for overlap
        const isOverlapping = mergedRight >= nextLeft;

        // Calculate overlap percentage if overlapping
        let hasSignificantOverlap = false;
        if (isOverlapping) {
          const overlapWidth = Math.min(mergedRight, nextSegment.x + nextSegment.width) -
                              Math.max(mergedSegment.x, nextSegment.x);
          const smallerWidth = Math.min(mergedSegment.width, nextSegment.width);
          hasSignificantOverlap = overlapWidth / smallerWidth >= overlapThreshold;
        }

        // Merge if overlapping significantly or closely spaced
        if (hasSignificantOverlap || (horizontalSpacing >= 0 && horizontalSpacing <= maxAllowedSpacing)) {
          // Create a new bounding box that encompasses both segments
          const newX = Math.min(mergedSegment.x, nextSegment.x);
          const newY = Math.min(mergedSegment.y, nextSegment.y);
          const newRight = Math.max(mergedSegment.x + mergedSegment.width,
                                   nextSegment.x + nextSegment.width);
          const newBottom = Math.max(mergedSegment.y + mergedSegment.height,
                                    nextSegment.y + nextSegment.height);

          mergedSegment = {
            x: newX,
            y: newY,
            width: newRight - newX,
            height: newBottom - newY,
            // Preserve the virtual path from the leftmost segment
            imagePath: mergedSegment.x <= nextSegment.x ? mergedSegment.imagePath : nextSegment.imagePath
          };

          merged[j] = true;
          didMerge = true;
          break;
        }
      }
    }

    // Add the topLeft and bottomRight properties for consistency
    mergedSegment.topLeft = { x: mergedSegment.x, y: mergedSegment.y };
    mergedSegment.bottomRight = {
      x: mergedSegment.x + mergedSegment.width,
      y: mergedSegment.y + mergedSegment.height
    };

    mergedSegments.push(mergedSegment);
  }

  return mergedSegments;

  const segments = boundingRects.map(toSegment);

  // Coalesce horizontally aligned segments
  const coalescedSegments = coalesceHorizontallyAlignedSegments(segments, options.coalesceOptions);

  return { segments: coalescedSegments, contourTrees };

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