Canvas 127 — 連續網格結構

Canvas 127 presents a grid-based embroidery structure constructed on a 5mm canvas system.

The structure is composed of repeated units aligned both horizontally and vertically, forming a stable and expandable modular surface.

Each unit is defined by:

This results in a high-density textile surface with clearly defined geometric order.

The structure is executed using a single continuous thread, without cutting.

The stitching follows a systematic path logic:

Key mechanism:

Horizontal stitches act as structural locks, stabilizing the vertical thread system and maintaining grid integrity.

Although the front appears regular and repetitive, the underlying path is highly organized and directional.

The reverse side reveals a dense and complex network of interwoven threads.

Key characteristics include:

This complexity is not random.

It is the result of an optimized continuous stitching strategy.

The contrast between front (order) and back (complexity) reflects a hidden structural logic.

Canvas 127 demonstrates that:

A stable grid structure can emerge from a continuous path system combined with structural locking mechanisms.

The structure is not defined by isolated stitches, but by:

This marks a shift from decorative embroidery → structural system thinking.

The structure of Canvas 127 can be translated into a node-based path model.

Each stitch corresponds to:

This suggests:The embroidery can be encoded as algorithmic instructions.

The continuous path logic provides a foundation for:

YUNBROIDERY