A square I designed ages ago during math class.

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Ch 4, join into a ring with a slst

Ch 6 (counts as first dc and a ch 3), (dc in ring, ch 3) 5 times, join with a slst in 3rd ch.

Slst into ch sp, ch 6, dc in same ch sp, ch 3, (dc, ch 3, dc, ch 3) in next ch sp, dc in next ch sp, ch 3, (dc, ch 3, dc, ch 3) in next ch sp, (dc, ch 3, dc, ch 3) in next ch sp, dc in next ch sp, ch 3, join with a slst in 3rd ch.

Slst into ch sp, ch 6, (dc, ch 3, dc, ch 3) in next ch sp, dc in next ch sp, ch 3, dc in next ch sp, ch 3, (dc, ch 3, dc, ch 3) in next ch sp, dc in next ch sp, ch 3, (dc, ch 3, dc, ch 3) in next ch sp, dc in next ch sp, ch 3, dc in next ch sp, ch 3, (dc, ch 3, dc, ch 3) in next ch sp, join with a slst in 3rd ch.

Ch 1, (2 sc in next ch sp, *(sc, 3hdc) in next ch sp, (2 dc, 1 tc, ch 3, 1 tc, 2 dc) in next ch sp, (3 hdc, 1 sc) in next ch sp. Repeat from the *) twice, join with a sl st in first sc and fasten off.

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