Structure-function estimates of the reconstructed CF4 density field for orders q = 1 and q = 2, computed using 64 × 10⁶ randomly sampled point pairs. Two distinct regimes are observed. On small scales, below ∼30 h⁻¹ Mpc, the structure functions do not exhibit a well-defined power-law behaviour, indicating the absence of a resolved scaling regime. On larger scales, a multiaffine scaling regime emerges up to ∼250 − 300 h⁻¹ Mpc, characterised by a first-order exponent H = ζ(1)≃0.3. This value reflects non-persistent, weakly correlated density fluctuations across scales, consistent with alternating overdense and underdense regions in the reconstructed field.