This document is the twenty-ninth version of the global mapping of the Projective Dynamic Logo (PDL) programme, covering the corpus D01–D63 and all auxiliary documents (DS01, DL01–DL02, D-exp series, N01). Version 29 supersedes v28 (DOI: 10. 5281/zenodo. 20646905) and incorporates two major additions. Document D62 derives the electroweak gauge boson masses from the coherence network Coh (K₄) ≅ ℤ₂³: the ratio MZ/MW = 1/cos (19π/119) is an unconditional theorem of C1–C4; the electroweak vacuum expectation value is conjectured as v = Nₜot²/ (Rₑ·k₁) ·mₚ at 676 ppm of the PDG value; and the Higgs mass is predicted as MH/mₚ = 133. 611 at 1. 49σ. This resolves open problem OP-D61-1 (W/Z mass ratio) at the structural level. Document D63 addresses open problem OP-D59-1 (quark mass spectrum from C1–C4) through two conjectures of distinct ontological character. Conjecture Hₘass derives the valence quark mass ratio md/mᵤ = 2401/1104 as the ratio of coherence-pulsation costs |Q (K₂₈) |/|Q (K₂₄) |, yielding mᵤ = 2. 155 MeV and md = 4. 687 MeV within 0. 37% of PDG values, with no free parameter beyond Δmᵢso = 2. 532 MeV (D31). Conjecture Hₛea reproduces the sea quark masses mₛ, mc, mb, mₜwithin 2. 5% of PDG via a residual-fluidity weighting Rₛea/ (Rₛea+r (n) ) derived from the proton quintuplet, selected by exhaustive scan over five candidate functions. The non-hadronisation of the top quark emerges as a structural consequence: r (332) = 54946 ≫ Rₛea = 10087. A structural identity connecting the hadronic and cosmological sectors is identifiedfor the first time: nᵤ − 1 = p₊䃑 = 23, where nᵤ = 24 is an unconditional theorem of D47 and p₊䃑 = 23 is an unconditional theorem of D51. The programme now derives, from C1–C4 with sole external input Δmᵢso = 2. 532 MeV, the complete Standard Model gauge group SU (3) ×SU (2) ×U (1), the electroweak boson masses, and the full quark mass spectrum. The document provides: a complete corpus inventory (D01–D63 and all auxiliaries) ; the epistemic architecture table (layers L0–L16) ; two TikZ dependency diagrams (foundational chain and gauge sector, updated for v29) ; the complete list of open problems in priority order (OP1–OP-D63-3, including 8 new problems from D62 and D63) ; a table of 17 falsifiable parameter-free predictions (P1–P17, including quark masses and electroweak boson masses) ; a continuation guide with technical entry points; and a complete glossary of PDL-specific terms.
Cédric Laubscher (Mon,) studied this question.