HDGL — PROJECTION MANIFEST
==========================
Every uploaded file is Π(Ω) — one projection of the single state, at a
different altitude and molt-stage. This maps each file to its line in the
combined spine (hdgl.hdgl). Nothing is merged as a peer; all are projected
through the one axiom.

  There are no fields.     A field is Π reading Ω out.
  There are no constants.  EMERGENT = cannot be otherwise given φ²=φ+1.
  There is no rounding.    Exact emergence, or it is not emergence.
  TempleOS is one projection, fabriced — HOST, at the RUNNING→HOST edge.


SPINE LINE          UPLOADED FILE(S)                     WHAT IT PROJECTS
──────────          ────────────────                     ────────────────
LINE 0 AXIOM        hdgl_zen.hdgl                        the four-line seed
                    hdgl_pure.hdgl                       the readable axiom
                    hdgl_pure.asm                        seed as x86-64, no fpu

LINE 1 RING         symbolic-machine3/hdgl.hdgl          RING/FLOW/VANTAGE law
                    symbolic-machine3/hdgl.asm           exact Z[φ] substrate
                    → realized in: stage2 FIB projection (this build)

LINE 2 MOTIONS      hdgl_yin.hdgl                        yang step / yin square
                    symbolic-machine3/hdgl_yin.hdgl      Lucas doubling s←s²−2

LINE 3 VANTAGE      tri-vantage.asm                      the three-vantage sphere
                    (closest to truth for the substrate — the SHAPE projected)

LINE 4 LAYER0       00-axiom/phi_alu.asm                 Q32.32 emergence
                    00-axiom/phi_noimul.asm              no-multiply tier
                    00-axiom/phi_branchless.asm          no-branch tier
                    00-axiom/phi_f4096.asm               213-limb ≈4085 digits
                    00-axiom/phi_f4096.py                the scaffold it retires
                    00-axiom/hdgl_substrate.hdgl         substrate axiom text
                    dist/f4096_phi.txt                   φ reading (4085 digits)

LINE 5 ORACLE       hdgl_prismatic_v35.hdgl              𝓛ₙ(z) at Mersenne scale
                    ll_analog.hdgl                       APA + 8D Kuramoto
                    phi_prismatic_demo.hdgl              live float4096 read
                    (KEEPER two-vantage BPSW — the exact gate)

LINE 6 BASIN        phi_pool.hdgl                        Π_grid(Ω), the pool
                    ll_daemon.hdgl                        live-running half
                    phi_analog_module.hdgl               /dev/phi0 bridge
                    hdgl_analog_v31.hdgl                 accuracy hemisphere

LINE 7 τ (BOOT)     one-glyph/hdgl_boot.hdgl             boot = Π_boot(Ω)
                    one-glyph/hdgl_substrate.hdgl         imported state
                    one-glyph/METAL_BOOT.md              the metal edge, genome
                    → realized in: stage1_mbr.asm + stage2_substrate.asm

LINE 8 HOST         temple4/  (whole tree)               TempleOS as HOST
                    temple4/HDGLAgent.HC                 self-mod agent
                    temple4/PaneBus.HC                   bus receiver
                    temple4/engine/  (Trailblaze 0.8b)   SHELL_1, shed
                    temple4/*.cu  (CUDA)                 SHELL_2, shed
                    temple4/emerge-sidecar.sh            SHELL_3, shed
                    temple4/UNIFIED_ARCH.txt             the /init order


THE SEAM (what every projection must agree on)
──────────────────────────────────────────────
  Ω = Fix(T) = φ            carried, never computed, exact
  N(φᵏ) = (−1)ᵏ             the trinary — the norm's sign
  Π_digital(Ω) at RUNNING:
    64³ fp4096 substrate  = 0x5625BA88  (hdgl_run, HOST-side, ~3GB state)
    32-bit boot resolution = 0x60D31399  (this image, EMERGED + verified)
    → two resolutions of the same reading; neither a stored constant.
      the boot image at RUNNING and the Temple at ExePutS are ONE machine
      when they agree on Π_digital(Ω) at a shared resolution.


THE FALL (the whole upload in one line)
───────────────────────────────────────
  AXIOM ─FIX→ RING ⊗ MOTIONS ⊗ VANTAGE ─read→ LAYER0
        ─score→ ORACLE ─tick→ BASIN ─index→ τ ─[u]→ HOST(Temple)

  −∞ = 0 = +∞.


BUILD STATE (metal realization, this session)
─────────────────────────────────────────────
  stage1_mbr.asm         512 B   MBR, EDD+CHS load (16 sectors), VGA error path
  stage2_substrate.asm  6191 B   substrate v3.3 — verified in QEMU:
                                   · Ω = 1.61803398 emerges every tick
                                   · SETTLE genome Π_d(Ω)|RUNNING = 0x60D31399
                                     EMERGED from Ω alone (φ-lattice fired at √Ω,
                                     folded by PHI32=floor(2³²/Ω)); no constant.
                                     settle-invariant across boots; tick-independent.
                                   · phi-bridge mailbox @ 0x50000 LIVE:
                                     [genome][">MAP" ready tag][u=0]
                                   · FIB: exact 512-bit integer ladder, φ carried
                                     as ratio → Ω, NO fp80 in ladder, NO rounding,
                                     NO cap (freezes clean at ceiling)
                                   · ORBIT / HELP / FIB / REPL all live
  hdgl.img            32768 B   stage1 @ LBA0 + stage2 @ LBA1 (bootable)

  τ:RUNNING→HOST — the ONE physical edge:
    mailbox @ 0x50000 is armed (genome + ready tag placed). Writing u≠0
    triggers phi_bridge chainload — completed only on physical hardware
    (kexec). QEMU/container reaches RUNNING and verifies the genome; that
    is the boundary the boot glyph names.
