# HDGL System Initialization Program (hdgl_boot_map.asm)
#
# Executes the initial analog computation sequence for VM state finalization.
# Assumes D1-D16 contain raw hardware values (CPU, Mem, Disk, Net)
# provided by the user-space wrapper before execution.

# --- 1. CPU Core Aggregation (D1 holds final CPU state) ---
# Combine Core 2 (D2) into Core 1 (D1)
ADD D1 D2

# Combine Core 3 (D3) into Core 1
ADD D1 D3

# Combine Core 4 (D4) into Core 1
ADD D1 D4

# Multiply the combined CPU load by PHI (1.618) blend factor
MUL D1 1.618

# --- 2. Memory State Normalization (D5 holds final Memory state) ---
# Reduce the initial influence of the memory usage slot (D5)
MUL D5 0.5

# Add the Disk Usage state (D9) to the Memory state (D5) for cross-influence
ADD D5 D9

# --- 3. Network/Disk Entropy Mixing (D10 holds final Entropy seed) ---
# Add Network I/O (D13) to a Disk state slot (D10)
ADD D10 D13

# Finalize D10 state by mixing with a primary entropy seed (D17)
ADD D10 D17

# --- 4. Final VM State Check ---
# Check if the combined CPU state (D1) is near zero (system failure/unloaded)
# and jump to a HALT, otherwise, allow kernel timer to continue stepping.
JZ D1 15 # If D1 == 0, jump to HALT (line 15)

# --- 5. Boot Complete ---
# This SET operation acts as a flag indicating successful initial superposition.
# Sets D32 (Final status slot) to 1.0
SET D32 1.0

# --- 6. Program End ---
HALT