Rename fractal-brain to Resonance_Engine: update all paths, docs, scripts, and add experiments/results/src

results/harmonic_scan_sequential/1024x1024/test_nvme_hybridization.bat

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+@echo off
+echo =========================================
+echo NVMe Hybridization Test - 1024x1024 ONLY
+echo =========================================
+echo.
+echo GOAL: Add NVMe checkpointing to working 1024x1024
+echo       Nothing else. No migration. No smaller grids.
+echo.
+echo Current working system:
+echo   - fractal_habit_1024x1024.exe (384 KB)
+echo   - Last ran: Output shows 70.7% spectral power survived
+echo   - Status: STABLE, working perfectly
+echo.
+echo What we're adding:
+echo   1. GPU VRAM: Active lattice (already working)
+echo   2. System RAM: Ring buffer (new)
+echo   3. NVMe SSD: Checkpoint storage (new)
+echo.
+echo =========================================
+echo.
+
+REM Step 1: Verify working system
+echo Step 1: Verifying working 1024x1024...
+if exist fractal_habit_1024x1024.exe (
+    echo   ✓ fractal_habit_1024x1024.exe exists
+    echo   Size: %~z0 bytes
+) else (
+    echo   ✗ ERROR: Working executable not found
+    goto error
+)
+
+REM Step 2: Create NVMe test directory
+echo.
+echo Step 2: Creating NVMe test directory...
+if not exist C:\fractal_nvme_test (
+    mkdir C:\fractal_nvme_test
+    echo   ✓ Created C:\fractal_nvme_test
+) else (
+    echo   ✓ C:\fractal_nvme_test already exists
+)
+
+REM Step 3: Check source code for NVMe addition
+echo.
+echo Step 3: Checking source code...
+if exist fractal_habit_1024x1024_nvme.cu (
+    echo   ✓ NVMe version source exists
+    for /f %%i in ('dir /b fractal_habit_1024x1024_nvme.cu ^| find /c /v ""') do set nvme_size=%%i
+    echo   Size: %nvme_size% bytes
+) else (
+    echo   ✗ NVMe source not found
+    goto error
+)
+
+REM Step 4: Compilation status
+echo.
+echo Step 4: Compilation status...
+echo   Need to compile: fractal_habit_1024x1024_nvme.cu
+echo   Command: nvcc -O3 -arch=sm_89 -o fractal_habit_nvme.exe ^
+echo            fractal_habit_1024x1024_nvme.cu ^
+echo            -lnvidia-ml -lpthread -lcufft
+echo.
+echo   PROBLEM: No Visual Studio (cl.exe) on this machine
+echo   SOLUTION: Compile on the-craw (Ubuntu with CUDA)
+echo             then copy binary back here
+
+REM Step 5: Test plan
+echo.
+echo Step 5: Test plan for NVMe hybridization:
+echo   1. Compile NVMe version (on the-craw)
+echo   2. Copy binary to Beast
+echo   3. Run with checkpointing enabled
+echo   4. Verify checkpoints created
+echo   5. Test crash recovery
+echo   6. Measure performance impact
+echo.
+echo   ONLY testing 1024x1024
+echo   NO migration testing
+echo   NO smaller grids
+echo   ONLY NVMe hybridization
+
+REM Step 6: What hybridization adds
+echo.
+echo Step 6: What NVMe hybridization adds:
+echo   - Checkpoint every 10,000 steps to NVMe
+echo   - Ring buffer of 10 states in RAM
+echo   - Crash recovery capability
+echo   - Long-term state preservation
+echo.
+echo   Current system (without hybridization):
+echo     - GPU VRAM only
+echo     - No crash recovery
+echo     - State lost on crash
+echo.
+echo   Hybrid system (with NVMe):
+echo     - GPU VRAM + System RAM + NVMe SSD
+echo     - Can recover from crashes
+echo     - State preserved long-term
+
+:success
+echo.
+echo =========================================
+echo READY FOR NVMe HYBRIDIZATION
+echo =========================================
+echo Next: Compile fractal_habit_1024x1024_nvme.cu
+echo       (Need to do this on the-craw)
+echo =========================================
+goto end
+
+:error
+echo.
+echo =========================================
+echo ERROR
+echo =========================================
+exit /b 1
+
+:end
+pause