Wrapped in try/except
ImportError with standard logging fallback. The rdagent.log
module chain fails when predix.py is imported as a module
in the CI test environment (kronos CLI tests).
- Path injection (B614): centralized safe_resolve_path in core/utils.py,
refactored 6 UI modules to use it with safe_root validation
- B701: added explicit autoescape=select_autoescape() to Jinja2
Environment() calls in 3 files
- B101: replaced assert statements with proper if/raise patterns in
12+ files (partial)
- B112: added logger.warning() to bare except:continue blocks in
5 files
Adds _ensure_kronos_factor_in_pool() which runs automatically at the
start of every fin_quant / predix quant invocation. If the Kronos
factor is not yet in results/factors/values/, it generates it
(stride=500, batch=32 GPU) and computes IC via evaluate_kronos_model.
Writes a StrategyOrchestrator-compatible JSON so the factor is
immediately available to strategy generation without manual steps.
Is a no-op when the factor already exists with a valid IC.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Replace sequential predict() calls with predict_batch() in both
build_kronos_factor and evaluate_kronos_model. Up to batch_size windows
processed simultaneously on GPU, reducing per-window time from ~10s to
~0.13s (10 windows in 1.3s on RTX 5060 Ti, 75x speedup).
Adds --batch-size / -b option (default 32) to both kronos-factor and
kronos-eval CLI commands. Falls back to single inference per window if a
batch fails. Refactors timestamp prep into _build_window_inputs helper.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Move top-level `import torch` into _cuda_available() helper so
kronos_adapter.py can be imported in CI environments without torch.
All device defaults resolved at runtime via lazy detection.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- Add vbt_backtest.py as single source of truth for all metric formulas
(Sharpe, drawdown, IC, transaction costs) — backtest_engine.py and
strategy_orchestrator.py now delegate to it
- Add LLMUnavailableError to exception.py; rd_loop.py catches it at the
proposal stage and raises LoopResumeError to avoid corrupting trace
history with None hypotheses
- Guard record() against None exp/hypothesis so loop resets leave
trace.hist in a consistent state
- Refactor strategy_orchestrator and optuna_optimizer to use unified
backtest path; remove duplicate metric calculation code
- Add predix_rebacktest_unified.py script for offline re-evaluation
- Update tests and README
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Problem:
- All 50 parallel runs failed with: AttributeError: 'QuantTrace' object has no attribute 'get_factor_count'
- The _build_strategies_with_ai() method calls self.trace.get_factor_count()
- This method didn't exist in the QuantTrace class
Fix:
- Add get_factor_count() method to QuantTrace class
- Add increment_factor_count() method to track factor generation
- Call increment_factor_count() in running() step when factors are generated
- _build_strategies_with_ai() is already wrapped in try/except for safety
Now the parallel runs will work correctly.
Problem:
- Portfolio selection failed with 'Not enough valid overlapping data'
- Factors produce mostly NaN values or fail execution
- No diagnostics shown to user about why factors failed
Solution:
- Add detailed error tracking for each factor (timeout, no result, low values)
- Show summary of skipped factors with reasons
- Increase timeout to 2 minutes per factor
- Add fallback to show top factors by IC if portfolio fails
- Better progress messages showing valid value counts
- Handle symlink failures by copying data file instead
- Minimum 1000 non-NaN values required for factor to be included
Usage:
predix portfolio # Select top 10 from top 50
predix portfolio -n 100 # Select from top 100 candidates
predix portfolio -c 0.5 # Allow higher correlation (0.5)
New CLI commands:
- predix top [-n 20] [-m ic|sharpe]: Show top factors by IC/Sharpe
- predix evaluate [--top N] [--all] [--force]: Evaluate factors
Why 100 new factors mostly failed:
- 56 factors have IC=None (factor values are all NaN or constant)
- LLM generates code that doesn't work with EURUSD 1min data
- Common issues: volume=0 causes division by zero, wrong MultiIndex handling
- Only 346 of 501 factors have valid IC values
Working factors (Top 5):
1. daily_close_open_mom IC=0.255
2. daily_ret_log_1d IC=0.255
3. daily_ret_close_1d IC=0.255
4. daily_close_to_close_ret IC=0.255
5. daily_ret_vol_adj_1d IC=0.235
Usage:
predix top # Show top 20 by IC
predix top -n 50 # Show top 50
predix top -m sharpe # Sort by Sharpe
predix evaluate --all # Evaluate all NEW factors
predix evaluate --force # Re-evaluate ALL
Integrated predix_full_eval.py into the main Predix CLI.
New command:
predix evaluate [--top N] [--all] [--parallel P] [--force]
Features:
- Evaluates factors with full 1min data (2020-2026)
- Computes IC, Sharpe, Max DD, Win Rate
- Automatically skips already evaluated factors
- --force flag to re-evaluate all factors
- Add predix_parallel.py: Run multiple factor experiments concurrently
* python predix_parallel.py --runs 5 --api-keys 2 -m openrouter
* Round-robin API key distribution across available keys
* Rich live dashboard with per-run status, elapsed time, exit codes
* Graceful shutdown (Ctrl+C kills all children cleanly)
- Add --run-id parameter to predix.py for isolated single runs
* Separate log files: fin_quant_run{N}.log
* Separate results: results/runs/run{N}/
* Separate workspace: RD-Agent_workspace_run{N}/
* Separate databases per run
- Modify CoSTEER and FactorRunner for PARALLEL_RUN_ID isolation
* _save_intermediate_results uses run-specific directories
* _save_result_to_database and _write_run_log isolated per run
* _ensure_results_dirs creates run-specific paths
- Reduce max_loop from 10 to 3 for faster iterations
- Add docs/parallel_runs.md with full documentation
Tests: 103 passed
- TestCLIModelSelection: 8 tests for predix.py CLI
* predix module imports
* fin_quant --model option
* predix quant --model and --log-file options
* OpenRouter API key validation
* TeeWriter existence check
* health and status commands
- TestLoggingTeeWriter: 2 tests for TeeWriter
* Multi-stream writing
* Broken stream handling
All 103 integration tests pass (93 + 10 new).
Also fix predix.py logging:
- Add --log-file flag (default: fin_quant.log)
- TeeWriter writes to both console AND file
- Works for both local and openrouter backends
- Add --model/-m flag to select LLM backend
* local: llama.cpp on localhost (default)
* openrouter: Cloud models via OpenRouter API
- Create predix.py as new CLI entry point with model selection
- Add OPENROUTER_API_KEY and OPENROUTER_MODEL to .env
- Add health and status commands to CLI
- Update rdagent/app/cli.py with model selection logic
Usage:
predix quant # Local (default)
predix quant -m openrouter # OpenRouter cloud
predix quant -m local -d # Local + dashboard
Tests: 93 passed
TPTBusiness