/research/flossing/

• ../
• ab_baseline.json
• ab_rf.json
• analysis_2x2
• analyze_diag.py
• analyze_dynamics_experiments.py
• analyze_halt_bucket.py
• analyze_joint.py
• analyze_ptrm_rollout_cache.py
• analyze_separate.py
• analyze_spectrum_microscope.py
• analyze_step3.py
• analyze_step3_all.py
• analyze_tangent.py
• analyze_tangent_modes.py
• chaos_trm_multi4_step182287_clean_k4_n1000.meta.json
• chaos_trm_multi4_step182287_clean_k4_n1000.summary.csv
• chaos_trm_multi4_step260410_clean_k4_n1000.meta.json
• chaos_trm_multi4_step260410_clean_k4_n1000.summary.csv
• chaos_trm_multi4_success_failure_summary.csv
• compare_ptrm_rollout_counts.py
• diagnose_hrm.py
• diagnose_hrm_joint.py
• diagnose_hrm_joint_horizon.py
• diagnose_hrm_joint_short.py
• diagnose_hrm_separate.py
• diagnose_trm_joint.py
• diagnose_trm_joint_horizon.py
• diagnose_trm_joint_short.py
• directional_lyap_perturb
• directional_lyap_perturb_eps_sweep
• directional_lyap_perturb_robustness.py
• directional_multi4_eval_n1000.csv
• directional_multi4_eval_n1000.json
• dynamics_experiment_report.md
• engelken_paper_faithful
• engelken_python
• engelken_python_flossing.py
• eval_directional_ckpts.py
• eval_trm_gbs192_step260410_n1000.meta.json
• eval_trm_gbs192_step260410_n1000.summary.csv
• eval_trm_gbs192_step52082_n1000.meta.json
• eval_trm_gbs192_step52082_n1000.summary.csv
• eval_trm_official768_step13020_n1000.meta.json
• eval_trm_official768_step13020_n1000.summary.csv
• external
• flossing_suite
• initial_perturb_robustness.py
• initial_perturb_robustness
• late_perturb_robustness.py
• late_perturb_robustness
• launch_10k_queue.sh
• launch_dynamics_variants_queue.sh
• launch_engelken_paper_faithful_trm_queue.sh
• launch_engelken_python_official_queue.sh
• launch_hrm_multi4_perturb_ablation.sh
• launch_interfloss_queue.sh
• launch_multi4_parallel_repro_config.sh
• launch_multi4_repro_config.sh
• launch_multi4_repro_config_all.sh
• launch_trajectory_perturb_queue.sh
• launch_trajectory_sampling_long.sh
• launch_trajectory_sampling_long_all.sh
• launch_trm_directional_multi4_long.sh
• launch_trm_official_gbs768_multi4.sh
• make_meeting_artifacts_v2.py
• make_q_lambda_scatter.py
• make_trm_multi4_meeting_artifacts.py
• maze_package
• meeting_artifacts
• meeting_artifacts_v2
• merge_and_analyze.py
• monitor_dynamics_experiments.sh
• multi4_eval_compare
• official_gbs768_spectrum
• ordinary_multi4_eval_n1000_seed20260611.csv
• ordinary_multi4_eval_n1000_seed20260611.json
• paper
• plot_ckpt_evolution.py
• plot_directional_lyap_perturb.py
• plot_initial_perturb_robustness.py
• plot_late_perturb_robustness.py
• plot_trm_chaos_trajectory.py
• plot_trm_lyap_hist.py
• problem_tracks
• ptrm_gbs768_base_vs_multi4_k100_d64_sigma03_Lonly_n1000_seed0.hist.csv
• ptrm_gbs768_base_vs_multi4_k100_d64_sigma03_Lonly_n1000_seed0.kcurve.csv
• ptrm_gbs768_base_vs_multi4_k100_d64_sigma03_Lonly_n1000_seed0.summary.csv
• ptrm_lambda_main_trm_base260410_k100_d64_sigma03_Lonly_n256.summary.csv
• ptrm_lambda_main_trm_multi4_104164_k100_d64_sigma03_Lonly_n256.summary.csv
• ptrm_lambda_quick_trm_base260410_k100_d64_sigma03_Lonly_n64.summary.csv
• ptrm_lambda_quick_trm_multi4_104164_k100_d64_sigma03_Lonly_n64.summary.csv
• ptrm_official_gbs768_base58590_k100_d64_sigma03_Lonly_n1000_seed0.meta.json
• ptrm_official_gbs768_base58590_k100_d64_sigma03_Lonly_n1000_seed0.summary.csv
• ptrm_official_gbs768_multi4_35805_k100_d64_sigma03_Lonly_n1000_seed0.meta.json
• ptrm_official_gbs768_multi4_35805_k100_d64_sigma03_Lonly_n1000_seed0.summary.csv
• ptrm_official_main_trm_base260410_k100_d64_sigma03_Lonly_n1000.summary.csv
• ptrm_official_main_trm_multi4_104164_k100_d64_sigma03_Lonly_n1000.summary.csv
• ptrm_official_sweep_trm_base260410_k25_d16_sigma03_Lonly_n1000.summary.csv
• ptrm_official_sweep_trm_multi4_104164_k25_d16_sigma03_Lonly_n1000.summary.csv
• ptrm_rollout_selection.py
• ptrm_same_subset
• ptrm_selection_smoke_trm_base260410_k4_n64.summary.csv
• ptrm_selection_trm_base260410_k8_n512.summary.csv
• ptrm_selection_trm_multi4_104164_k8_n512.summary.csv
• ptrm_smoke_official_gbs768_base58590.meta.json
• ptrm_smoke_official_gbs768_base58590.summary.csv
• ptrm_spectrum_k4_cache_analysis.csv
• ptrm_spectrum_k4_trm_base260410_k100_d64_sigma03_Lonly_n64.summary.csv
• ptrm_spectrum_k4_trm_multi4_104164_k100_d64_sigma03_Lonly_n64.summary.csv
• ptrm_spectrum_smoke.summary.csv
• q_lambda_scatter
• rainer_email_bundle_20260605
• report_bundle_20260603
• reverse_floss_finetune.py
• run_HRM256_after_H.sh
• run_HRMOrth_after_SRM7M.sh
• run_H_after_SRM.sh
• run_SRM7M_after_HRM256.sh
• run_checkpoint_evolution.sh
• run_ckpt_evolution2.sh
• run_hrm_diag_all_ckpts.sh
• run_srm_after_W.sh
• run_step4_W.sh
• run_step4_pipeline.sh
• run_step6_prefloss.sh
• run_trm_cf_abcd.sh
• run_trm_cf_ef.sh
• run_trm_cf_long.sh
• run_trm_chaos_onset_diag.sh
• sanity_lipschitz_check.py
• smoke_resume_step9_part1.json
• smoke_resume_step9_part2.json
• smoke_scratch_trm_baseline.json
• smoke_step9_hrm_parallel_sampling.json
• smoke_step9_trm_loguniform_ramp_check.json
• smoke_step9_trm_parallel_sampling.json
• smoke_trm_baseline_batch4_k4.json
• smoke_trm_volume_cf_batch4_k4.json
• spectrum_microscope
• srm_design_codex.md
• srm_design_round2_claude.md
• step3_A_baseline_18228.json
• step3_B_rf_18228.json
• step3_C_rf_26040.json
• step3_D_rf_26040_lstar0.json
• step3_E_rf_18228_lstar0.json
• step3_F_rf_26040_lstar0_1500.json
• step3_G_gelu_26040.json
• step3_H_engelken_l2_26040.json
• step3_I_baseline_26040_k8_500.json
• step3_J_volume_cf_26040_lstar0_k8_a10_500.json
• step3_K_volume_cf_26040_lstar_neg005_k8_a10_500.json
• step3_L_baseline_26040_fast_10k.json
• step3_train_with_rf.py
• step4_HRM256_baseline_fromscratch.json
• step4_W_engelken_l2_fromscratch.json
• step4_X_baseline_fromscratch.json
• step4_Y_cf_lstar0_fromscratch.json
• step4_Z_cf_lstar_neg15_fromscratch.json
• step4_from_scratch.py
• step5_A_trm_step_26041_alpha10_lstar0.json
• step5_B_trm_step_26041_alpha10_lstar0.03.json
• step5_C_trm_step_26041_alpha1_lstar0.json
• step5_D_trm_step_26041_alpha0_lstar0.json
• step5_E_trm_step_26041_alpha3_lstar0.json
• step5_F_trm_step_26041_alpha2_lstar0.json
• step5_G_trm_step_26041_alpha0_k8_500.json
• step5_J_trm_baseline_26041_batch4_k4_500.json
• step5_K_trm_volume_cf_26041_lstar002_batch4_k4_a10_500.json
• step5_L_trm_baseline_26041_batch4_fast_10k.json
• step5_train_trm_cf.py
• step5long_D_step_26041_alpha0_lstar0.json
• step6_A_baseline_no_prefloss.json
• step6_B_engelken.json
• step6_C_cf.json
• step6_prefloss.py
• step7_A_hrm_engelken_interfloss_26040_k8_10k.json
• step7_B_trm_engelken_interfloss_26041_k4_batch4_10k.json
• step7_C_hrm_engelken_interfloss_kl10_26040_k8_10k.json
• step7_D_trm_engelken_interfloss_kl10_26041_k4_batch4_10k.json
• step7_E_hrm_late_engelken_interfloss_kl10_start12_26040_k8_10k.json
• step7_F_trm_late_engelken_interfloss_kl10_start12_26041_k4_batch4_10k.json
• step7_G_hrm_volume_envelope_interfloss_kl10_lstar_neg015_26040_k8_10k.json
• step7_H_trm_volume_envelope_interfloss_kl10_lstar002_26041_k4_batch4_10k.json
• step7_I_hrm_engelken_interfloss_kl100_short_26040_k8_10k.json
• step7_interfloss.py
• step8_A_hrm_basin_consistency_beta1_noise002_after8_26040_10k.json
• step8_B_trm_basin_consistency_beta1_noise002_after8_26041_batch4_10k.json
• step8_basin_consistency.py
• step9_A_hrm_single_perturb_sigma1e-3_26040_10k.json
• step9_B_hrm_multi4_perturb_sigma1e-3_26040_10k.json
• step9_C_trm_single_perturb_sigma1e-3_26041_batch4_10k.json
• step9_D_trm_multi4_perturb_sigma1e-3_26041_batch4_10k.json
• step9_trajectory_perturb_train.py
• surrogate_flossing
• track_problem_learning.py
• trajectory_augmentation_notes.md
• watch_ptrm_gbs768_compare.sh
• watch_trm_directional_multi4_long.sh