Computation times#
02:40.974 total execution time for 105 files from all galleries:
Example |
Time |
Mem (MB) |
|---|---|---|
Cumulative subsidence on a satellite-style map ( |
00:12.908 |
0.0 |
Ablations and sensitivities: learning where the model behaves well in lambda space ( |
00:10.629 |
0.0 |
SM3 identifiability: learning when recovery is accurate and when parameters slide along a ridge ( |
00:08.175 |
0.0 |
Physics profiles: reducing a 2D lambda landscape into readable 1D lessons ( |
00:06.066 |
0.0 |
Transfer impact: what transfer changes for retention, risk, and hotspot stability ( |
00:05.837 |
0.0 |
Plot physics payload values as maps and histograms ( |
00:05.586 |
0.0 |
External validation: comparing inferred effective fields against independent site evidence ( |
00:05.517 |
0.0 |
Physics sanity: checking closure agreement and residual behavior ( |
00:05.299 |
0.0 |
Physics sensitivity: learning how lambda choices reshape the physics diagnostics ( |
00:05.203 |
0.0 |
Hotspot analytics: turning future forecasts into decision-ready priority maps ( |
00:04.400 |
0.0 |
SM3 bounds versus ridge: learning the two main failure modes ( |
00:03.545 |
0.0 |
Driver-response plots: learning how the response moves with the drivers ( |
00:03.355 |
0.0 |
Read smoothed spatial structure with gridded heatmaps ( |
00:03.310 |
0.0 |
Cross-city transferability (v3.2): what survives when a workflow moves to the other city ( |
00:03.135 |
0.0 |
Cross-city transferability: learning what survives transfer between cities ( |
00:02.729 |
0.0 |
Focus on a local map window with plot_spatial_roi ( |
00:02.379 |
0.0 |
Build non-overlapping spatial sample batches ( |
00:02.291 |
0.0 |
Read smooth spatial structure with plot_spatial_contours ( |
00:02.285 |
0.0 |
Forecast by horizon step with plot_forecast_by_step ( |
00:02.188 |
0.0 |
Read spatial forecast patterns with plot_spatial ( |
00:02.146 |
0.0 |
Core ablation: learning what physics adds to the workflow ( |
00:02.103 |
0.0 |
From raw model outputs to forecast tables with format_and_forecast ( |
00:01.866 |
0.0 |
Lithology parity: comparing the geological composition of the two cities ( |
00:01.846 |
0.0 |
Read nearest-observation spatial influence with Voronoi maps ( |
00:01.810 |
0.0 |
Learn to compare forecasts visually with plot_forecast_comparison ( |
00:01.726 |
0.0 |
Compare independent regression pairs with plot_r2_in ( |
00:01.680 |
0.0 |
Find and read spatial hotspots before acting on a map ( |
00:01.655 |
0.0 |
Inspect interpretable evaluation physics before reporting results ( |
00:01.628 |
0.0 |
Inspect ablation records before choosing a configuration ( |
00:01.599 |
0.0 |
Inspect a training summary before trusting a Stage-2 run ( |
00:01.556 |
0.0 |
Read ensemble forecast quality with plot_crps ( |
00:01.371 |
0.0 |
Read forecast quality horizon by horizon with plot_metric_over_horizon ( |
00:01.365 |
0.0 |
Build a stratified spatial sample table ( |
00:01.362 |
0.0 |
Plot training history with robust grouping and scale handling ( |
00:01.341 |
0.0 |
Compare compact score profiles with plot_radar_scores ( |
00:01.312 |
0.0 |
Holdout versus future forecast with plot_eval_future ( |
00:01.272 |
0.0 |
Inspect compact evaluation diagnostics before trusting forecast quality ( |
00:01.186 |
0.0 |
Inspect a Stage-1 audit before Stage-2 ( |
00:01.180 |
0.0 |
Understand regression agreement with plot_r2 ( |
00:01.050 |
0.0 |
Expanded uncertainty diagnostics: learning what the main uncertainty figure still hides ( |
00:01.036 |
0.0 |
Future quantile maps with forecast_view ( |
00:00.994 |
0.0 |
Inspect a model-initialization manifest before training ( |
00:00.987 |
0.0 |
Spatial forecasts: how to read observed maps, fitted maps, and future forecast maps together ( |
00:00.976 |
0.0 |
Physics maps: turning pointwise payloads into readable spatial fields ( |
00:00.906 |
0.0 |
Build a compact forecast-ready panel sample ( |
00:00.877 |
0.0 |
Read quantile reliability with plot_quantile_calibration ( |
00:00.852 |
0.0 |
Automatically save the standard GeoPrior history diagnostics ( |
00:00.835 |
0.0 |
Forecast uncertainty: learning how calibration behaves across cities and horizons ( |
00:00.820 |
0.0 |
Compare forecast quality across groups with plot_metric_radar ( |
00:00.797 |
0.0 |
From calibrated forecasts to action-first zones ( |
00:00.771 |
0.0 |
Stage-2 training curves and physics-aware learning dynamics ( |
00:00.767 |
0.0 |
Physics diagnostics bridge: from evaluate_physics to payload inspection ( |
00:00.720 |
0.0 |
Learn how horizon emphasis changes the score with plot_time_weighted_metric ( |
00:00.710 |
0.0 |
Stage-3 tuning summary and best-trial diagnostics ( |
00:00.700 |
0.0 |
Exceedance probabilities and Brier score ( |
00:00.699 |
0.0 |
Stage-2 training curves and physics diagnostics ( |
00:00.693 |
0.0 |
Auditing identifiability before reading learned physics fields ( |
00:00.686 |
0.0 |
Enrich main datasets with surface elevation ( |
00:00.665 |
0.0 |
When cross-city reuse is useful, and when it is not ( |
00:00.656 |
0.0 |
Plot physics loss terms from a GeoPrior training history ( |
00:00.645 |
0.0 |
Coverage versus sharpness in probabilistic forecasts ( |
00:00.645 |
0.0 |
Inspect calibration statistics before trusting interval forecasts ( |
00:00.642 |
0.0 |
Read quantile miscalibration with plot_qce_donut ( |
00:00.627 |
0.0 |
Quantile recalibration with calibrate_forecasts ( |
00:00.614 |
0.0 |
Plot epsilon diagnostics from a GeoPrior training history ( |
00:00.564 |
0.0 |
Inspect transfer-learning results before trusting cross-city conclusions ( |
00:00.563 |
0.0 |
Forecast quick-look with plot_forecasts ( |
00:00.544 |
0.0 |
Build city boundary polygons from forecast points ( |
00:00.543 |
0.0 |
SM3 log offsets: learning where the inferred fields drift from their priors ( |
00:00.535 |
0.0 |
Inspect a Stage-1 manifest before downstream stages ( |
00:00.529 |
0.0 |
Extract threshold-based spatial zones with extract-zones ( |
00:00.526 |
0.0 |
Stage-1 data checks with group masks and holdout splitting ( |
00:00.523 |
0.0 |
Physics fields: learning to read the physical story in a map ( |
00:00.517 |
0.0 |
Learn how to read interval reliability with plot_coverage ( |
00:00.509 |
0.0 |
Assign boreholes to the nearest city cloud ( |
00:00.505 |
0.0 |
Learn how to read forecast sharpness with plot_mean_interval_width ( |
00:00.498 |
0.0 |
Extract a rectangular region of interest with spatial-roi ( |
00:00.495 |
0.0 |
Build spatial cluster tables with spatial-clusters ( |
00:00.491 |
0.0 |
Learn how to judge interval forecasts with plot_weighted_interval_score ( |
00:00.486 |
0.0 |
Spatial-block holdout as a Stage-1 diagnostic ( |
00:00.475 |
0.0 |
Inspect a scaling_kwargs.json configuration ( |
00:00.435 |
0.0 |
Create exposure weights from forecast point density ( |
00:00.392 |
0.0 |
Create district grid layers from forecast points ( |
00:00.390 |
0.0 |
Why physics matters in core forecasting ( |
00:00.382 |
0.0 |
Extend forecast CSVs to later years ( |
00:00.378 |
0.0 |
Build ablation tables from sensitivity records ( |
00:00.376 |
0.0 |
Inspect a Stage-2 run manifest before downstream workflow steps ( |
00:00.367 |
0.0 |
Inspect physics-payload metadata before opening the full payload ( |
00:00.348 |
0.0 |
Compare raw and calibrated reliability with plot_calibration_comparison ( |
00:00.339 |
0.0 |
Tag hotspot clusters with district Zone IDs ( |
00:00.321 |
0.0 |
Learn how forecast smoothness behaves with plot_prediction_stability ( |
00:00.318 |
0.0 |
Evaluate forecast tables with evaluate_forecast ( |
00:00.312 |
0.0 |
Summarize hotspot point clouds into tidy group tables ( |
00:00.311 |
0.0 |
Compute hotspot summary tables from forecast CSVs ( |
00:00.311 |
0.0 |
Reliability diagrams for probabilistic forecasts ( |
00:00.304 |
0.0 |
Interval calibration with calibrate_quantile_forecasts ( |
00:00.303 |
0.0 |
Learn how to benchmark a forecast against a naive baseline with plot_theils_u_score ( |
00:00.295 |
0.0 |
External validation of inferred effective fields ( |
00:00.294 |
0.0 |
Compute exceedance Brier scores from calibrated forecasts ( |
00:00.291 |
0.0 |
Build one merged full_inputs.npz from Stage-1 split artifacts ( |
00:00.271 |
0.0 |
Build unified model-metrics tables from GeoPrior runs ( |
00:00.261 |
0.0 |
Read forecast reliability with plot_reliability_diagram ( |
00:00.244 |
0.0 |
Group-validity masks for Stage-1 diagnostics ( |
00:00.192 |
0.0 |
Extract learned physical parameters from a trained model ( |
00:00.020 |
0.0 |
Flatten (t, x, y) coordinates from dataset batches ( |
00:00.005 |
0.0 |