TODO.md

🧩 General

• Define pyproject.toml with modular extras
• Add installation instructions for partial environments on README.md
• Include module table and usage examples in README.md
• Prepare conda-forge recipe for staged-recipes submission
• Link project to readthedocs
• Project to pypi

📦 pyproject.toml

• Update common dependencies
• Moved check list lines to CONTRIBUTORS.md

🧪 Examples

• Run examples and check that works fine
• Revise examples, input data, results and output graphics
• Reduce size of input data for examples
• · temporal - E05 - multivariate_simulations.py
• · temporal - E06 - multivariate_ensemble_simulation.py
• · temporal - E07 - maximum_dissimilitude_analysis.py
• · temporal - E08 - copula_fit_bivariate_distributions.py
• · temporal - E09 - bootstrapping_with_l_moments.py
• · temporal - E10 - pot_with_l_moments.py
• · temporal - E11 - annual_maxima_regime.py
• · spatiotemporal - E05 - bayesian_maximum_entropy.py
• · spatiotemporal - E06 - anisotropic_spatiotemporal_covariance.py
• · processes - E01 - wave_height_with_swan_model.py
• · processes - E02 - currents_with_copla_model.py
• · processes - E03 - currents_with_cshore_model.py
• · processes - E04 - sediment_transport_Kobayashi.py
• · processes - E05 - coastal_equilibrium_plan_shape.py
• · processes - E06 - waves_zero_upcrossing_method.py
• · processes - E07 - calculate_wave_reflection.py
• · processes - E08 - precipitation_to_runoff_SCS.py
• · processes - E09 - compute_hydraulic_radius.py
• · processes - E10 - water_elevation_from_manning.py
• · processes - E11 - river_sediment_transport.py
• · processes - E12 - storm_surge_from_waves.py
• · processes - E13 - flood_fill_algorithm.py
• · spectral - E01 - lombscargle_periodogram.py
• · spectral - E02 - fast_fourier_transform.py
• · spectral - E03 - harmonic_analysis_utide.py
• · spectral - E04 - tidal_reconstruction_eot20.py
• · spatial - E01 - voronoi_diagram.py
• · spatial - E02 - mesh_triangulation.py
• · spatial - E03 - coastline_from_imagery.py
• · risk - E01 - compute_economic_index.py
• · drone - E04 - build_scan_pattern_for_bathymetry_estimations.py
• · drone - E05 - create_missions_for_bathymetry_estimations.py

📂 Module-specific TODOs

risk

• Add damage curves
• Add functionality por computing risk on maps

download.google-earth-engine

• Generalize the function for others satellite products

drone.bathymetry-missions

• Create functionality (build scan pattern and create missions) for bathymetry missions from drone videos
• Save log INFO of drone functionalities

spatiotemporal.raster.analysis

• Check that level series files exist
• Validate that max_level has data for all months and years
• Implement additional pre-treatment steps as required
• SRC not loaded when QGIS load output NetCDFs

temporal

• Update statistical_fit and its dependencies
• Update initialization message in analysis.py - Line 30
• Update docstring for simulation function - Line 62 in simulation.py
• Update docstring for summary function - Line 441 in simulation.py
• Implement non-normal multivariate analysis (currently only normal distribution) - Line 523 in simulation.py
• Review value of 1e-6 subtraction in CDF to avoid 1.0 values - Line 355 in regimes.py
• Review peaks selection function for POT analysis - Line 398 in regimes.py
• Check groupby count with monthly average weights - Line 221 in analysis.py
• Check logic that doesn't make much sense - Line 616 in analysis.py
• Verify that True option works correctly - Line 621 in analysis.py
• Implement handling for mixed functions - Line 959 in analysis.py
• Modify function for storm separation (should not fill gaps) - Line 1025 in analysis.py
• Remove temporary fix for calm period indices (waiting for Pedro's fix) - Line 1124 in analysis.py
• Modify for more refined and understandable version - Line 1527 in statistical_fit.py
• Update reconstruction methods of classification "rbf-multiquadric", "rbf-inverse", "rbf-gaussian", "rbf-linear", "rbf-cubic", "rbf-quintic", "rbf-thin_plate", "gp-rbf", "gp-exponential", "gp-quadratic", "gp-white".

graphics

• label <= or >= in windrose plot
• heatmap plot rotation to 90 degrees

common

• Implement nearest neighbor function separately - Line 361 in read.py
• Change implementation for more than one variable in dataframe conversion - Line 362 in read.py
• Enable multi-page reading - Line 707 in read.py
• Include morphology options - Line 111 in load.py
• Load paths from a file instead of hardcoding - Line 25 in cme.py
• Improve parameter extraction for order 1 Fourier series - Line 396 and 1430 in auxiliar.py
• Fix discontinuity limitation - Line 481 and 1515 in auxiliar.py
• Separate by Fourier order - Line 504 and 1538 in auxiliar.py
• Generalize for more than two functions - Line 606 and 1640 in auxiliar.py
• Verify calculation - Line 864 in auxiliar.py
• Change hardcoded value 51 to a target value - Line 1352 in auxiliar.py

spectral

• Reduce harmonic analysis and reconstruction using pyTMD

📂 Test

• Functionality tests to be passed before any update
• Integration tests