Nancon Observed Series Overview#

Note

This page and its static assets are auto-generated by python -m tools.doc_gallery. The Sphinx build only reads committed PNG and JSON artifacts.

This companion case focuses on the observed time-series side of data-overview. It reuses the committed Nancon chronicle figures so the docs can show which temporal signals are actually available before any forward or inverse modelling is attempted.

See also

Read the Data Overview walkthrough if you want the parameter mapping, a recommended reading order, and the first modifications to try.

Case Setup#

  • Same launcher family and base config as the Nancon identity-card case, but read here through the observation chronicle panels only.

  • The committed chronicle figures are mirrored under examples/projects/09_capability_gallery/geographic/ to keep the gallery self-contained.

  • The page remains pre-solver: it documents observed signals, not simulated response.

What It Shows#

  • How four observation families are rendered consistently in the same data-overview workflow.

  • How a data-overview page can move from basin framing to real temporal signals without touching any solver output.

  • Which observation families are available for later validation, calibration, or qualitative scenario reading.

How To Read It#

  • Use the discharge and piezometry tabs first when judging whether the site is promising for later simulation or calibration use.

  • Read intermittency and water quality as complementary observation families that extend the hydro-identity card rather than replace it.

  • This page is best used after the basin identity-card page, because it assumes the support and station inventory are already understood.

Next Steps#

  • Go back to the Nancon identity-card page if you need the station inventory and climate context behind these chronologies.

  • Use these chronologies as a pre-check before deciding whether a later workflow should stay descriptive, move to simulation, or move to calibration.

Reproduce#

Run the underlying example or validation case with:

python -m hydromodpy run examples/projects/05_nancon_data_overview/config_overview.toml

Refresh the committed gallery artifacts with:

python -m tools.doc_gallery

Case Parameters#

Selected Parameters#

Field

Meaning

Value

Source

[geographic.catchment] catch_def

Watershed extraction mode used to derive the basin from the outlet definition.

from_outlet_coord

examples/projects/05_nancon_data_overview/config_overview.toml

[geographic.catchment] x_outlet

Projected x coordinate of the outlet used by watershed extraction.

389286

examples/projects/05_nancon_data_overview/config_overview.toml

[geographic.catchment] y_outlet

Projected y coordinate of the outlet used by watershed extraction.

6.81652e+06

examples/projects/05_nancon_data_overview/config_overview.toml

[geographic.catchment] snap_dist

Maximum snapping distance used to align the requested outlet with the drainage network.

150

examples/projects/05_nancon_data_overview/config_overview.toml

[geographic.catchment] buff_area

Extra area kept around the watershed to preserve regional context in overview figures.

20

examples/projects/05_nancon_data_overview/config_overview.toml

[data] types

Families of data loaded during the data-overview workflow.

geology, hydrography, hydrometry, piezometry, intermittency, precipitation, etp, temperature, recharge, runoff, wind, humidity, radiation, soil_moisture, water_quality

examples/projects/05_nancon_data_overview/config_overview.toml

Loaded Data Families#

Field

Meaning

Value

Source

[data] types

Ordered list of data families requested by the overview case.

geology, hydrography, hydrometry, piezometry, intermittency, precipitation, etp, temperature, recharge, runoff, wind, humidity, radiation, soil_moisture, water_quality

examples/projects/05_nancon_data_overview/config_overview.toml

[data.dem.sources]

Configured providers used to load the dem family in this case.

ign_geoplateforme_dem

examples/projects/05_nancon_data_overview/config_overview.toml

[data.geology.sources]

Configured providers used to load the geology family in this case.

brgm_1m

examples/projects/05_nancon_data_overview/config_overview.toml

[data.hydrography.sources]

Configured providers used to load the hydrography family in this case.

bdtopage

examples/projects/05_nancon_data_overview/config_overview.toml

[data.hydrometry.sources]

Configured providers used to load the hydrometry family in this case.

hubeau

examples/projects/05_nancon_data_overview/config_overview.toml

[data.intermittency.sources]

Configured providers used to load the intermittency family in this case.

hubeau

examples/projects/05_nancon_data_overview/config_overview.toml

[data.piezometry.sources]

Configured providers used to load the piezometry family in this case.

hubeau

examples/projects/05_nancon_data_overview/config_overview.toml

[data.precipitation.sources]

Configured providers used to load the precipitation family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.etp.sources]

Configured providers used to load the etp family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.temperature.sources]

Configured providers used to load the temperature family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.recharge.sources]

Configured providers used to load the recharge family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.runoff.sources]

Configured providers used to load the runoff family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.wind.sources]

Configured providers used to load the wind family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.humidity.sources]

Configured providers used to load the humidity family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.radiation.sources]

Configured providers used to load the radiation family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.soil_moisture.sources]

Configured providers used to load the soil_moisture family in this case.

sim2

examples/projects/05_nancon_data_overview/config_overview.toml

[data.water_quality.sources]

Configured providers used to load the water_quality family in this case.

hubeau

examples/projects/05_nancon_data_overview/config_overview.toml

Hydrography Source Options#

Field

Meaning

Value

Source

[[data.hydrography.sources]] source

Hydrography provider used for the displayed river network.

bdtopage

examples/projects/05_nancon_data_overview/config_overview.toml

Overview Panels#

Field

Meaning

Value

Source

[overview] name

Title injected into the generated overview panels.

Nancon

examples/projects/05_nancon_data_overview/config_overview.toml

[overview.panels] enabled

Panel toggles enabled for this overview run.

map_dem, map_geology, map_hydrography, stats_card, timeseries_discharge, timeseries_piezometry, climatic_summary, station_inventory

examples/projects/05_nancon_data_overview/config_overview.toml

[overview.panels] map_dem

Whether the map_dem panel is rendered for this overview case.

true

examples/projects/05_nancon_data_overview/config_overview.toml

[overview.panels] map_geology

Whether the map_geology panel is rendered for this overview case.

true

examples/projects/05_nancon_data_overview/config_overview.toml

[overview.panels] map_hydrography

Whether the map_hydrography panel is rendered for this overview case.

true

examples/projects/05_nancon_data_overview/config_overview.toml

[overview.panels] stats_card

Whether the stats_card panel is rendered for this overview case.

true

examples/projects/05_nancon_data_overview/config_overview.toml

Source Pointers#

  • tools/doc_gallery/manifests/geographic_cases.json

  • examples/projects/05_nancon_data_overview/config_overview.toml

  • examples/projects/09_capability_gallery/geographic/README.md

  • examples/projects/09_capability_gallery/geographic/nancon_observed_timeseries/geographic_nancon_timeseries_discharge.png

  • examples/projects/09_capability_gallery/geographic/nancon_observed_timeseries/geographic_nancon_timeseries_piezometry.png

  • examples/projects/09_capability_gallery/geographic/nancon_observed_timeseries/geographic_nancon_timeseries_intermittency.png

  • examples/projects/09_capability_gallery/geographic/nancon_observed_timeseries/geographic_nancon_timeseries_water_quality.png

Artifacts#

  • docs/source/_static/capability_gallery/geographic/geographic_nancon_timeseries_discharge.png

  • docs/source/_static/capability_gallery/geographic/geographic_nancon_timeseries_piezometry.png

  • docs/source/_static/capability_gallery/geographic/geographic_nancon_timeseries_intermittency.png

  • docs/source/_static/capability_gallery/geographic/geographic_nancon_timeseries_water_quality.png

  • docs/source/_static/capability_gallery/geographic/geographic_nancon_observed_timeseries_summary.json stores the displayed metrics plus source hashes used by python -m tools.doc_gallery --check.