Recurring periods
A report period controls retrieval, aggregation and output naming, keeping successive reporting runs aligned.
Turn recurring water-status reporting into a traceable workflow: period-based data retrieval, deterministic calculations, visual summaries and template-based Office outputs.
A report period controls retrieval, aggregation and output naming, keeping successive reporting runs aligned.
Reservoir rankings, grid rainfall and time-series simulations require different calculations and presentation formats.
Missing inputs and comparison status need explicit handling rather than silent substitution.
The implementation prepares familiar Excel workbooks and PowerPoint decks for human review.
The internal implementation reads data sources and uses Python to calculate and assemble outputs. This public page demonstrates the workflow using a separate, synthetic local fixture.
Anonymous architecture diagram. No internal database names, schemas or endpoints are exposed.
Use a consistent reporting date across inputs and outputs.
Retrieve permitted data without modifying the source database.
Aggregate, compare, rank and prepare series with deterministic rules.
Keep input completeness, provenance and comparison status visible.
Write Office outputs and execution notes, then review them in native applications.
Choose a sample week and a module. Charts, tabular values and the audit summary update together. All values below are invented demonstration data; this page has no database connection.
The synthetic example rules illustrate processing concepts and do not reproduce the complete calculation rules of the internal reports.
Sample data · local fixtureThe source implementation includes Office output paths. The browser sample shows their structure; it does not run the internal tools or create an actual operational report.
This page validates only its synthetic interaction and display logic. It makes no claim of full production rollout, a measured time saving, or an end-to-end operational pass.