2f47d1e589
Convert the availability chain (stg_playtomic_availability → fct_availability_slot → fct_daily_availability) from FULL to INCREMENTAL_BY_TIME_RANGE so sqlmesh run processes only new daily intervals instead of re-reading all files. Supervisor changes: - run_transform(): plan prod --auto-apply → run prod (evaluates missing cron intervals, picks up new data) - git_pull_and_sync(): add plan prod --auto-apply before re-exec so model code changes are applied on deploy - supervisor.sh: same plan → run change Staging model uses a date-scoped glob (@start_ds) to read only the current interval's files. snapshot_date cast to DATE (was VARCHAR) as required by time_column. Clean up redundant TRY_CAST(snapshot_date AS DATE) in venue_pricing_benchmarks since it's already DATE from foundation. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
88 lines
3.3 KiB
SQL
88 lines
3.3 KiB
SQL
-- Daily venue-level availability, pricing, occupancy, and revenue estimates.
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-- Aggregates fct_availability_slot (event-grain fact) into per-venue per-day
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-- statistics, then calculates occupancy against capacity from dim_venue_capacity.
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--
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-- Recheck-aware deduplication lives in fct_availability_slot — this model only
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-- reads the already-deduplicated best-snapshot slots.
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--
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-- Occupancy = 1 - (available_court_hours / capacity_court_hours_per_day)
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-- Revenue estimate = booked_court_hours × avg_price_of_available_slots
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--
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-- Peak hours defined as 17:00–21:00 (captures main evening rush across markets).
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MODEL (
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name foundation.fct_daily_availability,
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kind INCREMENTAL_BY_TIME_RANGE (
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time_column snapshot_date
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),
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start '2026-03-01',
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cron '@daily',
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grain (snapshot_date, tenant_id)
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);
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WITH slot_agg AS (
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SELECT
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a.snapshot_date,
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a.tenant_id,
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COUNT(*) AS available_slot_count,
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COUNT(DISTINCT a.resource_id) AS courts_with_availability,
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-- Each available start_time represents a 60-min bookable window
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ROUND(COUNT(*) * 1.0, 2) AS available_court_hours,
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-- Pricing stats (60-min slots only)
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ROUND(MEDIAN(a.price_amount), 2) AS median_price,
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ROUND(AVG(a.price_amount), 2) AS avg_price,
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MIN(a.price_amount) AS min_price,
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MAX(a.price_amount) AS max_price,
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-- Peak: 17:00–21:00 (is_peak flag computed once in fct_availability_slot)
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ROUND(MEDIAN(a.price_amount) FILTER (WHERE a.is_peak), 2) AS median_price_peak,
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-- Off-peak: everything outside 17:00–21:00
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ROUND(MEDIAN(a.price_amount) FILTER (WHERE NOT a.is_peak), 2) AS median_price_offpeak,
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MAX(a.price_currency) AS price_currency,
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MAX(a.captured_at_utc) AS captured_at_utc
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FROM foundation.fct_availability_slot a
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WHERE a.snapshot_date BETWEEN @start_ds AND @end_ds
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GROUP BY a.snapshot_date, a.tenant_id
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)
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SELECT
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sa.snapshot_date,
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sa.tenant_id,
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cap.country_code,
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cap.city,
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cap.city_slug,
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cap.active_court_count,
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cap.capacity_court_hours_per_day,
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sa.available_slot_count,
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sa.courts_with_availability,
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sa.available_court_hours,
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-- Occupancy: (capacity - available) / capacity
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CASE
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WHEN cap.capacity_court_hours_per_day > 0
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THEN ROUND(
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1.0 - (sa.available_court_hours / cap.capacity_court_hours_per_day),
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4
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)
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ELSE NULL
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END AS occupancy_rate,
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-- Estimated booked court-hours
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ROUND(
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GREATEST(cap.capacity_court_hours_per_day - sa.available_court_hours, 0),
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2
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) AS booked_court_hours,
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-- Estimated daily revenue: booked hours × avg price
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ROUND(
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GREATEST(cap.capacity_court_hours_per_day - sa.available_court_hours, 0)
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* sa.avg_price,
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2
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) AS estimated_revenue_eur,
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-- Pricing
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sa.median_price,
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sa.avg_price,
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sa.min_price,
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sa.max_price,
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sa.median_price_peak,
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sa.median_price_offpeak,
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sa.price_currency,
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sa.captured_at_utc
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FROM slot_agg sa
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JOIN foundation.dim_venue_capacity cap ON sa.tenant_id = cap.tenant_id
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