rzen
7cb2d6da26
- Due-filter schedules: daily always, fixed days by weekday, one-offs on their date; rest days get an empty state - Workouts with no due schedule row (ad hoc or off-day starts) now render as their own board rows - The + sheet is now "New Workout" with a "When" picker; "Now" (offered when adding on today) skips the schedule and starts the workout directly - Remove the times-per-week scheduling mode everywhere (enum, document, entity, mappers, planner, seeds, tests)
550 lines
22 KiB
Swift
550 lines
22 KiB
Swift
//
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// ProgressPlanner.swift
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// Workouts
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//
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// Copyright 2026 Rouslan Zenetl. All Rights Reserved.
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//
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import Foundation
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// The Progress tab's derivation engine — a pure, unit-testable planner (precedent:
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// `SeedReconcilePlanner`). Everything here is a deterministic function of plain value
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// snapshots: per-schedule weekly adherence, per-goal rollups with streaks, trend
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// buckets for the charts, and the achievements grid. Nothing is ever persisted —
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// streaks and badges are recomputed from workout documents on every read, so they
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// survive cache rebuilds by construction (see UX-REDESIGN.md).
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// MARK: - Inputs
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/// A plain snapshot of a `Schedule` cache entity. `routineID` must already be
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/// live-resolved through `SyncEngine.currentRoutineID(for:)` so seed clone-on-edit
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/// redirects don't orphan history.
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struct ScheduleFacts: Sendable, Equatable {
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var id: String
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var goal: GoalKind?
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var recurrence: ScheduleRecurrence
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var weekdays: [Int]? // Calendar weekday numbers 1 (Sun) – 7 (Sat); .fixedDays only
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var onceDate: Date? // .once only
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var createdAt: Date
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var routineID: String // live-resolved
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var routineName: String
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}
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/// A plain snapshot of a `Workout` cache entity. `routineID` live-resolved like
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/// `ScheduleFacts.routineID`. `volume` is the caller's best value (recorded metric,
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/// else derived from set entries); `activeMinutes` is the completed duration.
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struct WorkoutFacts: Sendable, Equatable {
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var routineID: String?
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var start: Date
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var end: Date?
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var completed: Bool
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var volume: Double
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var activeMinutes: Double
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var energyKcal: Double
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}
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// MARK: - Adherence outputs
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/// One schedule-week (or goal-week) verdict: how many required units were met.
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/// `expected == 0` marks a *vacuous* week — the schedule imposed nothing (created
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/// mid-week past its fixed days, a one-off in another week); vacuous weeks neither
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/// break nor extend streaks.
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struct WeekMark: Sendable, Equatable {
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var weekStart: Date
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var met: Int
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var expected: Int
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var hit: Bool { met >= expected }
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var isVacuous: Bool { expected == 0 }
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/// Fill fraction for the week-strip squares (0…1).
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var fraction: Double {
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expected > 0 ? min(1, Double(met) / Double(expected)) : 0
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}
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}
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/// One schedule's adherence across the track's week grid. `weeks` aligns 1:1 with the
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/// grid (oldest → newest); `nil` = the schedule didn't exist / doesn't apply that week.
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struct ScheduleTrack: Sendable, Equatable {
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var schedule: ScheduleFacts
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var weeks: [WeekMark?]
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/// The current week can no longer be met (a daily's missed day, or too few days
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/// left to cover a fixed day already missed). Distinct from "not yet hit".
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var currentWeekBroken: Bool
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var currentWeek: WeekMark? { weeks.last ?? nil }
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}
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/// A goal's rolled-up adherence: per-week sums across member schedules, plus the
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/// streak. The goal is the ledger category — its track continues unbroken across
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/// schedule rewrites (UX-REDESIGN.md).
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struct GoalTrack: Sendable, Equatable, Identifiable {
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var goal: GoalKind? // nil = the "Unassigned" group
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var scheduleTracks: [ScheduleTrack]
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var weeks: [WeekMark] // rollup, one per grid week
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/// Consecutive fully-hit weeks ending now. The current week counts once hit;
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/// merely "not yet hit but still possible" neither counts nor breaks.
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var streakWeeks: Int
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/// False when any member schedule's current week is already unmeetable.
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var streakAlive: Bool
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var id: String { goal?.rawValue ?? "unassigned" }
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}
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// MARK: - Trend outputs
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/// Chart time windows, per the trend-visualization pattern (7D/30D/90D/1Y/All).
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enum TrendRange: String, CaseIterable, Identifiable, Sendable {
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case week = "7D"
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case month = "30D"
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case quarter = "90D"
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case year = "1Y"
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case all = "All"
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var id: String { rawValue }
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func startDate(now: Date, calendar: Calendar) -> Date? {
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switch self {
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case .week: calendar.date(byAdding: .day, value: -7, to: now)
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case .month: calendar.date(byAdding: .day, value: -30, to: now)
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case .quarter: calendar.date(byAdding: .day, value: -90, to: now)
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case .year: calendar.date(byAdding: .year, value: -1, to: now)
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case .all: nil
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}
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}
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/// Bucket granularity: short ranges read daily, a quarter weekly, longer monthly.
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var bucket: Calendar.Component {
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switch self {
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case .week, .month: .day
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case .quarter: .weekOfYear
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case .year, .all: .month
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}
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}
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}
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/// One chart bucket (a day, week, or month depending on the range).
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struct TrendPoint: Sendable, Equatable, Identifiable {
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var date: Date // bucket start
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var workouts: Int
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var volume: Double
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var activeMinutes: Double
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var energyKcal: Double
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var id: Date { date }
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}
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// MARK: - Achievements
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/// A derived badge. `progress` is 0…1 toward earning (1 when earned) so locked badges
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/// can show how close they are.
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struct Achievement: Sendable, Equatable, Identifiable {
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var id: String
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var title: String
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var detail: String
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var systemImage: String
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var colorName: String
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var earned: Bool
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var progress: Double
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}
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// MARK: - Planner
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enum ProgressPlanner {
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// MARK: Goal tracks
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/// Roll schedules + workouts up into per-goal adherence tracks over the last
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/// `weeksBack` calendar weeks (oldest → newest, ending at the current week).
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/// Groups appear in `goalOrder`; schedules keep their input order within a group;
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/// goal-less schedules land in a trailing `goal == nil` group. Goals with no
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/// schedules produce no track.
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static func goalTracks(
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schedules: [ScheduleFacts],
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workouts: [WorkoutFacts],
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weeksBack: Int = 12,
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goalOrder: [GoalKind] = GoalKind.allCases,
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calendar: Calendar = .current,
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now: Date = Date()
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) -> [GoalTrack] {
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let doneDays = completedDays(workouts: workouts, calendar: calendar)
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let grid = weekGrid(weeksBack: weeksBack, calendar: calendar, now: now)
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var groups: [(GoalKind?, [ScheduleFacts])] = goalOrder.map { kind in
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(kind, schedules.filter { $0.goal == kind })
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}
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groups.append((nil, schedules.filter { $0.goal == nil }))
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return groups.compactMap { goal, members in
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guard !members.isEmpty else { return nil }
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let tracks = members.map { schedule in
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scheduleTrack(schedule: schedule, doneDays: doneDays[schedule.routineID] ?? [],
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grid: grid, calendar: calendar, now: now)
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}
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let rollup = grid.enumerated().map { index, weekStart in
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let marks = tracks.compactMap { $0.weeks[index] }
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return WeekMark(weekStart: weekStart,
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met: marks.reduce(0) { $0 + $1.met },
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expected: marks.reduce(0) { $0 + $1.expected })
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}
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let alive = !tracks.contains { $0.currentWeekBroken }
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return GoalTrack(goal: goal,
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scheduleTracks: tracks,
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weeks: rollup,
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streakWeeks: streak(weeks: rollup, alive: alive),
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streakAlive: alive)
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}
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}
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/// One schedule's marks across the grid plus its current-week brokenness.
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static func scheduleTrack(
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schedule: ScheduleFacts,
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doneDays: Set<Date>,
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grid: [Date],
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calendar: Calendar,
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now: Date
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) -> ScheduleTrack {
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let weeks = grid.map { weekStart in
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weekMark(schedule: schedule, doneDays: doneDays, weekStart: weekStart,
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calendar: calendar, now: now)
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}
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let broken = grid.last.map { currentWeekStart in
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currentWeekBroken(schedule: schedule, doneDays: doneDays,
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weekStart: currentWeekStart, calendar: calendar, now: now)
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} ?? false
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return ScheduleTrack(schedule: schedule, weeks: weeks, currentWeekBroken: broken)
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}
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/// The verdict for one schedule-week, or nil when the schedule doesn't apply
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/// (created after the week, a one-off in a different week, a future week).
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///
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/// Expectation semantics differ by recurrence so the *current* week reads as
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/// "on track so far" rather than "not done yet":
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/// - `.daily` / `.fixedDays`: expected counts only required days **up to today**;
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/// met counts distinct completed days in that same window (so a Tuesday make-up
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/// for a missed fixed Monday still counts — catch-ups are honored).
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/// - `.once`: expected 1, only in the week containing its date.
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static func weekMark(
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schedule: ScheduleFacts,
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doneDays: Set<Date>,
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weekStart: Date,
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calendar: Calendar,
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now: Date
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) -> WeekMark? {
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guard let window = window(for: schedule, weekStart: weekStart,
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calendar: calendar, clampToDay: calendar.startOfDay(for: now))
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else { return nil }
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let done = window.elapsedDays.filter(doneDays.contains).count
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switch schedule.recurrence {
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case .daily:
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return WeekMark(weekStart: weekStart, met: done, expected: window.elapsedDays.count)
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case .fixedDays:
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let wanted = Set(schedule.weekdays ?? [])
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let required = window.elapsedDays
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.filter { wanted.contains(calendar.component(.weekday, from: $0)) }.count
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return WeekMark(weekStart: weekStart, met: min(done, required), expected: required)
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case .once:
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guard let once = schedule.onceDate,
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calendar.dateInterval(of: .weekOfYear, for: once)?.start == weekStart
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else { return nil }
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return WeekMark(weekStart: weekStart, met: min(done, 1), expected: 1)
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}
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}
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/// True when the current week can no longer be met: the days remaining (today
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/// included) are fewer than the requirement still outstanding. A daily's missed
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/// yesterday breaks immediately; fixed days with catch-up days still left don't.
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static func currentWeekBroken(
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schedule: ScheduleFacts,
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doneDays: Set<Date>,
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weekStart: Date,
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calendar: Calendar,
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now: Date
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) -> Bool {
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let today = calendar.startOfDay(for: now)
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guard let window = window(for: schedule, weekStart: weekStart,
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calendar: calendar, clampToDay: today)
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else { return false }
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let done = window.fullDays.filter(doneDays.contains).count
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let daysLeft = window.fullDays.filter { $0 >= today }.count
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let fullRequirement: Int
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switch schedule.recurrence {
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case .daily:
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fullRequirement = window.fullDays.count
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case .fixedDays:
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let wanted = Set(schedule.weekdays ?? [])
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fullRequirement = window.fullDays
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.filter { wanted.contains(calendar.component(.weekday, from: $0)) }.count
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case .once:
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guard let once = schedule.onceDate,
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calendar.dateInterval(of: .weekOfYear, for: once)?.start == weekStart
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else { return false }
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fullRequirement = 1
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}
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return fullRequirement - done > daysLeft
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}
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// MARK: Trends
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/// Completed workouts bucketed for the chart: daily for 7D/30D, weekly for 90D,
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/// monthly for 1Y/All. Empty buckets are zero-filled from the range start (All:
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/// from the first workout) through now, so gaps read as gaps rather than the line
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/// skipping them. Empty input (or an empty window) returns [].
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static func trendPoints(
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workouts: [WorkoutFacts],
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range: TrendRange,
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calendar: Calendar = .current,
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now: Date = Date()
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) -> [TrendPoint] {
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let cutoff = range.startDate(now: now, calendar: calendar)
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let completed = workouts.filter { workout in
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workout.completed && (cutoff.map { workout.start >= $0 } ?? true)
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}
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func bucketStart(_ date: Date) -> Date {
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calendar.dateInterval(of: range.bucket, for: date)?.start ?? date
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}
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var byBucket: [Date: TrendPoint] = [:]
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for workout in completed {
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let key = bucketStart(workout.start)
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var point = byBucket[key] ?? TrendPoint(date: key, workouts: 0, volume: 0,
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activeMinutes: 0, energyKcal: 0)
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point.workouts += 1
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point.volume += workout.volume
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point.activeMinutes += workout.activeMinutes
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point.energyKcal += workout.energyKcal
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byBucket[key] = point
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}
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// Zero-fill from the window start so every bucket exists.
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let firstDate = cutoff ?? completed.map(\.start).min()
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guard let firstDate else { return [] }
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var points: [TrendPoint] = []
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var cursor = bucketStart(firstDate)
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let last = bucketStart(now)
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while cursor <= last {
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points.append(byBucket[cursor]
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?? TrendPoint(date: cursor, workouts: 0, volume: 0, activeMinutes: 0, energyKcal: 0))
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guard let next = calendar.date(byAdding: range.bucket, value: 1, to: cursor),
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next > cursor else { break }
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cursor = next
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}
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return points
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}
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// MARK: Achievements
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/// The full badge set, earned and locked alike — every one a pure derivation of
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/// history (recomputable after any cache rebuild). Streak badges read the goal
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/// tracks' best run, so their reach is capped by the tracks' `weeksBack`.
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static func achievements(
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tracks: [GoalTrack],
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workouts: [WorkoutFacts],
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calendar: Calendar = .current,
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now: Date = Date()
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) -> [Achievement] {
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let completed = workouts.filter(\.completed)
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let count = completed.count
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let totalVolume = completed.reduce(0) { $0 + $1.volume }
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var badges: [Achievement] = []
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// Session-count milestones.
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let countMilestones: [(Int, String, String)] = [
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(1, "First Rep", "figure.walk"),
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(10, "Ten Strong", "10.circle.fill"),
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(50, "Fifty Club", "50.circle.fill"),
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(100, "Century", "medal.fill"),
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(250, "Relentless", "flame.circle.fill"),
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]
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for (target, title, symbol) in countMilestones {
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badges.append(Achievement(
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id: "count-\(target)", title: title,
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detail: "Complete \(target) workout\(target == 1 ? "" : "s")",
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systemImage: symbol, colorName: "blue",
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earned: count >= target,
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progress: min(1, Double(count) / Double(target))))
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}
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// Weekly-streak milestones — best consecutive-hit run across any goal track.
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let bestRun = tracks.map { bestHitRun(weeks: $0.weeks) }.max() ?? 0
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let streakMilestones: [(Int, String)] = [
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(4, "4-Week Rhythm"), (8, "8-Week Habit"), (12, "12-Week Lifestyle"),
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]
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for (target, title) in streakMilestones {
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badges.append(Achievement(
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id: "streak-\(target)", title: title,
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detail: "Hit a goal every week for \(target) weeks straight",
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systemImage: "flame.fill", colorName: "orange",
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earned: bestRun >= target,
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progress: min(1, Double(bestRun) / Double(target))))
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}
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// Consecutive active days.
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let dayRun = longestDayRun(workouts: completed, calendar: calendar)
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badges.append(Achievement(
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id: "days-7", title: "Seven Straight",
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detail: "Work out 7 days in a row",
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systemImage: "calendar", colorName: "green",
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earned: dayRun >= 7,
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progress: min(1, Double(dayRun) / 7)))
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// Lifetime volume.
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let volumeMilestones: [(Double, String, String)] = [
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(100_000, "Heavy Lifter", "scalemass.fill"),
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(1_000_000, "Million Mover", "trophy.fill"),
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]
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for (target, title, symbol) in volumeMilestones {
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badges.append(Achievement(
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id: "volume-\(Int(target))", title: title,
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detail: "Lift \(Int(target).formatted()) total volume",
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systemImage: symbol, colorName: "purple",
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earned: totalVolume >= target,
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progress: min(1, totalVolume / target)))
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}
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// Time-of-day one-offs.
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let hours = completed.map { calendar.component(.hour, from: $0.start) }
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badges.append(Achievement(
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id: "early-bird", title: "Early Bird",
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detail: "Start a workout before 7 AM",
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systemImage: "sunrise.fill", colorName: "yellow",
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earned: hours.contains { $0 < 7 },
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progress: hours.contains { $0 < 7 } ? 1 : 0))
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badges.append(Achievement(
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id: "night-owl", title: "Night Owl",
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detail: "Start a workout after 9 PM",
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systemImage: "moon.stars.fill", colorName: "indigo",
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earned: hours.contains { $0 >= 21 },
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progress: hours.contains { $0 >= 21 } ? 1 : 0))
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// Clean sweep: some week in which every goal's requirement was fully hit.
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let sweep = cleanSweepExists(tracks: tracks)
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badges.append(Achievement(
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id: "clean-sweep", title: "Clean Sweep",
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detail: "Hit every goal in a single week",
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systemImage: "checkmark.seal.fill", colorName: "teal",
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earned: sweep, progress: sweep ? 1 : 0))
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return badges
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}
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// MARK: - Shared helpers
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/// Start-of-day set of every day with a completed workout, keyed by routine ID.
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static func completedDays(workouts: [WorkoutFacts], calendar: Calendar) -> [String: Set<Date>] {
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var result: [String: Set<Date>] = [:]
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for workout in workouts where workout.completed {
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guard let routineID = workout.routineID else { continue }
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result[routineID, default: []].insert(calendar.startOfDay(for: workout.start))
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}
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return result
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}
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/// Week starts oldest → newest, ending at the week containing `now`.
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static func weekGrid(weeksBack: Int, calendar: Calendar, now: Date) -> [Date] {
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guard weeksBack > 0,
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let currentStart = calendar.dateInterval(of: .weekOfYear, for: now)?.start
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else { return [] }
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return (0..<weeksBack).reversed().compactMap {
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calendar.date(byAdding: .weekOfYear, value: -$0, to: currentStart)
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}
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}
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/// The days of one schedule-week: `fullDays` is the whole week clipped to the
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/// schedule's creation day; `elapsedDays` additionally clips to `clampToDay`
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/// (today), for "so far" expectations. Nil when the schedule postdates the week.
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private static func window(
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for schedule: ScheduleFacts,
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weekStart: Date,
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calendar: Calendar,
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clampToDay: Date
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) -> (fullDays: [Date], elapsedDays: [Date])? {
|
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guard let weekEnd = calendar.date(byAdding: .weekOfYear, value: 1, to: weekStart)
|
||
else { return nil }
|
||
let createdDay = calendar.startOfDay(for: schedule.createdAt)
|
||
let start = max(weekStart, createdDay)
|
||
guard start < weekEnd, start <= clampToDay else { return nil }
|
||
|
||
var fullDays: [Date] = []
|
||
var cursor = start
|
||
while cursor < weekEnd {
|
||
fullDays.append(cursor)
|
||
guard let next = calendar.date(byAdding: .day, value: 1, to: cursor), next > cursor
|
||
else { break }
|
||
cursor = next
|
||
}
|
||
let elapsedDays = fullDays.filter { $0 <= clampToDay }
|
||
return (fullDays, elapsedDays)
|
||
}
|
||
|
||
/// Streak ending now: consecutive hit weeks scanned newest → oldest. A vacuous
|
||
/// week is transparent (skipped); the current week counts once hit, is skipped
|
||
/// while still meetable, and zeroes the streak when already broken.
|
||
static func streak(weeks: [WeekMark], alive: Bool) -> Int {
|
||
guard !weeks.isEmpty else { return 0 }
|
||
var remaining = weeks
|
||
let current = remaining.removeLast()
|
||
|
||
var count = 0
|
||
if !current.isVacuous {
|
||
if current.hit { count += 1 }
|
||
else if !alive { return 0 }
|
||
// else: still in play — neither counts nor breaks.
|
||
}
|
||
for week in remaining.reversed() {
|
||
if week.isVacuous { continue }
|
||
if week.hit { count += 1 } else { break }
|
||
}
|
||
return count
|
||
}
|
||
|
||
/// Longest run of consecutive hit weeks anywhere in the track (vacuous weeks are
|
||
/// transparent here too).
|
||
static func bestHitRun(weeks: [WeekMark]) -> Int {
|
||
var best = 0, run = 0
|
||
for week in weeks {
|
||
if week.isVacuous { continue }
|
||
if week.hit { run += 1; best = max(best, run) } else { run = 0 }
|
||
}
|
||
return best
|
||
}
|
||
|
||
/// Longest run of consecutive calendar days with at least one completed workout.
|
||
static func longestDayRun(workouts: [WorkoutFacts], calendar: Calendar) -> Int {
|
||
let days = Set(workouts.filter(\.completed).map { calendar.startOfDay(for: $0.start) })
|
||
.sorted()
|
||
var best = 0, run = 0
|
||
var previous: Date?
|
||
for day in days {
|
||
if let previous,
|
||
let next = calendar.date(byAdding: .day, value: 1, to: previous),
|
||
calendar.isDate(next, inSameDayAs: day) {
|
||
run += 1
|
||
} else {
|
||
run = 1
|
||
}
|
||
best = max(best, run)
|
||
previous = day
|
||
}
|
||
return best
|
||
}
|
||
|
||
/// True when some grid week saw every goal track's requirement fully hit —
|
||
/// non-vacuously for at least two goals (a single-goal "sweep" is just a hit week).
|
||
static func cleanSweepExists(tracks: [GoalTrack]) -> Bool {
|
||
guard let weekCount = tracks.first?.weeks.count, !tracks.isEmpty else { return false }
|
||
for index in 0..<weekCount {
|
||
let marks = tracks.compactMap { $0.weeks.indices.contains(index) ? $0.weeks[index] : nil }
|
||
let active = marks.filter { !$0.isVacuous }
|
||
if active.count >= 2 && marks.allSatisfy(\.hit) { return true }
|
||
}
|
||
return false
|
||
}
|
||
}
|