rzen
b2d670724a
The two-way live run unified the propped-phone mirror onto the real ExerciseProgressView driver, whose phase views anchor their timers to a local Date() captured when the page becomes active. For a remote-driven transition that meant anchoring at phaseStart + delivery-latency + render-time, so the receiver's countdown lagged the driver — visibly so iPhone->watch, where the watch is the slower receiver (apply -> SwiftUI re-render -> TabView animation -> phase view activates). The frame already carries phaseStart/phaseEnd wall-clock anchors (the way the old read-only mirror counted off them). Honor them: when a phase is reached by applying a remote frame, the active phase view anchors its timer to the frame's phaseStart/phaseEnd instead of local now. Scoped to the remote-driven page (remoteAnchorPage) so a local swipe or auto-advance still self-anchors; any local transition clears it. Applied symmetrically to both the iPhone and watch drivers. Delivery latency no longer shifts the displayed timer in either direction (limited only by sub-second inter-device clock skew), and the auto-advance at zero fires together since both share the same phaseEnd. Claude-Session: https://claude.ai/code/session_01SCv7zvGFcKy47KSTnTLxRe
892 lines
36 KiB
Swift
892 lines
36 KiB
Swift
//
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// ExerciseProgressView.swift
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// Workouts
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//
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// Copyright 2025 Rouslan Zenetl. All Rights Reserved.
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//
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import SwiftUI
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import UIKit
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/// Runs a single exercise as a horizontally-paged flow — the iPhone counterpart to the
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/// watch's `ExerciseProgressView`:
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///
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/// [Ready] → Work₁ → Rest₁ → Work₂ → … → Workₙ → Finish
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///
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/// A **Ready?** page leads in *only* when the exercise hasn't been started yet (a
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/// resumed exercise jumps straight to its first unfinished set). The **work** phase
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/// counts *up* (a stopwatch for the current set, tinted with the brand purple); the
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/// user swipes left when they're done. The **rest** phase counts *down* from the
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/// configurable rest time (light teal), buzzes once per second in the final three
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/// seconds, then auto-advances to the next work phase. Sliding past the final set
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/// reaches a **Finish** page offering **One More** (append a bonus set) and **Done**
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/// (which also auto-fires after a configurable countdown, completing the exercise).
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///
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/// The paged flow occupies the **top half** of the screen; the bottom half is reserved
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/// blank for a later iteration. A row of phase dots tracks progress: purple for work,
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/// teal for rest, with the current phase drawn as a wider dash.
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struct ExerciseProgressView: View {
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@Environment(\.dismiss) private var dismiss
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/// The shared working workout document owned by the parent list. We mutate the
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/// matching log in place and ask the parent to persist each change — driving the UI
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/// from this doc (not the cache) avoids losing rapid edits to the read-after-write
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/// race the cache update lags behind.
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@Binding var doc: WorkoutDocument
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let logID: String
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let onChange: () -> Void
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/// Broadcasts the current flow position so the watch (if it has this run open) can follow
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/// it live (ephemeral; see `LiveProgress`). `onLiveEnded` fires when we leave the flow.
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/// Only *human* transitions are broadcast — an auto-advance (rest/timed-work end) isn't,
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/// since the other device reaches it independently off the same wall-clock anchors. Default
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/// no-ops, so the in-list driver stays purely durable; the propped-phone cover wires these.
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let onLive: (LiveProgress) -> Void
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let onLiveEnded: () -> Void
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/// The latest live-run frame the *watch* sent for this run, to follow when it drives a
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/// transition (ephemeral; nil when the watch isn't driving). Applying it jumps our page
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/// without re-broadcasting or re-recording — the originating device owns the durable write.
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var incomingFrame: LiveProgress?
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/// Rest length between sets, shared with the watch via the same defaults key.
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@AppStorage("restSeconds") private var restSeconds: Int = 45
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/// Auto-Done countdown on the Finish page — read so a broadcast frame carries the same
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/// end anchor the watch's mirror counts off.
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@AppStorage("doneCountdownSeconds") private var doneCountdownSeconds: Int = 5
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/// Planned set count for this run. `One More` bumps it (and the log's `sets`).
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@State private var setCount: Int
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@State private var currentPage: Int
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@State private var didRestorePage = false
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/// Why `currentPage` last changed, so the page observer knows whether to broadcast it.
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/// A human swipe leaves this `nil` (→ treated as human); programmatic moves set it.
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@State private var pageChangeCause: PageChangeCause?
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/// Highest remote frame version we've applied, so a redelivery doesn't re-jump.
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@State private var lastAppliedVersion = 0
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/// When a remote frame drove us to a page, that page's timer anchors to the *sender's*
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/// wall clock (`remoteAnchorStart`/`End`) instead of local `now` — so delivery latency
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/// can't desync the mirror, the way the old read-only mirror counted off the frame's
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/// anchors. Scoped to `remoteAnchorPage`; any local transition to another page self-anchors.
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@State private var remoteAnchorPage: Int?
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@State private var remoteAnchorStart: Date?
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@State private var remoteAnchorEnd: Date?
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private enum PageChangeCause { case auto, remote }
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/// True when this run opened on a resumed set (in-progress) rather than the Ready
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/// page. Held in `@State` so it stays fixed for the life of the screen — the parent
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/// list re-inits this view whenever the workout file changes, and this must not flip
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/// mid-run. Such a run re-asserts its resume page after the first layout and ignores
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/// the transient TabView snap-to-0, so it isn't reset on open.
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@State private var startsResumed: Bool
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init(doc: Binding<WorkoutDocument>, logID: String, onChange: @escaping () -> Void, onLive: @escaping (LiveProgress) -> Void = { _ in }, onLiveEnded: @escaping () -> Void = {}, incomingFrame: LiveProgress? = nil) {
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self._doc = doc
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self.logID = logID
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self.onChange = onChange
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self.onLive = onLive
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self.onLiveEnded = onLiveEnded
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self.incomingFrame = incomingFrame
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let log = doc.wrappedValue.logs.first { $0.id == logID }
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let sets = max(1, log?.sets ?? 1)
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_setCount = State(initialValue: sets)
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// The Ready page always leads the flow. A not-started run opens on it; an
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// in-progress run opens on its first unfinished set and re-asserts that page past
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// the TabView's snap-to-0 on first layout.
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let notStarted = (log?.status ?? WorkoutStatus.notStarted.rawValue) == WorkoutStatus.notStarted.rawValue
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_startsResumed = State(initialValue: !notStarted)
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let base = 1
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// Resume on the first unfinished set's work page (clamped to the last set).
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let completed = min(max(0, log?.currentStateIndex ?? 0), sets - 1)
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let resume = base + completed * 2
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_currentPage = State(initialValue: notStarted ? 0 : resume)
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}
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private var log: WorkoutLogDocument? {
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doc.logs.first { $0.id == logID }
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}
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/// The **Ready?** page always leads the flow, so a resumed run can swipe back to it
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/// (which resets the exercise). (The watch additionally suppresses it for its
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/// screenshot host; the iPhone has no such host, so it's always shown.)
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private var showsReady: Bool { true }
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/// Offset of the work/rest cycle: `1` when a Ready page leads, else `0`.
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private var base: Int { showsReady ? 1 : 0 }
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/// Work/rest pages: Work₁, Rest₁, …, Workₙ ⇒ N sets + (N−1) rests = 2N − 1.
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private var cycleCount: Int { setCount * 2 - 1 }
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/// Ready (`base`) + cycle (`2N − 1`) + Finish (`1`).
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private var totalPages: Int { base + cycleCount + 1 }
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/// The first unfinished set's work page, used to resume an in-progress run.
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private var resumePage: Int {
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let completed = min(max(0, log?.currentStateIndex ?? 0), setCount - 1)
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return base + completed * 2
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}
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/// Position within the work/rest cycle for the current page — `nil` on the Ready
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/// and Finish pages (which show no dots).
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private var currentCycleIndex: Int? {
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let c = currentPage - base
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return (0..<cycleCount).contains(c) ? c : nil
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}
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/// Work-only progress model for the dot row: one marker per set, a dash on the set
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/// being worked, and a doubled gap straddling the rest you're currently in.
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private var workDots: WorkPhaseDots.Model? {
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guard let c = currentCycleIndex else { return nil }
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if c.isMultiple(of: 2) {
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let set = c / 2
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return .init(setCount: setCount, activeSet: set, restAfterSet: nil, completed: set)
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} else {
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let set = (c - 1) / 2
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return .init(setCount: setCount, activeSet: nil, restAfterSet: set, completed: set + 1)
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}
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}
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private var detail: String {
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guard let log else { return "" }
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if LoadType(rawValue: log.loadType) == .duration {
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return Self.durationLabel(log.durationSeconds)
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}
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return "\(log.reps) reps"
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}
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/// Timed exercise: the work phase counts *down* from its duration (and auto-advances),
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/// rather than counting *up* until the user swipes on.
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private var isDuration: Bool {
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guard let log else { return false }
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return LoadType(rawValue: log.loadType) == .duration
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}
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/// Per-set work duration for a timed exercise.
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private var workDurationSeconds: Int {
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max(1, log?.durationSeconds ?? 1)
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}
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/// One-line plan summary for the Ready page, e.g. "4 sets × 8 reps".
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private var readySummary: String {
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let setsText = "\(setCount) set\(setCount == 1 ? "" : "s")"
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return detail.isEmpty ? setsText : "\(setsText) × \(detail)"
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}
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var body: some View {
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VStack(spacing: 0) {
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// Paged flow — top half.
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TabView(selection: $currentPage) {
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ForEach(0..<totalPages, id: \.self) { index in
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page(for: index)
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.tag(index)
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}
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}
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.tabViewStyle(.page(indexDisplayMode: .never))
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.frame(maxWidth: .infinity, maxHeight: .infinity)
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.overlay(alignment: .bottom) {
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if let dots = workDots {
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WorkPhaseDots(model: dots)
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.padding(.bottom, 8)
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}
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}
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// Reserved space for a later iteration (set log, history, chart, …).
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Color.clear
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.frame(maxWidth: .infinity, maxHeight: .infinity)
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}
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.navigationTitle(log?.exerciseName ?? "")
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.navigationBarTitleDisplayMode(.inline)
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.onChange(of: currentPage) { oldPage, newPage in
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// Ignore page changes until the initial resume settles, so the TabView's
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// transient snap-to-0 on first layout can't reset an in-progress run.
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guard didRestorePage else { return }
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let cause = pageChangeCause
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pageChangeCause = nil
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switch cause {
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case .remote:
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// The watch already recorded and owns this transition — just follow it.
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break
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case .auto:
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// Rest / timed-work auto-advance: record forward progress, but don't
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// broadcast — the watch reaches this point on its own synchronized timer.
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clearRemoteAnchor()
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recordProgress(for: newPage)
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case .none:
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// A human swipe. Swiping back from the first set to Ready wipes the run
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// (only the adjacent 1→0 swipe resets — a stray far jump never does); any
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// other page records forward progress. Human transitions are broadcast.
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clearRemoteAnchor()
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if showsReady && newPage == 0 && oldPage == base {
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resetExercise()
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} else {
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recordProgress(for: newPage)
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}
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broadcastLive(for: newPage)
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}
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}
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.onChange(of: incomingFrame) { _, frame in
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if let frame { applyIncoming(frame) }
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}
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.onAppear {
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guard !didRestorePage else { return }
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if startsResumed {
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// Resume on the first unfinished set. A paged TabView can settle on page 0
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// on first layout, so re-assert the resume page (now and once more after
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// this run loop) before honoring page changes — otherwise that snap would
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// land on, and reset at, the Ready page.
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jumpToResumePage()
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Task { @MainActor in
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jumpToResumePage()
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finishRestore()
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}
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} else {
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// Not-started opens on the Ready page.
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finishRestore()
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}
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}
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.onDisappear {
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// Leaving the flow (back / done) — stop the watch from following.
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onLiveEnded()
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}
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}
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/// Move to the resume page without animation, only if we're not already there
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/// (so a re-assert after a TabView snap-to-0 is a no-op in the common case).
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private func jumpToResumePage() {
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let target = resumePage
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guard currentPage != target else { return }
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var transaction = Transaction()
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transaction.disablesAnimations = true
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withTransaction(transaction) { currentPage = target }
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}
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// MARK: - Live mirror
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/// Finish the initial-page restore, then either follow an in-progress remote driver or, if
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/// we're the one starting the run, announce our position to the watch.
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private func finishRestore() {
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didRestorePage = true
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if let frame = incomingFrame, frame.logID == logID {
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applyIncoming(frame)
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} else {
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broadcastLive(for: currentPage)
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}
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}
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/// Push the current flow position to the watch. The anchor is stamped *now* — the page
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/// just became active — so the watch's mirror timer lines up with this device's.
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private func broadcastLive(for page: Int) {
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guard let snapshot = liveSnapshot(for: page) else { return }
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onLive(snapshot)
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}
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/// Follow a transition the watch made: jump to the frame's page (matching its set count
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/// for a remote One More) without re-broadcasting or re-recording it — the watch owns the
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/// durable write, which arrives separately over the document sync.
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private func applyIncoming(_ frame: LiveProgress) {
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guard didRestorePage, frame.logID == logID, frame.version > lastAppliedVersion else { return }
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lastAppliedVersion = frame.version
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if frame.setCount != setCount { setCount = frame.setCount }
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let target = page(forPhase: frame.phase, setIndex: frame.setIndex)
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// Anchor the target page's timer to the sender's wall clock, not local now, so the
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// displayed countdown matches regardless of how long the frame took to arrive.
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remoteAnchorPage = target
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remoteAnchorStart = frame.phaseStart
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remoteAnchorEnd = frame.phaseEnd
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guard target != currentPage else { return }
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pageChangeCause = .remote
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withAnimation { currentPage = target }
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}
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/// Drop the remote anchor when a local transition moves us off the remote-driven page,
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/// so the next phase counts off local `now` (and a swipe back doesn't reuse a stale anchor).
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private func clearRemoteAnchor() {
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remoteAnchorPage = nil
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remoteAnchorStart = nil
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remoteAnchorEnd = nil
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}
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/// Inverse of `liveSnapshot`'s page→frame mapping: a frame's phase/set → page index.
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private func page(forPhase phase: LiveRunPhase, setIndex: Int) -> Int {
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let set = min(max(0, setIndex), max(0, setCount - 1))
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switch phase {
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case .ready: return showsReady ? 0 : base
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case .work: return base + set * 2
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case .rest: return base + set * 2 + 1
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case .finish: return base + cycleCount
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}
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}
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/// Build the live-run frame for a given page: phase, the set it pertains to, and the
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/// wall-clock anchors the watch counts off. Count-down phases (rest, timed work, finish)
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/// carry an end anchor; a rep-based work set counts up and leaves it `nil`.
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private func liveSnapshot(for page: Int) -> LiveProgress? {
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guard let log else { return nil }
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let now = Date()
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func frame(_ phase: LiveRunPhase, setIndex: Int, end: Date?) -> LiveProgress {
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LiveProgress(
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workoutID: doc.id,
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logID: logID,
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exerciseName: log.exerciseName,
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phase: phase,
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setIndex: setIndex,
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setCount: setCount,
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detail: detail,
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phaseStart: now,
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phaseEnd: end,
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version: 0
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)
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}
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if showsReady && page == 0 {
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return frame(.ready, setIndex: 0, end: nil)
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}
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let cycleIndex = page - base
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if cycleIndex == cycleCount {
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return frame(.finish, setIndex: max(0, setCount - 1),
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end: now.addingTimeInterval(Double(max(1, doneCountdownSeconds))))
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} else if cycleIndex.isMultiple(of: 2) {
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let set = cycleIndex / 2
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let end = isDuration ? now.addingTimeInterval(Double(workDurationSeconds)) : nil
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return frame(.work, setIndex: set, end: end)
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} else {
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let set = (cycleIndex - 1) / 2 // the rest follows this set
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return frame(.rest, setIndex: set, end: now.addingTimeInterval(Double(max(1, restSeconds))))
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}
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}
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@ViewBuilder
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private func page(for index: Int) -> some View {
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let isActive = index == currentPage
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// Only the remote-driven page carries the sender's anchors; every other page (reached
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// locally by swipe or auto-advance) counts off its own `now`.
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let anchorStart = index == remoteAnchorPage ? remoteAnchorStart : nil
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let anchorEnd = index == remoteAnchorPage ? remoteAnchorEnd : nil
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if showsReady && index == 0 {
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ReadyPhaseView(summary: readySummary, onStart: start)
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} else {
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let cycleIndex = index - base
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if cycleIndex == cycleCount {
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// Finish page — confirm Done (auto-fires) or add One More.
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FinishPhaseView(
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isActive: isActive,
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onDone: { completeExercise(); dismiss() },
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onOneMore: addSet,
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anchorEnd: anchorEnd
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)
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} else if cycleIndex.isMultiple(of: 2) {
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let setNumber = cycleIndex / 2 + 1
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if isDuration {
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// Timed work set — count down from the planned duration, then
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// auto-advance (and buzz) the same way a rest does.
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CountdownPhaseView(
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header: "\(setNumber) of \(setCount)",
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tint: .workTimer,
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seconds: workDurationSeconds,
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isActive: isActive,
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anchorStart: anchorStart,
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anchorEnd: anchorEnd
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) {
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withAnimation { advance(from: index) }
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}
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} else {
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// Rep-based work set — count up; the user swipes left when done.
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WorkPhaseView(
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setNumber: setNumber,
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totalSets: setCount,
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detail: detail,
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isActive: isActive,
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anchorStart: anchorStart
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)
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}
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} else {
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// Rest phase. Auto-advances to the next work page when the timer hits zero.
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CountdownPhaseView(
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header: "Rest",
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tint: .restTimer,
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seconds: restSeconds,
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isActive: isActive,
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anchorStart: anchorStart,
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anchorEnd: anchorEnd
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) {
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withAnimation { advance(from: index) }
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}
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}
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}
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}
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// MARK: - Mutations
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/// Leave the Ready page for the first work phase, marking the exercise started.
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private func start() {
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beginExercise()
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withAnimation { currentPage = base }
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}
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/// Programmatically move one page right (used by the rest auto-advance), guarding
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/// against overrun if the user swiped away in the meantime. Tagged `.auto` so the page
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/// observer records progress but doesn't broadcast it (the watch auto-advances too).
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private func advance(from index: Int) {
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guard currentPage == index, index + 1 < totalPages else { return }
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pageChangeCause = .auto
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currentPage = index + 1
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}
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/// Flip a not-yet-started exercise to in-progress the moment the user taps Start.
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private func beginExercise() {
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guard let i = doc.logs.firstIndex(where: { $0.id == logID }) else { return }
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guard doc.logs[i].status == WorkoutStatus.notStarted.rawValue else { return }
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doc.logs[i].status = WorkoutStatus.inProgress.rawValue
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recomputeWorkoutStatus()
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doc.updatedAt = Date()
|
||
onChange()
|
||
}
|
||
|
||
/// Append a bonus set from the Finish page: mark every prior set done, grow the
|
||
/// plan, and slide forward into the bonus set's work phase.
|
||
private func addSet() {
|
||
let newCount = setCount + 1
|
||
|
||
if let i = doc.logs.firstIndex(where: { $0.id == logID }) {
|
||
doc.logs[i].sets = newCount
|
||
doc.logs[i].currentStateIndex = newCount - 1 // every prior set is now complete
|
||
doc.logs[i].status = WorkoutStatus.inProgress.rawValue
|
||
doc.logs[i].completed = false
|
||
recomputeWorkoutStatus()
|
||
doc.updatedAt = Date()
|
||
onChange()
|
||
}
|
||
|
||
withAnimation {
|
||
setCount = newCount
|
||
currentPage += 1
|
||
}
|
||
}
|
||
|
||
/// Map a page to completed-set count and record forward progress.
|
||
///
|
||
/// Paging tops out at `setCount − 1` completed sets — the final set is marked done
|
||
/// only by an explicit **Done** (`completeExercise`). Progress is **monotonic**:
|
||
/// completing a work phase advances the count, but swiping back — or a transient
|
||
/// TabView snap to page 0 — never un-counts a set.
|
||
private func recordProgress(for pageIndex: Int) {
|
||
if showsReady && pageIndex == 0 { return } // Ready page records nothing
|
||
let cycleIndex = pageIndex - base
|
||
let reached = min(max(0, (cycleIndex + 1) / 2), setCount - 1)
|
||
|
||
guard let i = doc.logs.firstIndex(where: { $0.id == logID }) else { return }
|
||
guard reached > doc.logs[i].currentStateIndex else { return }
|
||
|
||
doc.logs[i].currentStateIndex = reached
|
||
doc.logs[i].status = WorkoutStatus.inProgress.rawValue
|
||
doc.logs[i].completed = false
|
||
|
||
recomputeWorkoutStatus()
|
||
doc.updatedAt = Date()
|
||
onChange()
|
||
}
|
||
|
||
/// Swiping back to the **Ready?** page starts the exercise over from scratch.
|
||
private func resetExercise() {
|
||
guard let i = doc.logs.firstIndex(where: { $0.id == logID }) else { return }
|
||
let log = doc.logs[i]
|
||
// Skip the write if it's already pristine (e.g. landing on Ready before any set).
|
||
guard log.currentStateIndex != 0
|
||
|| log.status != WorkoutStatus.notStarted.rawValue
|
||
|| log.completed else { return }
|
||
doc.logs[i].currentStateIndex = 0
|
||
doc.logs[i].status = WorkoutStatus.notStarted.rawValue
|
||
doc.logs[i].completed = false
|
||
recomputeWorkoutStatus()
|
||
doc.updatedAt = Date()
|
||
onChange()
|
||
}
|
||
|
||
private func completeExercise() {
|
||
guard let i = doc.logs.firstIndex(where: { $0.id == logID }) else { return }
|
||
doc.logs[i].currentStateIndex = setCount
|
||
doc.logs[i].status = WorkoutStatus.completed.rawValue
|
||
doc.logs[i].completed = true
|
||
|
||
recomputeWorkoutStatus()
|
||
doc.updatedAt = Date()
|
||
onChange()
|
||
}
|
||
|
||
private func recomputeWorkoutStatus() {
|
||
let statuses = doc.logs.map { WorkoutStatus(rawValue: $0.status) ?? .notStarted }
|
||
let allCompleted = !statuses.isEmpty && statuses.allSatisfy { $0 == .completed }
|
||
let anyInProgress = statuses.contains { $0 == .inProgress }
|
||
let allNotStarted = statuses.allSatisfy { $0 == .notStarted }
|
||
|
||
if allCompleted {
|
||
doc.status = WorkoutStatus.completed.rawValue
|
||
doc.end = Date()
|
||
} else if anyInProgress || !allNotStarted {
|
||
doc.status = WorkoutStatus.inProgress.rawValue
|
||
doc.end = nil
|
||
} else {
|
||
doc.status = WorkoutStatus.notStarted.rawValue
|
||
doc.end = nil
|
||
}
|
||
}
|
||
|
||
// MARK: - Formatting
|
||
|
||
static func durationLabel(_ seconds: Int) -> String {
|
||
let mins = seconds / 60
|
||
let secs = seconds % 60
|
||
if mins > 0 && secs > 0 { return "\(mins)m \(secs)s" }
|
||
if mins > 0 { return "\(mins) min" }
|
||
return "\(secs) sec"
|
||
}
|
||
}
|
||
|
||
// MARK: - Haptics
|
||
|
||
/// Maps the watch flow's haptic vocabulary onto UIKit feedback generators so the iPhone
|
||
/// flow buzzes at the same beats (set start, countdown ping, rest end, done).
|
||
private enum WorkoutHaptic {
|
||
case start, tick, stop, success
|
||
|
||
@MainActor
|
||
func play() {
|
||
switch self {
|
||
case .start:
|
||
UIImpactFeedbackGenerator(style: .medium).impactOccurred()
|
||
case .tick:
|
||
UIImpactFeedbackGenerator(style: .light).impactOccurred()
|
||
case .stop:
|
||
UIImpactFeedbackGenerator(style: .rigid).impactOccurred()
|
||
case .success:
|
||
UINotificationFeedbackGenerator().notificationOccurred(.success)
|
||
}
|
||
}
|
||
}
|
||
|
||
// MARK: - Phase Colors
|
||
|
||
private extension Color {
|
||
/// Count-up work tint — brand purple, brightened in dark mode for contrast on
|
||
/// black and deepened in light mode for contrast on white.
|
||
static let workTimer = Color(UIColor { traits in
|
||
traits.userInterfaceStyle == .dark
|
||
? UIColor(red: 0.66, green: 0.45, blue: 0.96, alpha: 1)
|
||
: UIColor(red: 0.45, green: 0.18, blue: 0.78, alpha: 1)
|
||
})
|
||
|
||
/// Count-down rest tint — a light gray that deepens in light mode so it stays
|
||
/// legible on a white background.
|
||
static let restTimer = Color(UIColor { traits in
|
||
traits.userInterfaceStyle == .dark
|
||
? UIColor(white: 0.74, alpha: 1)
|
||
: UIColor(white: 0.52, alpha: 1)
|
||
})
|
||
}
|
||
|
||
// MARK: - Phase Timer Layout
|
||
|
||
/// Shared skeleton for the work and rest pages so their timers use an identical font
|
||
/// and land at exactly the same spot: a header line, the big timer, then a footer line.
|
||
/// The footer reserves its height even when empty, keeping the timer centered the same
|
||
/// way on both pages.
|
||
private struct PhaseTimerLayout<Content: View>: View {
|
||
let header: String
|
||
let footer: String
|
||
let tint: Color
|
||
@ViewBuilder var timer: Content
|
||
|
||
var body: some View {
|
||
VStack(spacing: 10) {
|
||
Text(header)
|
||
.font(.title3)
|
||
.foregroundStyle(.secondary)
|
||
|
||
timer
|
||
.font(.system(size: 108, weight: .bold, design: .rounded))
|
||
.monospacedDigit()
|
||
.foregroundStyle(tint)
|
||
.lineLimit(1)
|
||
.minimumScaleFactor(0.5)
|
||
|
||
Text(footer.isEmpty ? " " : footer)
|
||
.font(.title3)
|
||
.foregroundStyle(.secondary)
|
||
}
|
||
.frame(maxWidth: .infinity, maxHeight: .infinity)
|
||
}
|
||
}
|
||
|
||
// MARK: - Work Phase Dots
|
||
|
||
/// Progress row with one marker per work set. The set being worked is drawn as a wider
|
||
/// dash; during a rest every marker is a plain dot and the gap straddling that rest
|
||
/// grows to about double, hinting at the pause between the set that just ended and the
|
||
/// next one. Completed sets are full strength, upcoming ones dimmed.
|
||
private struct WorkPhaseDots: View {
|
||
struct Model: Equatable {
|
||
let setCount: Int
|
||
/// The set currently being worked — drawn as a dash. `nil` during a rest.
|
||
let activeSet: Int?
|
||
/// The set just completed; the gap *after* its dot doubles. `nil` during work.
|
||
let restAfterSet: Int?
|
||
/// How many sets are fully done (for dimming the upcoming ones).
|
||
let completed: Int
|
||
}
|
||
|
||
let model: Model
|
||
|
||
// Geometry — tune freely.
|
||
private let dotWidth: CGFloat = 8
|
||
private let dashWidth: CGFloat = 20
|
||
private let markerHeight: CGFloat = 8
|
||
private let gap: CGFloat = 8
|
||
private var restGap: CGFloat { gap * 2 }
|
||
|
||
var body: some View {
|
||
HStack(spacing: 0) {
|
||
ForEach(0..<model.setCount, id: \.self) { i in
|
||
marker(for: i)
|
||
if i < model.setCount - 1 {
|
||
Color.clear.frame(width: gapWidth(after: i), height: markerHeight)
|
||
}
|
||
}
|
||
}
|
||
.animation(.easeInOut(duration: 0.3), value: model)
|
||
}
|
||
|
||
private func marker(for i: Int) -> some View {
|
||
let isActive = model.activeSet == i
|
||
let isDone = i < model.completed
|
||
return Capsule()
|
||
.fill(Color.workTimer)
|
||
.frame(width: isActive ? dashWidth : dotWidth, height: markerHeight)
|
||
.opacity(isActive || isDone ? 1 : 0.45)
|
||
}
|
||
|
||
private func gapWidth(after i: Int) -> CGFloat {
|
||
model.restAfterSet == i ? restGap : gap
|
||
}
|
||
}
|
||
|
||
// MARK: - Phase Button Styling
|
||
|
||
private extension View {
|
||
/// Chunky, rounded, heavy treatment shared by the Start / Done / One More buttons:
|
||
/// a plump label (echoing the counter digits) over a taller full-width body.
|
||
func phaseButtonLabel() -> some View {
|
||
self
|
||
.font(.system(.title2, design: .rounded, weight: .heavy))
|
||
.frame(maxWidth: .infinity)
|
||
.padding(.vertical, 14)
|
||
}
|
||
}
|
||
|
||
// MARK: - Ready Phase
|
||
|
||
private struct ReadyPhaseView: View {
|
||
let summary: String
|
||
let onStart: () -> Void
|
||
|
||
var body: some View {
|
||
VStack(spacing: 14) {
|
||
Text("Ready?")
|
||
.font(.system(size: 44, weight: .bold, design: .rounded))
|
||
|
||
if !summary.isEmpty {
|
||
Text(summary)
|
||
.font(.title3)
|
||
.foregroundStyle(.secondary)
|
||
}
|
||
|
||
Button(action: onStart) {
|
||
Text("Start")
|
||
.phaseButtonLabel()
|
||
}
|
||
.buttonStyle(.borderedProminent)
|
||
.tint(.workTimer)
|
||
.buttonBorderShape(.capsule)
|
||
.padding(.top, 8)
|
||
.padding(.horizontal, 40)
|
||
}
|
||
.padding(.horizontal)
|
||
.frame(maxWidth: .infinity, maxHeight: .infinity)
|
||
}
|
||
}
|
||
|
||
// MARK: - Work Phase
|
||
|
||
private struct WorkPhaseView: View {
|
||
let setNumber: Int
|
||
let totalSets: Int
|
||
let detail: String
|
||
let isActive: Bool
|
||
/// When the page was reached by a remote frame, anchor the count-up to the sender's
|
||
/// wall clock instead of local `now`, so the mirror lines up regardless of delivery lag.
|
||
var anchorStart: Date? = nil
|
||
|
||
/// Wall-clock anchor for the count-up stopwatch. Driving the display from a fixed
|
||
/// start date (rendered by SwiftUI's timer text) instead of incrementing a counter
|
||
/// keeps it advancing without a run-loop timer.
|
||
@State private var startDate = Date()
|
||
|
||
var body: some View {
|
||
PhaseTimerLayout(header: "\(setNumber) of \(totalSets)", footer: detail, tint: .workTimer) {
|
||
Text(startDate, style: .timer)
|
||
}
|
||
.onAppear { if isActive { restart(haptic: true) } }
|
||
.onChange(of: isActive) { _, active in if active { restart(haptic: true) } }
|
||
// A later frame for this same page re-anchors the timer without re-buzzing.
|
||
.onChange(of: anchorStart) { _, _ in if isActive { restart(haptic: false) } }
|
||
}
|
||
|
||
private func restart(haptic: Bool) {
|
||
startDate = anchorStart ?? Date()
|
||
if haptic { WorkoutHaptic.start.play() }
|
||
}
|
||
}
|
||
|
||
// MARK: - Countdown Phase
|
||
|
||
/// A count-down phase used for both rests and timed work sets: counts down from
|
||
/// `seconds`, pings once per second in the final three, then buzzes and auto-advances at
|
||
/// zero. The header/tint distinguish the two uses (purple "N of M" work vs. gray "Rest").
|
||
private struct CountdownPhaseView: View {
|
||
let header: String
|
||
var footer: String = ""
|
||
let tint: Color
|
||
let seconds: Int
|
||
let isActive: Bool
|
||
/// When the page was reached by a remote frame, anchor the countdown window to the
|
||
/// sender's wall clock (`anchorStart`…`anchorEnd`) instead of local `now`…`now+seconds`,
|
||
/// so the remaining time — and the auto-advance at zero — line up across both devices.
|
||
var anchorStart: Date? = nil
|
||
var anchorEnd: Date? = nil
|
||
/// Invoked once the countdown reaches zero (auto-advance to the next page).
|
||
let onFinished: () -> Void
|
||
|
||
/// Wall-clock window for the countdown. SwiftUI renders the remaining time from this
|
||
/// range, and the haptics + auto-advance below are derived from `endDate` rather than
|
||
/// a decremented counter so they stay correct even if a tick is delayed.
|
||
@State private var startDate = Date()
|
||
@State private var endDate = Date()
|
||
/// Lowest remaining-second we've already pinged, so a burst of catch-up ticks doesn't
|
||
/// double-buzz.
|
||
@State private var lastPingSecond = Int.max
|
||
/// Guards the auto-advance so it fires exactly once even if ticks pile up.
|
||
@State private var didFinish = false
|
||
private let ticker = Timer.publish(every: 1.0, on: .main, in: .common).autoconnect()
|
||
|
||
var body: some View {
|
||
PhaseTimerLayout(header: header, footer: footer, tint: tint) {
|
||
Text(timerInterval: startDate...endDate, countsDown: true)
|
||
}
|
||
.onAppear { if isActive { start(haptic: true) } }
|
||
.onChange(of: isActive) { _, active in if active { start(haptic: true) } }
|
||
// A later frame for this same page re-anchors the window without re-buzzing.
|
||
.onChange(of: anchorEnd) { _, _ in if isActive { start(haptic: false) } }
|
||
.onReceive(ticker) { _ in tick() }
|
||
}
|
||
|
||
private func start(haptic: Bool) {
|
||
startDate = anchorStart ?? Date()
|
||
endDate = anchorEnd ?? startDate.addingTimeInterval(Double(max(1, seconds)))
|
||
lastPingSecond = Int.max
|
||
didFinish = false
|
||
if haptic { WorkoutHaptic.start.play() }
|
||
}
|
||
|
||
private func tick() {
|
||
guard isActive, !didFinish else { return }
|
||
// Round up so the final whole second still pings before we reach zero.
|
||
let remaining = Int(ceil(endDate.timeIntervalSinceNow))
|
||
|
||
if remaining <= 0 {
|
||
didFinish = true
|
||
WorkoutHaptic.stop.play()
|
||
onFinished()
|
||
} else if remaining <= 3 && remaining < lastPingSecond {
|
||
// Once-per-second countdown ping for the final three seconds.
|
||
lastPingSecond = remaining
|
||
WorkoutHaptic.tick.play()
|
||
}
|
||
}
|
||
}
|
||
|
||
// MARK: - Finish Phase
|
||
|
||
/// Terminal page after the last set. **Done** completes the exercise — and fires
|
||
/// automatically after a configurable countdown so the user doesn't have to tap with
|
||
/// sweaty hands. **One More** appends a bonus set instead.
|
||
private struct FinishPhaseView: View {
|
||
let isActive: Bool
|
||
let onDone: () -> Void
|
||
let onOneMore: () -> Void
|
||
/// When the page was reached by a remote frame, anchor the auto-Done deadline to the
|
||
/// sender's wall clock instead of local `now + countdown`, so both devices fire together.
|
||
var anchorEnd: Date? = nil
|
||
|
||
@AppStorage("doneCountdownSeconds") private var doneCountdownSeconds: Int = 5
|
||
|
||
/// Wall-clock deadline for the auto-Done. `remaining` is what the Done button shows.
|
||
@State private var endDate = Date()
|
||
@State private var remaining = 0
|
||
/// Fires the auto-Done exactly once, and latches off while the page isn't active.
|
||
@State private var didFire = false
|
||
private let ticker = Timer.publish(every: 0.25, on: .main, in: .common).autoconnect()
|
||
|
||
var body: some View {
|
||
VStack(spacing: 14) {
|
||
Button(action: fire) {
|
||
Label(remaining > 0 ? "Done · \(remaining)" : "Done", systemImage: "checkmark")
|
||
.phaseButtonLabel()
|
||
}
|
||
.buttonStyle(.borderedProminent)
|
||
.tint(Color.workTimer)
|
||
.buttonBorderShape(.capsule)
|
||
|
||
Button(action: onOneMore) {
|
||
Label("One More", systemImage: "plus")
|
||
.phaseButtonLabel()
|
||
}
|
||
.buttonStyle(.bordered)
|
||
.buttonBorderShape(.capsule)
|
||
}
|
||
.padding(.horizontal, 40)
|
||
.frame(maxWidth: .infinity, maxHeight: .infinity)
|
||
.onAppear { if isActive { start() } }
|
||
.onChange(of: isActive) { _, active in active ? start() : (didFire = true) }
|
||
.onChange(of: anchorEnd) { _, _ in if isActive { start() } }
|
||
.onReceive(ticker) { _ in tick() }
|
||
}
|
||
|
||
private func start() {
|
||
endDate = anchorEnd ?? Date().addingTimeInterval(Double(max(1, doneCountdownSeconds)))
|
||
remaining = max(0, Int(ceil(endDate.timeIntervalSinceNow)))
|
||
didFire = false
|
||
}
|
||
|
||
private func tick() {
|
||
guard isActive, !didFire else { return }
|
||
let r = Int(ceil(endDate.timeIntervalSinceNow))
|
||
remaining = max(0, r)
|
||
if r <= 0 { fire() }
|
||
}
|
||
|
||
private func fire() {
|
||
guard !didFire else { return }
|
||
didFire = true
|
||
WorkoutHaptic.success.play()
|
||
onDone()
|
||
}
|
||
}
|