TheNoiseClock/TheNoiseClock/Views/Clock/Components/TimeDisplayView.swift

451 lines
19 KiB
Swift

//
// TimeDisplayView.swift
// TheNoiseClock
//
// Created by Matt Bruce on 9/7/25.
//
import SwiftUI
/// Component for displaying segmented time with customizable formatting
struct TimeDisplayView: View {
// MARK: - Properties
let date: Date
let use24Hour: Bool
let showSeconds: Bool
let digitColor: Color
let glowIntensity: Double
let manualScale: Double
let stretched: Bool
let clockOpacity: Double
let fontFamily: String
let fontWeight: String
let fontDesign: String
// MARK: - Formatters
private static let hour24DF: DateFormatter = {
let df = DateFormatter()
df.locale = Locale(identifier: "en_US_POSIX")
df.dateFormat = "HH"
return df
}()
private static let hour12DF: DateFormatter = {
let df = DateFormatter()
df.locale = Locale(identifier: "en_US_POSIX")
df.dateFormat = "h"
return df
}()
private static let minuteDF: DateFormatter = {
let df = DateFormatter()
df.locale = Locale(identifier: "en_US_POSIX")
df.dateFormat = "mm"
return df
}()
private static let secondDF: DateFormatter = {
let df = DateFormatter()
df.locale = Locale(identifier: "en_US_POSIX")
df.dateFormat = "ss"
return df
}()
private static let ampmDF: DateFormatter = {
let df = DateFormatter()
df.locale = Locale(identifier: "en_US_POSIX")
df.dateFormat = "a"
return df
}()
// MARK: - Body
var body: some View {
GeometryReader { proxy in
let size = proxy.size
let portrait = size.height >= size.width
// Use the full GeometryReader size for maximum space usage
let fullScreenSize = size
// Get safe area information for font sizing to avoid Dynamic Island overlap
let safeAreaInsets = proxy.safeAreaInsets
let _ = size.width - safeAreaInsets.leading - safeAreaInsets.trailing // availableWidth
let _ = size.height - safeAreaInsets.top - safeAreaInsets.bottom // availableHeight
// Use optimal font sizing that maximizes space usage with full screen
let baseFontSize = stretched ?
FontUtils.maximumStretchedFontSize(
containerWidth: fullScreenSize.width,
containerHeight: fullScreenSize.height,
isPortrait: portrait,
showSeconds: showSeconds,
showAmPm: false
) :
FontUtils.optimalFontSize(
containerWidth: fullScreenSize.width,
containerHeight: fullScreenSize.height,
isPortrait: portrait,
showSeconds: showSeconds,
showAmPm: false
)
let ampmFontSize = FontUtils.ampmFontSize(baseFontSize: baseFontSize)
// Time components
let hour = use24Hour ? Self.hour24DF.string(from: date) : Self.hour12DF.string(from: date)
let minute = Self.minuteDF.string(from: date)
let secondsText = Self.secondDF.string(from: date)
let ampmText = Self.ampmDF.string(from: date)
let showAMPM = false // Always use colon/dots instead of AM/PM
// Calculate sizes using fixed-width approach to prevent jumping
let digitUIFont = FontUtils.customUIFont(
size: baseFontSize,
family: fontFamily,
weight: fontWeight,
design: fontDesign
)
let ampmUIFont = FontUtils.customUIFont(
size: ampmFontSize,
family: fontFamily,
weight: fontWeight,
design: fontDesign
)
// Calculate consistent sizes for layout
let _ = measureText("8", font: digitUIFont).height // Use 8 as reference height
// Calculate the width of "88" for consistent sizing
let testFont = FontUtils.customUIFont(
size: baseFontSize,
family: fontFamily,
weight: fontWeight,
design: fontDesign
)
let _ = calculateMaxTextWidth(font: testFont)
// Calculate width and height for a single digit (using "8" as the reference)
let singleDigitWidth = calculateMaxTextWidth(font: testFont, text: "8")
let singleDigitHeight = calculateMaxTextHeight(font: testFont, text: "8")
// All time segments use the same fixed width and height to prevent shifting
let hourSize = CGSize(width: singleDigitWidth * 2, height: singleDigitHeight)
let minuteSize = CGSize(width: singleDigitWidth * 2, height: singleDigitHeight)
let secondsSize = showSeconds ? CGSize(width: singleDigitWidth * 2, height: singleDigitHeight) : .zero
let ampmSize = showAMPM ? measureText(ampmText, font: ampmUIFont) : .zero
// Separators - reasonable spacing with extra padding in landscape
let dotDiameter = baseFontSize * 0.20
let hSpacing = portrait ? baseFontSize * 0.18 : baseFontSize * 0.25 // More spacing in landscape
let vSpacing = portrait ? baseFontSize * 0.22 : baseFontSize * 0.30 // More spacing in landscape
let horizontalSepSize = CGSize(width: dotDiameter * 2 + hSpacing, height: dotDiameter)
let verticalSepSize = CGSize(width: dotDiameter, height: dotDiameter * 2 + vSpacing)
// Calculate layout
let (totalWidth, totalHeight) = calculateLayoutSize(
portrait: portrait,
hourSize: hourSize,
minuteSize: minuteSize,
secondsSize: secondsSize,
ampmSize: ampmSize,
horizontalSepSize: horizontalSepSize,
verticalSepSize: verticalSepSize,
showSeconds: showSeconds,
showAMPM: showAMPM
)
// Calculate scale with maximum space utilization using full screen
let safeInset = AppConstants.Defaults.safeInset
let availableW = max(1, fullScreenSize.width - safeInset * 2)
let availableH = max(1, fullScreenSize.height - safeInset * 2)
// Calculate scaling factors
let widthScale = availableW / max(totalWidth, 1)
let heightScale = availableH / max(totalHeight, 1)
// For stretched mode, use reasonable scaling
let effectiveScale = stretched ?
max(0.1, min(min(widthScale, heightScale), 1.5)) : // Use min scale and cap at 1.5x to prevent overflow
max(0.1, max(0.1, min(widthScale, heightScale)) * CGFloat(max(0.1, min(manualScale, 1.0))))
let finalScale = effectiveScale
// Time display with consistent centering and stable layout
Group {
if portrait {
VStack(spacing: 0) {
TimeSegment(text: hour, fontSize: baseFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
if showAMPM {
TimeSegment(text: ampmText, fontSize: ampmFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
} else {
HorizontalColon(dotDiameter: dotDiameter, spacing: hSpacing, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
}
TimeSegment(text: minute, fontSize: baseFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
if showSeconds {
HorizontalColon(dotDiameter: dotDiameter, spacing: hSpacing, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
TimeSegment(text: secondsText, fontSize: baseFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
} else {
// Invisible placeholder to maintain consistent spacing
Spacer()
.frame(height: baseFontSize * 0.3)
}
}
} else {
HStack(spacing: baseFontSize * 0.035) {
TimeSegment(text: hour, fontSize: baseFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
if showAMPM {
TimeSegment(text: ampmText, fontSize: ampmFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
} else {
VerticalColon(dotDiameter: dotDiameter, spacing: vSpacing, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
}
TimeSegment(text: minute, fontSize: baseFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
if showSeconds {
VerticalColon(dotDiameter: dotDiameter, spacing: vSpacing, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
TimeSegment(text: secondsText, fontSize: baseFontSize, opacity: clockOpacity, digitColor: digitColor, glowIntensity: glowIntensity, fontFamily: fontFamily, fontWeight: fontWeight, fontDesign: fontDesign)
} else {
// Invisible placeholder to maintain consistent spacing
Spacer()
.frame(width: baseFontSize * 0.3)
}
}
}
}
.frame(width: fullScreenSize.width, height: fullScreenSize.height, alignment: .center)
.scaleEffect(finalScale, anchor: .center)
.animation(UIConstants.AnimationCurves.smooth, value: finalScale)
.animation(UIConstants.AnimationCurves.smooth, value: showSeconds) // Smooth animation for seconds toggle
.minimumScaleFactor(0.1)
.clipped() // Prevent overflow beyond bounds
}
.frame(maxWidth: .infinity, maxHeight: .infinity)
.onOrientationChange() // Force updates on orientation changes
}
// MARK: - Helper Methods
private func measureText(_ text: String, font: UIFont) -> CGSize {
return FontUtils.measureTextSize(text: text, font: font)
}
private func calculateLayoutSize(
portrait: Bool,
hourSize: CGSize,
minuteSize: CGSize,
secondsSize: CGSize,
ampmSize: CGSize,
horizontalSepSize: CGSize,
verticalSepSize: CGSize,
showSeconds: Bool,
showAMPM: Bool
) -> (CGFloat, CGFloat) {
if portrait {
var widths: [CGFloat] = [hourSize.width, minuteSize.width]
var totalH: CGFloat = hourSize.height + minuteSize.height
if showAMPM {
widths.append(ampmSize.width)
totalH += ampmSize.height
} else {
widths.append(horizontalSepSize.width)
totalH += horizontalSepSize.height
}
if showSeconds {
widths.append(contentsOf: [horizontalSepSize.width, secondsSize.width])
totalH += horizontalSepSize.height + secondsSize.height
}
return (widths.max() ?? 0, totalH)
} else {
var totalW: CGFloat = hourSize.width + minuteSize.width
var heights: [CGFloat] = [hourSize.height, minuteSize.height]
if showAMPM {
totalW += ampmSize.width
heights.append(ampmSize.height)
} else {
totalW += verticalSepSize.width
heights.append(verticalSepSize.height)
}
if showSeconds {
totalW += verticalSepSize.width + secondsSize.width
heights.append(contentsOf: [verticalSepSize.height, secondsSize.height])
}
return (totalW, heights.max() ?? 0)
}
}
}
// MARK: - Supporting Views
// Calculate width of text for the given font - this ensures consistent width
private func calculateMaxTextWidth(font: UIFont, text: String = "88") -> CGFloat {
let attributes = [NSAttributedString.Key.font: font]
let size = (text as NSString).size(withAttributes: attributes)
return size.width
}
// Calculate height of text for the given font - this ensures consistent height
private func calculateMaxTextHeight(font: UIFont, text: String = "8") -> CGFloat {
let attributes = [NSAttributedString.Key.font: font]
let size = (text as NSString).size(withAttributes: attributes)
return size.height
}
private struct TimeSegment: View {
let text: String
let fontSize: CGFloat
let opacity: Double
let digitColor: Color
let glowIntensity: Double
let fontFamily: String
let fontWeight: String
let fontDesign: String
var body: some View {
let clamped = ColorUtils.clampOpacity(opacity)
let font = FontUtils.customUIFont(
size: fontSize,
family: fontFamily,
weight: fontWeight,
design: fontDesign
)
let singleDigitWidth = calculateMaxTextWidth(font: font, text: "8")
let singleDigitHeight = calculateMaxTextHeight(font: font, text: "8")
let totalWidth = singleDigitWidth * CGFloat(text.count)
HStack(spacing: 0) {
ForEach(Array(text.enumerated()), id: \.offset) { index, character in
DigitView(
digit: String(character),
fontSize: fontSize,
opacity: clamped,
digitColor: digitColor,
glowIntensity: glowIntensity,
fontFamily: fontFamily,
fontWeight: fontWeight,
fontDesign: fontDesign,
digitWidth: singleDigitWidth,
digitHeight: singleDigitHeight
)
}
}
.frame(width: totalWidth, alignment: .center)
}
// Calculate width of text for the given font - this ensures consistent width
private func calculateMaxTextWidth(font: UIFont, text: String = "88") -> CGFloat {
let attributes = [NSAttributedString.Key.font: font]
let size = (text as NSString).size(withAttributes: attributes)
return size.width
}
}
private struct DigitView: View {
let digit: String
let fontSize: CGFloat
let opacity: Double
let digitColor: Color
let glowIntensity: Double
let fontFamily: String
let fontWeight: String
let fontDesign: String
let digitWidth: CGFloat
let digitHeight: CGFloat
var body: some View {
ZStack {
Text(digit)
.font(FontUtils.customFont(
size: fontSize,
family: fontFamily,
weight: fontWeight,
design: fontDesign
))
.foregroundColor(digitColor)
.blur(radius: ColorUtils.glowRadius(intensity: glowIntensity))
.opacity(ColorUtils.glowOpacity(intensity: glowIntensity) * opacity)
.multilineTextAlignment(.center)
Text(digit)
.font(FontUtils.customFont(
size: fontSize,
family: fontFamily,
weight: fontWeight,
design: fontDesign
))
.foregroundColor(digitColor)
.opacity(opacity)
.multilineTextAlignment(.center)
}
.frame(width: digitWidth, height: digitHeight, alignment: .center)
.fixedSize(horizontal: false, vertical: false)
.lineLimit(1)
.allowsTightening(false)
.multilineTextAlignment(.center)
}
}
private struct HorizontalColon: View {
let dotDiameter: CGFloat
let spacing: CGFloat
let opacity: Double
let digitColor: Color
let glowIntensity: Double
let fontWeight: String
var body: some View {
let clamped = ColorUtils.clampOpacity(opacity)
HStack(spacing: spacing) {
DotCircle(size: dotDiameter, opacity: clamped, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
DotCircle(size: dotDiameter, opacity: clamped, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
}
.fixedSize(horizontal: true, vertical: true)
.accessibilityHidden(true)
}
}
private struct VerticalColon: View {
let dotDiameter: CGFloat
let spacing: CGFloat
let opacity: Double
let digitColor: Color
let glowIntensity: Double
let fontWeight: String
var body: some View {
let clamped = ColorUtils.clampOpacity(opacity)
VStack(spacing: spacing) {
DotCircle(size: dotDiameter, opacity: clamped, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
DotCircle(size: dotDiameter, opacity: clamped, digitColor: digitColor, glowIntensity: glowIntensity, fontWeight: fontWeight)
}
.fixedSize(horizontal: true, vertical: true)
.accessibilityHidden(true)
}
}
private struct DotCircle: View {
let size: CGFloat
let opacity: Double
let digitColor: Color
let glowIntensity: Double
let fontWeight: String
var body: some View {
let weightMultiplier = FontUtils.weightMultiplier(for: fontWeight)
let adjustedSize = size * weightMultiplier
ZStack {
Circle()
.fill(digitColor)
.frame(width: adjustedSize, height: adjustedSize)
.blur(radius: ColorUtils.glowRadius(intensity: glowIntensity))
.opacity(ColorUtils.glowOpacity(intensity: glowIntensity) * opacity)
Circle()
.fill(digitColor)
.frame(width: adjustedSize, height: adjustedSize)
.opacity(opacity)
}
}
}