Where I can depose the code, it is longer for here?

I did the test, I no longer have the message, thank you. I wanted to know the result of my 2 calculations because whatever the Lap the red color applies.

Thanks for your help. No problem with the picker. it recovers seconds and tenths. Example 15"8 would be a lap time to aim for for the athlete and I have to compare it with his last Lap. If his Lap is higher the Rectangle() is red otherwise it is green. The declarations are already in the Zstack, how should I to do with the calcul comparisonTemps? How would I see the result returned by `let tempsTour = Double(secondesSelection) + Double(dixiemesSelection)                     let lapTourCompare = Double(seconds) + Double(centiseconds)`

Screenshot

ZStack { Rectangle() .foregroundColor(comparaisonTemps ? Color.red.opacity(0.5) : Color.green.opacity(0.5)) .onTapGesture { if(!self.running) { self.minutes = 0 self.seconds = 0 self.centiseconds = 0 self.lapTimes = [] self.lapMinutes = 0 self.lapSeconds = 0 self.lapCentiseconds = 0 self.lapCount = 1 } else { self.lapTimes.append(LapTime(n: self.lapCount, m: self.lapMinutes, s: self.lapSeconds, c: self.lapCentiseconds)) self.lapCount += 1 self.lapMinutes = 0 self.lapSeconds = 0 self.lapCentiseconds = 0 } } let tempsTour = Double(secondesSelection) + Double(dixiemesSelection) let lapTourCompare = Double(seconds) + Double(centiseconds) // comparaisonTemps = tempsTour <= lapTourCompare VStack { ZStack { Rectangle() .fill(Color.brown.opacity(0.0)) .frame(height: UIScreen.main.bounds.height * 0.3) Text("\(lapCount - 1)") .font(.system(size: min(geo.size.height, geo.size.width) * 0.40)) .fontWeight(.bold) .frame(height: UIScreen.main.bounds.height * 0.25) .foregroundColor(.red) } ZStack { Rectangle() .fill(Color.yellow.opacity(0.0)) .frame(height: UIScreen.main.bounds.height * 0.65) Text(self.lapTimes.last?.getLapSecondsString() ?? "") .font(.system(size: min(geo.size.height, geo.size.width) * 0.40)) .fontWeight(.bold) .frame(height: UIScreen.main.bounds.height * 0.38) } } } } } } func timerCalcs() { if(self.centiseconds < 99) { self.centiseconds += 1 } else { self.centiseconds = 0 if(self.seconds < 59) { self.seconds += 1 } else { self.seconds = 0 self.minutes += 1 } } if(self.lapCentiseconds < 99) { self.lapCentiseconds += 1 } else { self.lapCentiseconds = 0 if(self.lapSeconds < 59) { self.lapSeconds += 1 } else { self.lapSeconds = 0 self.lapMinutes += 1 } } } } func getTimeString(m: Int, s: Int, c: Int) -> String { var centiString = String(c) var secString = String(s) var minString = String(m) if(c < 10) { centiString = "0\(c)" } if(s < 10) { secString = "0\(s)" } if(m < 10) { minString = "0\(m)" } return "\(minString):\(secString).\(centiString)" } struct LapTime: View, Identifiable { let id = UUID() let num: Int let minutes: Int let seconds: Int let centiSeconds: Int let time: String var body: some View { HStack { Text("\(num)").font(.system(size: 20, design: .monospaced)) //Lap Spacer() Text(time).font(.system(size: 20, design: .monospaced)) } } init(n: Int, m: Int, s: Int, c: Int) { num = n minutes = m seconds = s centiSeconds = c time = getTimeString(m: minutes, s: seconds, c: centiSeconds) } func getLapSecondsString() -> String { var centiString = String(centiSeconds) var secString = String(seconds) if(centiSeconds < 10) { centiString = "0\(centiSeconds)" } if(seconds < 10) { secString = "0\(seconds)" } return "\(secString).\(centiString)" } }

Thanks, I Make that

hello, how to retrieve the value of the lap Times.last to compare it with the lap time retrieved via the Picker? I think the picker format for tempsTour is let tempsTour = Double(secondesSelection) + (Double(dixiemesSelection) / 10) Thanks

Hello, I'm coming back to you because I have a problem comparing my lap time (retrieved via the Picker) and the lapTimes.last the value of the lap time is let tempsTour = Double(secondesSelection) + (Double(dixiemesSelection) / 10) but I don't see how to retrieve the LapTimes.last in the same format to perform the comparison. a idea? Thanks code snippet List { LapTime(n: self.lapCount, m: self.lapMinutes, s: self.lapSeconds, c: self.lapCentiseconds) ForEach(self.lapTimes.reversed()) { time in time } }.frame(width: UIScreen.main.bounds.width * 0.15) } ZStack { Rectangle() .fill(Color.yellow.opacity(0.0)) .frame(height: UIScreen.main.bounds.height * 0.65) Text(self.lapTimes.last?.getLapSecondsString() ?? "") .font(.system(size: min(geo.size.height, geo.size.width) * 0.40)) .fontWeight(.bold) .frame(height: UIScreen.main.bounds.height * 0.38) // <<-- HERE } } Rectangle() .fill(Color.green.opacity(0.1)) .onTapGesture { if(!self.running) { self.minutes = 0 self.seconds = 0 self.centiseconds = 0 self.lapTimes = [] self.lapMinutes = 0 self.lapSeconds = 0 self.lapCentiseconds = 0 self.lapCount = 1 } else { self.lapTimes.append(LapTime(n: self.lapCount, m: self.lapMinutes, s: self.lapSeconds, c: self.lapCentiseconds)) self.lapCount += 1 self.lapMinutes = 0 self.lapSeconds = 0 self.lapCentiseconds = 0 } } } } } } func timerCalcs() { if(self.centiseconds < 99) { self.centiseconds += 1 } else { self.centiseconds = 0 if(self.seconds < 59) { self.seconds += 1 } else { self.seconds = 0 self.minutes += 1 } } if(self.lapCentiseconds < 99) { self.lapCentiseconds += 1 } else { self.lapCentiseconds = 0 if(self.lapSeconds < 59) { self.lapSeconds += 1 } else { self.lapSeconds = 0 self.lapMinutes += 1 } } } } func getTimeString(m: Int, s: Int, c: Int) -> String { var centiString = String(c) var secString = String(s) var minString = String(m) if(c < 10) { centiString = "0\(c)" } if(s < 10) { secString = "0\(s)" } if(m < 10) { minString = "0\(m)" } return "\(minString):\(secString).\(centiString)" } struct LapTime: View, Identifiable { let id = UUID() let num: Int let minutes: Int let seconds: Int let centiSeconds: Int let time: String var body: some View { HStack { Text("\(num)").font(.system(size: 20, design: .monospaced)) //Lap Spacer() Text(time).font(.system(size: 20, design: .monospaced)) } } init(n: Int, m: Int, s: Int, c: Int) { num = n minutes = m seconds = s centiSeconds = c time = getTimeString(m: minutes, s: seconds, c: centiSeconds) } func getLapSecondsString() -> String { var centiString = String(centiSeconds) var secString = String(seconds) if(centiSeconds < 10) { centiString = "0\(centiSeconds)" } if(seconds < 10) { secString = "0\(seconds)" } return "\(secString).\(centiString)" } }

Thanks Darkpaw and Claude31, The three solutions work for my example, I'll look at which one is the easiest to adapt to my project where I have to compare a target time with the lap on a stopwatch.

Hi, it's the iPad Pro 12,9 pouces. After change I have that : the code if you want test Thanks let timer = Timer.publish(every: 0.01, on: .main, in: .common).autoconnect() @State var minutes = 0 @State var seconds = 0 @State var centiseconds = 0 @State var running = false @State var lapTimes: [LapTime] = [] @State var lapCount = 1 @State var lapMinutes = 0 @State var lapSeconds = 0 @State var lapCentiseconds = 0 var body: some View { GeometryReader { geo in VStack(spacing: 0){ Text(getTimeString(m: self.minutes, s: self.seconds, c: self.centiseconds)) .font(.system(size: min(geo.size.height, geo.size.width) * 0.05, design: .monospaced)) .frame(height: UIScreen.main.bounds.height * 0.05) // <<-- HERE .onReceive(timer) {_ in if(self.running) { self.timerCalcs() } } Text("\(lapCount - 1)") .font(.system(size: min(geo.size.height, geo.size.width) * 0.25)) .fontWeight(.bold) .frame(height: UIScreen.main.bounds.height * 0.25) // <<-- HERE .foregroundColor(.red) ZStack { Text(self.lapTimes.last?.getLapSecondsString() ?? "") .font(.system(size: min(geo.size.height, geo.size.width) * 0.45)) .fontWeight(.bold) .frame(height: UIScreen.main.bounds.height * 0.38) // <<-- HERE Rectangle().fill(Color.gray.opacity(0.1)) } HStack(spacing : 10) { Button(action: { if(!self.running) { self.minutes = 0 self.seconds = 0 self.centiseconds = 0 self.lapTimes = [] self.lapMinutes = 0 self.lapSeconds = 0 self.lapCentiseconds = 0 self.lapCount = 1 } else { self.lapTimes.append(LapTime(n: self.lapCount, m: self.lapMinutes, s: self.lapSeconds, c: self.lapCentiseconds)) self.lapCount += 1 self.lapMinutes = 0 self.lapSeconds = 0 self.lapCentiseconds = 0 } }) { ZStack{ Circle().fill(Color.gray).frame(height: UIScreen.main.bounds.height * 0.12) // <<-- HERE self.running ? Text("Lap").foregroundColor(Color.white).font(.system(size: min(geo.size.height, geo.size.width) * 0.04, design: .monospaced)) : Text("Reset").foregroundColor(Color.white).font(.system(size: min(geo.size.height, geo.size.width) * 0.04, design: .monospaced)) } } .padding(8) Spacer() Button(action: { self.running = !self.running }) { ZStack{ Circle().fill(self.running ? Color.red : Color.green).frame(height: UIScreen.main.bounds.height * 0.12).font(.system(size: min(geo.size.height, geo.size.width) * 0.04, design: .monospaced)) // <<-- HERE self.running ? Text("Stop").foregroundColor(Color.white).font(.system(size: min(geo.size.height, geo.size.width) * 0.04, design: .monospaced)) : Text("Start").foregroundColor(Color.white).font(.system(size: min(geo.size.height, geo.size.width) * 0.04, design: .monospaced)) } } .padding(8) } List { LapTime(n: self.lapCount, m: self.lapMinutes, s: self.lapSeconds, c: self.lapCentiseconds) ForEach(self.lapTimes.reversed()) { time in time } } } } } func timerCalcs() { if(self.centiseconds < 99) { self.centiseconds += 1 } else { self.centiseconds = 0 if(self.seconds < 59) { self.seconds += 1 } else { self.seconds = 0 self.minutes += 1 } } if(self.lapCentiseconds < 99) { self.lapCentiseconds += 1 } else { self.lapCentiseconds = 0 if(self.lapSeconds < 59) { self.lapSeconds += 1 } else { self.lapSeconds = 0 self.lapMinutes += 1 } } } } func getTimeString(m: Int, s: Int, c: Int) -> String { var centiString = String(c) var secString = String(s) var minString = String(m) if(c < 10) { centiString = "0\(c)" } if(s < 10) { secString = "0\(s)" } if(m < 10) { minString = "0\(m)" } return "\(minString):\(secString).\(centiString)" } struct LapTime: View, Identifiable { let id = UUID() let num: Int let minutes: Int let seconds: Int let centiSeconds: Int let time: String var body: some View { HStack { Text("Lap \(num)").font(.system(size: 20, design: .monospaced)) Spacer() Text(time).font(.system(size: 20, design: .monospaced)) } } init(n: Int, m: Int, s: Int, c: Int) { num = n minutes = m seconds = s centiSeconds = c time = getTimeString(m: minutes, s: seconds, c: centiSeconds) } func getLapSecondsString() -> String { var centiString = String(centiSeconds) var secString = String(seconds) if(centiSeconds < 10) { centiString = "0\(centiSeconds)" } if(seconds < 10) { secString = "0\(seconds)" } return "\(secString).\(centiString)" } }

thanks for the advice. I will look at it. Thanks again

You are a boss. Very big thanks. is it feasible to save the times on another View as a list? as like the screenshot?

A other question, if I want only this format : ss.00 what is the code? Thanks

Very nice. A big thanks

I found the right formula for my problem ;) `var tpsauTour: Double {         let tpspoursuite = (Double(minutesSelection)*60) + Double(secondesSelection)         return ((Double(tpspoursuite)-valeurSliderTpsFirstTour) / (valeurSliderNbreTour - 1))     }