Twear/Home/Model/HealthModel.swift

//
//  HealthModel.swift
//  Twear
//
//  Created by yangbin on 2021/11/16.
//
import UIKit
import RealmSwift
import SwiftDate
//MARK: - 步数
class StepModel: Object {
    @Persisted var number: Int = 0
    @Persisted var calorie: Float = 0
    @Persisted var distance: Float = 0
    @Persisted var date: Date? = nil
    @Persisted var percent: Int = 0
    
    convenience init(number: Int, calorie: Float, distance: Float, date: Date) {
        self.init()
        self.number = number
        self.distance = distance
        self.calorie = calorie
        self.percent = min(number*100/StepsGoal, 100)
        self.date = date
    }
    
    class func toStepArray(_ bytes: [UInt8]) -> [StepModel] {
        var stepArray: [StepModel] = []
        let date = DateInRegion(year: Int(bytes[0])+2000, month: Int(bytes[1]), day: Int(bytes[2]), hour: 0, minute: 0, second: 0).date
        let stepBytes: [UInt8] = Array(bytes[4..<bytes.count])
        let num = min(stepBytes.count/4, 24)
        for i in 0..<num {
            let number: Int = bytesToInt(Array(stepBytes[4*i..<4*i+4]))
            let step = StepModel(number: number, calorie: stepToCalorie(number), distance: stepToDistance(number), date: date+i.hours)
            stepArray.append(step)
        }
        return stepArray
    }
    
    
    class func toStepModel(_ bytes: [UInt8]) -> StepModel {
        let step = bytesToInt(Array(bytes[0..<4]))
        print((Float(step)*(0.400 * 175)/100000))
        return StepModel(number: bytesToInt(Array(bytes[0..<4])), calorie: bytesToFloat(Array(bytes[4..<8])), distance: bytesToFloat(Array(bytes[8..<12])), date: DateInRegion().date)
    }
    
    private class func stepToCalorie(_ step: Int) -> Float {
        let user = UserInfo
        var weight = user.weight
        if user.weight < 15 {
            weight = 65
        }
        if user.gender == 1 {
            return Float((weight - 10)) * stepToDistance(step)
        } else {
            return Float((weight - 10)) * stepToDistance(step) * 1.3
        }
    }
    
    private class func stepToDistance(_ step: Int) -> Float {
        let user = UserInfo
        if user.gender == 1 {
            return Float(step) * 0.400 * Float(user.height) / 100000
        } else {
            return Float(step) * 0.350 * Float(user.height) / 100000
        }
    }
    
    
    func realTimeAdd() {
        if let date = self.date, date.isInFuture {
            return
        }
        if let stepArray = RealmTools.queryObjects(StepModel.self, filter: "date = %@", [self.date!.dateAtStartOf(.hour)]) as? [StepModel] {
            RealmTools.deleteList(stepArray)
        }
        RealmTools.add(StepModel(number: self.number, calorie: self.calorie, distance: self.distance, date: self.date!.dateAtStartOf(.hour)))
    }
    
    class func addArray(_ array: [StepModel]) {
        for step in array {
            if step.number > 0 {
                step.realTimeAdd()
            }
        }
    }
    class func getRecentSteps() -> StepModel {
        let step = StepModel(number: 0, calorie: 0, distance: 0, date: DateInRegion().date)
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "date", isAssending: false, pageSize: 1) as? [StepModel], array.count > 0 else {
            return step
        }
        return array.reversed().first ?? step
    }
    
    class func getLastWeekSteps() -> [StepModel] {
        var stepArray: [StepModel] = []
        let date = (DateInRegion().date - 6.days).dateAtStartOf(.day)
        for i in 0..<7 {
            let startDate = date + i.days
            let array = getStepHistory(startTime: startDate, endTime: startDate+1.days-1.seconds)
            if let step = array.last {
                stepArray.append(step)
            } else {
                stepArray.append(StepModel(number: 0, calorie: 0, distance: 0, date: startDate))
            }
        }
        return stepArray
    }
    
    
    class func getStepsByDay(_ date: Date) -> [StepModel] {
        var stepArray = getStepHistory(startTime: date.dateAtStartOf(.day), endTime: date.dateAtEndOf(.day))
        guard let step = stepArray.first, let firstDate = step.date else {
            return []
        }
        if firstDate.isAfterDate(firstDate.dateAtStartOf(.day)+1.hours, orEqual: true, granularity: .hour) {
            stepArray.insert(StepModel(number: 0, calorie: 01, distance: 0, date: firstDate.date.dateAtStartOf(.hour)-1.hours), at: 0)
        }
        if let lastStep = stepArray.last, (DateInRegion().date.isAfterDate(lastStep.date!, orEqual: false, granularity: .minute) && DateInRegion().date.isInside(date: lastStep.date!, granularity: .day)) {
            stepArray[stepArray.count-1] = StepModel(number: lastStep.number, calorie: lastStep.calorie, distance: lastStep.distance, date: DateInRegion().date)
        }
        
        return stepArray
    }
    
    class func getStepsByWeek(_ date: Date) -> [StepModel] {
        var stepArray: [StepModel] = []
        let weekDays = date.compare(.isThisWeek) ? (DateInRegion()-1.days).weekday : 7
        for i in 0..<weekDays {
            let startDate = (date-1.days).dateAt(.startOfWeek) + (i+1).days
            let array = getStepHistory(startTime: startDate, endTime: startDate+1.days)
            if let step = array.last {
                stepArray.append(step)
            } else {
                stepArray.append(StepModel(number: 0, calorie: 0, distance: 0, date: startDate))
            }
        }
        return stepArray
    }
    
    class func getStepsByMonth(_ date: Date) -> [StepModel] {
        var stepArray: [StepModel] = []
        let monthDays = date.compare(.isThisMonth) ? DateInRegion().day : date.monthDays
        for i in 0..<monthDays {
            let startDate = date.dateAt(.startOfMonth)+i.days
            let array = getStepHistory(startTime: startDate, endTime: startDate+1.days)
            if let step = array.last {
                stepArray.append(step)
            } else {
                stepArray.append(StepModel(number: 0, calorie: 0, distance: 0, date: startDate))
            }
        }
        return stepArray
    }
    
    class func getStepsByYear(_ date: Date) -> [StepModel] {
        var stepArray: [StepModel] = []
        let yearMonths = date.compare(.isThisYear) ? DateInRegion().month : 12
        for i in 0..<yearMonths {
            let monthStepArray = getStepsByMonth(date.dateAtStartOf(.year) + i.months)
            let step = StepModel()
            step.date = date.dateAtStartOf(.year) + i.months
            for monthStep in monthStepArray {
                step.number += monthStep.number
                step.calorie += monthStep.calorie
                step.distance += monthStep.distance
            }
            stepArray.append(step)
        }
        return stepArray
    }
    
    class func getMaxStepsByYear(_ date: Date) -> (max: StepModel, array: [StepModel]) {
        var stepArray: [StepModel] = []
        var maxStepArray: [StepModel] = []
        let yearMonths = date.compare(.isThisYear) ? DateInRegion().month : 12
        for i in 0..<yearMonths {
            let monthStepArray = getStepsByMonth(date.dateAtStartOf(.year) + i.months)
            if let maxStep = monthStepArray.max(\.number) {
                maxStepArray.append(maxStep)
            }
            let step = StepModel()
            step.date = date.dateAtStartOf(.year) + i.months
            for monthStep in monthStepArray {
                step.number += monthStep.number
                step.calorie += monthStep.calorie
                step.distance += monthStep.distance
            }
            stepArray.append(step)
        }
        
        return (maxStepArray.max(\.number) ?? StepModel(), stepArray)
    }
    
    
    private class func getStepHistory(startTime: Date, endTime: Date) -> [StepModel] {
        //        let p = NSPredicate(format: "date >= %@ AND date <= %@", startTime, endTime)
        let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "date >= %@ AND date <= %@", argumentArray:[startTime, endTime]), sortedKey: "date")
        //        RealmTools.queryObjects(self, filter: "date >= %@ AND date <= %@", [startTime, endTime])
        if array == nil {
            return []
        } else {
            return array as! [StepModel]
        }
    }
    
    class func updateStep(date: Date, step: Int) {
        guard let array = RealmTools.queryObjects(self, filter: "date >= %@ AND date <= %@", [date.dateAtStartOf(.hour).date, date.dateAtEndOf(.hour).date]) as? Array<StepModel>, array.count > 0 else {
            return
        }
        let model = array.last
        RealmTools.updateWithTranstion { (true) in
            model?.number = step
        }
        
    }
}
//MARK: - 心率
class HeartRateModel: Object {
    @Persisted var value: Int = -1
    @Persisted var date: Date? = nil
    
    convenience init(value: Int, date: Date?) {
        self.init()
        self.value = value
        self.date = date
    }
    
    class func toHeartRateArray(_ bytes: [UInt8]) -> [HeartRateModel] {
        var hrArray: [HeartRateModel] = []
        let num = bytes.count/7
        for i in 0..<num {
            let date = DateInRegion(year: Int(bytes[i*7])+2000, month: Int(bytes[i*7+1]), day: Int(bytes[i*7+2]), hour: Int(bytes[i*7+3]), minute: Int(bytes[i*7+4]), second: Int(bytes[i*7+5])).date
            let hr = HeartRateModel(value: Int(bytes[i*7+6]), date: date)
            hrArray.append(hr)
        }
        return hrArray
    }
    
    private func add() {
        if let a = RealmTools.queryObjects(HeartRateModel.self, filter: "date = %@", [self.date ?? Date()]) as? [HeartRateModel] {
            RealmTools.deleteList(a)
        }
        RealmTools.add(self)
    }
    private func isEqual(_ hr: HeartRateModel) -> Bool {
        if self.value == hr.value {
            if self.date!.isInside(date: hr.date!, granularity: .minute) {
                return true
            }
        }
        return false
    }
    
    func realTimeAdd() {
        if let hrArray = RealmTools.queryObjects(HeartRateModel.self) as? [HeartRateModel],  let hr = hrArray.last {
            if !self.isEqual(hr) {
                RealmTools.add(self)
            }
        } else {
            RealmTools.add(self)
        }
    }
    
    class func addArray(_ array: [HeartRateModel]) {
        if array.count == 0 {
            return
        }
        for (i, hr) in array.enumerated() {
            if hr == array.first {
                hr.add()
            } else {
                if !hr.isEqual(array[i-1]) {
                    hr.add()
                }
            }
        }
    }
    
    
    class func getRecentData(count: Int = 31) -> [HeartRateModel] {
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "date", isAssending: false, pageSize: count) as? [HeartRateModel], array.count > 0 else {
            return []
        }
        return array.reversed()
    }
    
    class func getHeartRateByDay(_ date: Date) -> (hrArray: [HeartRateModel], minHr: [Int], maxHr: [Int]) {
        var hrArray: [HeartRateModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        
        for h in 0..<24 {
            let hourArray = getHistoryHeartRate(startTime: date.dateAtStartOf(.day)+h.hours, endTime: date.dateAtStartOf(.day)+(h+1).hours)
            for m in 0..<60 {
                var minuteArray: [HeartRateModel] = []
                for hr in hourArray {
                    if hr.date!.minute == m {
                        minuteArray.append(hr)
                    }
                }
                if minuteArray.count > 0 {
                    hrArray.append(HeartRateModel(value: minuteArray.average(\.value), date: date.dateAtStartOf(.day)+h.hours+m.minutes))
                    minArray.append(minuteArray.min(\.value)?.value ?? -1)
                    maxArray.append(minuteArray.max(\.value)?.value ?? -1)
                }
            }
        }
        /*
         for i in 0..<24 {
         for m in 0..<60 {
         rec += 1
         let minuteArray = getHistoryHeartRate(startTime: date.dateAtStartOf(.day)+i.hours+m.minutes, endTime: date.dateAtStartOf(.day)+i.hours+(m+1).minutes)
         if minuteArray.count > 0 {
         hrArray.append(HeartRateModel(value: minuteArray.average(\.value), date: date.dateAtStartOf(.day)+i.hours+m.minutes))
         minArray.append(minuteArray.min(\.value)?.value ?? -1)
         maxArray.append(minuteArray.max(\.value)?.value ?? -1)
         }
         }
         }
         */
        
//        if hrArray.count > 1 {
//            minArray.insert(hrArray[0].value, at: 0)
//            maxArray.insert(hrArray[0].value, at: 0)
//        }
        return (hrArray, minArray, maxArray)
    }
    
    class func getHeartRateByWeek(_ date: Date) -> (hrArray: [HeartRateModel], minHr: [Int], maxHr: [Int]) {
        var hrArray: [HeartRateModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        let weekDays = date.compare(.isThisWeek) ? (DateInRegion()-1.days).weekday : 7
        for i in 0..<weekDays {
            let startDate = (date-1.days).dateAt(.startOfWeek)+(i+1).days
            let array = getHistoryHeartRate(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                hrArray.append(HeartRateModel(value: array.average(\.value), date: startDate))
                minArray.append(array.min(\.value)?.value ?? -1)
                maxArray.append(array.max(\.value)?.value ?? -1)
            }
        }
        return (hrArray, minArray, maxArray)
    }
    
    class func getHeartRateByMonth(_ date: Date) -> (hrArray: [HeartRateModel], minHr: [Int], maxHr: [Int]) {
        var hrArray: [HeartRateModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        let monthDays = date.compare(.isThisMonth) ? DateInRegion().day : date.monthDays
        for i in 0..<monthDays {
            let startDate = date.dateAt(.startOfMonth)+i.days
            let array = getHistoryHeartRate(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                hrArray.append(HeartRateModel(value: array.average(\.value), date: startDate))
                minArray.append(array.min(\.value)?.value ?? -1)
                maxArray.append(array.max(\.value)?.value ?? -1)
            }
        }
        return (hrArray, minArray, maxArray)
    }
    
    class func getHeartRateByYear(_ date: Date) -> (hrArray: [HeartRateModel], minHr: [Int], maxHr: [Int]) {
        var hrArray: [HeartRateModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        let yearMonths = date.compare(.isThisYear) ? DateInRegion().month : 12
        for i in 0..<yearMonths {
            let startDate = date.dateAtStartOf(.year)+i.months
            let array = getHistoryHeartRate(startTime: startDate, endTime: startDate+1.months)
            if array.count > 0 {
                hrArray.append(HeartRateModel(value: array.average(\.value), date: startDate))
                minArray.append(array.min(\.value)?.value ?? -1)
                maxArray.append(array.max(\.value)?.value ?? -1)
            }
        }
        return (hrArray, minArray, maxArray)
    }
    
    private class func getHistoryHeartRate(startTime: Date, endTime: Date) -> [HeartRateModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "date >= %@ AND date <= %@", argumentArray:[startTime, endTime]), sortedKey: "date") as? Array<HeartRateModel>, array.count > 0 else {
            return []
        }
        return array
    }
    
}
//MARK: - 血压
class BloodPressureModel: Object {
    @Persisted var sbp: Int = -1
    @Persisted var dbp: Int = -1
    @Persisted var date: Date? = nil
    
    convenience init(dbp: Int, sbp: Int, date: Date?) {
        self.init()
        self.sbp = sbp
        self.dbp = dbp
        self.date = date
    }
    
    class func toBloodPressureArray(_ bytes: [UInt8]) -> [BloodPressureModel] {
        var bpArray: [BloodPressureModel] = []
        let num = bytes.count/8
        for i in 0..<num {
            let date = DateInRegion(year: Int(bytes[i*8])+2000, month: Int(bytes[i*8+1]), day: Int(bytes[i*8+2]), hour: Int(bytes[i*8+3]), minute: Int(bytes[i*8+4]), second: Int(bytes[i*8+5])).date
            let bp = BloodPressureModel(dbp: Int(bytes[i*8+7]), sbp: Int(bytes[i*8+6]), date: date)
            bpArray.append(bp)
        }
        return bpArray
    }
    
    func add() {
        if let a = RealmTools.queryObjects(BloodPressureModel.self, filter: "date = %@", [self.date ?? Date()]) as? [BloodPressureModel] {
            RealmTools.deleteList(a)
        }
        RealmTools.add(self)
    }
    
    private func isEqual(_ bp: BloodPressureModel) -> Bool {
        if self.sbp == bp.sbp && self.dbp == bp.dbp {
            if self.date!.isInside(date: bp.date!, granularity: .minute) {
                return true
            }
        }
        return false
    }
    
    
    func realTimeAdd() {
        if let bpArray = RealmTools.queryObjects(BloodPressureModel.self) as? [BloodPressureModel],  let bp = bpArray.last {
            if !self.isEqual(bp) {
                RealmTools.add(self)
            }
        } else {
            RealmTools.add(self)
        }
    }
    
    class func addArray(_ array: [BloodPressureModel]) {
        if array.count == 0 {
            return
        }
        for (i, bp) in array.enumerated() {
            if bp == array.first {
                bp.add()
            } else {
                if !bp.isEqual(array[i-1]) {
                    bp.add()
                }
            }
        }
    }
    
    class func getRecentData(count: Int = 31) -> [BloodPressureModel] {
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "date", isAssending: false, pageSize: count) as? [BloodPressureModel], array.count > 0 else {
            return []
        }
        return array.reversed()
    }
    
    class func getBloodPressureByDay(_ date: Date) -> [BloodPressureModel] {
        var bpArray: [BloodPressureModel] = []
        
        for h in 0..<24 {
            let hourArray = getHistoryBloodPressure(startTime: date.dateAtStartOf(.day)+h.hours, endTime: date.dateAtStartOf(.day)+(h+1).hours)
            for m in 0..<60 {
                var minuteArray: [BloodPressureModel] = []
                for bp in hourArray {
                    if bp.date!.minute == m {
                        minuteArray.append(bp)
                    }
                }
                if minuteArray.count > 0 {
                    bpArray.append(BloodPressureModel(dbp: minuteArray.average(\.dbp), sbp: minuteArray.average(\.sbp), date: date.dateAtStartOf(.day)+h.hours+m.minutes))
                }
            }
        }
        
        return bpArray
    }
    
    class func getBloodPressureByWeek(_ date: Date) -> [BloodPressureModel] {
        var bpArray: [BloodPressureModel] = []
        let weekDays = date.compare(.isThisWeek) ? (DateInRegion()-1.days).weekday : 7
        print(date.compare(.isThisWeek))
        for i in 0..<weekDays {
            let startDate = (date-1.days).dateAt(.startOfWeek)+(i+1).days
            let array = getHistoryBloodPressure(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                bpArray.append(BloodPressureModel(dbp: array.average(\.dbp), sbp: array.average(\.sbp), date: startDate))
            }
        }
        return bpArray
    }
    
    class func getBloodPressureByMonth(_ date: Date) -> [BloodPressureModel] {
        var bpArray: [BloodPressureModel] = []
        let monthDays = date.compare(.isThisMonth) ? DateInRegion().day : date.monthDays
        for i in 0..<monthDays {
            let startDate = date.dateAt(.startOfMonth)+i.days
            let array = getHistoryBloodPressure(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                bpArray.append(BloodPressureModel(dbp: array.average(\.dbp), sbp: array.average(\.sbp), date: startDate))
            }
        }
        return bpArray
    }
    
    class func getBloodPressureByYear(_ date: Date) -> [BloodPressureModel] {
        var bpArray: [BloodPressureModel] = []
        let yearMonths = date.compare(.isThisYear) ? DateInRegion().month : 12
        for i in 0..<yearMonths {
            let startDate = date.dateAtStartOf(.year)+i.months
            let array = getHistoryBloodPressure(startTime: startDate, endTime: startDate+1.months)
            if array.count > 0 {
                bpArray.append(BloodPressureModel(dbp: array.average(\.dbp), sbp: array.average(\.sbp), date: startDate))
            }
        }
        return bpArray
    }
    
    private class func getHistoryBloodPressure(startTime: Date, endTime: Date) -> [BloodPressureModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "date >= %@ AND date <= %@", argumentArray:[startTime, endTime]), sortedKey: "date") as? Array<BloodPressureModel>, array.count > 0 else {
            return []
        }
        return array
    }
    
}
//MARK: - 血氧
class BloodOxygenModel: Object {
    @Persisted var value: Int = -1
    @Persisted var date: Date? = nil
    
    convenience init(value: Int, date: Date?) {
        self.init()
        self.value = value
        self.date = date
    }
    
    
    class func toBloodOxygenArray(_ bytes: [UInt8]) -> [BloodOxygenModel] {
        var boArray: [BloodOxygenModel] = []
        let num = bytes.count/7
        for i in 0..<num {
            let data = DateInRegion(year: Int(bytes[i*7])+2000, month: Int(bytes[i*7+1]), day: Int(bytes[i*7+2]), hour: Int(bytes[i*7+3]), minute: Int(bytes[i*7+4]), second: Int(bytes[i*7+5]))
            let bo = BloodOxygenModel(value: Int(bytes[i*7+6]), date: data.date)
            boArray.append(bo)
        }
        return boArray
    }
    
    private func add() {
        if let a = RealmTools.queryObjects(BloodOxygenModel.self, filter: "date = %@", [self.date ?? Date()]) as? [BloodOxygenModel] {
            RealmTools.deleteList(a)
        }
        RealmTools.add(self)
    }
    
    private func isEqual(_ bo: BloodOxygenModel) -> Bool {
        if self.value == bo.value {
            if self.date!.isInside(date: bo.date!, granularity: .minute) {
                return true
            }
        }
        return false
    }
    
    func realTimeAdd() {
        if let boArray = RealmTools.queryObjects(BloodOxygenModel.self) as? [BloodOxygenModel], let bo = boArray.last {
            if !self.isEqual(bo) {
                RealmTools.add(self)
            }
        } else {
            print("第一次测量")
            RealmTools.add(self)
        }
    }
    
    class func addArray(_ array: [BloodOxygenModel]) {
        if array.count == 0 {
            return
        }
        for (i, bo) in array.enumerated() {
            if bo == array.first {
                bo.add()
            } else {
                if !bo.isEqual(array[i-1]) {
                    bo.add()
                }
            }
        }
    }
    
    class func getRecentData(count: Int = 31) -> [BloodOxygenModel] {
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "date", isAssending: false, pageSize: count) as? [BloodOxygenModel], array.count > 0 else {
            return []
        }
        return array.reversed()
    }
    
    
    class func getBloodOxygenByDay(_ date: Date) -> (boArray: [BloodOxygenModel], minBo: [Int], maxBo: [Int]) {
        var boArray: [BloodOxygenModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        
        for h in 0..<24 {
            let hourArray = getHistoryBloodOxygen(startTime: date.dateAtStartOf(.day)+h.hours, endTime: date.dateAtStartOf(.day)+(h+1).hours)
            for m in 0..<60 {
                var minuteArray: [BloodOxygenModel] = []
                for bo in hourArray {
                    if bo.date!.minute == m {
                        minuteArray.append(bo)
                    }
                }
                if minuteArray.count > 0 {
                    boArray.append(BloodOxygenModel(value: minuteArray.average(\.value), date: date.dateAtStartOf(.day)+h.hours+m.minutes))
                    minArray.append(minuteArray.min(\.value)?.value ?? -1)
                    maxArray.append(minuteArray.max(\.value)?.value ?? -1)
                }
            }
        }
        
//        if boArray.count > 0 {
//            minArray.insert(boArray[0].value, at: 0)
//            maxArray.insert(boArray[0].value, at: 0)
//        }
        return (boArray, minArray, maxArray)
    }
    
    class func getBloodOxygenByWeek(_ date: Date) -> (boArray: [BloodOxygenModel], minBo: [Int], maxBo: [Int]) {
        var boArray: [BloodOxygenModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        let weekDays = date.compare(.isThisWeek) ? (DateInRegion()-1.days).weekday : 7
        for i in 0..<weekDays {
            let startDate = (date-1.days).dateAt(.startOfWeek)+(i+1).days
            let array = getHistoryBloodOxygen(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                boArray.append(BloodOxygenModel(value: array.average(\.value), date: startDate))
                minArray.append(array.min(\.value)?.value ?? -1)
                maxArray.append(array.max(\.value)?.value ?? -1)
            }
        }
        return (boArray, minArray, maxArray)
    }
    
    class func getBloodOxygenByMonth(_ date: Date) -> (boArray: [BloodOxygenModel], minBo: [Int], maxBo: [Int]) {
        var boArray: [BloodOxygenModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        let monthDays = date.compare(.isThisMonth) ? DateInRegion().day : date.monthDays
        for i in 0..<monthDays {
            let startDate = date.dateAt(.startOfMonth)+i.days
            let array = getHistoryBloodOxygen(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                boArray.append(BloodOxygenModel(value: array.average(\.value), date: startDate))
                minArray.append(array.min(\.value)?.value ?? -1)
                maxArray.append(array.max(\.value)?.value ?? -1)
            }
        }
        return (boArray, minArray, maxArray)
    }
    
    class func getBloodOxygenByYear(_ date: Date) -> (boArray: [BloodOxygenModel], minBo: [Int], maxBo: [Int]) {
        var boArray: [BloodOxygenModel] = []
        var minArray: [Int] = []
        var maxArray: [Int] = []
        let yearMonths = date.compare(.isThisYear) ? DateInRegion().month : 12
        for i in 0..<yearMonths {
            let startDate = date.dateAtStartOf(.year)+i.months
            let array = getHistoryBloodOxygen(startTime: startDate, endTime: startDate+1.months)
            if array.count > 0 {
                boArray.append(BloodOxygenModel(value: array.average(\.value), date: startDate))
                minArray.append(array.min(\.value)?.value ?? -1)
                maxArray.append(array.max(\.value)?.value ?? -1)
            }
        }
        return (boArray, minArray, maxArray)
    }
    
    
    private class func getHistoryBloodOxygen(startTime: Date, endTime: Date) -> [BloodOxygenModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "date >= %@ AND date <= %@", argumentArray:[startTime, endTime]), sortedKey: "date") as? Array<BloodOxygenModel>, array.count > 0 else {
            return []
        }
        return array
    }
    
}
//MARK: - 睡眠
enum SleepType: Int {
    case awake = 0
    case deep = 1
    case light = 2
}
class SleepModel: Object {
    @Persisted var startDate: Date? = nil
    @Persisted var endDate: Date? = nil
    @Persisted private var typeRaw: Int = 0
    @Persisted var length: Int = 0
    
    //    private var sleepTimeClosure: ((_ error: Int?) -> ())?
    
    var type: SleepType? {
        get {
            return SleepType(rawValue: typeRaw)
        }
        set {
            typeRaw = newValue?.rawValue ?? 0
        }
    }
    
    convenience init(type: SleepType, startDate: Date, endDate: Date) {
        self.init()
        self.type = type
        self.startDate = startDate
        self.endDate = endDate
        self.length = (endDate-startDate).in(.minute) ?? 0
    }
    
    
    class func toSleepArray(_ bytes: [UInt8]) -> [SleepModel] {
        var sleepArray: [SleepModel] = []
        let date = DateInRegion(year: Int(bytes[0])+2000, month: Int(bytes[1]), day: Int(bytes[2])-1, hour: 22, minute: 0, second: 0).date
        let sleepBytes = Array(bytes[3..<bytes.count])
        let num = sleepBytes.count/3
        if num < 2 {
            return []
        }
        let platform = CurDevice.platform
        
//        if platform == ._818 {
//            date = date + 1.days
////            print(date)
//        }
        
        for i in 0..<num-1 {
            print(Array(sleepBytes[3*i..<3*i+3]))
            var startDate = date
            var endDate = date
//            var type: SleepType = .awake
            var rawInt = Int(sleepBytes[i*3])
            if Int(sleepBytes[i*3+1]) > 20 {
                startDate = DateInRegion(year: Int(bytes[0])+2000, month: Int(bytes[1]), day: Int(bytes[2])-1, hour: Int(sleepBytes[i*3+1]), minute: Int(sleepBytes[i*3+2])).date
            } else {
                startDate = DateInRegion(year: Int(bytes[0])+2000, month: Int(bytes[1]), day: Int(bytes[2]), hour: Int(sleepBytes[i*3+1]), minute: Int(sleepBytes[i*3+2])).date
            }
//            if i < num {
                if Int(sleepBytes[(i+1)*3+1]) > 20 {
                    endDate = DateInRegion(year: Int(bytes[0])+2000, month: Int(bytes[1]), day: Int(bytes[2])-1, hour: Int(sleepBytes[(i+1)*3+1]), minute: Int(sleepBytes[(i+1)*3+2])).date
                } else {
                    endDate = DateInRegion(year: Int(bytes[0])+2000, month: Int(bytes[1]), day: Int(bytes[2]), hour: Int(sleepBytes[(i+1)*3+1]), minute: Int(sleepBytes[(i+1)*3+2])).date
                }
            if platform == ._818 || platform == ._828 {
                if rawInt == 1 {
                    rawInt = 2
                } else if rawInt == 2 {
                    rawInt = 1
                }
                endDate = endDate + 1.days
                startDate = startDate + 1.days
            }
            
                sleepArray.append(SleepModel(type: SleepType(rawValue: rawInt) ?? .awake, startDate: startDate, endDate: endDate))
//            }
            
 
            
            /*
             if i == 0 {
             sleepArray.append(SleepModel(type: .awake, startDate: date, endDate: date+Int(sleepBytes[i*3+1]).hours+Int(sleepBytes[i*3+2]).minutes))
             } else {
             var rawInt = Int(sleepBytes[(i-1)*3])
             if rawInt == 1 {
             rawInt = 2
             } else if rawInt == 2 {
             rawInt = 1
             }
             sleepArray.append(SleepModel(type: SleepType(rawValue: rawInt) ?? .awake, startDate: date+Int(sleepBytes[(i-1)*3+1]).hours+Int(sleepBytes[(i-1)*3+2]).minutes, endDate: date+Int(sleepBytes[i*3+1]).hours+Int(sleepBytes[i*3+2]).minutes))
             }
             */
        }
        return sleepArray
    }
    
    private class func toSleepSummary(_ array: [SleepModel]) -> SleepSummary {
        
        if array.count > 0 {
            var awake: Int = 0
            var deep: Int = 0
            var light: Int = 0
            let startDate = array.first?.startDate
            let endDate = array.last?.endDate
            for sleep in array {
                switch sleep.type {
                case .awake:
                    awake += sleep.length
                case .deep:
                    deep += sleep.length
                case .light:
                    light += sleep.length
                default:
                    break
                }
            }
            return SleepSummary(awake: awake, light: light, deep: deep, startDate: startDate!, endDate: endDate!)
        } else {
            return SleepSummary()
        }
        
    }
    
    func add() {
        if let a = RealmTools.queryObjects(SleepModel.self, filter: "startDate = %@ AND endDate = %@", [self.startDate ?? Date(), self.endDate ?? Date()]) as? [SleepModel] {
            RealmTools.deleteList(a)
        }
        RealmTools.add(self)
    }
    class func addArray(_ array :[SleepModel]) {
        for sleep in array {
            sleep.add()
        }
    }
    class func querySleepTime(_ array: [SleepModel], sleepTime: ((_ awakeTime: Int, _ lightTime: Int, _ deepTime: Int) -> ())) {
        //-> (awakeTime: Int, lightTime: Int, deepTime: Int) {
        var awake: Int = 0
        var light: Int = 0
        var deep: Int = 0
        for sleep in array {
            switch sleep.type {
            case .awake:
                awake += sleep.length
            case .light:
                light += sleep.length
            case .deep:
                deep += sleep.length
            case .none:
                break
            }
        }
        sleepTime(awake, light, deep)
    }
    
    class func querySleepPercentage(_ array: [SleepModel]) -> (awake_pct: Int, light_pct: Int, deep_pct: Int, length: Int) {
        var awake: Int = 0
        var light: Int = 0
        var deep: Int = 0
        for sleep in array {
            switch sleep.type {
            case .awake:
                awake += sleep.length
            case .light:
                light += sleep.length
            case .deep:
                deep += sleep.length
            case .none:
                break
            }
        }
        
        
        let length = awake + light + deep
        let deep_pct = deep*100/length
        var light_pct = 0
        var awake_pct = 0
        if awake == 0 {
            light_pct = 100 - deep_pct
        } else {
            light_pct = light*100/length
            awake_pct = 100 - deep_pct - light_pct
        }
        return (awake_pct, light_pct, deep_pct, (deep+light))
    }
    
    class func getRecentData(count: Int = 31) -> SleepSummary {
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "startDate", isAssending: false, pageSize: count) as? [SleepModel], array.count > 0 else {
            return SleepSummary()
        }
        let date = array.first!.startDate
        return toSleepSummary(getSleepByDay(date!))
    }
    
    class func getSleepByDay(_ date: Date) -> [SleepModel] {
        return getHistorySleep(startTime: date.dateAtStartOf(.day)-2.hours, endTime: date.dateAtEndOf(.day)-2.hours)
    }
    
    class func getSleepByWeek(_ date: Date) -> [SleepSummary] {
        var sleepArray: [SleepSummary] = []
        let weekDays = date.compare(.isThisWeek) ? (DateInRegion()-1.days).weekday : 7
        for i in 0..<weekDays {
            let startDate = (date-1.days).dateAt(.startOfWeek)+(i+1).days-2.hours
            let array = getHistorySleep(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                sleepArray.append(toSleepSummary(array))
            }
        }
        return sleepArray
    }
    
    class func getSleepByMonth(_ date: Date) -> [SleepSummary] {
        var sleepArray: [SleepSummary] = []
        let monthDays = date.compare(.isThisMonth) ? DateInRegion().day : date.monthDays
        for i in 0..<monthDays {
            let startDate = date.dateAt(.startOfMonth)+i.days-2.hours
            let array = getHistorySleep(startTime: startDate, endTime: startDate+1.days)
            if array.count > 0 {
                sleepArray.append(toSleepSummary(array))
            }
        }
        return sleepArray
    }
    
    class func getSleepByYear(_ date: Date) -> [SleepSummary] {
        var sleepArray: [SleepSummary] = []
        let yearMonths = date.compare(.isThisYear) ? DateInRegion().month : 12
        for i in 0..<yearMonths {
            let startDate = date.dateAtStartOf(.year)+i.months
            let array = getSleepByMonth(startDate)
            if array.count > 0 {
                let summary = SleepSummary(awake: array.average(\.awake), light: array.average(\.light), deep: array.average(\.deep), startDate: startDate, endDate: startDate.dateAtEndOf(.month))
                sleepArray.append(summary)
            }
        }
        return sleepArray
    }
    
    private class func getHistorySleep(startTime: Date, endTime: Date) -> [SleepModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "startDate >= %@ AND endDate <= %@", argumentArray:[startTime, endTime]), sortedKey: "startDate") as? Array<SleepModel>, array.count > 0 else {
            return []
        }
        //        guard let array = RealmTools.queryObjects(self, filter: "startDate >= %@ AND endDate <= %@", [startTime, endTime]) as? Array<SleepModel>, array.count > 0 else {
        //            return []
        //        }
        return array
    }
    
}
class SleepSummary: NSObject {
    var startDate: Date? = nil
    var endDate: Date? = nil
    var awake: Int = 0
    var light: Int = 0
    var deep: Int = 0
    var sleepLength: Int = 0
    var awake_pct: Int = 0
    var light_pct: Int = 0
    var deep_pct: Int = 0
    
    init(awake: Int, light: Int, deep: Int, startDate: Date, endDate: Date) {
        super.init()
        self.startDate = startDate
        self.endDate = endDate
        self.awake = awake
        self.deep = deep
        self.light = light
        self.sleepLength = deep + light
        let length = deep + light + awake
        
        
        let deep_pct = deep*100/length
        var light_pct = 0
        var awake_pct = 0
        if awake == 0 {
            light_pct = 100 - deep_pct
        } else {
            light_pct = light*100/length
            awake_pct = 100 - deep_pct - light_pct
        }
        
        self.deep_pct = deep_pct
        self.light_pct = light_pct
        self.awake_pct = awake_pct
    }
    
    override init() {
        super.init()
    }
}
//MARK: - 训练
enum TrainType: Int {
    case running = 0
    case walking
    case swimming
    case hiking
    case elliptical_trainer
    case exercise_bike //5
    case steppers
    case treadmill
    case bicycle
    case mountaineering
    case table_tennis //10
    case badminton
    case yoga
    case rope_skipping
    case volleyball
    case football //15
    case basketball
    case dance
}
class TrainModel: Object {
    @Persisted var date: Date? = nil
    @Persisted private var typeRaw: Int = 0
    @Persisted var length: Int = 0 //秒
    @Persisted var calorie: Int = 0 //卡
    @Persisted var mileage: Int = 0 //米
    @Persisted var steps: Int = 0
    
    var type: TrainType? {
        get {
            return TrainType(rawValue: typeRaw)
        }
        set {
            typeRaw = newValue?.rawValue ?? 0
        }
    }
    
    var typeString: String? {
        get {
            switch type {
            case .running:
                return "跑步"
            case .walking:
                return "健走"
            case .swimming:
                return "游泳"
            case .hiking:
                return "徒步"
            case .elliptical_trainer:
                return "椭圆训练机"
            case .exercise_bike:
                return "健身车"
            case .steppers:
                return "踏步机"
            case .treadmill:
                return "跑步机"
            case .bicycle:
                return "自行车"
            case .mountaineering:
                return "登山"
            case .table_tennis:
                return "兵乓球"
            case .badminton:
                return "羽毛球"
            case .yoga:
                return "瑜伽"
            case .rope_skipping:
                return "跳绳"
            case .volleyball:
                return "排球"
            case .football:
                return "足球"
            case .basketball:
                return "篮球"
            case .dance:
                return "跳舞"
            default:
                return ""
            }
        }
    }
    
    convenience init(type: TrainType, date: Date, length: Int, calorie: Int, mileage: Int,  steps: Int) {
        self.init()
        self.type = type
        self.date = date
        self.length = length
        self.calorie = calorie
        self.mileage = mileage
        self.steps = steps
    }
    
    
    class func toTrainModel(_ bytes: [UInt8]) -> TrainModel {
        let date = DateInRegion(year: Int(bytes[1])+2000, month: Int(bytes[2]), day: Int(bytes[3]), hour: Int(bytes[4]), minute: Int(bytes[5]), second: Int(bytes[6])).date
        let length = bytesToInt(Array(bytes[7..<11]))
        let mileage = bytesToInt(Array(bytes[11..<15]))
        let calorie = bytesToInt(Array(bytes[15..<19]))
        let steps = bytesToInt(Array(bytes[19..<23]))
        let type = TrainType(rawValue: Int(bytes[0])) ?? .walking
        let train = TrainModel(type: type, date: date, length: length, calorie: calorie, mileage: mileage, steps: steps)
        return train
    }
    
    func add() {
        if let array = RealmTools.queryObjects(TrainModel.self, filter: "date = %@", [self.date ?? Date()]) as? [TrainModel] {
            RealmTools.deleteList(array)
        }
        RealmTools.add(self)
    }
    
    private func isEqual(_ train: TrainModel) -> Bool {
        if self.type == train.type {
            if self.date!.isInside(date: train.date!, granularity: .minute) {
                return true
            }
        }
        return false
    }
    
    
    class func addArray(_ array: [TrainModel]) {
        if array.count == 0 {
            return
        }
        for (i, train) in array.enumerated() {
            if train == array.first {
                train.add()
            } else {
                if !train.isEqual(array[i-1]) {
                    train.add()
                }
            }
        }
    }
    
    class func getRecentData() -> [TrainModel] {
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "date", isAssending: false, pageSize: 1) as? [TrainModel], array.count > 0 else {
            return []
        }
        let date = array.last!.date
        return getTrainByDay(date!)
    }
    
    class func getTrainByDay(_ date: Date) -> [TrainModel] {
        return getHistoryTrain(startTime: date.dateAtStartOf(.day), endTime: date.dateAtEndOf(.day))
    }
    
    class func getTrainByMonth(_ date: Date) -> [TrainModel] {
        return getHistoryTrain(startTime: date.dateAt(.startOfMonth), endTime: date.dateAt(.endOfMonth))
    }
    
    private class func getHistoryTrain(startTime: Date, endTime: Date) -> [TrainModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "date >= %@ AND date <= %@", argumentArray:[startTime, endTime]), sortedKey: "date") as? Array<TrainModel>, array.count > 0 else {
            return []
        }
        return array
    }
    
}
class MotionModel: Object {
    @Persisted var date: Date? = nil
    @Persisted private var typeRaw: Int = 0
    @Persisted var length: Int = 0 //秒
    @Persisted var calorie: Float = 0 //千卡
    @Persisted var distance: Int = 0 //米
    @Persisted var steps: Int = 0
    @Persisted var altitude: Double = 0 //海拔
    
    var type: TrainType? {
        get {
            return TrainType(rawValue: typeRaw)
        }
        set {
            typeRaw = newValue?.rawValue ?? 0
        }
    }
    
    var typeString: String? {
        get {
            switch type {
            case .running:
                return "跑步"
            case .walking:
                return "健走"
            case .swimming:
                return "游泳"
            case .hiking:
                return "徒步"
            case .elliptical_trainer:
                return "椭圆训练机"
            case .exercise_bike:
                return "健身车"
            case .steppers:
                return "踏步机"
            case .treadmill:
                return "跑步机"
            case .bicycle:
                return "自行车"
            case .mountaineering:
                return "登山"
            case .table_tennis:
                return "兵乓球"
            case .badminton:
                return "羽毛球"
            case .yoga:
                return "瑜伽"
            case .rope_skipping:
                return "跳绳"
            case .volleyball:
                return "排球"
            case .football:
                return "足球"
            case .basketball:
                return "篮球"
            case .dance:
                return "跳舞"
            default:
                return ""
            }
        }
    }
    
    convenience init(type: TrainType, date: Date, length: Int, calorie: Float, distance: Int, steps: Int, altitude: Double) {
        self.init()
        self.type = type
        self.date = date
        self.length = length
        self.calorie = calorie
        self.distance = distance
        self.steps = steps
        self.altitude = altitude
    }
    
    
    func add() {
        if let array = RealmTools.queryObjects(MotionModel.self, filter: "date = %@", [self.date ?? Date()]) as? [MotionModel] {
            RealmTools.deleteList(array)
        }
        RealmTools.add(self)
    }
    
    private func isEqual(_ motion: MotionModel) -> Bool {
        if self.type == motion.type {
            if self.date!.isInside(date: motion.date!, granularity: .minute) {
                return true
            }
        }
        return false
    }
    
    
    class func addArray(_ array: [MotionModel]) {
        if array.count == 0 {
            return
        }
        for (i, motion) in array.enumerated() {
            if motion == array.first {
                motion.add()
            } else {
                if !motion.isEqual(array[i-1]) {
                    motion.add()
                }
            }
        }
    }
    
    class func getRecentData() -> [MotionModel] {
        guard let array = RealmTools.objectsWithPredicateAndSortedForPages(object: self, sortedKey: "date", isAssending: false, pageSize: 1) as? [MotionModel], array.count > 0 else {
            return []
        }
        let date = array.last!.date
        return getMotionByDay(date!)
    }
    
    class func getMotionByDay(_ date: Date) -> [MotionModel] {
        return getHistoryMotion(startTime: date.dateAtStartOf(.day), endTime: date.dateAtEndOf(.day))
    }
    
    class func getMotionByMonth(_ date: Date) -> [MotionModel] {
        return getHistoryMotion(startTime: date.dateAt(.startOfMonth), endTime: date.dateAt(.endOfMonth))
    }
    
    class func getMonthData(_ type: Int, date: Date) -> [MotionModel] {
        return getData(type, startTime: date.dateAt(.startOfMonth), endTime: date.dateAt(.endOfMonth))
    }
    
    class func getData(_ type: Int, startTime: Date, endTime: Date) -> [MotionModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "typeRaw = %@  AND date >= %@ AND date <= %@", argumentArray:[type, startTime, endTime]), sortedKey: "date") as? Array<MotionModel>, array.count > 0 else {
            return []
        }
        return array
    }
    
    private class func getHistoryMotion(startTime: Date, endTime: Date) -> [MotionModel] {
        guard let array = RealmTools.objectsWithPredicateAndSorted(object: self, predicate: NSPredicate(format: "date >= %@ AND date <= %@", argumentArray:[startTime, endTime]), sortedKey: "date") as? Array<MotionModel>, array.count > 0 else {
            return []
        }
        return array
    }
    
    
    
    
    
}