U19 League stats & predictions

In-Depth Player Analysis

Shakhtar Donetsk U19 Standouts

The young talents at Shakhtar Donetsk have been making waves in the league with exceptional performances that hint at promising futures ahead of them. Their star striker has been particularly noteworthy due to his clinical finishing abilities – converting chances with precision during crucial moments which have often turned games around in favor of his team.

• Name: Ivan Kovalenko
  
  Average Goals per Match: Over half a goal
  
  Description: A versatile forward known for his agility and sharp instincts inside the box.
  
  
• Name: Andriy Bondar
  
  Average Assists per Match: Approximately one assist
  
  Description: The creative force behind many attacking plays with his precise through balls.
  
  
• Name: Roman Bezus
  
  Average Pass Accuracy: Over ninety percent
  
  Description: The midfield conductor orchestrating play distribution effectively.
  
  
• Name: Mykyta Burda
  
  Average Tackles Won per Match: More than two tackles
  
  Description: A tenacious midfielder who excels defensively.
  
  
• Name: Taras Kacharaba
  
  Average Saves per Match (Goalkeeper): Nearly three saves
  
  Description: An agile goalkeeper who makes critical saves under pressure.
  
  
• Name: Vladyslav Tankovskyi
  
  Average Clearances per Match: Around four clearances
  
  Description: A defender known for his aerial prowess during set-pieces.
  
  
• Name: Yevhen Sobol
  
  Average Interceptions per Match: Approximately three interceptions
  
  Description: The defensive leader renowned for reading plays effectively.
  
  
• Name: Yaroslav Kostevych
  
  Average Successful Crosses per Match: Over two crosses
  
  Description: Provides width on the flank with accurate crosses into dangerous areas.
  
  
• Name: Vitaliy Kovalenko
  
  Average Shots per Match: More than two shots
  
  Description: Known for taking shots from distance adding an extra dimension to attacks.
  
  </jameswilliams/WorkoutTimer/WorkoutTimer/Classes/Extensions/UIView+Additions.swift // // Created by James Williams on Aug/14/16. // Copyright (c) James Williams All rights reserved. // import UIKit extension UIView { } # Workout Timer A simple workout timer app built using RxSwift. ## Features * Track workout time * Track rest time * Customize workout/rest times * Configure number of rounds * Export workout/rest times using Apple HealthKit * Export workout/rest times using local file ## Requirements * iOS8+ * Xcode8+ * Swift3+ ## Installation The easiest way is via [CocoaPods](https://cocoapods.org): pod 'WorkoutTimer' Or you can download the project directly from GitHub. ## Usage ### HealthKit If you would like your Workout Timer app data stored in Apple HealthKit then you need do some additional setup: 1) Add HealthKit capability in your target capabilities. 2) Add `NSHealthShareUsageDescription` key-value pair in your Info.plist file. ### Basic Usage 1) Import WorkoutTimer module. swift import WorkoutTimer 2) Create `Workout` object. swift let workout = Workout(workoutTimeIntervalInSeconds: TimeInterval(60), restTimeIntervalInSeconds: TimeInterval(15), roundsCount:Int(10)) 3) Create `RxWorkoutTimer` object. swift let rxWorkoutTimer = RxWorkoutTimer(workout) ### Start/Stop/Reset Timer To start the timer: swift rxWorkoutTimer.start() To stop timer: swift rxWorkoutTimer.stop() To reset timer: swift rxWorkoutTimer.reset() ### Observe Changes To observe changes use RxSwift bindings: swift rxWorkoutTimer.timeRemainingObservable.subscribe(onNext:{ timeRemainingString -> Void in print(timeRemainingString) }).addDisposableTo(disposeBag) ### Export Data To export data use RxSwift bindings: swift rxWorkoutTimer.exportHealthKitObservable.subscribe(onNext:{ _ -> Void in print("Exported!") }).addDisposableTo(disposeBag) Or save locally using `RxWorkoutTimer.exportDataLocally()` method. ## Author James Williams ([@jameswils](https://github.com/jameswils)) ## License The MIT License (MIT) Copyright (c) James Williams Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. # Uncomment this line to define a global platform for your project platform :ios, '8.0' target 'RxWorkoutTimer_Example' do pod 'RxSwift', '~>3' pod 'RxCocoa', '~>3' pod 'RxDataSources', '~>1' pod 'RxBlocking', '~>2' pod 'RxTest', '~>2' pod 'RxGesture', '~'>0' pod 'RxOptional', '~'>0' pod 'ReactiveCocoa', '~'>6' pod 'SwiftyJSON', '~'>3' pod 'Swinject', '~'>2' pod 'SwiftyBeaver', '~'>1' pod 'SnapKit', '~'>0' end target 'RxWorkoutTimer_Tests' do end post_install do |installer| installer.pods_project.targets.each do |target| target.build_configurations.each do |config| config.build_settings['SWIFT_VERSION'] = '3.0' end end end// Playground - noun: a place where people can play import UIKit import RxSwift enum TimerState { case startStopButtonTitleIsStart(title:String) case startStopButtonTitleIsStop(title:String) case startStopButtonTitleIsReset(title:String) } struct Workout { var workoutTimeIntervalInSeconds : TimeInterval! var restTimeIntervalInSeconds : TimeInterval! var roundsCount : Int! init(workoutTimeIntervalInSeconds : TimeInterval, restTimeIntervalInSeconds : TimeInterval, roundsCount : Int) { self.workoutTimeIntervalInSeconds = workoutTimeIntervalInSeconds self.restTimeIntervalInSeconds = restTimeIntervalInSeconds self.roundsCount = roundsCount } } class RxWorkoutTimer { private let disposeBag = DisposeBag() private var timer = NSTimer() private var timeRemainingSeconds : Double = Double(0) private var isRestPeriod = false private var stateSubject : Variable! private var roundCounterSubject : Variable! private var timeRemainingSubject : Variable! init(workout : Workout) { stateSubject = Variable(nil) roundCounterSubject = Variable(nil) timeRemainingSubject = Variable(nil) timeRemainingSeconds = workout.workoutTimeIntervalInSeconds if let currentRoundNumber = roundCounterSubject.value { currentRoundNumber += Int(1) roundCounterSubject.value = currentRoundNumber } else { roundCounterSubject.value = Int(1) } startStopButtonTitleIsStart(title:"Start") if let totalRoundsCount = roundCounterSubject.value { let totalRoundsCountString = String(format:"Round %i/%i", totalRoundsCount , workout.roundsCount) let totalTimeString = String(format:"%.02d:%02d",Int(timeRemainingSeconds /60), Int(timeRemainingSeconds.truncatingRemainder(dividingBy:60))) timeRemainingSubject.value = "(totalRoundsCountString) - (timeString)" if totalRoundsCount >= workout.roundsCount { resetButtonEnabled(false) startStopButtonEnabled(false) startStopButtonTitleIsReset(title:"Done") } else if totalR