Jeonbuk Hyundai Motors II vs Daejeon Korail

Jeonbuk Hyundai Motors II vs Daejeon Korail Expert Analysis

The upcoming match between Jeonbuk Hyundai Motors II and Daejeon Korail, scheduled for June 28, 2025, at 08:00, presents intriguing betting opportunities given the statistical predictions and team performance data. Both teams are anticipated to deliver a competitive match with a strong emphasis on goal dynamics, as inferred from the average goals scored and conceded. Below, we delve into various betting markets, offering expert predictions based on the provided data.

Jeonbuk Hyundai Motors II

LWDLD

Daejeon Korail

WWLLW

Date: 2025-06-28

Time: 07:00

Venue: Not Available Yet

Predictions:

Market	Prediction	Odd
Both Teams Not To Score In 2nd Half	94.40%
Both Teams Not To Score In 1st Half	88.90%
Over 1.5 Goals	79.00%	1.29 Make Bet
Over 2.5 Goals	74.90%	1.85 Make Bet
Away Team To Win	62.10%	1.60 Make Bet
Sum of Goals 2 or 3	59.30%
Away Team Not To Score In 2nd Half	62.90%
Over 0.5 Goals HT	55.70%	1.33 Make Bet
Both Teams Not to Score	52.90%	1.85 Make Bet
Avg. Total Goals	3.45%
Avg. Conceded Goals	2.94%
Avg. Goals Scored	2.61%

Betting Market Predictions

Both Teams Not To Score in 2nd Half

With an Odds of 89.30, this outcome appears favorable, suggesting a defensive approach might be adopted by both teams late in the game, possibly following a more open first half.

Both Teams Not To Score in 1st Half

The higher odds of 91.40 indicate a predicted cautious initial phase from both teams, hinting at the potential for a more attacking game as the match progresses.

Over 1.5 Goals

With odds at 79.80, this outcome reflects expectations for a match with at least two goals. Considering the average total goals of 4.45 per match, going over 1.5 goals seems to be the most likely result.

Over 2.5 Goals

Odds standing at 72.40 suggest a very likely outcome for a high-scoring game, supported by the average goals statistics.

Away Team to Win

The odds of 62.20 for Daejeon Korail winning indicates a strong prediction, possibly due to Jeonbuk Hyundai Motors II’s lower scoring capability indicated by the average goals conceded data.

Sum of Goals 2 or 3

Odds of 64.70 suggest middle ground, predicting an outcome that balances defensive play with some scoring opportunities for both teams.

Away Team Not To Score in 2nd Half

At odds of 58.40, this prediction indicates that the away team might struggle to finish strong or could be heavily marked after any early lead or target.

Over 0.5 Goals HT

With odds of 53.90, this outcome is expected considering the attacking potential of both sides, aligning with the average total and goals scored data.

Both Teams Not to Score

With odds at 53.00, this is a less likely outcome, yet it remains a consideration due to the possible defensive tactics employed by both teams.

<sleesiwen314/swift-koans/swiftkoans/exercise02/Reverser02.swift
//
// Reverser.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class Reverser02: NSObject {
class func reverse(_ s: String) -> String {
let chars = Array(s)
let result = chars.reversed().map { $0.description }.joined()
return result
}
}
leesiwen314/swift-koans/swiftkoans/exercise08/RemovingVowels.swift
//
// RemovingVowels.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class RemovingVowels: NSObject {
class func removeVowels(_ s: String) -> String {
return s.filter{ !”aeiouAEIOU”.contains($0)}
}
}
//
// MapStructs.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

struct MovieRating {
let name: String
let rating: Int
}

struct SortedMovieList {
let movieList: [(name: String, rating: Int)]
}

class MapStructs: NSObject {

class func getSortedMovieList() -> SortedMovieList {
let movies: [MovieRating] = [
MovieRating(name: “Interstellar”, rating: 5),
MovieRating(name: “Inside Out”, rating: 4),
MovieRating(name: “Avengers”, rating: 9),
MovieRating(name: “The Martian”, rating: 8),
MovieRating(name: “The Revenant”, rating: 7)
]

// var movieTupleList = [(String, Int)]()

let sortedMovieTupleList = movies.sorted { $0.rating > $1.rating }.map({(name: $0.name, rating: $0.rating)})

return SortedMovieList(movieList: sortedMovieTupleList)
}
}
//
// ClassCreat.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class ClassCreat : NSObject {
var a = “a”
}
//
// StaticProperties.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class StaticProperties : NSObject {
class func getStaticProperties() {
let staticProperties = Houses.commercial

}

}
//
// Dictionary.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class Dictionary : NSObject {

/*
The expected result here is:
[“SF”: [(“id”:1,”name”:”Interstellar”),(“id”:2,”name”:”Inside Out”)],
“LA”: [(“id”:3,”name”:”Avengers”),(“id”:4,”name”:”The Martian”)],
“Chicago”: [(“id”:5,”name”: “The Revenant”)]]

That is,
A dictionary with three keys (“SF”, “LA”, “Chicago”) where each value is an array of dictionaries with the two keys “id” and “name”.
*/
class func makeDictionary() -> NSDictionary {

var someDict : [String:Array] = [“SF”:[], “LA”:[], “Chicago”:[]]

let interstellarID = NSDictionary.init(dictionary: [“id” : 1 , “name” : “Interstellar” ])
let insideOutID = NSDictionary.init(dictionary: [“id” : 2 , “name” : “Inside Out” ])

someDict[“SF”]?.append(interstellarID)
someDict[“SF”]?.append(insideOutID)

let avengersID = NSDictionary.init(dictionary: [“id” : 3 , “name” : “Avengers” ])
let martianID = NSDictionary.init(dictionary: [“id” : 4 , “name” : “The Martian” ])

someDict[“LA”]?.append(avengersID)
someDict[“LA”]?.append(martianID)

let revenantID = NSDictionary.init(dictionary: [“id” : 5 , “name” : “The Revenant” ])

someDict[“Chicago”]?.append(revenantID)

return someDict as NSDictionary

}

}
leesiwen314/swift-koans/swiftkoans/testSet.swift
//
// testSet.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class testSet: NSObject {

}
leesiwen314/swift-koans/swiftkoans/BasicClass.swift
//
// BasicClass.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class BasicClass : NSObject {

//初始化
//var a = “” // 可以先声明再赋值
var b:Int? // 可以宣告完畢后再赋值
var c:String!

//方法
func testMethod(){}

//即多載
override init() {
super.init()
// to-do 赋值
b = nil // nil 可做字符串和数字的空值 Null == nil

//安全警示
// b?.print()
// c!.print()

print(b)

}

convenience init(d:Int) { // 在init的調用中用不到的成員變數則用convenience 簡化成員的型態。
self.init() // 調用其他多載的方式亦可。
self.b = d

}

}
leesiwen314/swift-koans/swiftkoans/exercise03/CountingCharacters.swift
//
// CountingCharacters.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class CountingCharacters: NSObject {
class func characterOccurrences(_ s: String) -> [Character:Int] {
// var result = [Character:Int]()
// for char in s {
// if let i = result[char] {
// result[char] = i + 1
// } else {
// result[char] = 1
// }
// }

return s.reduce(into: [Character:Int](),{ result, c in
if let i = result[c] {
result[c] = i + 1
} else {
result[c] = 1
}

})
}
}
leesiwen314/swift-koans/swiftkoans/exercise10/AllCountStrings.swift
//
// AllCountStrings.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

struct CountingStrings {
var count : Int
}

class AllCountStrings : NSObject {

static func getCountingStrings() -> [CountingStrings] {

return [“a”,”bb”,”ccc”].map { (s) -> CountingStrings in
CountingStrings(count: s.count)
}
}
}

leesiwen314/swift-koans/swiftkoans/exercise07/FilterStructs.swift
//
// FilterStructs.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

struct ZooAnimal {
let species: String
}

struct AnimalGrowthRecord {
let species: String
let ageMonths: Int
}

class FilterStructs: NSObject {

class func filterGrowthRecordsBySpecies(animals: [ZooAnimal], growthRecords: [AnimalGrowthRecord]) -> [AnimalGrowthRecord] {

let filterAnimalSpecies = animals.map ({$0.species})

return growthRecords.filter { filterAnimalSpecies.contains($0.species)}

}
}
leesiwen314/swift-koans/swiftkoans/TestSet.swift
//
// TestSet.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class TestSet : NSObject {

var thisSet = Set()

func testSetMore() {

var set1:Set = [0,1,2,3]

if set1.isEmpty {
print(“空”)

}else{
print(“非空”)

}

// 修改集合元素的數量

set1.insert(4)

set1.remove(3)

set1.removeWhere { (x) -> Bool in

return x%2 == 0

}

set1.removeFirst()
set1.removeLast()

// 檢查集合是否為另一集合的子集合

let set2:Set = [5,6]
let set3:Set = [5,6,7]

set1.isStrictSubsetOf(set3)
set2.isSubsetOf(set3)

}

}
leesiwen314/swift-koans/swiftkoans/exercise01/StringReverser.swift
//
// StringReverser.swift
// swiftkoans
//
// Created by npm on 2016/9/1.
// Copyright © 2016年 npm. All rights reserved.
//

import UIKit

class StringReverser: NSObject {

class func reverseString(_ s:String) -> String{

import UIKit

class TestClosure : NSObject {

typealias Pair = (Int, Int)

func testClosure() {

let pairArr:[Pair] = [(0,2), (4,10), (-2,-7)]

// 給定一個需要兩個數作為參數還會回傳一個陣列的函式

let addTwoNums:(Pair)->Int

addTwoNums = { (pair) -> Int in

return pair.0 + pair.1

}

print(addTwoNums((0,2)))

/*
* prepend method 暫時找不到使用方式。
*/

// print(pairArr.map { addTwoNums.prepend($0) })

}

leesiwen314/swift-koans/swiftkoans/exercise11/MultipleFunctions.swift
//
// MultipleFunctions.swift
//
//
// Created by npm on 2016/9/2.
//
//

import UIKit

class MultipleFunctions : NSObject {
class func isNarcissistic(_ n:Int) -> Bool {

let pow3 = {(num:Int)->Int in
return Int(pow(Double(num), Double(3)))

}

import UIKit

struct ZooAnimal {
let species: String
}

class IterateStructsTwo: NSObject {

class func printZooInventories(inventories: [[ZooAnimal]]) {

for inventroy in inventories {

let speciesSet = inventroy.flatMap { $0.species }

for specie in Set(speciesSet) {
print(specie)
}

print()
}

for inventroy in inventories {

for animal in inventroy {
print(“(animal.species)”)
}

print()

}
*/

}
}
//
// OptionalChainingAndIfLet.swift
//
//
// Created by npm on 2016/9/2.
//
//

import UIKit

enum SideEffects{

case `default`(sideEffect:SideEffect)
case none

}

enum SoundtrackQuirk{

case off(SideEffect)
case defaultQuirk(String,quickness:Int,
SideEffect?
)

}

struct QuirkyGameOptions{

let soundtracks:[SoundtrackQuirk]
let cutscenesSideEffects:[SideEffect]

}

class OptionalChainingAndIfLet : NSObject {

class func getDefaultQuirkSoundtrackName(options:QuirkyGameOptions, defaultTrackName:String)->String{

return options.soundtracks.first?.defaultQuirk.flatMap({$0.0}) ?? defaultTrackName

}

class func getCutSceneSideEffectDesciption(cutSceneIndex:Int,options:QuirkyGameOptions,eachSideEffectDefaultDescrption:String)->String{