Kristiansund vs Brann Expert Opinion
The upcoming match between Kristiansund and Brann is set to be an intriguing contest with several betting markets offering compelling odds. Based on the data provided, the game is expected to be relatively high-scoring, with an average of 2.99 total goals predicted. Both teams have shown a propensity for conceding goals, with Brann having an average of 1.86 goals conceded per match and Kristiansund scoring an average of 1.63 goals per match. The likelihood of both teams scoring in the second half is notably high, suggesting a competitive game.
Kristiansund
Brann
(FT)
Predictions:
Market | Prediction | Odd | Result |
---|---|---|---|
Both Teams Not To Score In 1st Half | 88.40% | (2-2) 0-0 1H 1.25 | |
Over 1.5 Goals | 85.00% | (2-2) 1.18 | |
Both Teams Not To Score In 2nd Half | 82.40% | (2-2) 2-2 2H 1.40 | |
Under 5.5 Cards | 78.10% | (2-2) | |
Away Team Not To Score In 1st Half | 79.30% | (2-2) | |
Home Team Not To Score In 1st Half | 76.70% | (2-2) | |
Last Goal 73+ Minutes | 71.70% | (2-2) 89' min 1.83 | |
Over 0.5 Goals HT | 64.90% | (2-2) 0-0 1H 1.29 | |
Goal In Last 10 Minutes | 65.90% | (2-2) | |
Goal In Last 15 Minutes | 68.00% | (2-2) | |
Away Team To Score In 2nd Half | 67.10% | (2-2) | |
Over 2.5 Goals | 57.30% | (2-2) 1.62 | |
Sum of Goals 2 or 3 | 58.00% | (2-2) 2.05 | |
Over 4.5 Cards | 55.30% | (2-2) | |
First Goal 30+ Minutes | 53.10% | (2-2) | |
Home Team Not To Score In 2nd Half | 56.40% | (2-2) | |
Avg. Total Goals | 3.89% | (2-2) | |
Yellow Cards | 2.73% | (2-2) | |
Avg. Conceded Goals | 2.76% | (2-2) | |
Avg. Goals Scored | 2.03% | (2-2) | |
Red Cards | 1.36% | (2-2) |
Prediction: Both Teams Not To Score In 1st Half
With odds at 88.40, this bet suggests a cautious start from both teams. Given the defensive records and the tendency for late goals in both teams’ recent performances, this could be a strategic choice.
Prediction: Over 1.5 Goals
Odds at 80.10 indicate a strong expectation for a lively match. With both teams averaging over two goals scored and conceded combined, this bet aligns well with the anticipated offensive play.
Prediction: Both Teams Not To Score In 2nd Half
At odds of 81.20, this prediction suggests a shift in momentum after halftime. However, given the high likelihood of both teams scoring in the second half, this may not be the most favorable bet.
Prediction: Under 5.5 Cards
The odds of 76.10 reflect a relatively disciplined encounter expected between the two sides. With an average of 3.13 yellow cards and 1.56 red cards per game, this bet seems reasonable.
Prediction: Away Team Not To Score In 1st Half
Odds at 77.30 suggest Brann may struggle to find the net early on, possibly due to Kristiansund’s strong home record and defensive setup in the first half.
Prediction: Home Team Not To Score In 1st Half
With odds at 79.60, this prediction indicates Kristiansund might face challenges breaking through Brann’s defense initially.
Prediction: Last Goal Scored After 73 Minutes
Odds at 73.00 highlight the potential for late-game drama, aligning with both teams’ tendencies to score in the final stages of matches.
Prediction: Over 0.5 Goals by Half-Time
At odds of 66.90, this bet reflects expectations for an early goal, considering both teams’ attacking capabilities and defensive vulnerabilities.
Prediction: Goal in Last 10 Minutes
Odds at 69.40 suggest a thrilling finish is likely, with both teams having a history of scoring late goals.
Prediction: Goal in Last 15 Minutes
With odds at 69.90, this prediction is similar to the previous one but slightly broader in scope, indicating confidence in a late-game goal.
Prediction: Away Team to Score in Second Half
Odds at 67.30 suggest Brann will capitalize on their chances after halftime, possibly due to adjustments made during the break.
Prediction: Over 2.5 Goals
At odds of 53.80, this bet aligns with the expectation of a high-scoring affair, supported by both teams’ offensive records.
Prediction: Sum of Goals Equals Two or Three
With odds at 53.20, this prediction suggests a balanced outcome with neither team dominating completely.
Prediction: Over 4.5 Cards
Odds at 58.60 reflect the potential for disciplinary issues during the match, given both teams’ average card statistics.
Prediction: First Goal Scored After First Half Hour
Odds at 53.50 suggest that it may take some time for either team to break the deadlock early on.
Prediction: Home Team Not To Score in Second Half
PavelSkripkin/ATM/ATM/Controllers/ATMViewController.h
//
// Created by Pavel Skripkin on November/2019.
// Copyright (c) Pavel Skripkin.
#import “ATMBaseViewController.h”
#import “ATMMoneyCard.h”
@interface ATMViewController : ATMBaseViewController
@property (nonatomic) ATMMoneyCard *card;
– (instancetype)initWithCard:(ATMMoneyCard *)card;
@end
//
// Created by Pavel Skripkin on November/2019.
// Copyright (c) Pavel Skripkin.
#import “ATMConstants.h”
@implementation ATMConstants
+ (NSArray *)supportedCardPrefixes {
return @[@”4564″, @”4444″, @”401288″];
}
+ (NSInteger)minCardLength {
return MIN_CARD_LENGTH;
}
+ (NSInteger)maxCardLength {
return MAX_CARD_LENGTH;
}
+ (NSInteger)minPinLength {
return MIN_PIN_LENGTH;
}
+ (NSInteger)maxPinLength {
return MAX_PIN_LENGTH;
}
@end
//
// Created by Pavel Skripkin on November/2019.
// Copyright (c) Pavel Skripkin.
#import “ATMMoneyCard.h”
#import “ATMConstants.h”
@implementation ATMMoneyCard
– (instancetype)initWithNumber:(NSString *)number pin:(NSString *)pin balance:(NSInteger)balance {
self = [super init];
if (!self) {
return nil;
}
_number = number;
_pin = pin;
_balance = balance;
return self;
}
– (BOOL)isEqual:(id)object {
if ([object isKindOfClass:[ATMMoneyCard class]]) {
ATMMoneyCard *other = (ATMMoneyCard *) object;
if ([self.number isEqualToString:other.number] && [self.pin isEqualToString:other.pin]) {
return YES;
}
}
return NO;
}
– (NSUInteger)hash {
return self.number.hash ^ self.pin.hash;
}
– (NSString *)description {
NSString *description = [NSString stringWithFormat:@”cardNumber=%@; pin=%@; balance=%ld”, self.number,
self.pin ? @”*” : @”NO_PIN”, self.balance];
return description;
}
– (BOOL)isValid {
NSString *cardPrefix = [self.number substringToIndex:MIN(4, self.number.length)];
BOOL isValidPrefix = [ATMConstants.supportedCardPrefixes containsObject:cardPrefix];
BOOL isValidLength = [self.number length] >= ATMConstants.minCardLength &&
[self.number length] = ATMConstants.minPinLength &&
[self.pin length] <= ATMConstants.maxPinLength;
return isValidPrefix && isValidLength && isValidPin;
}
@end
PavelSkripkin/ATM/ATMTests/Controllers/ATMSuccessViewControllerTests.m
//
// Created by Pavel Skripkin on November/2019.
// Copyright (c) Pavel Skripkin.
#import “ATMSuccessViewController.h”
#import “ATMMoneyCard.h”
@interface ATMSuccessViewControllerTests : XCTestCase
@property ATMSuccessViewController *sut;
@end
@implementation ATMSuccessViewControllerTests
– (void)setUp {
self.sut = [[ATMSuccessViewController alloc] init];
}
– (void)testInitSuccessMessageForWithdrawalWhenBalanceIsNotEnoughAndAmountIsMoreThan500ShouldReturnCorrectString {
NSInteger amount = @50000;
NSString *expectedMessage = [NSString stringWithFormat:@”Внимание! Осталось на счету %ld рублей.nПопытка снять %ld рублей не удалась.”,
amount – amount + @50000 – @1000,
amount];
NSString *actualMessage = [self.sut successMessageForWithdrawalWithAmount:@(amount)
availableBalance:@(amount – amount + @50000 – @1000)];
XCTAssertEqualObjects(expectedMessage, actualMessage);
}
– (void)testInitSuccessMessageForWithdrawalWhenBalanceIsNotEnoughAndAmountIsLessThan500ShouldReturnCorrectString {
NSInteger amount = @400;
NSString *expectedMessage =
@”Внимание! Осталось на счету %ld рублей.nПопытка снять %ld рублей не удалась.”;
NSString *actualMessage = [self.sut successMessageForWithdrawalWithAmount:@(amount)
availableBalance:@(amount – amount + @50000)];
XCTAssertEqualObjects(expectedMessage,
actualMessage);
}
– (void)testInitSuccessMessageForWithdrawalWhenBalanceIsEnoughAndAmountIsMoreThan500ShouldReturnCorrectString {
NSInteger amount = @60000;
NSString *expectedMessage =
@”На ваш счет будет зачислено %ld рублей.nТекущий баланс на вашем счете составляет %ld рублей.”;
NSString *actualMessage =
[self.sut successMessageForWithdrawalWithAmount:@(amount)
availableBalance:@(amount + @50000)];
XCTAssertEqualObjects(expectedMessage,
actualMessage);
}
– (void)testInitSuccessMessageForWithdrawalWhenBalanceIsEnoughAndAmountIsLessThan500ShouldReturnCorrectString {
NSInteger amount = @400;
NSString *expectedMessage =
@”На ваш счет будет зачислено %ld рублей.nТекущий баланс на вашем счете составляет %ld рублей.”;
NSString *actualMessage =
[self.sut successMessageForWithdrawalWithAmount:@(amount)
availableBalance:@(amount + @50000)];
XCTAssertEqualObjects(expectedMessage,
actualMessage);
}
– (void)testInitSuccessMessageForDepositWhenDepositWasSuccessfulShouldReturnCorrectString {
NSInteger amount = @60000;
NSString *expectedMessage =
@”Сумма в размере %ld рублей была успешно зачислена на ваш счет.nТекущий баланс на вашем счете составляет %ld рублей.”;
NSString *actualMessage =
[self.sut successMessageForDepositWithAmount:@(amount)
availableBalance:@(amount + @50000)];
XCTAssertEqualObjects(expectedMessage,
actualMessage);
}
– (void)testInitSuccessMessageForDepositWhenDepositWasFailedShouldReturnCorrectString {
NSInteger amount = @60000;
NSString *expectedMessage =
@”Попытка зачисления суммы в размере %ld рублей не удалась.nТекущий баланс на вашем счете составляет %ld рублей.”;
NSString *actualMessage =
[self.sut successMessageForDepositWithAmount:@(amount)
availableBalance:@(amount + @50000)];
XCTAssertEqualObjects(expectedMessage,
actualMessage);
}
@end
//
// Created by Pavel Skripkin on November/2019.
// Copyright (c) Pavel Skripkin.
#import “ATMCardsStorage.h”
#import “ATMMoneyCard.h”
@implementation ATMCardsStorage
+ (instancetype)sharedStorage {
static dispatch_once_t onceToken;
static id instance;
dispatch_once(&onceToken, ^{
instance = [[super alloc] initUniqueInstance];
});
return instance;
}
+ (id)allocWithZone:(struct _NSZone *)zone {
return [self sharedStorage];
}
– (instancetype)initUniqueInstance {
if ((self = [super init])) {
ATMMoneyCard *card1 =
[[ATMMoneyCard alloc] initWithNumber:@”4564132342345678″ pin:@”1234″ balance:@1000];
ATMMoneyCard *card2 =
[[ATMMoneyCard alloc] initWithNumber:@”4444556677889900″ pin:@”1234″ balance:@2000];
ATMMoneyCard *card3 =
[[ATMMoneyCard alloc] initWithNumber:@”4012888888881881″ pin:@”1234″ balance:@3000];
NSArray *cardsArray = @[card1, card2, card3];
_cardsDictionaryByNumber = [[NSMutableDictionary alloc] initWithCapacity:[cardsArray count]];
for(ATMMoneyCard* card in cardsArray){
[_cardsDictionaryByNumber setObject:card forKey:card.number];
}
_cardsDictionaryByPin = [[NSMutableDictionary alloc] initWithCapacity:[cardsArray count]];
for(ATMMoneyCard* card in cardsArray){
[_cardsDictionaryByPin setObject:card forKey:card.pin];
}
}
return self;
}
– (BOOL)addNewCard:(ATMMoneyCard *)card {
if (!card || ![card isValid]) {
return NO;
}
if (![self.cardsDictionaryByNumber objectForKey:card.number]) {
[self.cardsDictionaryByNumber setObject:card forKey:card.number];
if (![self.cardsDictionaryByPin objectForKey:card.pin]) {
[self.cardsDictionaryByPin setObject:card forKey:card.pin];
return YES;
}
}
return NO;
}
– (BOOL)deleteExistingCardsByNumber:(NSString *)number pin:(NSString *)pin {
if (![number length] || ![pin length]) {
return NO;
}
ATMMoneyCard* cardToRemoveFromCardsDictionaryByNumber = [self.cardsDictionaryByNumber objectForKey:number];
ATMMoneyCard* cardToRemoveFromCardsDictionaryByPin = [self.cardsDictionaryByPin objectForKey:pin];
if (!([number isEqualToString:[cardToRemoveFromCardsDictionaryByNumber number]] &&
[pin isEqualToString:[cardToRemoveFromCardsDictionaryByPin pin]])) {
return NO;
} else {
// TODO fix remove operation
//[cardsDictionaryByNumber removeObjectForKey:number];
//[cardsDictionaryByPin removeObjectForKey:pin];
return YES;
}
}
– (NSArray *)getSupportedPrefixesList {
NSMutableArray *prefixesListArray =
[[NSMutableArray alloc] initWithCapacity:[[[[self cardsDictionaryByNumber] allValues]
valueForKeyPath:@”@distinctUnionOfObjects.number”]
count]];
for(ATMMoneyCard* card in [[[[[self cardsDictionaryByNumber] allValues]
valueForKeyPath:@”@distinctUnionOfObjects.number”] copy]
sortedArrayUsingSelector:@selector(compare:)]){
NSRange prefixRange = NSMakeRange(0,
MIN([@”45641234567890123456″ length], MIN([@”4012888888881888″ length],
MIN([@”4444556677889900″ length],
MIN([@”45641234567890123456″ length],
MIN([@”4444556677889900″ length],
[@”4012888888881888″ length]
)
)
)
)
));
NSString* prefixToAppendToPrefixesListArray =
[[[[[[[[prefixRange isEqual:NSMakeRange(0,MIN([@”45641234567890123456″ length],MIN([@”4012888888881888″ length],MIN([@”4444556677889900″ length],MIN([@”45641234567890123456″ length],MIN([@”4444556677889900″ length],[@”4012888888881888″ length]))))) ? @”4564″:@””] copy] stringByAppendingString:
[[[prefixRange isEqual:NSMakeRange(0,[@”4444556677889900″ length]) ? @”4444″:@””] copy]
stringByAppendingString:
[[[prefixRange isEqual:NSMakeRange(0,[@”4012888888881888″ length]) ? @”401288″:@””] copy]
stringByAppendingString:
[[[prefixRange isEqual:NSMakeRange(0,[@”45641234567890123456″ length]) ? @”4564″:@””] copy]
stringByAppendingString:
[[[prefixRange isEqual:NSMakeRange(0,[@”4444556677889900″ length]) ? @”4444″:@””] copy]
stringByAppendingString:nil]]]] copy]
stringByTrimmingCharactersInSet:[NSCharacterSet whitespaceAndNewlineCharacterSet]];
if(![prefixesListArray containsObject:[prefixToAppendToPrefixesListArray copy]]){
[prefixesListArray addObject:[prefixToAppendToPrefixesListArray copy]];
}
}
//return [[[NSArray alloc] initWithArray:[[NSSet setWithArray:[[[[cardsDictionaryByNumber allValues]
// valueForKeyPath:@”@distinctUnionOfObjects.number”] copy] sortedArrayUsingSelector:
// @(^(id obj1,id obj2){return[obj1 compare:obj2];})] mutableCopy]] copy];
//return [[NSArray alloc] initWithArray:[[NSSet setWithArray:[[cardsDictionaryByNumber allValues]
// valueForKeyPath:@”@distinctUnionOfObjects.number”] copy]] copy];
//return [[[NSSet setWithArray:[[cardsDictionaryByNumber allValues]
// valueForKeyPath:@”@distinctUnionOfObjects.number”]] allObjects] sortedArrayUsingSelector:
// @(^(id obj1,id obj2){return[obj1 compare:obj2];})];
//return [[[NSSet setWithArray:[[cardsDictionaryByNumber allValues]
// valueForKeyPath:@”@distinctUnionOfObjects.number”]] allObjects]
// sortedArrayUsingComparator:^NSComparisonResult(id obj1,id obj2){return[obj1 compare:obj2];}];
//return [[[NSSet setWithArray:[[cardsDictionaryByNumber allValues]
// valueForKeyPath:@”@distinctUnionOfObjects.number”]] allObjects]
// sortedArrayUsing