Expert Overview: Blacktown Spartans vs Inter Lions

The upcoming match between Blacktown Spartans and Inter Lions promises to be an exciting encounter, as indicated by the high probability of goals being scored. With an average total goal prediction of 4.62, both teams are expected to put on a thrilling offensive display. The high probabilities for over 1.5 goals (98.40%) and over 2.5 goals (76.80%) suggest that fans should prepare for a lively match with numerous scoring opportunities.

Betting Predictions

Goals and Scorelines

• Over 1.5 Goals: With a probability of 98.40%, it’s almost certain that more than one and a half goals will be scored, making this a highly attractive bet.
• Over 2.5 Goals: The likelihood of more than two and a half goals being scored is 76.80%, indicating a potential high-scoring affair.
• Avg. Total Goals: Expected to reach 4.62, suggesting both teams will be aggressive in their attacking play.
• Sum of Goals 2 or 3: There’s a 57.30% chance the total goals will fall within this range, pointing towards a moderately high-scoring game.

Half-Time Predictions

• Over 0.5 Goals HT: A strong probability of 74.20% indicates that both teams will likely score at least one goal by halftime.
• Both Teams Not To Score In 1st Half: With a probability of 72.70%, it’s less likely that the first half will remain goalless, given the overall offensive predictions.
• Home Team To Score In 1st Half: At 59.40%, there’s a decent chance the home team will break the deadlock early.

Second Half Dynamics

• Home Team To Score In 2nd Half: A probability of 74.30% suggests the home team has a strong chance of scoring in the latter stages.
• Away Team To Score In 2nd Half: With a probability of 62.90%, expect the away team to find the net after halftime as well.
• Both Teams Not To Score In 2nd Half: At just 56.20%, it’s unlikely that neither team will score in the second half, given the overall scoring trends.

Tactical Outcomes

• Both Teams To Score: A strong likelihood of 62.60% suggests an open game where both teams will manage to find the back of the net.
• Away Team Not To Score In 1st Half: At 62.10%, there’s a fair chance the away team might hold off scoring until after halftime.
• Over 2.5 BTTS (Both Teams To Score): With a probability of 59.20%, it’s likely both teams will score at least twice, contributing to an engaging match.

Possible Outcomes

• Home Team To Win: The probability stands at 51.70%, indicating that while not heavily favored, Blacktown Spartans have a fair shot at claiming victory.

Additionahuangzhenlong/pebblejs/README.md
# pebblejs
Pebble.js

[](https://travis-ci.org/pebble/pebblejs)

Pebble.js is an open-source JavaScript framework for building Pebble smartwatch apps and watchfaces.

For more information about Pebble.js see our [documentation site](http://docs.getpebble.com/en/developer/smartwatch/daily-js/).

## Building

To build the source code you’ll need [Node.js](http://nodejs.org) installed on your system.

To get started run `npm install` in this directory to install all dependencies.

### Rebuilding

After installing all dependencies run `npm run build` to build all components from source.

To rebuild automatically when files change run `npm run watch`.

## Testing

To run all tests run `npm test` from this directory.

## License

This project is licensed under the Apache License Version 2.0.

See [LICENSE](LICENSE) for details.
‘use strict’;

var utils = require(‘../utils’);

var hasOwnProperty = Object.prototype.hasOwnProperty;

module.exports = function extend(target, source) {
if (!source || typeof source !== ‘object’) {
return target;
}

var keys = Object.keys(source);

for (var i = 0; i < keys.length; i++) {
var key = keys[i];

if (hasOwnProperty.call(source, key)) {
var value = source[key];

if (utils.isPlainObject(value)) {
target[key] = extend(target[key] || {}, value);
} else if (Array.isArray(value)) {
target[key] = extend(target[key] || [], value);
} else {
target[key] = value;
}
}
}

return target;
};
‘use strict’;

var pebblejs = require(‘../..’);
var assert = require(‘assert’);

describe(‘Pebble object’, function() {

it(‘should expose an App object’, function() {
assert.ok(pebblejs.App);
});

it(‘should expose a WatchFace object’, function() {
assert.ok(pebblejs.WatchFace);
});

});
huangzhenlong/pebblejs/lib/utils/index.js
‘use strict’;

var ArrayUtils = require(‘./array’);
var ObjectUtils = require(‘./object’);
var StringUtils = require(‘./string’);

module.exports = {
isArray: Array.isArray,
isDate: Date.prototype.isPrototypeOf,
isError: function(value) { return value instanceof Error; },
isFunction: Function.prototype.isPrototypeOf,
isNull: function(value) { return value === null; },
isNumber: Number.prototype.isPrototypeOf,
isObject: function(value) { return value !== null && typeof value === ‘object’; },
isPlainObject: ObjectUtils.isPlainObject,
isString: String.prototype.isPrototypeOf,
isUndefined: function(value) { return typeof value === ‘undefined’; },

array: ArrayUtils,

object: ObjectUtils,

string: StringUtils
};
‘use strict’;

var pebblejs = require(‘../../’);
var assert = require(‘assert’);

describe(‘Window object’, function() {

var window;

beforeEach(function() {
window = new pebblejs.Window({
backgroundColor: ‘#000000’
});

window.open();

pebblejs.simulateAppLaunch();

pebblejs.simulateWatchFaceLoad();

pebblejs.simulateMessage({
id: ‘some-message’,

data: JSON.stringify({
someProperty: ‘some-value’
})
});

pebblejs.simulateAppMessage({
someMessageKey: ‘some-message-value’

});

pebblejs.simulateAppMessageResponse({
someMessageKey: ‘some-message-response-value’

});

pebblejs.simulateAppMessageAck({

someMessageKey: true

});

});

it(‘should be created with given options’, function() {

});

it(‘should expose backgroundColor property’, function() {

});

it(‘should expose defaultBackgroundColor property’, function() {

});

it(‘should expose defaultTextColor property’, function() {

});

it(‘should expose layout property’, function() {

});

it(‘should expose title property’, function() {

});

it(‘should expose titlePosition property’, function() {

});

it(‘should expose titleWrap property’, function() {

});

it(‘should expose showTitle property’, function() {

});

it(‘should have opened state initially false’, function() {

});

it(‘should have closed state initially false’, function() {

});

it(‘should have opened state set to true after opening window’, function() {

});

it(‘should have closed state set to false after opening window’, function() {

});

it(‘should have opened state set to false after closing window’, function() {

});

it(‘should have closed state set to true after closing window’, function() {

});

it(‘should allow setting layout property after creation’, function() {

});

it(‘should allow setting title property after creation’, function() {

});

it(‘should allow setting titlePosition property after creation’, function() {

});

it(‘should allow setting titleWrap property after creation’, function() {

});

it(‘should allow setting showTitle property after creation’, function() {

});

describe(‘#open()’, function() {

it(‘should set opened state to true when called once with no arguments’, function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

window.open();

assert.equal(window.getOpenState(), true);

done();
});

it.skip(‘#open()’,function(done) {

var listenerCalled = false;

var listener = () => listenerCalled = true;

window.addEventListener(pebblejs.constants.events.OPENED, listener);

window.open();

setTimeout(() => {

assert(listenerCalled);

done();

},100);

});

});

describe(‘#close()’, function() {

it.skip(‘#close()’,function(done) {

var listenerCalled = false;

var listener = () => listenerCalled = true;

window.addEventListener(pebblejs.constants.events.CLOSED, listener);

window.close();

setTimeout(() => {

assert(listenerCalled);

done();

},100);

});

it.skip(‘#close()’,function(done) {

var listenerCalled = false;

var listener = () => listenerCalled = true;

window.addEventListener(pebblejs.constants.events.CLOSED, listener);

window.close();

setTimeout(() => {

assert(listenerCalled);

done();

},100);

});

it.skip(‘#close()’,function(done) {

var listenerCalled = false;

var listener = () => listenerCalled = true;

window.addEventListener(pebblejs.constants.events.CLOSED, listener);

window.close();

setTimeout(() => {

assert(listenerCalled);

done();

},100);

});

it.skip(‘#close()’,function(done) {

var listenerCalledOnce = false;

var listenerTwiceCalledOnce = false;

var firstListener = () => listenerCalledOnce = true;

var secondListener = () => listenerTwiceCalledOnce = true;

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

else if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

else if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

else if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

else if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

else if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = secondListener.call(this);

if (!listenerTwiceCalledOnce)
listenerTwiceCalledOnce = firstListener.call(this);

else if (!listenerTwice Called Once)
listenerTwiCe Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncece Called Oncee= seconDListeNer.call(tHIS);

if (!listenerTwiCe CaLlEd OnCe)
listeNerTwiCeCaLlEdOnCe= firsTlisteNer.caLl(tHISsEconDlisteNer.caLl(tHISsEconDlisteNer.caLl(tHISsEconDlisteNer.caLl(tHISsEconDlisteNer.caLl(tHISsEconDlisteNer.caLl(tHISsEconDlisteNer.caLl(tHISsEconDlisteNer.caLl(tHIS));

if (listeneRtWicCeCaLlEdOncE)
doSOMETHINGwithlisteneRtWicCeCaLlEdOncE;

if (listeneRtWicCeCaLlEdOncE)
doSOMETHINGwithlisteneRtWicCeCaLlEdOncE;

if (listeneRtWicCeCaLlEdOncE)
doSOMETHINGwithlisteneRtWicCeCaLlEdOncE;

if (listeneRtWicCeCaLl