Australian Championship Group D stats & predictions

Squadra A

La Squadra A entra in questo incontro con una formazione solida. Il loro attaccante principale, noto per la sua abilità nel trovare la rete, sarà fondamentale nel rompere la difesa dell'avversario. La difesa della Squadra A ha mostrato grande resistenza nelle ultime partite, rendendo difficile per gli avversari segnare.

Squadra B

Conosciuta per il suo gioco d'attacco veloce e strategico, la Squadra B potrebbe sfruttare i punti deboli della difesa della Squadra A. Il loro centrocampista creativo ha avuto un ruolo chiave nelle ultime vittorie, fornendo assist cruciali.

Squadra C

Dopo una recente sconfitta, la Squadra C ha bisogno di un riscatto. La loro difesa è stata criticata negli ultimi match, quindi si aspettano miglioramenti tattici per proteggere la porta. L'attaccante principale della Squadra C è in forma straordinaria e potrebbe essere la chiave per ribaltare le sorti.

Squadra D

La Squadra D ha dimostrato un gioco solido sia in attacco che in difesa nelle ultime settimane. La loro capacità di mantenere la palla e costruire gioco dal basso li rende una minaccia costante. La presenza del capitano esperto in campo è sempre un vantaggio, portando esperienza e leadership.

Squadra A vs Squadra B:

Nelle ultime cinque stagioni, la Serie tra queste due squadre ha mostrato un equilibrio quasi perfetto. Entrambe hanno vinto tre volte ciascuna, con due pareggi. Questo trend suggerisce che ogni incontro tra queste squadre può essere decisivo e incerto fino all'ultimo minuto.

Squadra C vs Squadra D:

Nelle precedenti confrontazioni, la Squadra D ha avuto un leggero vantaggio. Tuttavia, la Squadra C ha mostrato miglioramenti significativi nelle ultime stagioni e potrebbe sorprendere con una prestazione solida.

Tattiche della Squadra A:

• Difesa a Zona: La Squadra A potrebbe adottare una strategia difensiva aggressiva per limitare le opzioni di passaggio della Squadra B.
• Cambi di Gioco Rapidi: Sfruttando i lanci lunghi dal fondo campo per creare occasioni da rete dirette.

Tattiche della Squadra B:

• Ju-<|repo_name|>lukasbaltzer/Proxel<|file_sep|>/src/proxel/util/StaticData.hpp /* * Copyright (c) Martin Rönnberg * * 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. */ #ifndef PROXEL_UTIL_STATIC_DATA_HPP_ #define PROXEL_UTIL_STATIC_DATA_HPP_ #include "../proxel/Proxel.hpp" #include "../proxel/ProxelArray.hpp" namespace proxel { namespace util { /// Static data containing predefined Proxels for use in Proxel arrays. class StaticData { public: static const Proxel& NONE(); static const Proxel& WHITE(); static const Proxel& GRAY(); static const Proxel& BLACK(); static const Proxel& LIGHT_RED(); static const Proxel& LIGHT_GREEN(); static const Proxel& LIGHT_BLUE(); static const Proxel& LIGHT_CYAN(); static const Proxel& LIGHT_MAGENTA(); static const Proxel& LIGHT_YELLOW(); static const Proxel& RED(); static const Proxel& GREEN(); static const Proxel& BLUE(); static const Proxel& CYAN(); static const Proxel& MAGENTA(); static const Proxel& YELLOW(); private: StaticData() = delete; }; /// Static data containing predefined Proxels for use in MultiProxels. class MultiStaticData { public: /// Returns a MultiProxel with all specified colors set to `true` and all others set to `false`. template static MultiProxel& get(bool colors[]) { return get(colors); } private: template static MultiProxel& get(bool colors[]) { MultiProxel* multiProxels = new MultiProxel(); for (int i = 0; i <= NColorCount; ++i) { if (colors[i]) { multiProxels->set(static_cast(i)); } } return *multiProxels; } private: MultiStaticData() = delete; }; } /* namespace util */ } /* namespace proxel */ #endif /* PROXEL_UTIL_STATIC_DATA_HPP_ */ <|repo_name|>lukasbaltzer/Proxel<|file_sep#include "proxel/util/StaticData.hpp" #include "gtest/gtest.h" using proxel::util::StaticData; TEST(StaticDataTestSuite_TestSuiteName_TestName) { } TEST(StaticDataTestSuite_TestSuiteName_TestName) { } TEST(StaticDataTestSuite_TestSuiteName_TestName) { } <|file_sep[](https://travis-ci.org/mrmoor/Proxel) # What is this? This is an experimental project that explores how a graphics API could be constructed using C++ templates. The basic idea is that it should be possible to write OpenGL code without having to specify any OpenGL-specific types or functions. # How does it work? The core of the library consists of two templated classes: `Proxel` and `MultiProxel`. ## The `Proxel` class A `Proxel` represents one pixel of a pixel array. A `Proxel` has a number of different colors that can be turned on or off. For example if there are two colors available: red and green, then there are four different possible `Proxels`: one where both red and green are turned on, one where only red is turned on, one where only green is turned on, and one where both red and green are turned off. The number of possible `Proxels` depends on how many colors are available. If there are N different colors available then there will be `2^N` different possible `Proxels`. A `Proxel` can be created by specifying which colors should be turned on or off. The order of the specified colors is important because it determines the bit pattern used to represent the `Proxel`. This means that when creating a `Proxel`, you must always specify the colors in the same order as they were specified when the type was defined. For example: c++ // Create two types representing pixels with two colors: red and green. using RedGreen = proxely::proxely::Proxy; // Create a RedGreen with both red and green turned on. RedGreen rgOnOn(RedGreen::ON_ON); // Create a RedGreen with red turned on and green turned off. RedGreen rgOnOff(RedGreen::ON_OFF); // Create a RedGreen with red turned off and green turned on. RedGreen rgOffOn(RedGreen::OFF_ON); // Create a RedGreen with both red and green turned off. RedGreen rgOffOff(RedGreen::OFF_OFF); ## The `MultiProxy` class A `MultiProxy` represents multiple pixels of a pixel array at once. The number of pixels that can be represented by a `MultiProxy` depends on how many bits are available for each pixel. For example: c++ // Create three types representing pixels with two bits each: OnePixelWithTwoBits, // TwoPixelsWithOneBitEach and ThreePixelsWithOneBitEach. using OnePixelWithTwoBits = proxely::MultiProxy<1>; using TwoPixelsWithOneBitEach = proxely::MultiProxy<2>; using ThreePixelsWithOneBitEach = proxely::MultiProxy<3>; // Create an OnePixelWithTwoBits with both bits turned on. OnePixelWithTwoBits onePixelWithTwoBits(0b11); // Create an OnePixelWithTwoBits with only the first bit turned on. OnePixelWithTwoBits onePixelWithOneBitOn(0b10); // Create an OnePixelWithTwoBits with only the second bit turned on. OnePixelWithTwoBits onePixelWithOneBitOff(0b01); // Create an OnePixelWithTwoBits with no bits turned on. OnePixelWithTwoBits onePixelWithNoBits(0b00); // Create a TwoPixelsWithOneBitEach with both bits turned on. TwoPixelsWithOneBitEach twoPixelsWithBothBitsOn(0b11); // Create a TwoPixelsWithOneBitEach with only the first bit turned on. TwoPixelsWithOneBitEach twoPixelsWithFirstBitOn(0b10); // Create a TwoPixelsWithOneBitEach with only the second bit turned on. TwoPixelsWithOneBitEach twoPixelsWithSecondBitOn(0b01); // Create a TwoPixelsWithOneBitEach with no bits turned on. TwoPixelsWithOneBitEach twoPixelsWithNoBits(0b00); // Create a ThreePixelsWithOneBitEach with all three bits turned on. ThreePixelsWithOneBitEach threePixelsAllBitsOn(0b111); // Create a ThreePixelsWithOneBitEach with only the first bit turned on. ThreePixelsWithOneBitEach threePixelsFirstBitOn(0b100); // Create a ThreePixelsWithOneBitEach with only the second bit turned on. ThreePixelsWithOneBitEach threePixelsSecondBitOn(0b010); // Create a ThreePixelsWithOneBitEach with only the third bit turned on. ThreePixelsWithOneBitEach threePixelsThirdBitOn(0b001); // Create a ThreePixelsWithOneBitEach with no bits turned on. ThreePixelsWithOneBitEach threePixelsNoBits(0b000); ## The `ProxyArray` class A `ProxyArray` represents an array of pixels. The number of pixels that can be represented by an array depends on how many pixels can be represented by each element in the array. For example: c++ using OnePixelArray = proxely::ProxyArray; using FourBytesAsFourEightbitPixesls = proxely::ProxyArray< proxely::MultiProxy<8>, proxely::MultiProxy<8>, proxely::MultiProxy<8>, proxely::MultiProxy<8>>; # How does it look like? When using this library it should look something like this: c++ #include "proxely.hpp" int main() { // Creating some data for our pixels using Color = proxely::Color; using Proxy = proxely::Proxy; using MultiProxy = proxely::MultiProxy; using ProxyArray = proxely::ProxyArray; // Creating some pixel types using RedAndGreen = Proxy; // Creating some multi-pixel types using TwoRedAndGreens = MultiProxy<2, RedAndGreen>; // Creating some pixel arrays using FourRedAndGreens = ProxyArray; // Creating some data for our pixels RedAndGreen redAndGreen(Color::ON_OFF); TwoRedAndGreens twoRedAndGreens(TwoRedAndGreens(Color::ON_OFF), TwoRedAndGreens(Color::OFF_ON)); // Creating some pixel arrays FourRedAndGreens fourRedAndGreens(TwoRedAndGreens(Color::ON_OFF), TwoRedAndGreens(Color::OFF_ON)); // Getting some information about our pixel types std::cout << "There are " << FourRedAndGreens::_numOfElements() << " elements" << std::endl; std::cout <<