EURO Basket Preliminary Round Grp C stats & predictions

Team A vs. Team B

This match-up is anticipated to be a defensive showdown. Team A has been bolstered by the return of their star player, who has been recovering from an injury. His presence on the court could be a game-changer, providing both scoring prowess and leadership.

On the other hand, Team B boasts one of the best defensive records in the league. Their ability to limit opponents' scoring opportunities will be crucial in this match. However, they will need to step up their offensive game to counteract Team A's defensive strategies.

• Key Players: Watch out for Team A's point guard, known for his playmaking skills, and Team B's center, who has been a dominant force in the paint.
• Tactical Insights: Expect both teams to focus on controlling the tempo of the game, with strategic timeouts and substitutions playing a vital role in maintaining momentum.

Team C vs. Team D

The clash between Team C and Team D is expected to be an offensive spectacle. Both teams have shown remarkable scoring abilities this season, making this match a potential high-scoring affair.

Team C's dynamic backcourt duo has been instrumental in their success, consistently delivering impressive performances against top-tier opponents. Their ability to penetrate defenses and create scoring opportunities will be key against Team D's formidable defense.

• Key Players: Keep an eye on Team C's shooting guard, who has been on fire from beyond the arc, and Team D's small forward, known for his versatility and defensive acumen.
• Tactical Insights: Both teams are likely to employ fast-paced offenses, with quick transitions and aggressive pressing being central to their game plans.

Team E vs. Team F

This match is expected to be a tactical battle between two well-coached teams. Both have demonstrated strong defensive capabilities and strategic depth throughout the tournament.

Team E has been known for their disciplined approach and ability to execute game plans effectively. Their coach has a reputation for making astute adjustments during games, which could give them an edge against Team F.

• Key Players: Watch for Team E's power forward, who excels in rebounding and inside scoring, and Team F's point guard, whose leadership and decision-making have been pivotal in tight situations.
• Tactical Insights: Expect both teams to focus on controlling possession and minimizing turnovers, with each possession carrying significant weight in this evenly matched contest.

Star Players to Watch

The tournament features several standout players who have been making waves with their exceptional performances:

• Player X (Team A): Known for his agility and sharpshooting skills, Player X has been a consistent scorer throughout the season. His ability to read defenses makes him a threat from anywhere on the court.
• Player Y (Team C): A versatile forward with excellent rebounding skills and a knack for drawing fouls, Player Y has been instrumental in his team's success by providing crucial second-chance points.
• Player Z (Team F): With his exceptional ball-handling abilities and leadership qualities, Player Z has emerged as a key playmaker for his team, orchestrating offensive plays with precision.

Youthful Talents Rising Through the Ranks

In addition to established stars, several young players are making their mark in this tournament:

• Rookie A (Team B): Bursting onto the scene with his electrifying speed and defensive tenacity, Rookie A has quickly become a fan favorite with his relentless energy on both ends of the floor.
• Rookie B (Team D): Known for his sharpshooting accuracy from long range, Rookie B has been turning heads with his ability to stretch defenses and create space for his teammates.
• Rookie C (Team E): With his impressive height advantage and soft touch around the rim, Rookie C has proven himself as a reliable scoring option inside while also contributing defensively with timely blocks and steals.</srdanb/lego-brick-world/src/main/java/com/lego/brick/world/LegoBrickWorld.java package com.lego.brick.world; import java.util.ArrayList; import java.util.List; import java.util.Random; import com.badlogic.gdx.ApplicationAdapter; import com.badlogic.gdx.Gdx; import com.badlogic.gdx.InputProcessor; import com.badlogic.gdx.graphics.GL20; import com.badlogic.gdx.graphics.Texture; import com.badlogic.gdx.graphics.g2d.SpriteBatch; import com.badlogic.gdx.graphics.g2d.TextureRegion; import com.badlogic.gdx.math.MathUtils; import com.badlogic.gdx.math.Vector2; public class LegoBrickWorld extends ApplicationAdapter implements InputProcessor { private SpriteBatch batch; private Texture brickTexture; private TextureRegion[][] brickRegions = new TextureRegion[6][8]; private int brickWidth = Gdx.graphics.getWidth() / brickRegions[0].length; private int brickHeight = brickWidth / brickRegions[0][0].getRegionHeight() * brickRegions[0][0].getRegionHeight(); private List<BrickPieceSpriteBatcher> bricks = new ArrayList<BrickPieceSpriteBatcher>(); private BrickPieceSpriteBatcher[] nextBricks = new BrickPieceSpriteBatcher[6]; @Override public void create () { batch = new SpriteBatch(); Gdx.input.setInputProcessor(this); TextureRegion[][] tmpRegions = TextureRegion.split(brickTexture = new Texture(Gdx.files.internal("brick.png")), brickWidth / brickRegions[0].length, brickHeight); for (int i = tmpRegions.length -1; i >=0 ; i--) { for (int j = tmpRegions[0].length -1; j >=0 ; j--) { brickRegions[i][j] = tmpRegions[i][j]; } } nextBricks[0] = new BrickPieceSpriteBatcher(new Sprite(brickRegions[0][5], null)); nextBricks[1] = new BrickPieceSpriteBatcher(new Sprite(brickRegions[1][7], null)); nextBricks[2] = new BrickPieceSpriteBatcher(new Sprite(brickRegions[2][7], null)); nextBricks[3] = new BrickPieceSpriteBatcher(new Sprite(brickRegions[3][7], null)); nextBricks[4] = new BrickPieceSpriteBatcher(new Sprite(brickRegions[4][7], null)); nextBricks[5] = new BrickPieceSpriteBatcher(new Sprite(brickRegions[5][7], null)); for (int i=0; i<10; i++) { addRandomBrick(); } Gdx.gl.glClearColor(1f/255f*255f/255f ,1f/255f*255f/255f ,1f/255f*255f/255f ,1); } private void addRandomBrick() { int randomTypeIndex = MathUtils.random(6) -1; Vector2 position = new Vector2(); do { position.set(MathUtils.random(brickWidth) * brickRegions[randomTypeIndex].length, Gdx.graphics.getHeight() + brickHeight); if (!collision(position)) { break; } } while(true); // System.out.println(position); // float xScale = MathUtils.random(1f) + .5f; // float yScale = MathUtils.random(1f) + .5f; float xScale = .5f + .5f * MathUtils.randomSign(); float yScale = .5f + .5f * MathUtils.randomSign(); BrickPieceSpriteBatcher[] tmpNextBricks = nextBricks.clone(); nextBricks[randomTypeIndex] = new BrickPieceSpriteBatcher( new Sprite( tmpNextBricks[randomTypeIndex].getSprite().getTextureRegion(), position, xScale, yScale ) ); bricks.add(new BrickPieceSpriteBatcher( new Sprite( tmpNextBricks[randomTypeIndex].getSprite().getTextureRegion(), position, xScale, yScale ) )); // System.out.println(nextBricks[randomTypeIndex]); // System.out.println(bricks.get(bricks.size()-1)); // // System.out.println("x: " + nextBricks[randomTypeIndex].getSprite().getX()); // System.out.println("y: " + nextBricks[randomTypeIndex].getSprite().getY()); // // System.out.println("width: " + nextBricks[randomTypeIndex].getSprite().getWidth()); // System.out.println("height: " + nextBricks[randomTypeIndex].getSprite().getHeight()); // bricks.add(new BrickPiece(nextBricks[randomTypeIndex])); // bricks.get(bricks.size()-1).setX(position.x); // bricks.get(bricks.size()-1).setY(position.y); // // nextBricks[randomTypeIndex] = // new BrickPiece(Sprite.create(brickRegions[randomTypeIndex][MathUtils.random(8)], position)); // // if (bricks.size() > bricksLimit) { // bricks.remove(0); // if (bricks.size() == bricksLimit -1) { // addRandomBrick(); // } // } // TODO: Make it so that it won't spawn right above another brick. public void render () { Gdx.gl.glClear(GL20.GL_COLOR_BUFFER_BIT); batch.begin(); for (int i=bricks.size()-1; i>=0; i--) { bricks.get(i).update(Gdx.graphics.getDeltaTime()); if (bricks.get(i).isOffScreen()) { bricks.remove(i); if (bricks.size() == bricksLimit -1) { addRandomBrick(); } continue; } if (!bricks.get(i).canMoveDown()) { bricks.get(i).setCanMoveDown(false); bricks.get(i).setY((int) bricks.get(i).getY()); for (int j=i-1; j>=0; j--) { if (!bricks.get(j).isCollidingWithBelow(bricks.get(i))) { break; } bricks.get(j).setY((int) bricks.get(j).getY() + brickHeight); } } else { bricks.get(i).setY((int) bricks.get(i).getY() + Gdx.graphics.getDeltaTime() * fallSpeed); } bricks.get(i).draw(batch); } // batch.draw(nextBrick.getImage(), nextBrick.getX(), nextBrick.getY()); // batch.draw(nextNextNextNextNextNext[nextNextNextNextNextNext.index], nextNextNextNextNextNext[nextNextNextNextNextNext.index].xPos, // nextNextNextNextNextNext[nextNextNextNextNextNext.index].yPos); // batch.draw(nextnextnextnext[nextnextnextnext.index], nextnextnextnext[nextnextnextnext.xPos], // nextnextnextnext[nextnextnextnext.yPos); // batch.draw(nextnextrandom[nextnextrandom.index], nextnextrandom[nextnextrandom.xPos], // nextnextrandom[nextnextrandom.yPos); // batch.draw(nextrandom[nextrandom.index], nextrandom[nextrandom.xPos], // nextrandom[nextrandom.yPos); // batch.draw(next[next.index], next[next.xPos], // next[next.yPos); // batch.draw(current[current.index], current[current.xPos], // current[current.yPos);