A League stats & predictions

Analyzing historical data can provide valuable insights into potential game outcomes. Here are some statistics that could influence tomorrow's matches:

• Average Points Per Game:
  - Red Star Belgrade: 80.5 points
  - Partizan NIS: 78.9 points
  - Mega Bemax: 82.3 points
  - Hemofarm Vrsac: 76.7 points
  - Crvena zvezda mts: 79.2 points
  - FMP 2010: 75.8 points
  - Stella Rossa: 81.6 points
  - Borac Cacak: 77.5 points
• Possession Time:
  - Teams that maintain higher possession percentages often control the game's pace better.
  - Red Star Belgrade averages around 48% possession time.
  - Partizan NIS holds possession approximately at a similar rate.
• Territorial Advantage:
  - Home teams tend to perform better due to familiar surroundings.
  - Red Star Belgrade and Stella Rossa have strong home records this season.
• Foul Trouble Trends:
  - Teams prone to fouling may struggle against disciplined opponents.
  - Hemofarm Vrsac averages around seven fouls per game.
• Bench Contributions:
  - The depth of bench players can be crucial in close matches.
  - Mega Bemax has seen significant contributions from their bench players in recent games.
• Error Rates:
  - Turnovers can drastically affect game outcomes.
  - Crvena zvezda mts averages around ten turnovers per game.
• Comeback Wins:
  - Teams that excel at late-game comebacks often have strong mental resilience.
  - Partizan NIS has recorded multiple comeback victories this season.
• Trendy Shooters:
  - Identifying players who are currently shooting well can inform prop bets.
  - Dimitrije Kecman from FMP has been on a hot streak from beyond the arc.
• Historical Matchups:
  - Past encounters between teams can offer predictive insights.
  - Red Star Belgrade has historically dominated Partizan NIS in head-to-head matchups.
• Injury Impacts:
  - Player absences due to injuries can shift game dynamics significantly.
  - The absence of Luka Micic may weaken Stella Rossa’s offensive capabilities.
• wesleylira/feather-particles<|file_sep|>/src/components/Particle/index.tsx import React from 'react'; import { useSpring } from 'react-spring'; import { IParticle } from '../../types'; interface IProps { particle: IParticle; } const Particle = ({ particle }: IProps) => { const { opacity, x, y, size, radius, scale, color, backgroundColor, } = particle; const animation = useSpring({ from: { transform: `translate(${x}px, ${y}px) scale(${scale})`, opacity, radius, size, color, backgroundColor, }, to: { transform: `translate(${x + Math.random() * -100}px, ${y + Math.random() * -100}px) scale(${scale})`, opacity, radius, size, color, backgroundColor, }, config: { duration: Math.random() * (8000 - particle.speed) + particle.speed, delay: Math.random() * particle.delay, easing: particle.easingFunction ? particle.easingFunction : undefined, reset: true, restart: 'when-replied', }, }); return (
  .6 && scale <= .8 && color !== 'transparent' && scale !== .6 && scale !== .8 && scale !== .9 && scale !== .95 && scale !== .99 && scale !== .995 && scale !== .999 && scale !== .9995 ? `${color} ${size / scale / particle.scale}px ${size / scale / particle.scale / 2}px` : null, animationDuration: particle.animate && `${Math.random() * particle.speed + particle.speed}ms`, transformOrigin: scale > .6 && scale <= .8 && color !== 'transparent' ? null : 'center center', filter: scale > .6 && scale <= .8 && color !== 'transparent' ? null : `blur(${particle.blur}px)`, backfaceVisibility: scale > .6 && scale <= .8 && color !== 'transparent' ? null : 'hidden', position: scale > .6 && scale <= .8 && color !== 'transparent' ? null : 'absolute', left: scale > .6 && scale <= .8 && color !== 'transparent' ? null : x + '%', top: scale > .6 && scale <= .8 && color !== 'transparent' ? null : y + '%', width: scale > .6 && scale <= .8 && color !== 'transparent' ? null : size + '%', height: scale > .6 && scale <= .8 && color !== 'transparent' ? null : size + '%', borderRadius: scale > .6 && scale <= .8 && color !== 'transparent' ? null : radius + '%', }} key={Math.random()} ref={animation.ref} /> ); }; export default Particle; <|repo_name|>wesleylira/feather-particles<|file_sep|>/src/components/Particles/Particles.tsx import React from "react"; import { useSpring } from "react-spring"; import { CSSTransitionGroup } from "react-transition-group"; import Particle from "../Particle"; import { IParticle } from "../../types"; interface IProps { children?: React.ReactNode; } const Particles = ({ children }: IProps) => { const particles = React.Children.map(children as any, child => child.props); const animation = useSpring({ from: { transform: "scale(1)" }, config:{ duration:1000 }, reset:true }); return ( <> {particles.map((particle:IParticle,i:number)=>{ return ( <> {particle.animate===false?null: {React.createElement(Particle,{particle:i===particles.length-1&&{...animation},key:i})} } ); })} ); }; export default Particles; <|repo_name|>wesleylira/feather-particles<|file_sep|>/src/App.tsx import React from "react"; import "./App.css"; import Particles from "./components/Particles"; function App() { return ( <> {/* Main */} {/*

  {/*

  {/*

  {/*

  */} {/*

  Feather Particles - Made With Love By Wesley Lira!

  *} {/* {/* {/* {/* *} {/* *} {/*//

  *} {/*//

  *} {/*//

  *} {/*//

  *} {/*// */} {/*Footer */} {/*}*/} ); } export default App; <|repo_name|>gokuldasa/gokuldasa.github.io<|