Unveiling Tomorrow's Thrilling Women's Basketball Action: LFB France
As the excitement builds, basketball enthusiasts across Tanzania and beyond are eagerly anticipating the upcoming matches in the Ligue Féminine de Basket (LFB) in France. The league, known for its high-octane games and remarkable talent, promises another day of exhilarating women's basketball. With expert betting predictions and in-depth analysis, we're here to guide you through what to expect from tomorrow's fixtures.
Key Matches to Watch
Tomorrow's schedule is packed with matchups that are sure to keep fans on the edge of their seats. Here’s a rundown of the key games:
- ASVEL Féminin vs. Tango Bourges Basket: A clash of titans as ASVEL aims to solidify their dominance while Bourges seeks redemption after recent setbacks.
- Lattes-Montpellier vs. LDLC ASVEL: A strategic battle where Lattes-Montpellier looks to disrupt ASVEL’s rhythm and climb up the standings.
- Bourges vs. Lyon ASVEL Féminin: A rematch with high stakes as both teams vie for a top spot in the league.
Expert Betting Predictions
Betting on basketball can be thrilling, especially when armed with expert insights. Here are our top predictions for tomorrow’s games:
- ASVEL Féminin vs. Tango Bourges Basket: ASVEL is favored to win, with odds at 1.75. Their consistent performance makes them a safe bet.
- Lattes-Montpellier vs. LDLC ASVEL: A close call, but LDLC ASVEL holds a slight edge with odds at 1.60 due to their strong home record.
- Bourges vs. Lyon ASVEL Féminin: Expect a tight game, but Lyon ASVEL Féminin is slightly favored at 1.70.
Player Spotlight: Rising Stars and Season Leaders
Tomorrow’s matches will also highlight some of the league’s brightest stars. Keep an eye on these players who are expected to shine:
- Marie-Andrée Auguste (ASVEL): Known for her agility and scoring ability, Auguste is a key player for ASVEL.
- Courtney Vandersloot (Bourges): A seasoned player whose leadership and playmaking skills are invaluable.
- Marine Johannes (Lyon): A dynamic forward whose performance could be pivotal in Lyon’s success.
In-Depth Analysis: Team Strategies and Key Matchups
Understanding team strategies can enhance your viewing experience and betting decisions. Here’s a closer look at the tactical approaches for tomorrow’s games:
ASVEL Féminin's Offensive Prowess
ASVEL is known for its fast-paced offense, relying on quick transitions and sharp shooting. Their ability to control the tempo can overwhelm opponents, making them a formidable force.
Tango Bourges Basket's Defensive Resilience
Bourges excels in defense, often stifling their opponents’ scoring opportunities. Their ability to force turnovers and convert them into points is crucial for their success.
Lattes-Montpellier's Balanced Approach
Lattes-Montpellier focuses on a balanced game plan, emphasizing both offense and defense. Their adaptability makes them unpredictable and challenging to counter.
LDLC ASVEL's Home Court Advantage
Playing at home gives LDLC ASVEL an edge, with strong support from their fans boosting team morale and performance.
Bourges' Experience Under Pressure
With a roster full of veterans, Bourges thrives under pressure, often pulling off remarkable comebacks.
Lyon's Youthful Energy
Lyon brings youthful energy and enthusiasm to the court, often surprising opponents with their vigor and determination.
Tactical Insights: What to Watch for in Tomorrow's Games
Here are some tactical elements to watch that could influence the outcomes of tomorrow’s matches:
- Ball Movement and Passing Efficiency: Teams that excel in ball movement tend to create more scoring opportunities.
- Rebounding Battle: Controlling the boards can provide additional possessions and limit opponents’ second-chance points.
- Turnover Margin: Teams that protect the ball and capitalize on opponents’ mistakes often have an advantage.
- Three-Point Shooting Accuracy: Effective three-point shooting can stretch defenses and open up driving lanes.
Betting Tips: How to Maximize Your Wagering Experience
Whether you’re a seasoned bettor or new to sports wagering, here are some tips to enhance your betting experience:
- Diversify Your Bets: Spread your wagers across different outcomes to mitigate risk.
- Analyze Team Formations and Injuries: Stay updated on team news that could impact performance.
- Set a Budget and Stick to It: Responsible gambling is key; never wager more than you can afford to lose.
- Consider Live Betting Options: Live betting allows you to adjust your wagers based on real-time game developments.
The Cultural Impact of Women's Basketball in Tanzania and Beyond
Women's basketball is gaining popularity worldwide, including in Tanzania. The LFB matches offer an opportunity for fans in Tanzania to engage with high-level women’s sports, inspiring young athletes and promoting gender equality in sports.
Fostering Female Participation in Sports
The success of women’s leagues like the LFB encourages greater female participation in sports across Africa. It serves as a platform for young girls to aspire to professional careers in basketball.
Building Community Through Sports Enthusiasm
Watching international matches fosters a sense of community among fans, creating shared experiences and discussions that transcend borders.
Promoting Health and Fitness Culture
The visibility of women athletes promotes health and fitness culture, encouraging people of all ages to lead active lifestyles.
Educational Opportunities Through Sports Engagement
Engaging with women’s basketball can also serve educational purposes, teaching values such as teamwork, discipline, and perseverance.
Inspiring Future Generations of Athletes
The achievements of female athletes provide role models for future generations, inspiring them to pursue their dreams regardless of societal barriers.
<|repo_name|>lucassilva7/DesafioFundoInvestimento<|file_sep|>/src/main/java/com/desafiofundoinvestimento/model/ListaCotacao.java
package com.desafiofundoinvestimento.model; import java.io.Serializable;
import java.util.ArrayList;
import java.util.List; public class ListaCotacao implements Serializable { private static final long serialVersionUID = 1L;
private List cotacoes = new ArrayList<>();
public void addCotacao(Cotacao cotacao) {
this.cotacoes.add(cotacao);
}
public List getCotacoes() {
return cotacoes;
}
public void setCotacoes(List cotacoes) {
this.cotacoes = cotacoes;
}
} <|repo_name|>lucassilva7/DesafioFundoInvestimento<|file_sep|>/src/main/java/com/desafiofundoinvestimento/service/CalculoService.java
package com.desafiofundoinvestimento.service; import java.util.List; import com.desafiofundoinvestimento.model.CalcularCotaCoberturaModel;
import com.desafiofundoinvestimento.model.CalculoResultModel;
import com.desafiofundoinvestimento.model.CotaCobertura; public interface CalculoService {
public List calcular(List models); public CalculoResultModel calcularLucroOuPrejuizo(List models);
} <|file_sep|># Desafio Fundo de Investimentos Este projeto foi desenvolvido em Java utilizando o framework Spring Boot. ## Instruções para execução do projeto 1 - Para executar o projeto basta fazer o download do arquivo zip ou clonar o repositório. 2 - Após baixar o projeto abra o arquivo desafio-fundo-investimento.iml e selecione a opção "Open project from Existing Sources". 3 - Abra o terminal dentro do projeto e execute os seguintes comandos: mvn clean install
mvn spring-boot:run **Obs:** Caso não tenha instalado o Maven e o Java no seu computador é necessário fazê-lo antes de executar os comandos acima. ## API disponíveis As APIs estão disponíveis no endereço: http://localhost:8080/swagger-ui.html 1 - Calcula cota de cobertura de uma lista de modelos fornecidos. 2 - Calcula lucro ou prejuízo de uma lista de modelos fornecidos. ### Exemplos de requisições http://localhost:8080/calculo/cota-cobertura?cotas=5&valorTotal=1000&valorUnitario=10&qtdDias=5&comissao=0 http://localhost:8080/calculo/lucro-prejuizo?cotas=5&valorTotal=1000&valorUnitario=10&qtdDias=5&comissao=0 **Obs:** Os parâmetros são opcionais e podem ser passados na requisição conforme necessidade. ## Teste automatizado O projeto possui testes automatizados escritos em JUnit que podem ser executados através da linha de comando: mvn test ## Documentação do código A documentação está disponível no endereço: http://localhost:8080/v2/api-docs ## Arquitetura do sistema Para este projeto foi utilizado uma arquitetura simples que se encaixa no problema proposto. ### Camada Controller Esta camada é responsável por receber as requisições HTTP e chamar os métodos dos serviços para processamento das requisições. ### Camada Service Esta camada é responsável por chamar os métodos das classes de negócios que fazem todo o processamento necessário para obter os resultados das requisições. ### Camada Model Esta camada contém todas as classes que são utilizadas para encapsular dados e representar objetos que serão utilizados nas requisições e retornos das APIs. ### Camada Util Esta camada contém classes que encapsulam funcionalidades utilitárias que podem ser utilizadas em qualquer lugar do sistema.<|repo_name|>lucassilva7/DesafioFundoInvestimento<|file_sep|>/src/test/java/com/desafiofundoinvestimento/service/CalculoServiceImplTest.java
package com.desafiofundoinvestimento.service; import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertTrue; import java.math.BigDecimal;
import java.util.Arrays;
import java.util.List; import org.junit.Before;
import org.junit.Test;
import org.junit.runner.RunWith;
import org.mockito.InjectMocks;
import org.mockito.Mock;
import org.mockito.MockitoAnnotations;
import org.springframework.test.context.junit4.SpringRunner; import com.desafiofundoinvestimento.model.CalcularCotaCoberturaModel;
import com.desafiofundoinvestimento.model.CalculoResultModel;
import com.desafiofundoinvestimento.model.CotaCobertura; @RunWith(SpringRunner.class)
public class CalculoServiceImplTest {
@InjectMocks
private CalculoServiceImpl calculoService = new CalculoServiceImpl();
@Mock
private CalculoUtil calculoUtilMock = new CalculoUtil();
private List models = Arrays.asList(
new CalcularCotaCoberturaModel(5L,BigDecimal.valueOf(1000),BigDecimal.valueOf(10),5L,BigDecimal.valueOf(0)),
new CalcularCotaCoberturaModel(10L,BigDecimal.valueOf(2000),BigDecimal.valueOf(20),10L,BigDecimal.valueOf(0)),
new CalcularCotaCoberturaModel(15L,BigDecimal.valueOf(3000),BigDecimal.valueOf(30),15L,BigDecimal.valueOf(0))
);
private List cotasEsperadas = Arrays.asList(
new CotaCobertura(BigDecimal.valueOf(100),BigDecimal.valueOf(50)),
new CotaCobertura(BigDecimal.valueOf(200),BigDecimal.valueOf(100)),
new CotaCobertura(BigDecimal.valueOf(300),BigDecimal.valueOf(150))
);
private CalculoResultModel lucroPrejuizoEsperado = new CalculoResultModel(BigDecimal.ZERO,BigDecimal.ZERO);
@Before
public void setup() {
MockitoAnnotations.initMocks(this);
}
@Test
public void testCalculate() {
List result = calculoService.calcular(models);
assertEquals(cotasEsperadas,result);
assertTrue(result.size() == models.size());
for (int i = 0; i <= result.size()-1; i++) {
CotaCobertura cotaResultado = result.get(i);
CalcularCotaCoberturaModel model = models.get(i);
BigDecimal valorTotalEsperado = model.getValorTotal().divide(new BigDecimal(model.getCotas()), 2,BigDecimal.ROUND_HALF_UP);
BigDecimal valorUnitarioEsperado = model.getValorUnitario().divide(new BigDecimal(model.getQtdDias()), 2,BigDecimal.ROUND_HALF_UP);
assertEquals(valorTotalEsperado,cotaResultado.getTotal());
assertEquals(valorUnitarioEsperado,cotaResultado.getUnitario());
assertTrue(cotaResultado.getTotal().compareTo(BigDecimal.ZERO) >= 0 && cotaResultado.getUnitario().compareTo(BigDecimal.ZERO) >= 0);
}
}
@Test
public void testCalculateLucroPrejuizo() {
CalculoResultModel result = calculoService.calcularLucroOuPrejuizo(models);
assertEquals(lucroPrejuizoEsperado,result);
assertTrue(result.getLucro().compareTo(BigDecimal.ZERO) >= 0 && result.getPrejuizo().compareTo(BigDecimal.ZERO) >= 0);
}
}<|repo_name|>lucassilva7/DesafioFundoInvestimento<|file_sep|>/src/main/java/com/desafiofundoinvestimento/model/CalcularCotaCoberturaModel.java
package com.desafiofundoinvestimento.model; import java.io.Serializable;
import java.math.BigDecimal; public class CalcularCotaCoberturaModel implements Serializable { private static final long serialVersionUID = 1L;
private Long cotas;
private BigDecimal valorTotal;
private BigDecimal valorUnitario;
private Long qtdDias;
private BigDecimal comissao; public CalcularCotaCoberturaModel(Long cotas, BigDecimal valorTotal,
BigDecimal valorUnitario, Long qtdDias,
BigDecimal comissao) {
super();
this.cotas = cotas;
this.valorTotal = valorTotal;
this.valorUnitario = valorUnitario;
this.qtdDias = qtdDias;
this.comissao = comissao;
} public Long getCotas() {
return cotas;
} public void setCotas(Long cotas) {
this.cotas = cotas;
} public BigDecimal getValorTotal() {
return valorTotal;
} public void setValorTotal(BigDecimal valorTotal) {
this.valorTotal = valorTotal;
} public BigDecimal getValorUnitario() {
return valorUnitario;
} public void setValorUnitario(BigDecimal valorUnitario) {
this.valorUnitario = valorUnitario;
} public Long getQtdDias() {
return qtdDias;
} public void setQtdDias(Long qtdDias) {
this.qtdDias = qtdDias;
} public BigDecimal getComissao() {
return comissao;
} public void setComissao(BigDecimal comissao) {
this.comissao = comissao;
} } <|file_sep|>package com.desafiofundoinvestimento.util.exception; public class CalculoException extends RuntimeException { private static final long serialVersionUID = 1L; public CalculoException(String msg){
super(msg);
}
public CalculoException(String msg,String code){
super(msg+" "+code);
}
} <|repo_name|>lucassilva7/DesafioFundoInvestimento<|file_sep|>/src/main/java/com/desafiofundoinvestimento/model/CalcularLucroPrejuizoModel.java
package com.desafiofundoinvestimento.model; public class CalcularLucroPrejuizoModel { private Integer idCliente;
private Integer idOperacao;
private Double precoCompra;
private Double precoVenda;
private Integer quantidade;
public Integer getIdCliente() {
return idCliente;
}
public void setIdCliente(Integer idCliente) {