public BasicForceStrategy(Molecula[] moleculas,
ForceCalculatingService forceCalculatingService,
MoleculasUpdatingService moleculasUpdatingService)
{
_moleculas = moleculas;
_forceCalculatingService = forceCalculatingService;
_moleculasUpdatingService = moleculasUpdatingService;
_forces = new Vector2[moleculas.Length][];
for (int i = 0; i < moleculas.Length; i++)
{
_forces[i] = new Vector2[moleculas.Length];
}
}
protected void UpdateForBounds(Molecula molecula)
{
var position = molecula.Position;
if (position.X < 0 || position.X > Width)
{
molecula.Speed = molecula.Speed.NegateX();
molecula.Position = new Vector2(position.X < 0 ? 0 : Width, position.Y);
}
if (position.Y < 0 || position.Y > Height)
{
molecula.Speed = molecula.Speed.NegateY();
molecula.Position = new Vector2(position.X, position.Y < 0 ? 0 : Height);
}
}
public ParallelForceStratagy(Molecula[] moleculas,
ForceCalculatingService forceCalculatingService,
MoleculasUpdatingService moleculasUpdatingService, int threadCount)
{
_moleculas = moleculas;
_forceCalculatingService = forceCalculatingService;
_moleculasUpdatingService = moleculasUpdatingService;
_threadCount = threadCount;
_barrier = new Barrier(_threadCount);
_forces = new Vector2[moleculas.Length][];
for (int i = 0; i < moleculas.Length; i++)
{
_forces[i] = new Vector2[moleculas.Length];
}
}
public BaseForceStrategy GetBasicForceStrategy(Molecula[] moleculas,
ForceCalculatingService forceCalculatingService,
MoleculasUpdatingService moleculasUpdatingService)
{
return new BasicForceStrategy(moleculas, forceCalculatingService, moleculasUpdatingService);
}
public BaseForceStrategy GetParallelForceStratagy(Molecula[] moleculas,
ForceCalculatingService forceCalculatingService,
MoleculasUpdatingService moleculasUpdatingService, int threadCount)
{
return new ParallelForceStratagy(moleculas, forceCalculatingService, moleculasUpdatingService, threadCount);
}
private string getStringEvowave(Random random, List <Molecula> moleculasRegiao, List <Node> lista, string color, int complexity)
{
foreach (Node n in lista)
{
int qtdDados = n.QteAcidentes;
for (int i = 1; i <= 10; i++)
{
Molecula molecula = new Molecula();
molecula.color = color;
molecula.posicao = random.Next(1, 10);
for (int j = 0; j <= random.Next(1, qtdDados); j++)
{
Dados dado = new Dados();
dado.Complexity = random.Next(1, 3);
dado.LOC = n.Ano;
molecula.dados.Add(dado);
}
moleculasRegiao.Add(molecula);
}
}
//[{"position":1,"molecules":[ {"color":"FFFF0000","data":{"complexity":2,"LOC":500}}]}]
//[{"position":1,"molecules":[{"color":"FFFF00FF","data":{"complexity":"Doenca Do Trabalho","LOC":2010}}]}]
//[{"position":1,"molecules":[{"color":"FFFF00FF","data":{"complexity":"Doenca Do Trabalho","LOC":2010}},{"color":"FFFF00FF","data":{"complexity":"Doenca Do Trabalho","LOC":2010}}] }]
string formatadaInicio = string.Empty;
string formatadaFinal = string.Empty;
foreach (Molecula mol in moleculasRegiao)
{
int countDados = 0;
formatadaInicio = "{ 'position': " + mol.posicao + ",'molecules':[ ";
foreach (Dados d in mol.dados)
{
formatadaInicio += "{ 'color':'" + mol.color + "','data':{ 'complexity':" + complexity + ",'LOC':" + d.LOC + "} }";
countDados++;
if (countDados < mol.dados.Count)
{
formatadaInicio += " , ";
}
}
formatadaInicio += "]},";
formatadaFinal += formatadaInicio;
formatadaInicio = string.Empty;
}
return(formatadaFinal);
}
