static void Main(string[] args)
{
IntegralInput input = new IntegralInput
{
A = 0,
B = 5,
N = 100
};
CallBackHandler handler = new CallBackHandler();
InstanceContext instanceContext = new InstanceContext(handler);
ServiceIntegralClient serviceIntegralClient = new ServiceIntegralClient(instanceContext);
IntegralOutput output = serviceIntegralClient.IntegralSeqTrapeze(input);
Console.WriteLine($"Sequential trapeze: {output.result}");
output = serviceIntegralClient.IntegralParTrapeze(input);
Console.WriteLine($"Parallel trapeze: {output.result}");
output = serviceIntegralClient.IntegralSeqRectangleMedium(input);
Console.WriteLine($"Sequential rectangle medium: {output.result}");
output = serviceIntegralClient.IntegralParRectangleMedium(input);
Console.WriteLine($"Parallel rectangle medium: {output.result}");
output = serviceIntegralClient.IntegralSeqSimpson(input);
Console.WriteLine($"Sequential simpson medium: {output.result}");
output = serviceIntegralClient.IntegralParSimpson(input);
Console.WriteLine($"Parallel simpson medium: {output.result}");
Console.WriteLine("End of program!");
Console.ReadKey();
}
public string Calculate(IntegralInput input)
{
StringBuilder stringBuilder = new StringBuilder();
foreach (CalculationType type in input.Types)
{
Integral.Integral integral = new Integral.Integral(input.Integrand, input.StartValue,
input.EndValue, input.IterationsNumber, input.ParameterName);
double result = integral.Calculate(type);
stringBuilder.AppendLine($"{type.ToString()}: {result}");
}
return(stringBuilder.ToString());
}
