public int?CanSolve(CPUProblem p)
{
if (p.RequiredThreads <= this.threads)
{
SolvingInfo.Solved(this.model, p.Name);
return(p.Computation());
}
SolvingInfo.NotSolved(this.model, p.Name);
return(null);
}
public int?CanSolve(CPUProblem p)
{
if (DidThermalThrottle())
{
SolvingInfo.NotSolved(this.model, p.Name);
return(null);
}
SolvingInfo.Solved(this.model, p.Name);
this.temperature += CPUProblemTemperatureMultiplier * p.RequiredThreads;
return(p.Computation());
}
public int?CanSolve(GPUProblem p)
{
if (DidThermalThrottle())
{
SolvingInfo.NotSolved(this.model, p.Name);
return(null);
}
SolvingInfo.Solved(this.model, p.Name);
this.temperature += p.GpuTemperatureIncrease;
return(p.Computation());
}
public override int?CanSolve(NetworkProblem p)
{
int?result;
if ((result = base.CanSolve(p)) != null)
{
SolvingInfo.Solved(this.model, p.Name);
return(result);
}
SolvingInfo.NotSolved(this.model, p.Name);
return(null);
}
public override int?CanSolve(NetworkProblem p)
{
int?result;
if (rng.NextDouble() < packetLossChance && (result = base.CanSolve(p)) != null)
{
SolvingInfo.Solved(this.model, p.Name);
return(result);
}
SolvingInfo.NotSolved(this.model, p.Name);
return(null);
}
public int?CanSolve(NetworkProblem p)
{
SolvingInfo.NotSolved(this.model, p.Name);
return(null);
}