public override void GlobalContext()
{
base.GlobalContext();
_simulation = _simulationPersister.LoadSimulation(HelperForSpecs.DataFile("not_ok_sim.pkml"));
var containerTask = Api.GetContainerTask();
containerTask.AddQuantitiesToSimulationOutputByPath(_simulation, "DERMAL_APPLICATION_AREA|skin_compartment|SC_skin_sublayer|comp10_1|layer1|permeant");
_simulationBatch = new ConcurrentRunSimulationBatch
(
_simulation,
new SimulationBatchOptions
{
VariableParameters = new[]
{
"DERMAL_APPLICATION_AREA|skin_compartment|SC_skin_sublayer|SC_total_thickness",
}
}
);
_parValues = new SimulationBatchRunValues
{
ParameterValues = new[] { 0.0002 }
};
_simulationBatch.AddSimulationBatchRunValues(_parValues);
sut.AddSimulationBatch(_simulationBatch);
}
public override void GlobalContext()
{
base.GlobalContext();
_simulation = _simulationPersister.LoadSimulation(HelperForSpecs.DataFile("S1.pkml"));
_simulationBatch = new ConcurrentRunSimulationBatch
(
_simulation,
new SimulationBatchOptions
{
VariableParameters = new[]
{
new[] { "Organism", "Liver", "Volume" }.ToPathString(),
new[] { "Organism", "Hematocrit" }.ToPathString(),
}
}
);
_parValues1 = new SimulationBatchRunValues
{
ParameterValues = new[] { 3.5, 0.53 }
};
_parValues2 = new SimulationBatchRunValues
{
ParameterValues = new[] { 3.4, 0.50 }
};
_simulationBatch.AddSimulationBatchRunValues(_parValues1);
sut.AddSimulationBatch(_simulationBatch);
sut.RunConcurrently();
sut.Dispose();
}
protected override void Because()
{
_simulationBatchRunValues.Add(new SimulationBatchRunValues
{
InitialValues = new[] { 10.0 },
ParameterValues = new[] { 3.5, 0.53 }
});
_simulationBatchRunValues.Add(new SimulationBatchRunValues
{
InitialValues = new[] { 9.0 },
ParameterValues = new[] { 3.4, 0.50 }
});
_simulationBatchRunValues.Add(new SimulationBatchRunValues
{
InitialValues = new[] { 10.5 },
ParameterValues = new[] { 3.6, 0.55 }
});
_concurrentRunSimulationBatch.AddSimulationBatchRunValues(_simulationBatchRunValues[0]);
_concurrentRunSimulationBatch.AddSimulationBatchRunValues(_simulationBatchRunValues[1]);
_concurrentRunSimulationBatch.AddSimulationBatchRunValues(_simulationBatchRunValues[2]);
_ids.AddRange(_concurrentRunSimulationBatch.SimulationBatchRunValues.Select(x => x.Id));
_results = sut.RunConcurrently();
}
public override void GlobalContext()
{
base.GlobalContext();
_simulation = _simulationPersister.LoadSimulation(HelperForSpecs.DataFile("sc_model_2c.pkml"));
_simulationRunner = Api.GetSimulationRunner();
_containerTask = Api.GetContainerTask();
_containerTask.AddQuantitiesToSimulationOutputByPath(_simulation, "DERMAL_APPLICATION_AREA|permeant|Mass_balance_observer");
_containerTask.AddQuantitiesToSimulationOutputByPath(_simulation, "DERMAL_APPLICATION_AREA|permeant|Stratum_corneum_observer");
_containerTask.AddQuantitiesToSimulationOutputByPath(_simulation, "DERMAL_APPLICATION_AREA|permeant|Vehicle_observer");
_simulationBatch = new ConcurrentRunSimulationBatch
(
_simulation,
new SimulationBatchOptions
{
VariableParameters = new[]
{
"DERMAL_APPLICATION_AREA|skin_compartment|SC_skin_sublayer|SC_total_thickness",
"DERMAL_APPLICATION_AREA|skin_compartment|Hydrated SC",
}
}
);
_parValues = new SimulationBatchRunValues
{
ParameterValues = new[]
{
0.0002, 1
}
};
_simulationBatch.AddSimulationBatchRunValues(_parValues);
sut.AddSimulationBatch(_simulationBatch);
}
protected override void Because()
{
_simulationBatch.AddSimulationBatchRunValues(_parValues2);
}