public void ShouldReturnCorrectWeightOfAllMaterialsInVessel()
{
Vessel vessel = new Vessel();
List <Material> materials = new List <Material>()
{
new Material {
ActualWeight = 11
},
new Material {
ActualWeight = 22
},
new Material {
ActualWeight = 33
},
new Material {
ActualWeight = 44
},
new Material {
ActualWeight = 55
},
new Material {
ActualWeight = 66
}
};
vessel.Materials.AddRange(materials);
double totalWeights = BatchHelperMethods.CountActualWeightOfAllMaterialsInVessel(vessel);
Assert.AreEqual(231, totalWeights);
}
private Material CalculateWaterDetails(string nameOfMaterial, BatchReport report)
{
Vessel mainMixer = report.AllVessels.Where(x => x.VesselType == Vessel.VesselTypes.MainMixer).FirstOrDefault();
double totalWeightsOfMaterials = BatchHelperMethods.CountActualWeightOfAllMaterialsInVessel(mainMixer);
double totalVesselWeight = report.TotalActualWeight * 1000;
double weightOfMissingWater = totalVesselWeight - totalWeightsOfMaterials;
double rawMatTemp = nameOfMaterial == "Material 63" ? 80.0 : 20;
double vesselTemp = nameOfMaterial == "Material 63" ? 77 : 44;
DateTime StartTimeOfHCL = BatchHelperMethods.GetSingleMaterialFromVessel(report, "Material 59").StartTime;
return(new Material
{
Name = nameOfMaterial,
ActualWeight = weightOfMissingWater,
StartTime = StartTimeOfHCL.Subtract(new TimeSpan(0, 0, 6, 0, 0)),
AgitatorSpeed = 11,
RawMatTemp = rawMatTemp,
TargetWeight = weightOfMissingWater,
WeighTime = 5,
VesselTemp = vesselTemp,
WaitTime = 0.1
});
}