public void TestCombinatorics()
{
Model model = new Model("Test Model", Guid.NewGuid());
BasicReactionSupporter brs = new BasicReactionSupporter();
InitializeForTesting(brs);
Mixture mixture = new Mixture(model, "Contents of vat 1", Guid.NewGuid());
MaterialCatalog cat = brs.MyMaterialCatalog;
AddSubstance(ref mixture, cat["Nitrous Acid"], 100, 20);
AddSubstance(ref mixture, cat["Potassium Hydroxide"], 150, 41);
AddSubstance(ref mixture, cat["Water"], 100, 100);
Assert.IsTrue(mixture.Mass.Equals(350D), "Mass is not 350 kg");
Assert.IsTrue(Math.Abs(mixture.Temperature - (18150D / 350D)) < 0.00001, "Temperature is not 51.86724 C.");
IMaterial matl = mixture.RemoveMaterial(cat["Nitrous Acid"]);
Debug.WriteLine("Removing all avaliable " + matl.MaterialType.Name);
DiagnosticAids.DumpMaterial(mixture);
Assert.IsTrue(mixture.Mass.Equals(250D), "Mass is not 250 kg");
Debug.WriteLine("Adding " + matl.MaterialType.Name + " back in.");
mixture.AddMaterial(matl);
DiagnosticAids.DumpMaterial(mixture);
Assert.IsTrue(mixture.Mass.Equals(350D), "Mass is not 350 kg");
Debug.WriteLine("Removing 50 kg of the " + matl.MaterialType.Name);
matl = mixture.RemoveMaterial(matl.MaterialType, 50.0);
DiagnosticAids.DumpMaterial(mixture);
Assert.IsTrue(mixture.Mass.Equals(300D), "Mass is not 300 kg");
}
public void TestRemoval()
{
Model model = new Model("Test Model", Guid.NewGuid());
BasicReactionSupporter brs = new BasicReactionSupporter();
InitializeForTesting(brs);
Mixture mixture = new Mixture(model, "Contents of vat 1", Guid.NewGuid());
MaterialCatalog cat = brs.MyMaterialCatalog;
mixture.AddMaterial(cat["Acetone"].CreateMass(100, 20));
mixture.AddMaterial(cat["Potassium Sulfate"].CreateMass(100, 20));
mixture.AddMaterial(cat["Ammonia"].CreateMass(100, 20));
Debug.WriteLine("Mixture has the following stuff...");
DiagnosticAids.DumpMaterial(mixture);
Assert.IsTrue(mixture.Mass.Equals(300D), "Mixture is not 300 kg");
Debug.WriteLine("Removing 100 kg of Acetone.");
IMaterial matl = mixture.RemoveMaterial(cat["Acetone"], 100);
DiagnosticAids.DumpMaterial(matl);
Assert.IsTrue(mixture.Mass.Equals(200D), "Mixture is not 200 kg");
Debug.WriteLine("Remaining is the following mixture:");
DiagnosticAids.DumpMaterial(mixture);
}
public void TestVolumetricsOfDissolvedGases()
{
Model model = new Model("Test Model", Guid.NewGuid());
BasicReactionSupporter brs = new BasicReactionSupporter();
InitializeForTesting(brs);
brs.MyMaterialCatalog.Add(new MaterialType(model, "Nitrous Oxide", Guid.NewGuid(), .001, 5, MaterialState.Gas));
brs.MyMaterialCatalog.Add(new MaterialType(model, "Pixie Breath", Guid.NewGuid(), .001, 5, MaterialState.Gas));
Mixture mixture = new Mixture(model, "Contents of vat 1", Guid.NewGuid());
MaterialCatalog cat = brs.MyMaterialCatalog;
AddSubstance(ref mixture, cat["Nitrous Oxide"], 100, 20);
Assert.IsTrue(mixture.Volume.Equals(100000D), "Mass is not 10000 liters");
AddSubstance(ref mixture, cat["Water"], 100, 50);
Assert.IsTrue(mixture.Volume.Equals(100D), "Mass is not 100 liters");
RemoveSubstance(ref mixture, cat["Water"], 100);
Assert.IsTrue(mixture.Volume.Equals(100000D), "Mass is not 10000 liters");
AddSubstance(ref mixture, cat["Pixie Breath"], 100, 20);
Assert.IsTrue(mixture.Volume.Equals(200000D), "Mass is not 100 liters");
}
public void RegisterMaterialCatalog(MaterialCatalog materialCatalog)
{
if (m_materialCatalog == null)
{
m_materialCatalog = materialCatalog;
}
else
{
throw new ApplicationException("Attempt to register a new material catalog into a BasicReactionSupporter that already has one. This is prohibited.");
}
}
private void Initialize(BasicReactionSupporter brs)
{
MaterialCatalog mcat = brs.MyMaterialCatalog;
ReactionProcessor rp = brs.MyReactionProcessor;
// Model Name Guid SpecGrav SpecHeat
mcat.Add(new MaterialType(null, "Water", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Hydrochloric Acid", Guid.NewGuid(), 1.1890, 2.5500, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Caustic Soda", Guid.NewGuid(), 2.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Chloride", Guid.NewGuid(), 2.1650, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sulfuric Acid 98%", Guid.NewGuid(), 1.8420, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Hydroxide", Guid.NewGuid(), 1.3000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Sulfate", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Nitrous Acid", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Nitrite", Guid.NewGuid(), 2.3800, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Nitrite", Guid.NewGuid(), 1.9150, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Aluminum Hydroxide", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Ammonia", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Ammonium Hydroxide", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Bromine", Guid.NewGuid(), 3.1200, 4.1800, MaterialState.Liquid));
Reaction r1 = new Reaction(null, "Reaction 1", Guid.NewGuid());
r1.AddReactant(mcat["Caustic Soda"], 0.5231);
r1.AddReactant(mcat["Hydrochloric Acid"], 0.4769);
r1.AddProduct(mcat["Water"], 0.2356);
r1.AddProduct(mcat["Sodium Chloride"], 0.7644);
rp.AddReaction(r1);
Reaction r2 = new Reaction(null, "Reaction 2", Guid.NewGuid());
r2.AddReactant(mcat["Sulfuric Acid 98%"], 0.533622);
r2.AddReactant(mcat["Potassium Hydroxide"], 0.466378);
r2.AddProduct(mcat["Water"], 0.171333);
r2.AddProduct(mcat["Potassium Sulfate"], 0.828667);
rp.AddReaction(r2);
Reaction r3 = new Reaction(null, "Reaction 3", Guid.NewGuid());
r3.AddReactant(mcat["Caustic Soda"], 0.459681368);
r3.AddReactant(mcat["Nitrous Acid"], 0.540318632);
r3.AddProduct(mcat["Water"], 0.207047552);
r3.AddProduct(mcat["Sodium Nitrite"], 0.792952448);
rp.AddReaction(r3);
Reaction r4 = new Reaction(null, "Reaction 4", Guid.NewGuid());
r4.AddReactant(mcat["Potassium Hydroxide"], 0.544102);
r4.AddReactant(mcat["Nitrous Acid"], 0.455898);
r4.AddProduct(mcat["Water"], 0.174698);
r4.AddProduct(mcat["Potassium Nitrite"], 0.825302);
rp.AddReaction(r4);
}
/// <summary>
/// Loads the material catalog in the model with sample materials.
/// </summary>
/// <param name="mcat">the Material Catalog to be initialized.</param>
private static void LoadSampleCatalog(MaterialCatalog mcat)
{
//Console.WriteLine("Warning: Specification is creating a MaterialType without propagating its molecular weight, emissions classifications or VaporPressure constants.");
mcat.Add(new MaterialType(null, "Ethyl Acetate", Guid.NewGuid(), 0.9020, 1.9230, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Hydrochloric Acid", Guid.NewGuid(), 1.1890, 2.5500, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Ethanol", Guid.NewGuid(), 0.8110, 3.0000, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Hexane", Guid.NewGuid(), 0.6700, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Triethylamine", Guid.NewGuid(), 0.7290, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "MTBE", Guid.NewGuid(), 0.7400, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Isopropyl Alcohol", Guid.NewGuid(), 0.7860, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Acetone", Guid.NewGuid(), 0.7899, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Propyl Alcohol", Guid.NewGuid(), 0.8035, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Butanol", Guid.NewGuid(), 0.8100, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Aluminum Hydroxide", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Ammonia", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Ammonium Hydroxide", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Carbon Dioxide", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Manganese Sulfate", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Nitrous Acid", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Phosphate", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Sulfate", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Sulfate", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Manganese Dioxide", Guid.NewGuid(), 1.3000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Hydroxide", Guid.NewGuid(), 1.3000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Bromide", Guid.NewGuid(), 1.3000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Bisulfite", Guid.NewGuid(), 1.4800, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Titanium Dioxide", Guid.NewGuid(), 1.5000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Titanium Tetrachloride", Guid.NewGuid(), 1.5000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Nitrate", Guid.NewGuid(), 1.6000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Phosphoric Acid", Guid.NewGuid(), 1.6850, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Sulfide", Guid.NewGuid(), 1.8580, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Caustic Soda", Guid.NewGuid(), 2.0000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Chloride", Guid.NewGuid(), 2.1650, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Bicarbonate", Guid.NewGuid(), 2.2000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Nitrite", Guid.NewGuid(), 2.3800, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Potassium Nitrite", Guid.NewGuid(), 1.9150, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sodium Carbonate", Guid.NewGuid(), 2.5330, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Pot. Permanganate", Guid.NewGuid(), 2.7000, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Bromine", Guid.NewGuid(), 3.1200, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Sulfuric Acid", Guid.NewGuid(), 1.8420, 4.1800, MaterialState.Liquid));
mcat.Add(new MaterialType(null, "Methanol", Guid.NewGuid(), 0.7920, 4.1800, MaterialState.Liquid, 32));
mcat.Add(new MaterialType(null, "Methylene Chloride", Guid.NewGuid(), 2.15, 4.1800, MaterialState.Liquid, 85));
mcat.Add(new MaterialType(null, "Water", Guid.NewGuid(), 1.0000, 4.1800, MaterialState.Liquid));
mcat["Methanol"].SetAntoinesCoefficients3(7.879, 1473.1, 230, PressureUnits.mmHg, TemperatureUnits.Celsius);
mcat["Methylene Chloride"].SetAntoinesCoefficients3(7.263, 1222.7, 238.4, PressureUnits.mmHg, TemperatureUnits.Celsius);
mcat["Water"].SetAntoinesCoefficients3(8.040, 1715.1, 232.4, PressureUnits.mmHg, TemperatureUnits.Celsius);
Debug.WriteLine(" ... sample substances loaded.");
}
public void TestCompositeConstruction()
{
BasicReactionSupporter brs = new BasicReactionSupporter();
InitializeForTesting(brs);
MaterialCatalog cat = brs.MyMaterialCatalog;
Mixture mixture = Mixture.Create(cat["Acetone"].CreateMass(100, 20),
cat["Potassium Sulfate"].CreateMass(100, 20),
cat["Ammonia"].CreateMass(100, 20));
Debug.WriteLine("Mixture has the following stuff...");
DiagnosticAids.DumpMaterial(mixture);
Assert.IsTrue(mixture.Mass.Equals(300D), "Mixture is not 300 kg");
Debug.WriteLine("Removing 100 kg of Acetone.");
IMaterial matl = mixture.RemoveMaterial(cat["Acetone"], 100);
DiagnosticAids.DumpMaterial(matl);
Assert.IsTrue(mixture.Mass.Equals(200D), "Mixture is not 200 kg");
Debug.WriteLine("Remaining is the following mixture:");
DiagnosticAids.DumpMaterial(mixture);
}
/// <summary>
/// Deserializes this object from the specified XmlSerializatonContext.
/// </summary>
/// <param name="xmlsc">The XmlSerializatonContext from which this object is to be reconstituted.</param>
public void DeserializeFrom(XmlSerializationContext xmlsc)
{
m_materialCatalog = (MaterialCatalog)xmlsc.LoadObject("MaterialCatalog");
m_reactionProcessor = (ReactionProcessor)xmlsc.LoadObject("ReactionProcessor");
}
