public void TestComponents()
{
SODesignAlternative alternative = new SODesignAlternative("default");
// Components should not be null
Assert.NotNull(alternative.Components);
// Components should be empty on the start
Assert.IsEmpty(alternative.Components);
// Add a component
SOComponent component = new SOComponent("default");
alternative.AddComponent(component);
// Components should no longer be empty
Assert.IsNotEmpty(alternative.Components);
Assert.AreEqual(1, alternative.Components.Length);
// Component should match
Assert.AreEqual(component, alternative.Components[0]);
// Clear the components
alternative.ClearComponents();
// Components should be empty on the start
Assert.IsEmpty(alternative.Components);
}
/// <summary>
/// Adds a subcomponent to this component
/// </summary>
/// <param name="component">Subcomponent to add</param>
public void AddSubComponent(SOComponent component)
{
if (this.m_Components == null)
{
this.ReInitSubComponents();
}
this.m_Components.Add(component);
}
/// <summary>
/// Overriding the RunDesigner method.
/// This method will be run by the framework to make the design.
/// </summary>
public override void RunDesigner()
{
// It is important that you run the base designer
base.RunDesigner();
// Adding a structure and two beams with the designer
SOComponent structure = new SOComponent("structure");
this.CurrentDesignAlternative.AddComponent(structure);
structure.AddPart(new Beam_HE200A());
structure.AddPart(new Beam_HE200A());
}
/// <summary>
/// Overriding the RunDesigner method.
/// This method will be run by the framework to make the design.
/// </summary>
public override void RunDesigner()
{
// It is important that you run the base designer
base.RunDesigner();
SOComponent component = new SOComponent("structure");
this.CurrentDesignAlternative.AddComponent(component);
for (int i = 0; i < this.m_NumberOfBeams; i++)
{
component.AddPart(new Beam_HE300A());
}
}
public void TestClear()
{
SOComponent component = new SOComponent("0001");
// Components should not be null
Assert.NotNull(component.Parts);
// Components should be empty on the start
Assert.IsEmpty(component.SubComponents);
Assert.IsEmpty(component.Parts);
// Add a subcomponent to the component
SOComponent subcomponent = new SOComponent("0001");
component.AddSubComponent(subcomponent);
// Components should no longer be empty
Assert.IsNotEmpty(component.SubComponents);
Assert.AreEqual(1, component.SubComponents.Length);
Assert.IsInstanceOf(typeof(SOComponent), component.SubComponents[0]);
Assert.AreEqual(subcomponent, component.SubComponents[0]);
// Add a part to the component
SOPart part = new SOPart("0001", new SOMaterial("steel"), 1, "kg");
component.AddPart(part);
// Parts should no longer be empty
Assert.IsNotEmpty(component.Parts);
Assert.AreEqual(1, component.Parts.Length);
Assert.IsInstanceOf(typeof(SOPart), component.Parts[0]);
Assert.AreEqual(part, component.Parts[0]);
// Clear the component
component.Clear();
// Components should be empty
Assert.IsEmpty(component.SubComponents);
// Parts should be empty
Assert.IsEmpty(component.Parts);
}
public void TestFlattenedComponents()
{
SODesignAlternative alternative = new SODesignAlternative("default");
// Components should not be null
Assert.NotNull(alternative.Components);
// Components should be empty on the start
Assert.IsEmpty(alternative.Components);
// Add a component
SOComponent component1 = new SOComponent("0001");
SOComponent component2 = new SOComponent("0002");
SOComponent component3 = new SOComponent("0003");
SOComponent component4 = new SOComponent("0004");
SOComponent component5 = new SOComponent("0005");
alternative.AddComponent(component1);
component1.AddSubComponent(component2);
component2.AddSubComponent(component3);
component1.AddSubComponent(component4);
alternative.AddComponent(component5);
// FlattenedComponents should contain a list of 5 components now
Assert.IsNotEmpty(alternative.FlattenedComponents);
Assert.AreEqual(5, alternative.FlattenedComponents.Length);
}
public void TestSubComponents()
{
SOComponent component = new SOComponent("0001");
// Components should not be null
Assert.NotNull(component.SubComponents);
// Components should be empty on the start
Assert.IsEmpty(component.SubComponents);
// Add a subcomponent to the component
SOComponent subcomponent = new SOComponent("0001");
component.AddSubComponent(subcomponent);
// Components should no longer be empty
Assert.IsNotEmpty(component.SubComponents);
Assert.AreEqual(1, component.SubComponents.Length);
Assert.IsInstanceOf(typeof(SOComponent), component.SubComponents[0]);
Assert.AreEqual(subcomponent, component.SubComponents[0]);
// Clear the subcomponents
component.ClearSubComponents();
// Components should be empty
Assert.IsEmpty(component.SubComponents);
}
public void TestPassOnFlattenedSubComponents()
{
// set up
SOComponent component0 = new SOComponent("0000");
SOComponent component1 = new SOComponent("0001");
SOComponent component2 = new SOComponent("0002");
SOComponent component3 = new SOComponent("0003");
SOComponent component4 = new SOComponent("0004");
SOComponent component5 = new SOComponent("0005");
component0.AddSubComponent(component1);
component1.AddSubComponent(component2);
component2.AddSubComponent(component3);
component1.AddSubComponent(component4);
component0.AddSubComponent(component5);
// get the flattened list
List<SOComponent> flattenedList = null;
component0.PassOnFlattenedSubComponents(ref flattenedList);
// flattened list should contain 5 items
Assert.IsNotEmpty(flattenedList);
Assert.AreEqual(5, flattenedList.Count);
}
/// <summary>
/// Adds a subcomponent to this component
/// </summary>
/// <param name="component">Subcomponent to add</param>
public void AddSubComponent(SOComponent component)
{
if (this.m_Components == null) { this.ReInitSubComponents(); }
this.m_Components.Add(component);
}
/// <summary>
/// Overriding the RunDesigner method.
/// This method will be run by the framework to make the design.
/// </summary>
public override void RunDesigner()
{
// It is important that you run the base designer
base.RunDesigner();
// Adding a structure and two beams with the designer
SOComponent structure = new SOComponent("structure");
this.CurrentDesignAlternative.AddComponent(structure);
for (int i = 0; i < this.NumberOfFrames; i++)
{
// Set up the points
SOPoint3d point1 = new SOPoint3d(basePoint.X + ((double)i * Spacing), basePoint.Y, basePoint.Z);
SOPoint3d point2 = new SOPoint3d(basePoint.X + ((double)i * Spacing), basePoint.Y, basePoint.Z + Height);
SOPoint3d point3 = new SOPoint3d(basePoint.X + ((double)i * Spacing), basePoint.Y + Span, basePoint.Z);
SOPoint3d point4 = new SOPoint3d(basePoint.X + ((double)i * Spacing), basePoint.Y + Span, basePoint.Z + Height);
// Adding a beam layer to the structure
SOComponent beam = new SOComponent("beams");
structure.AddSubComponent(beam);
// Adding a beam to the beam layer
beam.AddPart(new Beam_HE400A(point2, point4));
// Adding a set of columns to the structure
SOComponent columns = new SOComponent("columns");
structure.AddSubComponent(columns);
// Adding two columns to the column set
columns.AddPart(new Beam_HE320A(point1, point2));
columns.AddPart(new Beam_HE320A(point3, point4));
this.points1.Add(point1);
this.points2.Add(point2);
this.points3.Add(point3);
this.points4.Add(point4);
}
}