public MaterialsGUI(Material mat)
{
oneMaterial = (mat != null);
InitializeComponent();
material = mat;
IsotropicTypeProps isotropic;
if (mat != null && mat.TypeProperties is IsotropicTypeProps)
isotropic = (IsotropicTypeProps)mat.TypeProperties;
else
isotropic = MaterialManager.Instance.DefaultSteel.TypeProperties as IsotropicTypeProps;
if (isotropic == null)
isotropic = new IsotropicTypeProps(1.999E+11F, 0.3F, 0.0000117F);
typeList.Add(isotropic);
UniaxialTypeProps uniaxial;
if (mat != null && mat.TypeProperties is UniaxialTypeProps)
uniaxial = (UniaxialTypeProps)mat.TypeProperties;
else
uniaxial = MaterialManager.Instance.DefaultRebar.TypeProperties as UniaxialTypeProps;
if (uniaxial == null)
uniaxial = new UniaxialTypeProps(1.999E+11F, 0.0000117F);
typeList.Add(uniaxial);
designPropList.Add(new NoDesignProps());
designPropList.Add(new SteelDesignProps());
designPropList.Add(MaterialManager.Instance.DefaultConcrete.DesignProperties);
//designPropList.Add(new AluminumDesignProps());
designPropList.Add(new RebarDesignProps());
//designPropList.Add(new ColdFormedDesignProps());
}
private readonly bool oneMaterial; // True if a material is provided.
public MaterialsGUI(Material mat)
{
oneMaterial = (mat != null);
InitializeComponent();
material = mat;
IsotropicTypeProps isotropic;
if (mat != null && mat.TypeProperties is IsotropicTypeProps)
{
isotropic = (IsotropicTypeProps)mat.TypeProperties;
}
else
{
isotropic = MaterialManager.Instance.DefaultSteel.TypeProperties as IsotropicTypeProps;
}
if (isotropic == null)
{
isotropic = new IsotropicTypeProps(1.999E+11F, 0.3F, 0.0000117F);
}
typeList.Add(isotropic);
UniaxialTypeProps uniaxial;
if (mat != null && mat.TypeProperties is UniaxialTypeProps)
{
uniaxial = (UniaxialTypeProps)mat.TypeProperties;
}
else
{
uniaxial = MaterialManager.Instance.DefaultRebar.TypeProperties as UniaxialTypeProps;
}
if (uniaxial == null)
{
uniaxial = new UniaxialTypeProps(1.999E+11F, 0.0000117F);
}
typeList.Add(uniaxial);
designPropList.Add(new NoDesignProps());
designPropList.Add(new SteelDesignProps());
designPropList.Add(MaterialManager.Instance.DefaultConcrete.DesignProperties);
//designPropList.Add(new AluminumDesignProps());
designPropList.Add(new RebarDesignProps());
//designPropList.Add(new ColdFormedDesignProps());
}
private void store(OleDbConnection cn, Material obj)
{
MaterialTypeProps tProps = obj.TypeProperties;
MaterialDesignProps dProps = obj.DesignProperties;
double e, u, a;
string type = "";
string design = (dProps is RebarDesignProps) ? "Rebar" :
(dProps is ColdFormedDesignProps) ? "ColdFormed" :
(dProps is SteelDesignProps) ? "Steel" :
(dProps is ConcreteDesignProps) ? "Concrete" :
(dProps is AluminumDesignProps) ? "Aluminum" : "None";
if (tProps is IsotropicTypeProps)
{
IsotropicTypeProps iProps = tProps as IsotropicTypeProps;
type = "Isotropic";
e = iProps.E;
u = iProps.Nu;
a = iProps.Alpha;
}
else if (tProps is UniaxialTypeProps)
{
UniaxialTypeProps uProps = tProps as UniaxialTypeProps;
type = "Uniaxial";
e = uProps.E;
u = 0.0;
a = uProps.A;
}
else
{
e = u = a = 0.0;
type = (tProps is OrthotropicTypeProps) ? "Orthotropic" : "Anisotropic";
}
string sql = "INSERT INTO [Material Properties 01 - General] " +
"(Material,Type,DesignType,UnitMass,UnitWeight,E,U,A,MDampRatio,VDampMass,VDampStiff,HDampMass,HDampStiff,NumAdvance,Color) " +
"VALUES (\"" + obj.Name + "\",\"" + type + "\",\"" + design + "\"," +
obj.Density + "," + obj.UnitWeight + "," + e + "," + u + "," + a + ",0,0,0,0,0,0,\"Yellow\");";
new OleDbCommand(sql, cn).ExecuteNonQuery();
store(cn, obj.Name, dProps);
}
private void readMaterial(System.Xml.XmlNode node)
{
if (!"Material".Equals(node.Name))
return;
string att;
string name = Canguro.Model.Serializer.Deserializer.readAttribute(node, "Material", "MAT");
MaterialTypeProps tProps;
float e = float.Parse(Canguro.Model.Serializer.Deserializer.readAttribute(node, "E", "0"));
float u = float.Parse(Canguro.Model.Serializer.Deserializer.readAttribute(node, "U", "0"));
float a = float.Parse(Canguro.Model.Serializer.Deserializer.readAttribute(node, "A", "0"));
att = Canguro.Model.Serializer.Deserializer.readAttribute(node, "Type", "Isotropic");
switch (att)
{
case "Uniaxial":
tProps = new UniaxialTypeProps(e, a);
break;
case "Isotropic":
default:
tProps = new IsotropicTypeProps(e, u, a);
break;
}
string design = Canguro.Model.Serializer.Deserializer.readAttribute(node, "DesignType", "None");
MaterialDesignProps dProps;
switch (design)
{
case "Rebar":
dProps = new RebarDesignProps();
break;
case "ColdFormed":
dProps = new ColdFormedDesignProps();
break;
case "Steel":
dProps = new SteelDesignProps(); // Changes when readSteelDesignProps() is called.
break;
case "Concrete":
dProps = new NoDesignProps(); // Changes when readConcreteDesignProps() is called.
break;
case "Aluminum":
dProps = new AluminumDesignProps();
break;
default:
dProps = new NoDesignProps();
break;
}
float d = float.Parse(Canguro.Model.Serializer.Deserializer.readAttribute(node, "UnitMass", "d"));
Material mat = new Material(name, false, dProps, tProps, d);
Materials[name] = mat;
}
