private void store(OleDbConnection cn, string material, AluminumDesignProps props)
{
string sql = "INSERT INTO [Material Properties 05 - Design Aluminum] " +
"(Material, AlumType, Alloy, Ftu, Fty, Fcy, Fsu, Fsy) VALUES " +
"(\"" + material + "\", " + props.Type + ", " + props.Alloy + ", " + props.Ftu + ", " + props.Fty + ", " + props.Fcy + ", " + props.Fsu + ", " + props.Fsy + ", " + ");";
new OleDbCommand(sql, cn).ExecuteNonQuery();
}
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;
}
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;
}
