namespace AecSpaceOffsetStandardISA
{
public class AecSpaceOffsetStandardISA: AecSpaceOffsetStandard
{
public AecSpaceOffsetClassification classification
public AecSpaceOffsetStandardISA()
{
}
protected override void InitDatabase(Database database)
{
classification = new AecSpaceOffsetClassification();
classification.Init(
database,
Assembly.GetExecutingAssembly(),
new CultureInfo(SystemObjects.DynamicLinker.ProductLcid, true);
"AecSpaceOffsetStandardISA.AecSpaceOffsetStandardISAClassifications",
"Classification Name"
);
}
}
}
The AecSpaceOffsetClassification.Init method is defined as:
public void Init(Database database, Assembly assembly, CultureInfo culture, string
resBaseName, string classificationSetName)
The first 3 arguments are usually identical in all cases. The first one is the database to which the classification set needs
to be applied. The second argument is the current assembly that implements the standard plug-in. The third argument
is the localization for which the classifications are to be set up (in the example, the current setting of AutoCAD
Architecture is used, which is the recommended procedure). The fourth argument is the name of the string table within
the resources of the assembly. The last argument defines a name for the classification set in AutoCAD Architecture.
This should be localized too, because it will be visible to the user. However, this section focuses on classification handling
only. When running the standard with the resource file set up correctly, the drawing should now contain classification
definitions that apply only to spaces with the names defined in the resource’s string-table when the standard is assigned
to the drawing.
BOMA classification inserted in drawing
Using Classifications in the Rule Implementation
After adding classifications to the current database, you want to use them within area calculation standard plug-ins.
You are in principle able to determine the classification from a space that is passed to a rule with the existing AutoCAD
Architecture .NET API. This however could be complex, especially as you always need to use the global name of
classifications within your rules, in order to work with all localizations of the classifications display name. Therefore,
the class AecSpaceOffsetClassification provides functionality to simplify this.
Reading the Global Classification Name from a Space Object
The AecSpaceOffsetClassification class has a method to get the global classification name from a space object so that it
can be compared to the names defined by the resource string table to decide how to offset boundaries. The method is
the public string GetClassificationName(Object Id objId). The following example shows a bounding adjacency rule that
uses the classifications described in the example table above. Because the rule needs to be able to access the
AecSpaceOffsetClassification object of the standard, the standard is passed through the constructor and assigned to a
member of the rule. This means you will need to create the rule in the standard’s InitRules() implementation with a
“this” reference to the current standard.
Implementing Offset Rules | 1763
Summary of Contents for 00128-051462-9310 - AUTOCAD 2008 COMM UPG FRM 2005 DVD
Page 1: ...AutoCAD Architecture 2008 User s Guide 2007 ...
Page 4: ...1 2 3 4 5 6 7 8 9 10 ...
Page 40: ...xl Contents ...
Page 41: ...Workflow and User Interface 1 1 ...
Page 42: ...2 Chapter 1 Workflow and User Interface ...
Page 146: ...106 Chapter 3 Content Browser ...
Page 164: ...124 Chapter 4 Creating and Saving Drawings ...
Page 370: ...330 Chapter 6 Drawing Management ...
Page 440: ...400 Chapter 8 Drawing Compare ...
Page 528: ...488 Chapter 10 Display System ...
Page 540: ...500 Chapter 11 Style Manager ...
Page 612: ...572 Chapter 13 Content Creation Guidelines ...
Page 613: ...Conceptual Design 2 573 ...
Page 614: ...574 Chapter 14 Conceptual Design ...
Page 678: ...638 Chapter 16 ObjectViewer ...
Page 683: ...Designing with Architectural Objects 3 643 ...
Page 684: ...644 Chapter 18 Designing with Architectural Objects ...
Page 788: ...748 Chapter 18 Walls ...
Page 942: ...902 Chapter 19 Curtain Walls ...
Page 1042: ...1002 Chapter 21 AEC Polygons ...
Page 1052: ...Changing a door width 1012 Chapter 22 Doors ...
Page 1106: ...Changing a window width 1066 Chapter 23 Windows ...
Page 1172: ...1132 Chapter 24 Openings ...
Page 1226: ...Using grips to change the flight width of a spiral stair run 1186 Chapter 25 Stairs ...
Page 1368: ...Using the Angle grip to edit slab slope 1328 Chapter 28 Slabs and Roof Slabs ...
Page 1491: ...Design Utilities 4 1451 ...
Page 1492: ...1452 Chapter 30 Design Utilities ...
Page 1536: ...1496 Chapter 31 Layout Curves and Grids ...
Page 1564: ...1524 Chapter 32 Grids ...
Page 1611: ...Documentation 5 1571 ...
Page 1612: ...1572 Chapter 36 Documentation ...
Page 1706: ...Stretching a surface opening Moving a surface opening 1666 Chapter 36 Spaces ...
Page 1710: ...Offsetting the edge of a window opening on a freeform space surface 1670 Chapter 36 Spaces ...
Page 1956: ...1916 Chapter 42 Fields ...
Page 2035: ...Properties of a detail callout The Properties of a Callout Tool 1995 ...
Page 2060: ...2020 Chapter 45 Callouts ...
Page 2170: ...2130 Chapter 47 AEC Content and DesignCenter ...
Page 2171: ...Other Utilities 6 2131 ...
Page 2172: ...2132 Chapter 48 Other Utilities ...
Page 2182: ...2142 Chapter 51 Reference AEC Objects ...
Page 2212: ...2172 Chapter 52 Customizing and Adding New Content for Detail Components ...
Page 2217: ...AutoCAD Architecture 2008 Menus 54 2177 ...
Page 2226: ...2186 Chapter 54 AutoCAD Architecture 2008 Menus ...
Page 2268: ...2228 Index ...