Hello, The above instruction is for AutoPlant Isogen. As for Plant Space AutoIsogen: Open the ps_iso_user.lib class library ...\Pisogen\CONFIG directory. Create a class called USER_PIPELINE_REF_ATT . Open ps_iso.lib . Open the PIPELINE_REFERENCE_ATTRIBUTES class. Add USER_PIPELINE_REF_ATT to the list of parents. This class will become a parent of the PIPELINE_REFERENCE_ATTRIBUTES class in PS_ISO.LIB . Add a property called ISO_INSULATION to the USER_PIPELINE_REF_ATT class, with the data type String and the array length 2. Add the following two fixed sources with quotation (") marks: The first fixed source defines the PlantSpace AutoISOGEN attribute. "ATTRIBUTE11" The second fixed source defines the JSpace expression. "\MEMBERS\~\ISO_OF\INSULAT" Click Apply. Save both class libraries. As a result pcf file will have insulation value as ATTRIBUTE11 ISOGEN-FILES Isogen.fls UNITS-BORE INCH UNITS-CO-ORDS MM UNITS-WEIGHT LBS UNITS-BOLT-DIA MM UNITS-BOLT-LENGTH MM PIPELINE-REFERENCE iso_plot ATTRIBUTE11 77 PIPE INSULATION-ON END-POINT 3605.2691 -2907.1280 0.0000 2.5 END-POINT 8625.0038 -2907.1280 0.0000 2.5 FABRICATION-ITEM ITEM-CODE PIPE MATERIALS ITEM-CODE PIPE DESCRIPTION PIPE ANSI-A106, Grade B, Schedule 40 This way insulation is defined as pipe reference attribute. After you define the attributes, the location on the isometric drawing for these attributes must be defined (updated) in the ISOGEN text positioning file (final.pos). Unfortunately my knowledge in Plant Space AutoIsogen is quite limited so I am not fully confident that this is result you would like to have on your side. Possibly you should contact Bentley Professional Services for this customization. Specialists from Bentley Professional Services could help to implement solutions to automate or customize workflows for design that would fit the current functionalities of the software in the best way. I hope this information will be useful. Kind Regards, Artiom
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