Custom Catalogue Items and Definitions

I am creating some Custom Catalogue Items and adding custom definitions to the catalogue items. The steps I followed are as below.

1. Create New Definition File in Definition Editor.

2. Create Custom Properties under the new Definition File.

3. Create a New Discipline Group in Catalogue Editor.

4. Create a New Catalogue Type in New Discipline Group and applied custom properties which I created in Step 2.

5. Create a New Catalogue Item.

6. Apply Catalogue Item to 3D Smart Solids.

The question I have is related to Custom Properties, the reason I have created custom properties is to fill in the information as required and it will appear as part of BIM information. Everything is working as planned apart from one custom property (Length, as shown below image). OpenBuilding is automatically filling this information and I can't edit it. This is in one manner good, but I want to understand why OpenBuilding is filling this automatically and what other information I can set up this way that it will read element property and fill in automatically.

Parents Reply
  • Hi Jaimin, 

    Please find the table below.

    Schema Property Name Data File Lookup Calculated Display Name Description
    Length   x Length Net member length

    AreaCrossSection

    Section file   Cross Section Area Section area (section file)
    AreaCrossSectionModeled   X Cross Section Area (Modeled) Section area (modeled)
    FeatureVolume   X Feature Volume Feature (openings, copes) volume
    VolumeGross   X Gross Volume AreaCrossSectionModeled x Length
    VolumeGrossModeled   X Gross Volume (Modeled) Quantus volume
    VolumeNet   X Net Volume VolumeGross x FeatureVolume
    VolumeNetModeled   X Net Volume (Modeled) VolumeGrossModeled x FeatureVolume
    UnitWeight Section file   Unit Weight Unit weight of section
    MaterialDensity Dataset component   Material Density Material density
    LengthXUnitWeight   X Weight (Length * Unit Weight) Length x UnitWeight
    VolumeGrossXDensity   X Weight (Gross Volume * Density) VolumeGross * MaterialDensity
    VolumeGrossModeledXDensity   X Weight (Gross Volume * Density) [Modeled] VolumeGrossModeled * MaterialDensity
    VolumeNetXDensity   X Weight (Net Volume * Density) VolumeNet * MaterialDensity
    VolumeNetModeledDensity   X Weight (Net Volume * Density) [Modeled] VolumeNetModeled * MaterialDensity

    Thanks and Regards,

    Sandeep

    Answer Verified By: Jaimin Patel 

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