Generative Components

How generative components could help to model the HVAC, Plumbing and Electrical services? We believe it is equivalent tool to dynamo (for revit). How advanced it is? How it can save modelling time?

Parents
  • Hi Santhosh,

    GenerativeComponents is Bentley Systems' Computational Design tool. For CONNECT Edition it is available as Companion Feature to AECOsim Building Designer, which is a comprehensive BIM tool covering architectural, structural, HVAC, plumbing/piping, and electrical disciplines. Currently, GenerativeComponents is integrated with the architectural and structural disciplines in AECOsim Building Designer. Other services could be modeled in GenerativeComponents using attributed geometry because BIM information can be attached to any geometric node type.

    When one-off modeling known results, tools like GenerativeComponents rarely save time, especially if users are not already very familiar with GenerativeComponents.

    There are several use cases, some of which are related, that commonly warrant use of GenerativeComponents:

    1. When changes are anticipated that can be captured in a parametric model.
    2. When exploration of variants is desired to find a design solution.
    3. When a class of strongly related solutions is desired where individual solutions are instantiations of a parametric design reacting to the specific inputs for each instance.
    4. When standard CAD tools are not delivering capabilities necessary to produce the desired results and the design and creation of design tools is needed.
    5. When simulation of motion, kinetic, or dynamic behavior is part of the design exploration with a parametric system being able to capture the range of motion.
    6. When there is the need to defer a decision and parametric techniques permit to continue design around and beyond the items of deferred decisions, e.g. through the use of place holders, or if a potential range for the decision is known.
    7. When resolution of geometry can be described and processed in an algorithmic fashion.
    8. When automating repetitive or tedious workflows.
    9. When inclusion of multi-objective optimization benefits the design process.

    plus 1: When any combination of the above conditions occurs.

    Please take a look at the introductory material at https://communities.bentley.com/products/products_generativecomponents/w/generative_components_community_wiki.

    There is also this post in the Forum in a thread "How to start with GenerativeComponents".

    HTH,

          Volker

       

Reply
  • Hi Santhosh,

    GenerativeComponents is Bentley Systems' Computational Design tool. For CONNECT Edition it is available as Companion Feature to AECOsim Building Designer, which is a comprehensive BIM tool covering architectural, structural, HVAC, plumbing/piping, and electrical disciplines. Currently, GenerativeComponents is integrated with the architectural and structural disciplines in AECOsim Building Designer. Other services could be modeled in GenerativeComponents using attributed geometry because BIM information can be attached to any geometric node type.

    When one-off modeling known results, tools like GenerativeComponents rarely save time, especially if users are not already very familiar with GenerativeComponents.

    There are several use cases, some of which are related, that commonly warrant use of GenerativeComponents:

    1. When changes are anticipated that can be captured in a parametric model.
    2. When exploration of variants is desired to find a design solution.
    3. When a class of strongly related solutions is desired where individual solutions are instantiations of a parametric design reacting to the specific inputs for each instance.
    4. When standard CAD tools are not delivering capabilities necessary to produce the desired results and the design and creation of design tools is needed.
    5. When simulation of motion, kinetic, or dynamic behavior is part of the design exploration with a parametric system being able to capture the range of motion.
    6. When there is the need to defer a decision and parametric techniques permit to continue design around and beyond the items of deferred decisions, e.g. through the use of place holders, or if a potential range for the decision is known.
    7. When resolution of geometry can be described and processed in an algorithmic fashion.
    8. When automating repetitive or tedious workflows.
    9. When inclusion of multi-objective optimization benefits the design process.

    plus 1: When any combination of the above conditions occurs.

    Please take a look at the introductory material at https://communities.bentley.com/products/products_generativecomponents/w/generative_components_community_wiki.

    There is also this post in the Forum in a thread "How to start with GenerativeComponents".

    HTH,

          Volker

       

Children