OpenSite Designer Readme

Archived Release Notes

What is New Bentley OpenSite Designer CONNECT Edition

The following summarizes the new features and enhancements in this 2019 Release 2.

  • Update of Power Platform to Edition (V10.12.00.54).
  • Subscription Entitlement Service (formerly CONNECT Licensing is utilized. For more information: Subscription Entitlement Service.
  • Includes Bentley LumenRT Designer CONNECT Edition Update 12.
  • Includes Bentley Descartes CONNECT Edition Update 2 (V10.010.00.54).
  • Update of gINT Civil Tools CONNECT Edition Update 1 (V10.03.01.25).
  • Support for following ProjectWise Connect Edition (V10.00.03.167 & V10.00.03.262).

This release is focused on user feedback, lower priority enhancements, fit and finish, and reported defects. The below list highlights some of these items:

  • 2019 Release 2 is backwards compatible with 2019 Release 1. This means DGN files can be opened by 2019 Release 1 once opened by 2019 Release 2.
  • Support for Chord Defined Arcs has been added. This support ranges from Corridors, reporting, and station equations.
  • Several fixes have been done for Save as DWG and Export to DWG.
  • Crossing Geometry Point rule now updates when the parent geometry changes.
  • Resolved an issue where geometry would state invalid element for several commands when it was valid.
  • Corrected issue where clipping was not performed.
  • Improved performance of deleting or un-annotating survey field books.
  • Place label now works when AccuSnap is disabled.
  • Target Alias behavior has returned to have Use Closest off when defining.
  • Dynamic Cross Sections fixes reference attachments when corridor components are not shown.
  • Several superelevation improvements and fixes for overlapping transitions, multi-center curves, user runtime variables, and reports.
  • Superelevation Rule File enhancements.
  • The format of the rule file was updated to support additional user defined variables.
  • A section name is updated automatically when an older rule file is opened in the Edit Rule File dialog.
  • The internal variable ' TransitionLength ' has been renamed ' ComputedTransitionLength ' . Rule files that use ' TransitionLength ' in Custom Key Station equations will likely need to be updated unless ' TransitionLength ' is also defined by a custom equation. This is a manual update that must be done.
  • XML Rule files compatible with both 2019 Release 1 and 2019 Release 2 are included.
  • The delivered superelevation XML rule files have been updated to include the Custom Key Station equation to adjust the transition length to be calculated as a constant relative gradient when using an inside, outside, right, or left pivot. The transition length is calculated using a constant change of slope without the Custom Key Station.

The following summarizes the new features and enhancements in this 2019 Release 1.

General Enhancements

  • Update of Power Platform to Edition (V10.12.00.41). The corresponding MicroStation Update 12 CONNECT Edition version is (V10.012.00.40).
  • CONNECT Licensing is utilized. For more information: CONNECT Licensing.
  • Includes Bentley LumenRT Designer CONNECT Edition Update 12.
  • Includes Bentley Descartes CONNECT Edition Update 2 (V10.010.00.41).
  • Update of gINT Civil Tools CONNECT Edition Update 1 (V10.03.01.08).
  • Support for following ProjectWise Connect Edition (V10.00.03.167).
  • Site Layout tools have been added to rapidly generate conceptual site designs and allow one to move directly to full detailed design tools.
  • Added Explorer, Reference, and Properties icons to the left edge of most tabs on the Modeling ribbon workflow.
  • DGNs with Civil Models are branded with the authoring product, this is referred to as the Product Alignment. The DGN is either OpenRoads, OpenRail, or additionally OpenSite. For more information please see: Product Alignment.

Site Layout Modeling

  • Create custom parametric parking lots.
  • Modify parking limits by simple line and point manipulation.
  • Modify parking limits to remove parking spaces.
  • User controlled design standards.
  • Revise parking orientation with customized direction path.
  • Control size requirements for parking spaces, islands, bays and aisles.
  • Parametric revision of island locations and quantities.
  • Integrate building(s) from OpenBuildings and other building design software.
  • Parametric interaction between parking and building for optimal site configuration.
  • Control building exterior design items: sidewalk, parking and landscaping.
  • Create Other Pads to represent unlimited design objects.
  • Controls to ability for parametric parking design inside of pad area.

Earthworks

  • Automatically optimize earthworks grading based on site configuration.
  • Customizable grading control: min./max slopes, link heights, elevation control.
  • Control building(s) finished floor elevation.
  • Use object material depth during optimized grading.
  • Use Constraint Area for grading control of objects and areas.
  • Control grading direction.
  • Analysis optimized grading solution for potential design problems.
  • Detail control of surface with use of breaklines.
  • Set borrow and fill areas for soil movement control.

Pathways

  • Create and customize driveway paths.
  • Control design features such as on-side parking, sidewalks and shoulders.
  • Customize on-side parking to control location, parking size requirements, angle and grading controls.
  • Build sidewalk with controlled locations, width, material type, grading slope control.
  • Set Drive way widths either symmetrical or non-symmetrical.
  • Control drive taper and transitions.
  • Adjust driveway end return radii.
  • Adjust centerline alignment grading control for use in grading optimization.
  • Control shoulder width, buffers, slope, ditch offset and ditch slope.
  • Place sidewalk automatically or manually.
  • Control sidewalk design requirements such as width, min./max slope and elevation control.
  • Use Driveway Connection to connect Driveway to corridor model.

Design Phases

  • Users choose between three different design phases: Conceptual, Preliminary and Final.
  • Quickly create design scenarios using conceptual design tools.
  • Revise design features to create preliminary site designs.
  • Move project to final for detailing and creating deliverables.