The scene content controls what is to be displayed in the active scene view.

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Properties window - Show grids in 3D view

The Project Workspace > Structure tree - Levels branch allows you to decide via the Properties window if a specific levels construction lines/grid is to be visible in the 3D Structure view.

You can select an individual Level (i.e. St.2 etc.) to turn on or off the display of the gridlines on that specific level.

You can select the Level branch to turn on or off all the gridlines on all the levels (i.e. St 1, St.2, St.3 etc.)

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  1. In the Project Workspace, go to the Structure tab.
  2. Open Levels.
  3. In the Properties window:
    • Show grids in plane view - select/unselect to show/hide grid lines in every level scene view
    • Show grids in 3D view - select/unselect to be show/hide grid lines at every level in 3D scene views
  4. To show/hide grid lines at a specific levels, select the level in the Project Workspace
  5. In the Properties window:
    • Show grids in plane view - select/unselect to show/hide grid lines at the selected level in 2D scene views
    • Show grids in 3D view - select/unselect to be show/hide grid lines at the selected level in 3D scene views
    When the above Show grids options have been selected, you can further control which of grid line components (i.e. lines, text labels) get displayed in individual scene views by selecting appropriate Grid & Construction Lines options in Scene Content.
    The comparative analysis of output from multiple models, and against observational data analysis archives, has become a key methodology in reducing uncertainty
    in climate projections, and in improving forecast skill of medium- and long-term forecasts. There is considerable momentum toward simplifying such analyses by applying
    comprehensive community-standard metadata to observational and model output data
    archives.
    The representation of gridded data is a critical element in describing the contents of model output. We seek here to propose a standard for describing the grids on which such data are discretized. The standard is drafted specifically for inclusion within the Climate and Forecasting (CF) metadata conventions.
These activities manifest themselves in aspects of current scientific methodology. Earth System science is becoming “big science” where experiments systematically involve large international modeling campaigns, matching in scale the observational campaigns that are responsible for producing the climate record. A key example of such a modeling campaign is the activity surrounding the Inter-Governmental
Panel on Climate Change (IPCC) Assessment Reports. These reports, issued every 6 years, are a culmination of systematic and coordinated modeling experiments run at multiple institutions around the world
As Earth System science increasingly comes to depend on models created from multiple components, and on comparative studies of output from such models, standardization has become a serious issue as we grapple with the practicalities of carrying out such studies. Emerging efforts at standardization of model component interfaces include the Earth System Modeling Framework.
Result :-
Model grid lines and construction levels

All dimensions are in mm .The base level to be 500mm below ground level.