Applies To | |||
Product(s): | AutoPIPE, | ||
Version(s): | All | ||
Area: | Grids | ||
Original Author: | Bentley Technical Support Group |
Very powerful for reviewing the data and making global changes to the input grid e.g. select multiple cells or complete column to change support friction, enter the value = 0.3 then press CTRL + Enter. Notice grayed out cells are not updated
See movie below for details:
NOTE: All Grids are dynamically synchronized bi-directionally with the graphic plot. Select a cell or group of cells and make a change - immediately see the change on the plot and vice versa. If click on a component on the plot this will place the arrow cursor on the row in the current grid.
Example: Select model node point B03, notice if there is information on that current grid tab for that node point, the application will automatically snap to that location
To make global changes on cells with drop-down lists e.g. support type first select all cells then hold CTRL key and click on any of the cells to select the new item then CTRL + Enter to apply to all selected cells.
NOTE: Multiple cells can be changed across different columns provided it is ‘like-data' e.g. all support gaps or all offsets.
HINT: To try to different support configurations e.g. try 3 springs instead of Vstop's as shown below. Select the supports in the Grid then hold the CTRL key down and select spring from the drop down list for one cell in the range then press Enter.
Like Excel select columns then right click to hide or unhide them
HINT: This is very useful to find mistakes in the data e.g. incorrect support type, friction or gaps.
Other productive features of Excel-like Grids
Printing any grid to one page, other options to customize the header and footer with model and company information, right click anywhere in the grids, select Print....
Option A
Option B
Similarly for disconnected or independent piping systems (segments) set the starting coordinates. Note: A new segment can inserted (Insert >Segment) and enter the Offset point e.g. B10 (not O for origin) and corresponding offsets. So the new segment will be inserted offset from a known point instead of the origin (O).