The Figure 1 shows RMC's options of a grid layer. These options are summarized in the Table 1.
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Table 2. Show Properties.Anchor Table 1 Table 1
| Option | Description |
|---|---|
| None | Only the grid is displayed |
| Orthogonal Deviation | Show the orthogonal deviation of the grid. it is displayed by color ramp. (Figure 4) |
| Cell Aspect Ratio | Show the cell aspect ratio of the grid. it is displayed by color ramp. (Figure 5) |
| Cell Area | Show the area of the grid cells. it is displayed by color ramp. (Figure 6) |
| Cell DX | Show the dimension DX of the grid cells. it is displayed by color ramp. (Figure 7) |
| Cell DY | Show the dimension DY of the grid cells. it is displayed by color ramp. (Figure 8) |
Anchor Figure 4 Figure 4
Figure 4. Show Properties: Orthogonal Deviation.
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Table 3. Show Labels for grid layer.Anchor Table 3 Table 3
| Option | Description |
|---|---|
| None | Only the grid is displayed |
| Cell L Index | Show the L index number of the grid cells, each cell has only a L index. (Figure 9) |
| Cell I,J Indices | Show the I and J indices number of the grid cells, each cell has a pair of I and J indices. (Figure 10). This option sometimes is helpful when we create the next grid to merge with the previous grid as we want to know the number of cells along a segment of the previous grid. |
| Node I,J Indices | Show the I and J indices number of the grid nodes, each grid node has a pair of I and J indices. (Figure 11) |
Anchor Figure 9 Figure 9
Figure 9. Show Labels: Cell L Index.
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Table 4. Grid IndexingAnchor Table 4 Table 4
| Option | Description |
|---|---|
| Transpose I - J Indices | Reverses both the I and J indices of the selected grid at the same time. |
| Flip I Indices | Reverses only the I indices of the selected grid. |
| Flip J Indices | Reverses only the I indices of the selected grid. |
| Rotate Indices Clockwise | Orders the indices in a clockwise direction. |
| Rotate Indices Counter-Clockwise | It is the opposite of the Rotate Indices Clockwise. |
Export To
EE10 allows you to export the 2DH View of the current layer for post-processing.
To export the layer, the user needs to Right Mouse Click (RMC) on the layer and select Export to as shown in Figure 1. The Save Data File will be displayed, the user should specify the type of the file and click OK.
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The Export To option allows saving the grid to a file with different file formats as shown in Figure 12. These options are summarized in Table 5. The function of these options is similar to the Export button described in Main toolbar buttons.
Anchor Figure 12 Figure 12
Figure 12. Export grid layer options.
Table 5. Export Grid to a file.Anchor Table 4 Table 4
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| Option | Description |
|---|---|
| Export To Grid+ | The file of the grid cell will has format *cvl Export the selected grid layer to the native grid file of Grid+ (*.cvl) |
| Export To RGF Grid | The Export the selected grid layer to the native grid file of the grid cell will has format *RGF Delft3D (*.grd) |
| Export To EFDC Grid | The file of Export the grid cell will has format *inp, which can import directly to EEMS modelselected grid layer to the EFDC input file (including corners.inp, dxdy.inp, lxly.inp), these files can open with EEMS. |
| Export To Shapefile | The file of Export the grid cell will has format *shpselected grid layer to the shapefile which can open with ArcGIS, QGIS, Global Mapper, etc. |
| Export To KML | The file of Export the grid cell will has format *kmlselected grid layer to the KML file which can open with Google Earth, Global Mapper, etc. |
| Export To Outline | The file Export outline of the grid cell will has format *p2d |
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selected grid layer to a text file (*.p2d). |