1D Domains
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_1d_bc_tables_check.csv
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Tabular data as read from the boundary condition database via any 1d_bc layers and after any adjustments (eg. time shift). Provides full traceability to original data source.
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_1d_ta_tables_check.csv
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Tabular data as read from tables via the 1d_ta layers for cross-section, storage and other data. Provides full traceability to original data source and additional information such as hydraulic properties determined from a cross-section profile. As of Build 2003-10-AA, ISIS XZ and processed, and MIKE 11 processed cross-section data included.
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_bc_check.mif
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GIS .mif/.mid files of the final 1D boundary conditions (BC). If no boundary conditions were specified, empty .mif/.mid files are written that can be used to set up a new layer.
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_1d_hydprop_check.mif
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Contains the hydraulic properties at the top of the hydraulic properties tables as attributes of the 1D channels. Other information such as the primary Manning’s n is also provided. Very useful for carrying out quality control checks on the 1D channels. Incorporated into Build 2003 07 AE.
As of Build 2005-05-AN, attributes containing the upstream and downstream node IDs have been added.
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_1d_inverts_check.mif
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Contains the inverts of the 1D nodes and at the ends of the 1D channels. Very useful for checking for smooth transitions from one channel to another and with the nodes. Incorporated into Build 2003 05 AG.
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_iwl_check.mif
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GIS .mif/.mid files of the initial water levels at the 1D model nodes.
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_nwk_check.mif
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GIS .mif/.mid files of the final 1D model network. The channels are not written as exactly the same polylines as this information is not retained during the data input process.
Note that the Use_Chan_Storage_at_Nodes attribute is always shown as F (false), and information supplied in the Topo_ID, Branch, Chainage and some other fields maybe not be as per the original data as this information is not available at the time the check file is written.
As of Build 2005-05-AN the following additions/changes occurred:
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Node symbology is displayed as a red circle for nodes connected to two or more channels, a larger magenta circle for nodes connected to one channel and a large yellow square for nodes not connected to a channel. This is very useful for checking for channel ends or nodes that are not snapped.
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Any generated pit channels are shown as a small channel flowing from north to south into the pit node. The upstream pit channel node that is generated is also shown. The length of the pit channel is controlled by Pit Channel Offset.
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The top and bottom elevations of the NA table at nodes is now shown using the Upstream_Invert and Downstream_Invert attributes.
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