Tools
MIKE+Py provides access to several MIKE+ data processing tools through the mikepluspy.tools
module. These tools allow you to perform common data manipulation and preparation tasks programmatically.
Available Tools
The following tools are available:
ImportTool
: Imports data into your MIKE+ model using an XML configuration file.TopoRepairTool
: Detects and repairs common topology issues in your network model.InterpolationTool
: Interpolates and assigns attribute values between model features or from external data sources (e.g., DEMs).ConnectionRepairTool
: Repairs network connectivity issues.CatchSlopeLengthProcess
: Calculates catchment slope and length. (Note: The class name in the library might beCathSlopeLengthProcess
).
General Usage
To use a tool, first import it from mikepluspy.tools
. Then, create an instance of the tool, passing your opened Database
object to its constructor.
from mikepluspy.tools import InterpolationTool
# Assuming 'db' is your opened mikepluspy.Database object
= InterpolationTool(db) interpolation_tool
Once you have a tool instance, you can call its methods to perform specific actions.
Examples
Here are a couple of examples to illustrate how to use these tools.
Import Tool
The ImportTool
can import data into your MIKE+ model using an XML configuration file. For instance, to import data from an XML file:
from mikepluspy.tools import ImportTool
= ImportTool("path/to/your/xml/file.xml", db)
import_tool import_tool.run()
InterpolationTool
The InterpolationTool
can assign values to features based on proximity or DEM data. For instance, to interpolate the GroundLevel
for nodes in the msm_Node
table from a DEM file:
# interpolation_tool = InterpolationTool(db) # Instantiated as above
= {
tool_parameters "target_Db_Name": "msm_Node",
"target_attribute": "GroundLevel",
"raster_file": "path/to/your/dem.dfs2", # Replace with actual path
"item_number": 1
}**tool_parameters) interpolation_tool.interpolate_from_DEM(
TopoRepairTool
The TopoRepairTool
helps clean up network topology. To delete unlinked nodes and dissolve overlapping nodes, you can use its run
method:
from mikepluspy.tools import TopoRepairTool
# repair_tool = TopoRepairTool(db) # Instantiate with your db object
repair_tool.run(=True,
delete_unLink_node_Link=True
dissolve_overlap_node )
Further Information
For detailed information on all available parameters and methods for each tool, please consult the MIKE+ software documentation or the specific API reference for mikepluspy
.