Skip to content

Latest commit

 

History

History
36 lines (26 loc) · 1.51 KB

rdt.md

File metadata and controls

36 lines (26 loc) · 1.51 KB

MICOT Resilience Design Tool (RDT) Input descriptions

This module covers options that are aligned with the Multi Infrastructure Control and Optimization Toolkit (MICOT). Currently, these options provide helper functions for reading RDT inputs and generating approximate power pole locations along spatially detailed distribution lines. When so is enabled, an RDT scenario block is generated. If desired, multiple scenarios are generated when combined with num option.

RDT input data examples can be found exploring JSON formatted files here

MICOT specific options

-a      pole asset data, use with -so to produce RDT scenario block
-r      RDT proccessing option
-ro     generated poles output path (optional)    
-num    number of scenarios to generate - default is one (optional)
-so     scenario block file output (optional)

Examples:

Generate 13 scenarios - no asset (poles) input, only RDT

java -jar Fragility.jar -r test_data/inputs/example_rdt.json -i wind -e wind -hf test_data/fields/windField_example.asc -ro RDT_Poles.json -o repsonses.json -so SCENARIOS.json -num 13 

To generate RDT scenario block based on pole input data (using "powerLineId" key), with 5 scenarios:

java -jar Fragility.jar -a test_data/inputs/example_poles.json -i wind -e wind -so blockOUTPUT.json -num 5 -hf test_data/fields/windField_example.asc

Notice -a option for pole inputs.