cwms-data-quality
v2.1.10
Published
A JavaScript implementation of the CWMS QualityTx class. Enables working with Time Series Quality integers. Can help in determining the screening, validity, value range, revision, replacement cause, replacement method, tests failing, and protection of a g
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CWMS Data Quality
A JavaScript Library for determining Corps Water Management System (CMWS) Timeseries Quality client-side
Working Example of CWMS-Data-Quality JS Module
Here: Github Page
Getting Started ☑
- Install the CWMS-Data-Quality Package
- Using NPM (with nodejs installed):
- In your terminal run:
npm i cwms-data-quality
- In your typescript/javascript module (assuming you are using a bundler) you can enter:
import {Quality, QualityStringRenderer} from "cwms-data-quality";
at the top of the file- Then down in your source you can, for example, call the QualityStringRender static method getJSON with:
const determined = QualityStringRenderer.getJSON(quality_integer)
where quality_integer is the variable you set.
- In your terminal run:
- Manually:
- Download the the source code here and place it in a directory called "cwms-data-quality". cwms-data-quality.js.
- Import/include the JS Module in your HTML file:
<script src="<path to your cdq directory>/cwms-data-quality/index.min.js" type="module" async defer></script>
(optionally): Start with the example/default.html file
- Using NPM (with nodejs installed):
Per the HEC Documentation:
Data Quality Rules :
1. Unless the Screened bit is set, no other bits can be set.
2. Unused bits (22, 24, 27-31, 32+) must be reset (zero).
3. The Okay, Missing, Questioned and Rejected bits are mutually
exclusive.
4. No replacement cause or replacement method bits can be set unless
the changed (different) bit is also set, and if the changed (different)
bit is set, one of the cause bits and one of the replacement
method bits must be set.
5. Replacement Cause integer is in range 0..4.
6. Replacement Method integer is in range 0..4
7. The Test Failed bits are not mutually exclusive (multiple tests can be
marked as failed).
Bit Mappings :
Little Endian i.e. 31....0
3 2 1
2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1
P - - - - - T T T T T T T T T T T M M M M C C C D R R V V V V S
| <---------+---------> <--+--> <-+-> | <+> <--+--> |
| | | | | | | +------Screened T/F
| | | | | | +-----------Validity Flags
| | | | | +--------------Value Range Integer
| | | | +-------------------Different T/F
| | | +---------------Replacement Cause Integer
| | +---------------------Replacement Method Integer
| +-------------------------------------------Test Failed Flags
+-------------------------------------------------------------------Protected T/F
If you see any issues please report them! ⚠ Report Issues ⚠
Dev Notes:
NOTE: Ensure you have NodeJS installed and in your system path
- Run the test script, which compares the module against the precomputed CSV file in
resources
:npm run test
- Run the build script, which minifies the js file with:
npm run build
- Package the script for release:
- NPM:
npm publish
- Github:
npm pack
- NPM: