Skip to main content
🌍 Public

Share visualization

Send this visualization to others.

tower battery status

Public visualization

Post on XLinkedIn

Viewing a saved revision (read-only)

ac4b13b455454c128be8b1789001fd6f

Open

tower battery status

0 stars2🌍 Public
DDonald Bagwell
Last edited Jul 2, 2024
Created on May 15, 2024

This example displays the first row of a CSV dataset as a JSON object in a large monospace font. It uses a data file containing timestamped records of battery voltage and internal temperature readings from a meteorological instrument. The code imports the CSV with a default import, converts the numeric fields using JavaScript’s unary plus operator, and renders the result via template literals into an HTML `<pre>` element. The visualization demonstrates a minimal approach to inspecting raw data without any charting library.

AI-generated description

Location: Memphis, Pavilion rooftop - McKellar Park

Date (UTC): 09-Jul-2013 23:27:37

Original Data Source: Wind_Profile_57_20130710_002722.csv

Instrument or model designator: Halo Photonics StreamLine, 57

Instrument software or model version: StreamLine v10

Profile or Instrument Longitude: -89.980751783

Profile or Instrument Latitude: 35.011683521

Profile or Instrument Elevation (MSL,m): 110.305

Data Processing Notes:

(1) Interpolation: None

(2) Smoothing: Spline smoother applied to CRG LOS estimates (dof=20)

(3) Extrapolation: None

(4) Other processing or filtering notes: DBS scan. The lidar is mounted on a rooftop of a pavilion. Rooftop is at 109.2 m MSL. Ground near pavilion is at 105.5 m MSL. Run with CRG QC filters ON. Source file used DST. UTC is used in this file.

Project Sponsor: National Aeronautics and Space Administration

This file was created on 06-Jun-2014 01:14:40 Pacific Time

File created by Matt Pruis, NWRA, matt@nwra.com

File created with the script D:\projects\nasa\DataAnalysis\20140602 Wind Profiles for LL\Data For LL\WriteWindProfile_v20140605

Data File Format (1st line): number of data points

Data File Format (remainder of file): Height above sensor (m), Wind Direction, Wind Speed(m/s)

584 => typically the number of rows in a file.

https://halo-photonics.com/