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Transforming 3-D Inflections to 2-D Plots: REMUS Trajectory Analysis and Temperature Measurements

This document outlines the transformation of 3-D inflections from the REMUS vehicle's trajectory into 2-D plots. It covers the shaded representation of temperature measurements at various midpoints and emphasizes the mean temperature assigned to each inflection. Key variables include date, time, latitude, longitude, and various measurements such as chlorophyll and acoustic scattering. The analysis method is now well-understood, with related programming complete and ongoing progress noted. Visualizations reflect mean temperatures and changes in data representation.

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Transforming 3-D Inflections to 2-D Plots: REMUS Trajectory Analysis and Temperature Measurements

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  1. REMUS Run #20110112 Transforming 3-D Inflections to 2-D Plots

  2. 3-D Trajectory of REMUS Shaded per Temperature Measurements

  3. Inflections Rotated to Vertical Profiles about Midpoints Measured depths of track-points preserved.

  4. Mean Temperature of Each Inflection Assigned to its Midpoint Note change in temperature axis of color-bar (now scaled to range of means, rather than that of full profiles).

  5. Mean Temperature of Each Inflection Viewed from Above (2-D)

  6. Requested Variables • Date • Time • Lat • Long • Vehicle • Water depth (if present) • Mean X • SD of mean X • Median X • Max X • Min X • Depth of the Max X • Depth of Min X • Max Gradient of X • Depth of the max gradient of X • Where X = Chlorophyll, optical backscatter, cDOM, temperature, salinity, density, and acoustic scattering • Requested method for calculation now well understood. Related programming complete. • In progress.

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