Changes between Version 2 and Version 3 of 2019WP/ENHANCE-05_SimonM-Harmonic_Analysis


Ignore:
Timestamp:
2018-12-07T17:50:28+01:00 (22 months ago)
Author:
smueller
Comment:

Reverted to version 1.

Legend:

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  • 2019WP/ENHANCE-05_SimonM-Harmonic_Analysis

    v2 v3  
    88 
    99== Summary 
    10  
    11 ||= '''Action'''       =|| ENHANCE-05_SimonM-Harmonic_Analysis  || 
    12 ||= '''PI(S)'''        =|| Simon Müller                            || 
    13 {{{#!th 
    14  
    15 '''Digest''' 
    16  
    17 }}} 
    18 {{{#!td 
    19 The harmonic analysis diagnostics available in the current code are limited to 2D (surface only), inflexible in their choice of tidal components and activated via a preprocessor key. This work  
    20 will update the existing option with dynamic allocation and logical control (removing the preprocessor key). It will also introduce a more efficient algorithm for collecting, optional, 3D diagnostics with name list configurable choice of components for analysis and output. This work builds on a tested implementation by Nicolas Bruneau into a pre-4.0beta version 
    21  
    22 }}} 
    23 |- 
    24 ||= '''Dependencies''' =||                                                                                  || 
    25 ||= '''Target'''       =||                                                                                  || 
    26 ||= '''Trac Ticket'''  =|| #2175                                                                           || 
    27 ||= '''SVN branch'''   =|| [source:/branches/$YEAR/dev_r{REV}_{WG|STREAM|INSTITUTE}-{NUM}_{PIS}-{KEYWORDS}] || 
    28 ||= '''Previewer(s)''' =||                                                                              || 
    29 ||= '''Reviewer(s)'''  =||                                                                                 || 
    30 ||= '''Link'''         =|| [[ExtractUrl(.)]]  
    31 '' 
     10The harmonic analysis diagnostics available in the current code are limited to 2D (surface only), inflexible in their choice of tidal components and activated via a preprocessor key. This work will update the existing option with dynamic allocation and logical control (removing the preprocessor key). It will also introduce a more efficient algorithm for collecting, optional, 3D diagnostics with name list configurable choice of components for analysis and output. This work builds on a tested implementation by Nicolas Bruneau into a pre-4.0beta version 
     11''#2175' 
    3212 
    3313== Preview