[general]
name=Coastal Inundation Under Climate Change
qgisMinimumVersion=3.28
qgisMaximumVersion=4.99
supportsQt6=True
description=Sea level rise flood mapping with hydraulic connectivity and DEM uncertainty bands
about=Plugin created by Daniel Ibarra Marinas, Facultad de Ingeniería y Ciencias, Universidad Autónoma de Tamaulipas. Floods only what lies below the new sea level and connects to the sea. Uncertainty bands from DEM RMSE and projection sigma, classified disconnected low areas, styled GeoTIFF and GeoPackage outputs, statistics and metadata. Static model: no erosion, waves or drainage. Interface in English and Spanish.
version=1.0.0
author=Daniel Ibarra Marinas, Facultad de Ingeniería y Ciencias, Universidad Autónoma de Tamaulipas
email=daniel.ibarra@uat.edu.mx
icon=icon.png
hasProcessingProvider=yes
repository=https://github.com/adanielibarra/CoastalInundation_Under_ClimateChange
tracker=https://github.com/adanielibarra/CoastalInundation_Under_ClimateChange/issues
homepage=https://github.com/adanielibarra/CoastalInundation_Under_ClimateChange
changelog=1.0.0
    - First stable release; no changes to the code. / Primera versión estable; sin cambios en el código.
    0.5.5
    - Works with QGIS 3.28 LTR and later (fallbacks for enums added in QGIS 3.30/3.36)
    0.5.4
    - Repository, tracker and homepage set to GitHub
    0.5.3
    - Help: author ORCID link; GeoPackage metadata: author_orcid
    - Manuals: clickable links (email, ORCID, ResearchGate, DOI)
    0.5.2
    - Help (English and Spanish): link to the author's ResearchGate profile
    0.5.1
    - Correct name of the percentile model: two half-normals joined at the median (not a classical split normal)
    - Manuals: kσ with percentiles means the band offsets; warning about large k with 17/83
    0.5.0
    - Projection uncertainty as percentiles (17/83 or 5/95): two half-normals joined at the median, combined with the DEM error;
      asymmetric lower and upper bands; central level stays at the projection median
    - Probability of being under water at the central level in the log and the statistics table
    - Statistics: dem_sigma_m, percentiles, band offsets, prob_at_central
    0.4.1
    - Sea point and empty band messages rewritten for each NoData option
    - Help, metadata and manuals warn that a symmetric projection sigma may underestimate the upper band
    - Manuals: step by step includes bias and NoData handling; same notes in both languages
    0.4.0
    - NoData connected to a sea point is treated as sea (default); option for NoData on the raster edge
    - DEM vertical bias: DEM corrected and sigma = sqrt(RMSE^2 - bias^2)
    - Optional base level raster (e.g. high tide surface)
    - Corrected per-pixel probabilities of the bands (lower >= 90 percent, central 50-90 percent, upper 10-50 percent)
    - Metadata note on overlap between flood_upper and disc_connects_at_upper
    - Removed a nesting check that could not fail
    0.3.6
    - Bilingual labels and help, logos, manuals
experimental=False
category=Analysis
tags=sea level rise,climate change,coastal flooding,inundation,DEM,connectivity,uncertainty
