hpppereira

Oceanographer

Pinned Repositories

a-recipe-for-weather-regimes
A recipe in Python to calculate weather regimes
Language:Jupyter Notebook00
bias_correction
python library for bias correction
Language:Jupyter Notebook0 0 00
bsc-cross-wave
Monograph - Separation of directional waves with same frequencies
Language:MATLAB0 1 00
coastal-wave-buoy
Coastal wave buoy data processing
Language:Jupyter Notebook00
course-ocean-wave-univali
Course - Ocean Wave Data Processing - UNIVALI
Language:Python00
diwasp
DIWASP: DIrectional WAve SPectrum analysis Version 1.4
Language:MATLAB00
Extreme-Value-Analysis-MATLAB
Extreme value analysis using MATLAB
Language:MATLAB0 0 00
GeslaDataset
A python class for loading GESLA data files into convenient in-memory data objects
Language:Jupyter Notebook00
ocean-wavelet
Ocean wave data processing using wavelet techniques
Language:MATLAB1 1 01
tide-santos
Harmonic tidal analysis - Santos/SP
Language:Jupyter Notebook1 1 00

hpppereira's Repositories

hpppereira/tide-santos
Harmonic tidal analysis - Santos/SP
Language:Jupyter Notebook1 1 00
hpppereira/a-recipe-for-weather-regimes
A recipe in Python to calculate weather regimes
Language:Jupyter Notebook00
hpppereira/bias_correction
python library for bias correction
Language:Jupyter Notebook0 0 00
hpppereira/bsc-cross-wave
Monograph - Separation of directional waves with same frequencies
Language:MATLAB0 1 00
hpppereira/coastal-wave-buoy
Coastal wave buoy data processing
Language:Jupyter Notebook00
hpppereira/course-ocean-wave-univali
Course - Ocean Wave Data Processing - UNIVALI
Language:Python00
hpppereira/Extreme-Value-Analysis-MATLAB
Extreme value analysis using MATLAB
Language:MATLAB0 0 00
hpppereira/GeslaDataset
A python class for loading GESLA data files into convenient in-memory data objects
Language:Jupyter Notebook00
hpppereira/get-gfs
Downloading meteorological information from GFS
Language:Jupyter Notebook0 0 00
hpppereira/github
GitHub scripts
Language:Shell1 0
hpppereira/hpppereira.github.io
AIS Ship Map
Language:HTML
hpppereira/imageproc-health
Image processing of Computed Tomography
Language:Python1 0
hpppereira/imageproc-wavescatter
Image processing for wave scatter project
Language:Jupyter Notebook1 0
hpppereira/infowaves
Send public wave information via SMS
Language:Python1 0
hpppereira/metocean-barra-norte
Metocean data analysis at Barra Norte
Language:Jupyter Notebook1 0
hpppereira/metocean-siodoc
Metocean buoy data processing - SIODOC
Language:Jupyter Notebook1 0
hpppereira/msc-buoy-qc
Dissertation: Contribution to Data Quality Control of Metocean Buoys in Brazilian Coast
Language:Python1 0
hpppereira/OceanMesh2D
A two-dimensional triangular mesh generator with pre- and post-processing utilities written in pure MATLAB (no toolboxes required, some support for Octave) designed specifically to build models that solve shallow-water equations or wave equations in a coastal environment (ADCIRC, FVCOM, WaveWatch3, SWAN, SCHISM, Telemac, etc.).
hpppereira/ondometro-optico
Image processing for Optical Ondograph
Language:Jupyter Notebook1 0
hpppereira/pyDIWASP
DIWASP directional wave data processing package for python
hpppereira/PyGnome
The General NOAA Operational Modeling Environment
hpppereira/Regime-Analysis
Time series regime analysis in python
hpppereira/reserva-beach-monitoring
Data processing collected during Reserva beach monitoring
Language:Jupyter Notebook
hpppereira/scripts-learning
Scripts programming learning
Language:Jupyter Notebook1 0
hpppereira/seebuoy
Easily pull data from the National Data Buoy Center.
Language:Python0 0
hpppereira/wave-climate-erg
Wave climate in Rio Grande Rise
Language:Jupyter Notebook
hpppereira/wave-climate-salinopolis
Wave climate in Salinopolis/PA
Language:Jupyter Notebook
hpppereira/waveobs-brazil
Wave observation in the Brazilian coast using metocean buoys
Language:Jupyter Notebook1 0
hpppereira/WavePart
Set of Matlab(r) functions for the partition of directional wave spectra to its wind and different swell components. The partitions are initially identified using a watershed defining algorithm and then are modified following mostly the method described in Hanson and Phillips (2001, Automated Analysis of Ocean Surface Directional Wave Spectra
hpppereira/web-voa
Website - Oceanographic Sail Boat (VOA)
Language:CSS1 0