v1.0.6

fix: extrapolate for equirectangular case to address #87
feat: added global Empirical Ocean Tide model (#82)
feat: added Arc2kmTM to list of available models
feat: option for changing time standard in file programs
feat: ICESat and Operation IceBridge updates
refactor: slim down requirements.txt

v1.0.5

• refactor: using python logging for handling verbose output (#71)
• fix: Operation IceBridge functions for geotrajectory outputs (#73)
• feat: try to get grid mapping attributes from netCDF4 and HDF5 (#74)
• refactor: adjust longitude convention based on model longitude (#76)
• feat: add TPXO9-atlas-v5 to standard models (#77)
• feat: add tide program for ATL10 freeboard files (#78)
• feat: added function to calculate a tidal time series (#80)

v1.0.4.0

• refactor: use model class for files and attributes
• feat: can use numpy datetime arrays as input time variable
• feat: calculator for height differences between ellipsoids
• feat: can use argparse prefix files to define command line arguments
• feat: added generic list from Apache http server
• fix: netCDF4 cases where there is no mask on constituent files
• fix: USAP now requires capchas
• fix: pole case in stereographic area scale calculation
• fix: use getncattr to get attributes from netCDF4 files to prevent deprecation errors
• ci: install proj from source for cartopy dependency
• test: NSIDC no longer requires authentication headers
• test: added test for model definition files

v1.0.3.1

conda and docker releases
add new Gr1km-v2 1km Greenland model from ESR
add option for extrapolation cutoff in kilometers
add warning for tide models being entered as string to address
bug fixes for nearest-neighbors and bilinear interpolations
documentation updates

v1.0.3.0

Preparations for conda-forge release

semantic versioning with setuptools_scm
documentation update with contribution guidelines
citations within documentation
generically named ICESat/ICESat-2 files
ocean load tide fixes
update manifest files

v1.0.2.18

• Simplified inputs to netcdf, GOT and FES tide read programs to be similar to binary OTIS program
• Added TPXO9-atlas-v4 in single constituent OTIS file format
• Updated documentation for consistency and to add contribution guidelines
• Add checks to extrapolation program to prevent runtime exceptions
• Updated spatial module adding polar stereographic area scale calculation
• Updated spatial module adding routines for cartesian coordinate conversion
• Prevent ComplexWarning for fill values when calculating amplitudes #44
• Prevent numpy DeprecationWarning for np.bool, np.int and np.float

v1.0.2.17

nearest-neighbor extrapolation using KD-Trees
merged convert_julian and convert_calendar_decimal to time module
update date parser for standalone date case with no units
add streaming from bytes for ascii, netCDF4, HDF5, geotiff
add ftp connection check
use standalone ATL11 reader
use sphinx_rtd_theme for documentation
convert some markdown documentation to reStructuredText
updated EOP files to latest versions

v1.0.2.16

• added ICESat GLA12 programs computing tides, LPT, OPT, and LPET
• added ICESat-2 ATL11 programs for tides and LPET
• added convert ellipsoids for TP to WGS84 to spatial module
• added nearest-neighbor extrapolation for near-coastal locations
• updated get_hash to accept bytesio objects
• updated documentation and jupyter notebooks
• deprecation updates to fix warnings

v1.0.2.15

use internal mean pole and finals EOP files

automatic update of leap second, delta time and EOP files

geotiff read and write programs in spatial module

calculate tide scripts can read and write to geotiff

ATL03 and ATL06 long period equilibrium tide programs

v1.0.2.14

added model constituents from TPXO9-atlas-v3

add ATLAS compact and netCDF testing (v2) modules

use argparse to set parameters

use numpy masked arrays with ATLAS compact grids

update jupyter notebooks for new models