Release v1.1 of DynAdjust (64-bit Windows)
This release contains code enhancements relating to a new feature that resolves #53. Specifically, this includes:
- New reftran option to select whether to use the Australian plate motion model (default) or to determine which plate motion model parameters to apply according to station location, via
--plate-model-option arg
:
0: Assume all stations are on the Australian plate (default)
1: Interpolate plate motion model parameters from a defined
set of global tectonic plates. For this option, a global
tectonic plate boundary file and corresponding Euler
plate motion parameters file must be provided.
- New reftran options to permit user entry of file locations for:
- Global tectonic plate boundaries (via
--plate-boundary-file arg
), and - Euler pole parameters corresponding to the global tectonic plate boundaries (via
--plate-pole-file arg
).
- Global tectonic plate boundaries (via
- Sample plate boundaries and motion model files, added to sampleData folder:
- PB2002 defined by Peter Bird, 2003. This is a plate motion model relative to the Pacific (PA) plate.
- PB2002_plates.dig: List of plate boundaries
- PB2002_poles.dat: List of Euler pole parameters corresponding to the plates in PB2002_plates.dig.
- NNR-MORVEL56 defined by Argus et al., 2011. This is a plate motion model relative to the absolute, no-net-rotation (NNR) reference frame.
- MORVEL56_plates.dig: List of plate boundaries
- NNR-MORVEL56_poles.dat: List of Euler pole parameters corresponding to the plates in MORVEL56_plates.dig.
- PB2002 defined by Peter Bird, 2003. This is a plate motion model relative to the Pacific (PA) plate.
- Test data sets
- TEST_ITRF05.SNX: Test SINEX file aligned to ITRF2005 @ 25 October 2017.
- apr.ITRF2008.04.06.2020.stn/msr: Test DNA files aligned to ITRF2008 @ 04 June 2020
- apr.ITRF2008.01.01.2021.stn.expected: Test DNA file aligned to ITRF2008 @ 01 January 2021
- Creation of a reftran log file (
<network-name>.rft
). Depending on verbose level (via--verbose-level arg
), output can include information about calculated transformation parameters from Euler pole parameters; sequence of steps involved in reference frame transformations; and reduced Helmert parameters and time duration. - Updated DynAdjust User's Guide with new documentation on plate motion model functions, usage and how to import data. See sections 4.3.1 and 4.6.3.
- Updated the version number to 1.1