Merge pull request #4 from sammmlow/LEOGPS-Pre-v1.2

LEOGPS v1.2

Author: sammmlow

README.rst

@@ -1,4 +1,4 @@
-.. image:: https://raw.githubusercontent.com/sammmlow/LEOGPS/master/gui/logo.png
+.. image:: https://raw.githubusercontent.com/sammmlow/LEOGPS/master/docs/_static/leogps_logo.png
     :width: 300 px
 
 .. |docs| image:: https://img.shields.io/badge/docs-latest-brightgreen.svg?style=flat-square
@@ -16,7 +16,7 @@
 :Project: LEOGPS
 :Github: https://github.com/sammmlow/LEOGPS
 :Documents: https://leogps.readthedocs.io/en/latest/
-:Version: 1.1 (Latest)
+:Version: 1.2 (Latest)
 
 |docs| |license|
 
@@ -52,15 +52,15 @@ The Hatanaka library in Python was kindly contributed by Martin Valgur in v1.1,
 
 The user can then run the application by running **'leogps.py'**, in the main directory, and you should see the LEOGPS GUI launch:
 
-.. image:: https://raw.githubusercontent.com/sammmlow/LEOGPS/master/gui/gui_v1.jpg
+.. image:: https://raw.githubusercontent.com/sammmlow/LEOGPS/master/docs/_static/gui-v12.jpg
 
-Next, you can paste the two RINEX observation files of your LEO satellite pairs in the inputs folder, key in your configuration parameters, and hit the **'Run LEOGPS'** button. That's it! LEOGPS will automatically source for the precise daily ephemeris and clock solutions, and process the raw GPS measurements to produce a report comprising:
+Next, you can paste the two RINEX observation files of your LEO satellite pairs in the inputs folder, key in your configuration parameters, and hit the **'Run LEOGPS'** button. That's it! LEOGPS will automatically source for the precise daily ephemeris and clock solutions, and process the raw GPS measurements to produce a report file in "LEOGPS_Results.txt" comprising:
 
 - The single point positions and velocities of both LEOs.
 - Precise baseline vectors between the two LEOs.
 - Dilution of precision values.
 
-LEOGPS will also (optionally, depending on your choice in the GUI) output plots or reports on the interpolated GPS satellite ephemeris and clock biases.
+LEOGPS will also output plots and reports on the interpolated GPS satellite ephemeris and clock biases.
 
 For full documentation, please refer to the `LEOGPS Read-The-Docs <https://leogps.readthedocs.io/en/latest/>`_.
 
@@ -69,6 +69,8 @@ For full documentation, please refer to the `LEOGPS Read-The-Docs <https://leogp
 Other Package Dependencies
 --------------------------
 
+Recommended Python Version > 3.6
+
 Core libraries necessary: NumPy (v1.14 and above), matplotlib, hatanaka
 
 Standard Python libaries: os, copy, math, datetime, decimal, shutil, subprocess, warnings, urllib.request
@@ -88,4 +90,4 @@ [email protected]
 
 |linkedin| |orcid|
 
-*Last Modified on 15-04-2021*
+*Last Modified on 09-Aug-2021*

codes/__pycache__/__init__.cpython-37.pyc

@@ -5,7 +5,7 @@
 ##    | |  | __ /   \ / __| _ | __|                                          ##
 ##    | |__| __  ( ) | (_ |  _|__ \                                          ##
 ##    |____|___ \___/ \___|_| \___/                                          ##
-##                                    v 1.1 (Latest)                         ##
+##                                    v 1.2 (Latest)                         ##
 ##                                                                           ##
 ##    Configuration File (For User-Defined Inputs)                           ##
 ##                                                                           ##
@@ -27,39 +27,27 @@ I: name1 GRCA
 I: name2 GRCB
 ~: 
 ~: Input the starting epoch in YYYY-MM-DD-HH-MN-SS (i.e. 1980-12-31-01-45-00)
-I: dtstart 2010-07-27-00-00-00
+I: dtstart 2010-07-27-06-30-00
 ~:
 ~: Input the ending epoch in YYYY-MM-DD-HH-MN-SS (i.e. 1980-12-31-03-45-00)
-I: dtstop 2010-07-27-22-00-00
+I: dtstop 2010-07-27-18-30-00
 ~: 
 ~: Input the timestep in seconds (i.e. 30)
 I: timestep 10
 ~: 
 ~: Input single or dual frequency processing (i.e. 1 or 2)
 I: freq 2
 ~: 
-~: Offset Earth's rotation during signal time-of-flight? (True/False)
-I: earthrotation True
+~: Enable code-carrier smoothing via Hatch filter (case sensitive True/False)?
+I: hatchfilter False
 ~: 
-~: Account for relativistic effects? (True/False)
-I: relativity True
-~: 
-~: Do you want to save the output plots for GPS ephemeris and clocks (True/False)?
-I: savefigs True
-~:
-~: Do you want to save the output report for GPS ephemeris and clocks (True/False)?
-I: savereport True
-~: 
-~: Do you want to enable code-carrier smoothing via recursive Hatch filter (True/False)?
-I: hatchfilter True
-~: 
-~: What is the length (integer number of epochs of RINEX observations) of the hatch filter used?
+~: What is the length (integer number of epochs) of the hatch filter used?
 I: hatchlength 10
 ~: 
-~: What is the tolerance (number of standard deviations) for the cycle slip detection algorithm?
+~: What is the tolerance (number of sigmas) for cycle slip detection?
 I: cycsliptol 3.0
 ~:
-~: What is the length of the sliding window filter for cycle slip detection in phase values?
+~: What is the length of the sliding window filter for cycle slip detection?
 I: cycsliplen 10
 ~: 
 ~: Set the antenna offset in X-direction (m)
@@ -71,5 +59,11 @@ I: antoffsetY 0.0
 ~: Set the antenna offset in Z-direction (m)
 I: antoffsetZ 0.0
 ~:
+~: Select the output orbit ephemeris coordinate frame
+I: frameOrb ICRF
+~:
+~: Select the output relative baseline coordinate frame
+I: frameForm Hill
+~:
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