### Description Common Settings

The following two lists provide an overview of the common settings for single frequency and double frequency processing as provided in the examples and demo.

### Single Frequency Solution:

- Only using the P-code measurements and their linear combinations.
- Using precise ephemeris (.SP3) files and CODE 5 second interval clock (.CLK_05S) files as input.
- Navigation file (.YYn) used for the Klobuchar correction parameters.
- Elevation mask set to 10 degrees.
- Solution computed every 5 seconds (no clock interpolation needed).
- Discarding eclipsed satellites (less accurate orbit information).
- L1-C1 difference used for cycle slip detection.
- Apply satellite clock offset correction (CODE .CLK_05S files).
- Consider movement of satellite during signal flight (compute satellite position at toime of transmission).
- Consider Earth rotation during signal flight.
- Apply Satellite mass to antenna phase centre correction (SP3 orbit files are referenced to the satellite mass centre and not to the antenna phase centre) from Antex file.
- Apply receiver antenna phase centre correction, from Antex file.
- Apply relativistic clock correction (periodical part due to orbit excentricity).
- Apply relativistic path range correction.
- Apply ionospheric correction using Klobuchar.
- Apply tropopsheric correction using UNB-3 and Neill.
- Apply Phase wind up correction (relative rotation between receiver and satellite).
- Solid Tides correction
- Orbit polynomial interpolation degree: 10
- Clock polynomial interpolation degree: 1
- Estimating Troposhere in Kalman filter disabled.

### Dual Frequency Solution:

- Only using the P-code measurements and their linear combinations (Iono free pseudo range combination and carrier phase combination).
- Using precise ephemeris (.SP3) files and CODE 5 second interval clock (.CLK_05S) files as input.
- Elevation mask set to 10 degrees.
- Solution computed every 5 seconds (no clock interpolation needed).
- Discarding eclipsed satellites (less accurate orbit information).
- Geometry Free Phase and Melbourne-Wubbena linear combinations used for cycle slip detection.
- Apply satellite clock offset correction (CODE .CLK_05S files).
- Consider movement of satellites during signal flight (compute satellite position at toime of transmission).
- Consider Earth rotation during signal flight.
- Apply Satellite mass to antenna phase centre correction (SP3 orbit files are referenced to the satellite mass centre and not to the antenna phase centre) from Antex file.
- Apply receiver antenna phase centre correction, from Antex file.
- Apply relativistic clock correction (periodical part due to orbit excentricity).
- Apply relativistic path range correction.
- Apply ionospheric correction using Klobuchar.
- Apply tropopsheric correction using UNB-3 and Neill.
- Apply Phase wind up correction (relative rotation between receiver and satellite).
- Solid Tides correction
- Orbit polynomial interpolation degree: 10
- Clock polynomial interpolation degree: 1
- Estimating Troposhere in Kalman filter enabled.