The XRapS application was designed to be a program to process offline baselines that were observed with GPS and in the rapid-static mode. For the processing of baselines you need always a reference site.
It is possible to have more than one reference stations in a project but in this case you have to compute the baselines for the several reference sites successively. Besides the processing of the observations and some graphical features you have a simple tool for coordinate transformation.
A network adjustment is not included. Besides RINEX-data the binary data format of a couple of manufactures of GPS-equipment could be directly loaded and processed.
NOTE:
You will need GPS observation data on both frequencies L1 and L2 to resolve the ambiguities and to compute coordinates with cm-accuracy. Moreover, there must be valid phase observations on L1 and L2 and valid observations of one code to at least 5 satellites available. If pure L1-data will be processed, only a code solution is available. The maximum sampling rate is 2 Hz or 0.5 seconds.
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XRapS Crack + [Win/Mac]
Cracked XRapS With Keygen is a free, freeware software that is able to process network-GPS observations. XRapS consists of a GUI, a GPRS connection, and a set of sample programs that generate the data to be processed. XRapS is able to process baselines and observations with a timing accuracy from seconds up to tens of minutes. If you are not familiar with network-GPS, the following pages give a brief introduction to the working principle of network-GPS.
XRapS is able to process offline baselines that are observed with GPS and in the rapid-static mode. For the processing of baselines you need always a reference site. The software has several functions to plot the observations or the GPS-measurements. The coordinates of the reference sites can be entered manually or taken from a RINEX-header file. A series of quality checks are performed if you want to plot the data. Besides the processing of the observations and some graphical features you have a simple tool for coordinate transformation.
GPS Positioning in Real Time
Traditionally, when the user acquires a position fix, he must rely upon a precise knowledge of the user’s position, velocity and/or the satellite positions. The Navstar satellites transmit low-frequency signals that are used to determine a user’s position and time, velocity, and clock error.
WAVES, along with CDMA and TDMA, are a collection of standard wireless protocols that are generally used in Global Positioning System (GPS) devices.
Cellular networks are often used for paging, mobility management, and emergency calls, along with other applications such as network backup in the event of a natural disaster or fire.
In North America, voice service is typically provided using GSM, iDEN, or CDMA; in Europe, analog cellular service is most frequently used; and in Japan, digital cellular service is used. Voice services using satellite service are also prevalent throughout the world.
Radio receivers are a family of electronics devices that capture and recover the timing and other signals broadcast by a given satellite. In laymen’s terms, a receiver can tune to the correct radio frequency, listen to the broadcasting signal, and determine the position of the satellite. Because of the many locations on earth in which a receiver could be placed, the receiver must be designed for the most optimal location and for maximum reception capabilities.
GPS allows a receiver to determine its location anywhere on the Earth’s surface
XRapS With License Code
Enable: Indicates whether the upper left key is pressed on the remote control. A disabled (zero) key is returned on a half pressed state.
S1Hz: The frequency of the first-order correction signal applied to the processor
S2Hz: The frequency of the second-order correction signal applied to the processor
S3Hz: The frequency of the third-order correction signal applied to the processor
S4Hz: The frequency of the fourth-order correction signal applied to the processor
S5Hz: The frequency of the fifth-order correction signal applied to the processor
GPS Obs: The GPS observation data
LL: The number of L1-pseudorange measurements on a baseline
L1Time: The time interval of L1-pseudorange measurements
L2Time: The time interval of L2-pseudorange measurements
LLtime: The number of L1/L2-pseudorange measurements per interval
LLpp: The difference between L1-and L2-time of the last pair of L1/L2-pseudorange measurements
LLpp: The number of L1/L2-pseudorange measurements per interval
LLpp: The difference between L1-and L2-time of the last pair of L1/L2-pseudorange measurements
LLratio: The ratio of L1-to L2-time of the last pair of L1/L2-pseudorange measurements
LLerr: The difference between L1-time and L2-time of the last pair of L1/L2-pseudorange measurements
LLerr: The difference between L1-time and L2-time of the last pair of L1/L2-pseudorange measurements
LLratio: The ratio of L1-to L2-time of the last pair of L1/L2-pseudorange measurements
LLratio: The ratio of L1-to L2-time of the last pair of L1/L2-pseudorange measurements
LLw: The offset of the L1-time of the last pair of L1/L2-pseudorange measurements from the L2-time of the same pair of measurements
LLw: The offset of the L1-time of the last pair of L1/L2
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XRapS Download [Win/Mac]
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XRapS, short for X-GPS, is a software application to import and display GPS raw and in-situ data of arbitrary formats.
Additionally it is able to process the data offline. Furthermore it offers a graphical display and two output formats, including GEOBIAS (GPS-Earth Orientation by In situ Baseline).
The raw data are imported either as ASCII or binary data. The ASCII data are converted into binary by the XRapS format converter. Besides ASCII and binary, the XRapS application can import data in various binary formats, that are provided by GPS manufacturers.
You can also import and display the data directly from the application. There is a possibility to select GPS-equipment and measurement devices.
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Supporting data are read in and can be plotted with their orientations. GEOBIAS-projection is implemented with the help of the gpsbabel library.
A GPS receiver is used to determine an absolute position of the reference site.
The output data are shown in a frame as well as a 3D globe.
3D-frames are stored as individual planes and for each plane stored as the project coordinates and the field.
The projects are stored in an Excel format and exportable with the XRapS output format.
The output format XRapS is an Xml-based format.
The processing of the data in XRapS is implemented in a range of different processing steps. The output can be converted to a Matlab script. If required, these Matlab scripts are provided with the application.
An integration into Matlab is provided by the XRapS-GUI for Windows.
The XRapS application has been developed by the German Aerospace Center (DLR) and is based on the xgps toolbox.
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Installation and requirements:
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1. A GPS receiver with the capability to receive L1-data and L2-data is needed for the offline processing. The reference station receiver must run in the rapid-static mode, which means that the phase is taken from the local oscillator at a rate of 2 Hz or less, so there is no need for interpolation. For the online processing, a high-precision receiver is needed.
2. The xgps toolbox is included in the XRapS installation and must be run first. It is included in the XRapS installation package.
3. The L1-
What’s New In?
XRapS is a program to process observations from GPS/GLONASS/GPS/QZSS network baselines.
The following remarks should be mentioned:
1. The processing of the baselines can be performed on the fly.
2. In most cases the data are already in a rather processed state. The same is true for a lot of RINEX-formatted files.
3. The processing of the data can be started at any time. In this case the program will be ready to accept new baselines.
The Baselines can be selected in the GUI-Window. The baselines can be saved in ASCII format.
The baselines are not smoothed before the processing. Therefore the parameters of the smoothing should be defined before the processing starts. The used parameters are passed to the processing. It is possible to directly enter the parameters with the GUI.
Some features are not available:
1. Network adjustment
2. Online processing of the data
3. Location of the processing window
4. Database updating
The processing can be started from the command line or from the XRapS GUI with the “Start processing” button.
If the “Start processing” button is pressed, a window to show the processing results will appear. After the processing is started, it is possible to interrupt the process with the Stop-button. This will stop the processing and show the number of processed baselines in the Processing-window. After the number of processed baselines is reached, the output data will be shown.
It is possible to save the output data as ASCII-file with the “Save data as ASCII file” button. The baselines will be saved in the current working directory.
If the working directory is changed, the new directory will be shown in the “Current working directory” field.
While the “Start processing” button is pressed, the following background tasks are performed:
1. Loading the data from the RINEX-file.
2. Building the station list.
3. Saving the output data.
The loading of the data is done in the background with the XRapS GUI or in the command line with the parameter “start”.
Some examples of the running of the program:
#XRapS start
#XRapS start -name=start.txt
#XRapS start -data=15:30/06/2018 14:10:00,14:10:00,0,0.0,0.0,838,14,14,L1C/L1X,QZSS-66-25,1,1,100,1.0,0.0,1.0,0.0,1,0,0.0,0.0,0.0,0.0,0.0,0.0,0.0
System Requirements:
Minimum:
OS: OS X 10.9 or newer
Processor: Intel Core 2 Duo 2.8GHz or newer
Memory: 4GB RAM
Recommended:
Processor: Intel Core i5, i7, or Xeon
Memory: 8GB RAM
Software:
Mozilla Firefox 4+
Mozilla Firefox 7+
Mozilla Firefox 8+
Google Chrome
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