JAVAD Mobile Tools for Android

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written consent from JAVAD GNSS.

JAVAD Mobile Tools

For iOS

Software manual

Version 2.0

Last Revised June 8, 2016

www.javad.com 3

JAVAD Mobile Tools for iOS

System Overview

Javad Mobile Tools (further JMT) is an application for Apple iOS based

devices (iPhone, iPad, iPod Touch) designed to manage the JAVAD GNSS

receivers’ hardware, for post-processing survey using NGS OPUS service

and JAVAD DPOS. It allows conguring RTK base and rover and do-

ing the simple RTK data collection and stakeout with coordinate system

computation and organizing your data. It can be connected to the GNSS

receivers via Bluetooth, WiFi or connected to network (TRIUMPH-2 and

TRIUMPH-1M).

Installation

The JMT software can be purchased and installed from AppStore follow-

ing the link:

https://itunes.apple.com/us/app/javad-mobile-tools-

for-iphone/id820905583?mt=8

Once purchased it can be installed on all iPhone/iPad devices working

with the same Apple ID.

Screen anatomy

There is the navigation bar on the top of each page. It shows current screen

name (in the center) and the action buttons (on the right, if available), and

the name of the previous screen (on the left). To return to the previous

screen, tap this screen name.

Figure 1. Navigation bar

There is a status bar with information about the connected receiver under

the navigation bar on some screens. Here you can check the solution type

(xed, oat, DGPS, or standalone) and accuracy, number of the satellites

(GPS+GLONASS), the corrections quality in percentage and the delay

(with source and type), the raw le logging with receiver le name if re-

cording, the receiver battery status, etc.

Figure 2. Status bar

There is the connection/disconnection button on the top of the screen.

There are the tabs on each screen bottom to organize the user interface in

several page groups. The user can switch from one page group to another

by tapping on the icon on the tab bar:

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Figure 3. Tab bar

The following tabs are available:

• Connection – to establish the connection with a JAVAD GNSS re-

ceiver and start any kind of surveying task, including Post-Processing

surveying, RTK Base start or RTK Rover for survey and stakeout.

• Sats – shows the list of satellites and sky plot. Visible satellite systems

can be set up with Settings in the Settings for JAVAD application.

• Files – to handle the raw data receiver les. You can download the

les to controller or delete them to save the space on the receiver.

• File on the iPhone – shows the list of downloaded les. The les can

be processed with NSG OPUS and JAVAD DPOS. Or shared with any

other application.

• Job – shows the list of jobs on the iPhone/iPad.

• Survey Points – shows all surveyed points. They can be viewed with

list, on map or with calendar.

• Design points – shows all points to be staked out. They can be viewed

with list and on map.

• Catalog – opens control points organized into catalogs. They can be

viewed with list and on map.

• Map – allows viewing the collected data on map the, combining the

data to the complex objects, and making the simple computations.

• Calibrate – (available only for TRIUMPH-2 and TRIUMPH-1M re-

ceivers with internal levels and compass) – allows calibrating teh inter-

nal compass and levels.

• Exchange servers – controls the built-in FTP server and JustinLink

exchange server.

Data organization

Jobs

At start-up the JMT software opens the last saved job.

The job is a set of data related to one project. It is a folder with data stored

inside your iPhone/iPad. The database with all survey info is located there.

All raw jps les and all other les are stored in this folder.

You can move or backup all data related to the job just by moving or copy-

ing the job folder using iTunes application.

To manage the job, select Jobs item on the tab bar and the list of jobs ap-

pears. Use the lter to search the job: order jobs by name, date, size and

coordinate system. Also you can see the stored jobs on the map and on the

calendar.

Figure 4. List of jobs, the jobs on the map and on the calendar

Deleted job(s) will be moved to the

Trash

sub-folder from the

Documents

folder.

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Points

The same way as the jobs the points can be managed. Tap the Survey

Points or Design Points item to see the list of points, and sort them using

the lter.

Figure 5. Survey and Design points menu items

You can create new design points or edit the existing.

For survey points you can edit the name, comment and code, or change

antenna type and height (that cause coordinate recompilation).

Also you can export all types of points to custom format text le and im-

port design and control points from the custom format text les.

Catalogs

The control points are job independent and are organized in catalogs. Each

catalog has its own coordinate system and all points in the catalog are in

the same coordinate system.

The same options are available for catalogs as for jobs and points. Select

Catalog to see the control points in the list or on the map. Here the control

points can be created, edited or deleted. In addition, you can create a new

catalog or switch to another catalog, and delete a whole catalog as well.

While creating a new catalog the coordinate system can be set. All points

in one catalog are always in the same coordinate system.

Receiver connection types and

reprogramming

There are several ways to connect your iPhone/iPad device to your GNSS

receiver. It can be:

1. The JAVAD receiver device is Mobile Hot Spot in AdHoc mode for the

iPhone/iPad connection.

2. The iPad/iPhone and the receiver are connected to the same WiFi

Access Point (to a mobile WiFi router or an ofce WiFi access point).

3. Internet connection to the remote receiver

The WiFi connection requests the receiver conguration. By default

TRIUMPH-2 receiver is congured to AdHoc mode to be accessible with

iPhone/iPad. If the receiver settings are wrong, as well for TRIUMPH-1

receiver initial conguration is required. You can congure the receiver

using NetView software or the scripts below.

Variant 1. Receiver in AdHoc mode

To congure your TRIUMPH-2’s WiFi as access point (“adhoc” mode),

perorm the following steps:

• Check rmware version. It should be 3.6 or newer;

• Send the following commands (use JTerm terminal or NetView):

%01%set,/par/net/tcp/port,8002

%02%set,/par/net/passwd,”1234”

%03%set,/par/net/wlan/ap/ssid,”TRIUMPH2_008”

%04%set,/par/net/wlan/ap/id,”00:00:00:00:00:00”

%05%set,/par/net/wlan/ap/mode,”wpa”

%06%set,/par/net/wlan/ap/passphrase,”1234”

%07%set,/par/net/wlan/ip/addr,192.168.0.1

%08%set,/par/net/wlan/ip/gw,192.168.0.1

%09%set,/par/net/wlan/ip/mask,255.255.255.0

%10%set,/par/net/dhcp/clent/mode,off

%11%set,/par/net/dhcp/server/mode,on

%12%set,/par/net/wlan/mode,adhoc

%13%set,reset,yes

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Note: “

TRIUMPH2_008

” is the WiFi network name and “

1234

” is the password.

You can set your own name and password. The last command resets receiver to save and

apply the settings.

• Use the NetView software to connect to the receiver and switch to

Parameters to set up Networking4WLAN settings: to congure access

to the TRIUMPH-2 set the TCP Port and TCP/FTP Password:

Figure 4. NetView - Networking - Server

• Click Apply and switch to Networking4WLAN and enter the follow-

ing:

WLAN Access Point SSID: name

WLAN AP Mode: wap

WLAN Receiver IP Address: 192.168.0.1 (or any other

internal correct)

WLAN Default Gateway: 192.168.0.1 (the same as

Receiver IP)

Switch DHCP client on/off: off

Switch DHCP server on/off: on

WLAN Mode: adhoc

Figure 5. NetView - Networking - WLAN

• Click Apply. NetView resets the receiver to apply the settings.

• Check that Current IP Address is appeared.

Now the receiver is ready for connection with your iPhone/iPad.

On the iPhone/iPad open the Settings4WiFi to see the list of available

WiFi networks.

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Figure 6. Steps to connect the iPhone to the JAVAD GNSS receiver in

AdHoc mode

In the Devices section your receiver name should appear. Tap to select it.

You will be warned that the device doesn’t have the access to the Internet.

Tap near the WiFi name to check an IP address is assigned correctly

and see the Router IP. Remember it.

Figure 7. Information about the receiver’s WiFi

Run the JMT application and tap the Set Default button to set the default

connection parameters:

IP Address: 192.168.0.1, Port: 8002,

Password: 1234

The receiver will be connected automatically.

Figure 8. Connection screen

The receiver will be connected automatically.

Variant 2. Receiver and iPhone/iPad in the same WiFi network

(in office or with an external Mobile Access Point)

• Send the following commands (use JTerm terminal or NetView):

%01%set,/par/net/tcp/port,8002

%02%set,/par/net/passwd,”1234”

%03%set,/par/net/wlan/ap/ssid,”YOUR_WIFI_NAME”

%04%set,/par/net/wlan/ap/id,”00:00:00:00:00:00”

%05%set,/par/net/wlan/ap/mode,”wpa”

%06%set,/par/net/wlan/ap/passphrase,”YOUR_WIFI_

PASSWORD”

%10%set,/par/net/dhcp/clent/mode,on

%11%set,/par/net/dhcp/server/mode,off

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%12%set,/par/net/wlan/mode,on

%13%set,reset,yes

• In the script we suggest that the WiFi works in DHCP mode and auto-

matically assigns IP addresses. Also we suggest it uses WPA encryption

so you should set name of the WiFi network and its password. The last

command resets receiver to apply the settings to.

• Use the NetView software to connect to the receiver and switch to

Parameters to set up Networking4WLAN settings: to congure access

to the TRIUMPH-2 set the TCP Port and TCP/FTP Password:

Figure 9. NetView - Networking - Server

• Click Apply and switch to Networking4WLAN and enter the follow-

ing:

WLAN Access Point SSID: your WiFi network name

WLAN AP Mode: wap

WLAN WPA Passphrase: your WiFi network password

Switch DHCP client on/off: on

Switch DHCP server on/off: off

WLAN Mode: on

Figure 10. NetView - Networking - WLAN

• Click Apply. NetView resets the receiver to apply the settings.

• Check that Current IP Address is appeared.

Now the receiver is ready for connection with your iPhone/iPad. C

Connect your iPhone/iPad to the same WiFi network (with the same

Mobile Access Point) using the items Settings4WiFi.

Run the JMT application and tap the Find button to nd the JAVAD GNSS

receivers available in the network.

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Figure 11. Find receiver screen

Tap to the receiver name to select it. If you can’t nd the receiver, type

its IP address manually. Set the default connection parameters:

Port:

8002, Password: 1234

.

The receiver will be connected automatically.

Figure 12. Connection screen

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Variant 3. Connection to the remote receiver

The last variant is the connection to the remote receiver. Select the Network

radio button in the connection types.

Type the receiver IP address and port, login and password. After connec-

tion is established, all connection details will be stored and the next time

you can select the connection from the list of connections.

Figure 13. Connection screen

The receiver will be connected automatically.

Post-processing surveying

You can set the name for new receiver raw le, antenna type and height,

occupation time and logging rate, and start the static survey by tapping

Static button. For static survey you should tap antenna button before every

surveying to avoid the surveying with wrong antenna height used in the

previous survey session.

JMT programs your receiver to close the static survey automatically so

you don’t need to monitor the surveying all the time. Although you can see

the surveying status at any time or stop it and close static le if any.

Figure 14. Post processing surveying

The same you can do for Trajectory surveying by tapping the Trajectory

button. During trajectory surveying you can set the event marks inside the

raw le using Event button.

With JMT you can perform the Stop and Go survey. You can survey sev-

eral sites into one receiver le. The length of full survey should be at least

half hour but each point can be limited to one or two minutes of collection.

Tap Stop and Go button and on the next screen you can control the survey-

ing process.

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You can start the site surveying with Point button and nish it by tapping

the Point button once again.

You can start trajectory surveying by tapping Trajectory button as well.

Also you can nish one type of surveying and start another just tapping

other button, in other words, you can start trajectory surveying after point

surveying just by tapping the Trajectory button without tapping Point

button. When the stop-and-go survey is done, stop it and close receiver

le using Close File button.

Sky plot

During the survey on the top of the screen the status bar is available. Their

icons and values are:

• precision of current solution;

• current PDOP

• current number of GPS + GLONASS satellites

• REC ashing when raw data logging is on with le name

• receiver battery status and receiver raw data free memory size

Figure 15. Status bar in post-processing survey mode

By tapping to the satellite numbers on the status bar you can switch to the

Satellites list and sky plot.

Each concentric circle represents the elevation angle above the horizon.

The outermost circle corresponds to 0 degrees above the horizon. The cen-

ter of the sky plot represents 90 degrees above the horizon. The satellite

markers for different systems are shown by the different colors. The de-

gree of lling of marker reects the value of the signal-to-noise ratio.

Figure 16. Sky plot and satellites table

Settings

User can congure satellite table and sky plot with Settings. Go to Home

of your iPhone/iPad and to Settings. There nd JAVAD item and you can

see JMT settings. There you can select Satellite section to congure visible

satellites systems.

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Figure 17. JMT Setting screens

Receiver file management

After surveying you can handle the receiver les by selecting the Receiver

Files item. There you can see the list of the les. You can also see the les

on the map or calendar. You can sort and search them the same way as in

other lists (jobs, points, catalogs etc).

Figure 18. File list

By tapping on the icon near to the le name you will see the menu-list of

actions for the receiver le. Select to delete or download the le.

Figure 19. Downloading progress

Opus and DPOS processing

After the le(s) has been downloaded to the controller you can process jps

les to compute coordinates using NGS OPUS (works only in USA) or

JAVAD DPOS (works in USA, where DPOS servers are installed).

Select Files on iPhone page on the tab bar and the list of downloaded les

appears. The les can be arranged the same ways as described above for

other lists: they can be sort using the list, map and calendar.

To operate with a le, slide a le item from right to left. The list of com-

mands appears. You can delete the le, export it or process it with OPUS

or with DPOS.

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Figure 20. What to do with the file

Tap Process OPUS. The JMT software tries to read the antenna model and

its height from the le and convert the parameters to the vertical height.

Note: OPUS doesn’t support the slant heights.

Enter the antenna height manually if needed.

Select Rapid Static (less than 2 hours) or full Static (greater than 2 hours).

Set Project Id to use the le in OPUS Project processing.

Enter an e-mail address to receive the results from OPUS.

If you enter

[email protected]

,

JMT will receive automatically the an-

swer and deliver it to your Android device when ready.

Figure 21. OPUS process

Tap Send to OPUS and the progress dialog appears and after that the dialog

window with the result appears. You can close it, if you set

jmt@javad.

com

. After some minutes JMT reads the answer and shows the result. The

result can be stored as text le. Select the check mark Save Report to save.

Additionally, JMT can extract the coordinates from the le and add them

to the catalog with WGS84 coordinate system, if Add to Catalog is tapped.

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Figure 22. OPUS processing

Figure 23. OPUS processing result

The same steps as described for OPUS can be performed for JAVAD DPOS

processing. The result will be ready immediately after the processing. You

can save the result to the le or add the result coordinates to the catalog.

The report can be seen at any time by clicking the processed le in the list

of le.

Figure 24. Figure 22. DPOS processing

RTK works

The JMT software allows operating JAVAD GNSS receivers in RTK mode.

It is possible to con- gure the receiver as an RTK Base or as an RTK rover

for RTK Survey or RTK Stakeout. Some steps should be performed before

start. You need to create a job and set the coordinate system with height

system and localization, then congure your receivers as an RTK Base and

an RTK rover with required correction source.

Bellow you will nd the detailed description.

How to create a Job

To create a new job, use Job page on the tab bar. Tap the + button. New

job screen appears.

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Figure 25. New Job

Enter the job name and information about the job:

• surveyor and organization names

• measure units for displaying

Activate Write to text les check mark to save the information to the text

les in addition to the job database.

Note: This feature can be useful, but it makes the work slightly slower. It is possible to

activate or disable the mark at any time further. Additionally, you can modify the job

name and surveyor / organization names later with Edit command.

Coordinate systems, units and localization

Set the coordinate system for the job. Tap the button with coordinate sys-

tem name and you will switch to Coordinate system favorites dialog. It

shows your frequently used coordinate system. Select the coordinate sys-

tem from the favorites list.

All favorites coordinate systems are stored in

CSFavorites

sub-folder.

Some their binary les are stored in

GeoData

folder.

Figure 26. Coordinate System favorites

To dene a new coordinate system, tap + button on the top. The list of available

coordinate systems appears.

Figure 27. Coordinate system

It provides several possibilities:

• select a predened coordinate system from the database;

• add a local system (and later make the localization after surveying

several points);

• add the user dened system with all parameters (ellipsoid, datum,

projection).

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Predefined coordinate system

Select the World or Continents items to select the coordinate system from

the world or from the country specic group.

Figure 28. Predefined coordinate system

Go through the tree of grouped coordinate systems and nd the required

one and tap it.

A new screen with parameters of the coordinate system appears.

Enter the name for the selected system, select the height type or geoid type

(or remain the ellipsoidal height) and select the appropriate transformation

if several transformations are available.

Figure 29. Coordinate systems tree

Tap Geoid to set the height system and tap Transformation to select the

transformation.

Figure 30. Transformation and geoid selection

Figure 28. Transformation and geoid s e l e c t i o n

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Finally tap Add CS to favorites button to add the coordinate system to the

favorites list.

Figure 31. Add to favorites

New Local system

To enter a new local coordinate system, use New Local CS item.

Enter the name of the coordinate system and tap Add CS to favorites to

nish.

Figure 32. New local coordinate system

The localization procedure for the coordinate system can be done later

from the Job dialog.

User defined grid system

Figure 33. User defined grid system

Select New User-Dened Grid and enter the grid parameters.

Enter the following parameters for the system:

• name for the coordinate system;

• ellipsoid;

• projection type;

• projection parameters (the parameters depends on projection type);

• 7 datum parameters (3 offsets, 3 rotation and scale) - you can type it

manually or select from the list of existing datums;

• datum direction (WGS84 to the CS or from this CS to WGS84);

• select geoid (or remain ellipsoidal);

Tap Add CS to favorites button to add the coordinate system to the favor-

ites list.

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Localization

Sometime you may need to match the coordinate system with your coordi-

nates. This can be performed with the localization. The localization allows

calculating the local transformation parameters between two coordinate

systems, dened by the sets of points with coordinates known in these

systems.

Dene the set of points in your coordinates and in coordinates in the

known coordinate system.

You can use the surveyed coordinates and design the coordinates from the

catalog. The JMT software computes transformations using 4 horizontals

and 3 vertical parameters:

• rotation, scale, offset x, offset y;

• delta height, x inclination, y inclination;

• (if surveyed points are used latitude0 and longitude0 as parameters

for oblique stereographic projection parameters).

You can type the parameters manually, but alternatively you can use the

identical points. Identical points dialog shows the list of pairs of designed

and surveyed points. To add a new pair tap + button on the top of the list.

Figure 34. Localization

To select or modify the surveyed or designed point, tap the button in the

identical point line. To delete an identical point tap the trash bin button on the

right.

The identical point can be for plain and height parameter computation only

or for plane parameters computation or for height parameters only. You

can check this using drop-down menu near each identical point.

Also you can see the residuals for each identical point. The large residuals

in localization means an error.

You can set some parameters for the localization manually, e.g. set rotation

zero or scale equal to 1.0. To do this press button on the top right cor-

ner. The following screen appears:

Figure 35. Localization parameters

Enable the parameters you want to x and their corresponding values.

After you apply the parameters, the JMT software modies the coordinate

system script in the job with the localization. You can perform the local-

ization several times to make it more precision with adding the additional

identical points.

Note: The localization item is unavailable when you are creating a new job. Selected

Edit job command, to perform the localization and you won’t be able to modify the job

coordinate system.

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Geoids

The JMT software uses the plane and height coordinate system simultane-

ously. Dene the height type and geoid when you are preparing the coor-

dinate system for favorites list.

If you are selecting the geodetic or grid system, the geoid selection is

available. Dene the user-dened grid system.

The geoid binary les can be download from the GeoData server auto-

matically. The binary les for computations should be stored to

javad/

geodata

folder (not to

csfavorites subfolder

!).

Note: If JMT doesn’t load it automatically you should place the les manually in the

folder.

Correction sources

For RTK works you may need to setup your equipment to transmit RTK

correction from RTK Base receiver to RTK Rover. You can pre-congure

your base and rover receivers once and don’t reset them each survey ses-

sion. The internal receiver rmware will congure everything after receiv-

er is turned on.

To congure RTK Base, you need to set the base coordinates or average

them and after the surveying process them using DPOS/OPUS VBRTK

procedure.

You can easily set up your Base and Rover using the JMT software.

There are several correction sources are supported with JMT:

• External radio connected via Bluetooth or internal TRIUMPH-1/M

radio

• UHF radio

• FH radio

• GSM direct call aka CSD (with internal TRIUMPH-1/M GSM radio)

• Internet corrections (with Mobile 3G HotSpot or internal Triumph-1/M

3G radio)

• VRS network with Ntrip or RCV protocol

• RTK Base station with static IP

• NetHub

It is convenient to create the separate correction source items for different

works and select when needed quickly from the list, without retyping all

parameters every session.

To create a new correction style, select new FH radio, new UHF radio,

new NTRIP server, new RCV server, new RCV Base item. New correction

style screen appears, set the settings for the radio, enter the correction

style name to store the conguration in the list of correction sources.

To modify the corrections source settings, tap the button near the descrip-

tion.

FH Radio

You can set the Rover radio connected to Bluetooth B (for external

Bluetooth radio), Serial B (for external radio connected with cable to port

B of TRIUMPH-1/M), or Internal radio (for internal radio of TRIUMPH-

1/M).

Figure 36. FH radio configuration on the rover side

UHF Radio

You can set the Rover radio connected to Bluetooth B (for external

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Bluetooth radio), Serial B (for external radio connected with cable to port

B of TRIUMPH-1/M), or Internal radio (for internal radio of TRIUMPH-

1/M).

Figure 37. UHF radio configuration on the rover side

NTRIP server

For the NTRIP rover corrections connect to the network (NetHub, VRS,

FKP etc.) using standard NTRIP protocol. The rover will receive the cor-

rection via Internet.

There are several ways to connect the rover to the Internet:

• the connection is established by Android device using built-in 3G In-

ternet, JMT runs NTRIP client and reads the correction and passes the

corrections to the rover;

• the receiver is connected to 3G WiFi Mobile HotSpot and internal

rmware of the receiver runs NTRIP client and reads the correction;

• the receiver uses internal 3G/GPRS radio to connect to the Internet

and the internal receiver rmware runs NTRIP client and reads the cor-

rections.

Note: To check the Internet connection you can use, tap Internet from drop-down list.

Source Table button downloads the NTRIP source table and displays the

screen to select a mountpoint. All other items are depended on the selected

mountpoint.

Figure 38. NTRIP connection configuration

RCV server

For RCV rover corrections go either from a network without a protocol or

from a standalone rtf base receiver with static IP.

RCV can operate in two modes: TCP data ow without authorization (so

called TCPO) or with a login/password authorization (TCP). Number of

connections to one TCPO port is unlimited. 5 different TCPO ports can be

congured for different types of corrections on one base receiver.

One TCP port allows only one connection with login/password. Base re-

ceiver allows up to 5 TCP ports (from TCP A to TCP E).

Note: NetHub software allows more complex conguration. See NetHub user manual for

details.

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Figure 39. RCV server configuration

There are several ways to connect the rover to the Internet:

• the connection is established by Android device using built-in 3G In-

ternet, JMT runs NTRIP client and reads the correction and passes the

corrections to the rover;

• the receiver is connected to 3G WiFi Mobile HotSpot and internal

rmware of the receiver runs NTRIP client and reads the correction;

• the receiver uses internal 3G/GPRS radio to connect to the Internet

and the internal receiver rmware runs NTRIP client and reads the cor-

rections.

Note: To check the Internet connection you can use, tap Internet from drop-down list.

RCV Base

If your RTK base station has a static IP you can congure it with following

screen. You can congure the receiver as Internet accessible RTK base sta-

tion with Internet access with this Android device or with internal receiver

rmware using WiFi or internal 3G/GPRS.

Note: In any case the Android device SIM card, 3G WiFi router SIM card or internal 3G/

GPRS radio SIM card should have permanent static IP accessible from Internet for other

rover receivers.

In that case you can set TCP (with authorization) and TCPO (without au-

thorization) ports in the base receiver.

RTK Base start

To start receiver as RTK Base tap RTK Base item on the home screen. RTK

Base screen appears. Enter several settings to start RTK Base:

• station name and id

• antenna type, antenna height and base position

• correction source

• raw le logging

Figure 40. RTK Base Configuration

You don’t need to reset all base station parameters every time, you can just

modify the antenna height and position. When you come to a new base

position, enter the new antenna and new position (either from catalog or

manually) and tap Set Position button. Base station will be ready imme-

diately.

22 www.javad.com

Figure 41. Base position

For full base station reset use Start station button on the bottom.

The raw le logging you can control with following items in the screen:

Figure 42. File recording and Corrections screens

You can create a new correction source settings by selecting new FH ra-

dio, new UHF radio or new RCV Base item in Corrections list.

Figure 43. New correction sources

New correction style screen appears, set the settings for the radio, select

the correction style name to store the conguration in the list of correction

sources. To modify the corrections source settings, tap the button near the

description.

Below are the examples of the different type settings for RTK base.

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Figure 44. FH and UHF Radio

Figure 45. CSD CAll and RCV Receiver

RTK rover setup

To congure the RTK rover, select RTK Rover. Here you need to select the

correction source, check/modify correction source parameters. By tapping

Start button congure your receiver as RTK rover.

No need to reset the rover every time before survey. Once congured, the

internal rmware sets all parameters when receiver is turning on. Select

Unknown for Correction Source to skip the receiver reconguration.

If you want to set the different source type or other parameters, or for the

rst time, you need to congure your receiver as rover.

Figure 46. Setup RTK screen

Otherwise select appropriate correction source.

There is the status bar on the top of this screen. This status bar in the RTK

mode is slightly different from post-processing mode.

Figure 47. Status bar in RTK mode

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It shows:

• solution type (green means Fixed, orange - Float, red - standalone and

yellow - DGPS) with precision (HRMS) value text;

• number of satellites GPS+GLONASS;

• corrections. the waves go outside for base and enter inside for rover,

text label explains correction source and quality and delay of the cor-

rections;

• raw data recording status. It is green or red then not enough memory

in receiver for raw les. It ashes then le logging is on and current log

le name shows in the text label;

• receiver battery status. It is yellow or red then receiver battery should

be charged. Label below show free

• memory of receiver memory for raw le logging.

There are two buttons there: RTK Survey and RTK Stakeout.

Tap RTK Survey for surveying.

The RTK Survey screen includes several controls.

Figure 48. RTK Survey screen

• The Point button is used to start point survey;

• The Trajectory button is used to start trajectory survey;

• Close le button closes receiver le and nishes the surveying.

• Offset button is used for offset surveying.

• Site name, Site Description, and Site Code allow adding the informa-

tion about new point/trajectory to be surveyed.

The button near the site name opens the screen with last entered

names. For example, you have surveyed points pole1, pole2, pole3 and

then switched to survey the point tree. When you switched back to the next

point pole you don’t remember which number was the last. The list of last

names shows all unique names you used in the job with their numbers. Tap

to pole3 and JMT sets next point name pole4 to survey screen.

Figure 49. Last names screen

The button near Description opens the screen with the last descriptions

you added. You can use the same description without retyping it.

The button allows taking a photo and attach it after surveying to the

surveyed point.

The button allows recording an audio comment and attach it after sur-

veying to the surveyed point.

The information about the surveying is shown on the bottom: number of

surveyed epochs and number of epochs to be surveyed (and number of

rejected epochs), surveying time, and the line with coordinates. On the

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button are summarized the survey details: occupation time, epoch lter

and antenna model and height.

Figure 50. Information about the surveying

Figure 51. Button with information about the survey and settings

Tap on the bottom to see the survey settings:

Figure 52. Survey settings screen

• occupation time;

• which epochs to use (All, Float and Fixed or Fixed Only);

• if you need point conrmation screen after each point survey. The

conrmation screen shows all information about the surveyed point;

• antenna model, height and height type;

• logging rate and elevation mask;

• if you want to see DGPS solutions then neither Fixed nor Float posi-

tions computed;

• if you want to use coordinate system transmitted from your VRS with

RTCM 3.1 correction. In this mode JMT will not get positions from

standard WGS84 coordinates but tries recompute grid coordinates from

receiver into current working system and then into WGS84. This is an

experimental mode please consult with Javad GNSS before use it;

• congure sounds in JMT.

Stakeout

Tapping the Stakeout item on the home screen switches you to RTK

Stakeout screen, where the correction source can be set and receiver can

be congured for RTK.

Tap Start button and switch to Stakeout screen. It shows your position on

the map and let you select a target. (Your receiver can be precongured as

RTK rover in RTK Rover item before the stakeout).

Figure 53. Stakeout screen

With stakeout screens you can perform the points stakeout or stakeout

along line. Select a point with coordinate command or from list command

26 www.javad.com

or by tapping to a point and opening the stakeout menu item. To stakeout

along line select the Line command and dene a line with two points, line

stakeout mode will be used.

There are two screens for stakeout: map screen and “bull eye” screen. On

the rst screen you can see your position and target on the map. In the left

corner you can see your current coordinates in the current coordinate sys-

tem. In the right corner several information values are displayed:

• DTT (distance to target);

• CTT (course to target);

• NTT (north distance to target);

• ETT (east distance to target);

• Cut or Fill (height distance with target);

• Course (your current course);

In the line stakeout mode also you can see two additional values:

• Forward or Backward (distance along line);

• Left or Right (distance across line).

To set the target perform one of the following:

• tap to a point on the map;

• tap on the i-icon and select Stakeout command;

• tap on the button to select target from the point list;

• tap on the button to switch to next to next point in list or offset

along line;

• tap on the button to dene a line and dene a point related to the

line. Line is dened either two points or one point and a direction and

height difference. Then the line is dened you can set target position

along and across the line.

You can see red line between your position and red target mark position.

If the line stakeout mode is selected, you can see two points (1st for begin

and 2nd for end) linked with a magenta line, which denes your target line

and the target position dened related to the line.

Figure 54. Stakeout line target screen

Your goal is to reach the target.

To switch to “bulls eye” mode, tap the button with circles on left. In this

screen you can see the circle (“bulls eye”). Scale it to see your position

and the target position. Also you can tap the zoom button with T and the

software will change the scale automatically to keep target in the bull eye.

Your position or target position can be in the center of the screen. Tap to

the center to switch to this mode. So then your position is in the center

target is in the circle and then target positions in the center your position

is in the circle. The gray arrow shows the direction from your position to

the target.

The “bulls eye” map can be oriented to north (north up) or to your course

(course up). The orientation can be changed by tapping to the orientation

icon on the left top of the “bulls eye”. The blue arrow shows your course.

You should coincide the two arrows to go to target.

www.javad.com 27

Figure 55. Stakeout

On the bottom you can see the stakeout values like DTT, CTT, Course etc.,

and your current coordinates.

There are also two buttons on this screen: settings of the stakeout (antenna

height, which epochs to use), and survey button.

There are several buttons on the top of the screen. One is to change stake-

out target mode from the point to the line and vice versa. The second but-

ton is used to set the target. The right button with arrow is used to switch

to the next target point (works for both point and line mode).

Data exchange

The exchange data in iPhone/iPad is specic. The application documents

are separated, so you can’t open the job or the points from a le using any

le browser. But you can open the text le and the job archive from one

application and export it to the JMT software.

The JMT simplies the sharing process with built-in FTP server, iTunes,

and JustinLink. The JMT can export the job, survey points to another iP-

hone or iPad, download receiver jps les.

The data can be exported either to iCloud Drive or opened in another ap-

plication on iPhone/iPad (messaging, e-mail, DropBox/Google Drive).

The alternative way to exchange the data is to use the free JAVAD desk-

top application Justin Link or any FTP-client to connect to the JMT and

download the data.

Import of the Design point

To perform the stakeout you need to have the design points. You can enter

them manually, and you can import them from a text le. The JMT sup-

ports import from user-dened text les.

Open the le which should be imported to the JMT in any application

on your iPhone/iPad and select the export button. Select Open in JAVAD

item.

Figure 56. Import of design points

Import screen appears. Here you can select the le for the import and spec-

ify all le format parameters.

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Figure 57. Import process

Finally you can check the result points in the job.

Figure 58. Imported design points

Export point to user defined text file

In the list of points select the points you want to export (or if you want to

export all data don’t select anything at all). Press Settings hardware button

and choose the Select command. The Export button appears. Tap it and

the Export dialog appears, you can dene format for export: number of

columns, delimiter and columns data with the list headers. You can change

the coordinate system. In that case the JMT software writes coordinate

recomputing on the le.

Tap the green button on the top and select the le to export.

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Figure 59. Export of surveyed points

Job export and import

The JMT software can export the job folder as one le with

.jmtarchieve.

The le can be opened with JMT.

In Jobs screen swipe job item and select Export command. Standard list

of programs appears. For example, you can select e-mail or messaging to

send it to another device.

So you can send the

.jmtarchive

le. On other iPhone/iPad then you

receive such le you can select Open in action and select Copy to JAVAD

application. JMT with the job will be opened.

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Figure 60. Export and import of jobs

Export downloaded receiver jps files

JMT can directly export downloaded jps les. Swipe left a le item and

select Export command. Select the application to be uses for the export.

Using JustinLink

JustinLink is a JAVAD free desktop application for exchange data with

JAVAD mobile application like J-Field, Tracy and JMT. It can be down-

loaded it from JAVAD web site:

http://javad.com/jgnss/prod-

ucts/software/justinlink.html

Note: JAVAD’s Justin software includes JustinLink.

Run Justi Link or Justin and select the button on the tool bar. The list

of the remote devices with their projects will be shown.

Note: The devices should be in the same network (local Ethernet or WiFi network).

Select the project(s) you want to import and click the Import button. If

you want to export the design points, you need to select the points in the

JustinLink and to create them by clicking New Project or export to an ex-

isting project.

Using built-in FTP server

The JMT software includes the FTP server, so any PC in the network can

be connected to it and the data can be downloaded or uploaded. You can

see status of the FTP server using Desktop Connect screen:

Figure 61. Desktop connection screen

On the PC you use any FTP client, e.g. built into Mac Finder. Enter the

IP address you can see in the Desktop Connection screen in JMT. Select

Guest(Anonymous) access.

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Figure 62. FTP connection on PC under Mac OS X

Figure 63. Content of JMT in Finder on PC under Mac OS X

You will see in the Finder contents of JMT Documents folder. Each job is

organized as a sub folder. You can copy and paste jobs. There are catalogs

in the folder with

.catalog

sufx in the name. CSFavorites folder is for

exchange the coordinate systems, GeoData folder is for binary CS-data

like geoids, and Settings folder store internal settings for the application.

CorrectionSources folder stores your correction source settings for UHF,

FH, RCV etc.

Note: Please be careful with internal structure of JMT to don’t cause the application crash.

Using iCloud Drive

With iCloud Drive you can perform the exchange data between iP-

hone/iPad and the PC. On the Mac computer for Windows-based PC

you can use iCloud Panel (

http://download.info.apple.com/

Mac_OS_X/031-42826-20151207-c2afdd40-9ac5-11e5-8899-

b16ff5563fd9/icloudsetup.exe

) to share les. The JAVAD folder

is used by default to export receiver log les and points.

Figure 64. iCloud Drive on PC under Mac OS and Windows 7

For example for receiver les switch to Files on the iPhone and swap a le

to left, select Export command and select iCloud Drive and select location

to store, tap Export to this location on the bottom.

32 www.javad.com

Figure 65. Export receiver jps files in JMT into iCloud

Using iTunes

Connect your iPhone/iPad to your PC (runs under Windows or Mac OS

X), Apple and start iTunes. Device icon is .

Figure 66. Mobile device in iTunes

Click to the icon and select Apps item. Then select File Sharing area

and JAVAD item there. On the right you can see the content of the JMT

Documents folder.

Use Add button to copy to Documents or Save to… but-

ton to save the le in other folder. Alternatively you can use

Drag-and-Drop option to copy from and to Documents folder.

There are catalogs in the folder with

.catalog

sufx in the name.

CSFavorites folder is for exchange the coordinate systems, GeoData fold-

er is for binary CS-data like geoids, and Settings folder store internal set-

tings for the application. CorrectionSources folder stores your correction

source settings for UHF, FH, RCV etc.

Note: Please be careful with internal structure of JMT to don’t cause the application crash.

Figure 67. Contents of JMT in iTunes

Note: iTunes can be downloaded for free from Apple web-site http://www.apple.com/

itunes/download/

Map

The JMT software has the Map item where you can see all your job data

as survey points, design points and your current location. With the Map

screen you can draw sketches and make the simple measurements of the

distances and areas. On the top you can see the switcher between the map

and the satellite view.

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Figure 68. Contents of JMT in iTunes

Map screen has several tools, described below.

Draw: The tool allows drawing the sketches on the map to combine the

points into the complex objects and to visualize your survey.

Figure 69. Draw

Draw text: Allow add text annotations into the map.

Figure 70. Draw text

Color: this tool sets color for lines and texts.

Figure 71. Color

Measure distance: The tool allows measuring the distances between se-

lected points.

34 www.javad.com

Figure 72. Measure distance

Measure area: The tool allows measuring the areas.

Figure 73. Measure area

Measure position: this tool allows obtaining coordinates of a point on map.

Figure 74. Measure position

Map shift. Because Google map precision is not perfect in some areas, the

map includes tool to match your points with the Google map. Press button

on top of the screen and select Shift action. Them you can just move map

around immovable points to match them as much as possible.

Map export.

Points and drawing on the map can be exported. Tap the button on the top

and select the Export command.

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Figure 75. Export

You can select the format for the export of the optional parameters. Set the

parameters and tap Export on top. The following screen appears there you

can select what to do with result le.

Compass and level calibration

TRIUMPH-2 and TRIUMPH-1M receivers have internal compass and

levels. That helps you several ways - for stakeout you can see direction

even when you don’t move, for surveying your receiver corrects its in-

clination (you don’t have to constantly see the bubbles because compass

and levels correct the inclination).To operate correctly compass and levels

should be calibrated. You can use the JMT software to calibrate the inter-

nal compass and levels.

Select Calibrate item on the home screen, Calibration screen appears.

Figure 76. Calibration

It shows the status of compass and levels and allows calibrating compass

and levels and adjusting levels offsets with Offsets button.

Compass calibration

Compass calibration starts by tapping the Start Compass Calibration but-

ton. For compass calibration you should rotate the receiver for all axes for

one minute. The screen shows recommended rotation types.

36 www.javad.com

Figure 77. Compass calibration

Levels calibration

For level calibration you need to place the receiver on the at horizontal

surface. The screen shows which side should be up. To start calibration tap

Start Levels Calibration button. Image with receiver orientation appears.

Set the receiver like depicted and tap Start Side Calibration button.

Figure 78. Level calibration

Don’t move or shake receiver for the one minute. The same way the next

side will be calibrated. When all sides are calibrated the levels calibration

is over.

Removing Levels Offsets

If you don’t need for any reason the full calibration of levels, and you see

the level value offsets (displayed in X: and Y: texts) when the receiver is

in the at horizontal surface, tap Offset button and level offsets will be set

to zero.

OAF check and update

At each receiver connection JMT check authorization options (OAF) for

the receiver. If the options are going to be expired or have expired, you

will see a warning. It includes Update button that can download current

OAF options and load them into the receiver.

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Figure 79. OAF Warning

After the loading receiver will be cleared and may be reconguration for

the receiver will required.

Working with Apple Watch

If your iPhone is paired with an Apple Watch, the JMT software can be in-

stalled on the Apple Watch. With Apple Watch you can control your Javad

GNSS receiver connected to the iPhone. The iPhone can be in the safe

place like your pocket and you can control the start and stop of the survey-

ing as well as the stakeout with the watch on your wrist.

After the JMT is successfully installed on your Apple Watch you can see

its icon on the watch screen. Tap it to run the JMT.

Figure 80. JMT icon on Apple Watch

Before the connection to a receiver it shows the following screen, asking

you to run the JMT on the iPhone and connect it to a JAVAD GNSS re-

ceiver:

Figure 81. JMT screen before connection

After connection is established you can see status of the receiver and the

surveying parameters.

38 www.javad.com

Figure 82. JMT screen on watch after connection

Run the JMT on your iPhone and switch to RTK Surveying or RTK Stakeout

to control the surveying or staking out.

In the survey mode you can see the parameters of the receiver and the

name of surveying point. Using the Start and Stop buttons you can perform

the data collection.

Figure 83. Survey screen on Apple Watch

In the Stakeout mode you can see your position and the target position on

the map and the distances with course to the target in texts.

Figure 84. Stakeout screen on Apple Watch

www.javad.com 39

900 Rock Avenue, San Jose,

CA 95131, USA

Phone: +1(408)770-1770

Fax : +1(408)770-1799

www.javad.com