The Olex machine comes with pre-installed software, and is ready for use when switched on for the first time. It must be mounted rigidly attached to the boat, preferably connected to an uninterruptable power supply (UPS).The machine is designed to always be turned on.
Unpack the machine and place it with the back side upwards on a flat surface. Screw the mounting brackets firmly onto the machine with the supplied screws.
Mount the machine on a wall, or similar. Be sure that air can circulate freely between the machine and the surface.
Keep the machine away from water! Fire, electrical shock or injury can occur!!
Connect to power
Connect the supplied green DC-connector to a power source, the machine can be operated at any voltage between 9V and 30V DC. Make sure the polarity is correct before the connector is plugged into the socket. Reversed polarity can cause fatal damage to the machine, even after a short time.
Connect monitor, keyboard, mouse and possibly other instruments such as GPS, sonar, AIS, Autopilot and radar.
If there are sources of electrical noise on board, the signal at the serial (NMEA) inputs may be disturbed. An optocoupler can be connected to avoid this. An opto-isolator or optocoupler is an electronic component that transfers electrical signals between two isolated circuits using light
M4 - front side
- System indicator and Harddrive indicator
- USB ports
M4 - back side
- COM-ports (COM1 - COM4)
- LAN connector
- HDMI connector
- USB ports
- VGA connector
- DC connector
Display settings and screen resolution
Olex may be connected to one or more monitors, either via VGA, DVI, HDMI or USB. Number of connected monitors is ulimited. It is easy to choose screen resolution, define right and left display - or whether both (all) monitors should display the same image. Click Layers → Display settings to open the Display panel - all available monitors are listed here. The panel views the monitor name, connection method and format (widescreen/normal). In addition the screen resolution for each monitor is listed, and whether the monitor is defined as left or right.
- Mono - Single display image, copied to all connected monitors.
- Left - Dual display left image - navigation image with all menus and information bars.
- Right - Dual display right image - full screen 3D view, overwiew map or any available echograms.
Choose between available screen resolutions by clicking Previous or Next, and then Set to select. Answer Yes when Do you really want to change the display settings? opens. And confirm when Can you see the image? appears. If the screen image is out of range, click No or wait until the red bar disappers. Select another screen resolution and try again. Click Ok to close the panel.
Two or more monitors
With several monitors connected, the options are, either to define Left/Right image for dual display, or select Mono for single display on all monitors. A red frame will appear both in the middle of the Display panel and outline the selected screen, when the mouse cursor is moved inside the Display panel to view which monitor is to be changed.
To choose display method, click Left, Right or Mono. Common screen resolutions for all monitors are listed in the lower left part of the Display panel. To change resolution, click Previous or Next, and set the select resolution by clicking Set. Confirm with Yes. If the image looks nice, answer the question Can you see the image? with Yes. If not, click No or wait for the time out. Select another screen resolution and try again. A click on Ok in the lower right corner, closes the panel.
Widescreen and standard monitor
The display settings will show suitable screen resolutions common to all the connected monitors. If a widescreen and a standard monitor are connected at the same time, any common resolutions might be limited. Similar monitors are therefore recommended.
The red frames previews the screen sections to be displayed on the widescreen and the standard monitor respectively.
Serial port pinning
|1||DCD - Data Carrier Detect||I|
|2||RxD - Receive Data (data from computer to instrument)||I|
|3||TxD - Transmit Data (data from computer to instrument)||O|
|4||Data Terminal Ready||O|
|6||DSR - Data Set Ready||I|
|7||RTS - Request to send||O|
|8||CTS - Clear To Send||I/td>|
|9||+5V - Ring indicator||I|
Start the computer by pressing the "power-button" once. Before the system is ready, it will go through a start-up sequence where different screens occurs in order as the sequence is completed.
Do not turn off the machine during start-up, as this may damage the Olex installation!
After a few seconds the machine will halt, and a blue screen with an overview of available screen configurations is displayed.
On initial startup or when changing monitor, select screen configuration by using the arrow keys to move the marker up or down. The recent screen settings will be highlighted next time the system is started.
Press Enter to proceed or wait until the machine boots automatically. The machine halts again when the window displaying the software rights opens
Click Okay to confirm, or wait until the start-up procedure resumes automatically. Click Maintenance to open maintenance mode.
Upgrade Olex version
Find and download the latest Olex-version at www.olex.no
Click on one of the .iso files, and save it to a USB memory-stick. Connect the device to the Olex machine and click Read from.
When the filebrowser opens, click on the.iso file.
and then click inside the filebrowser window to select all the files.
Click Read, and confirm when asked "Olex 14.5 - do you really want to read?" A window showing the innstallation progress opens, any possible error messages will be displayed in this window.
The computer restarts when the installation is complete.
In order to download weather files and other types of data, the machine must be connected to a network. M4 is the first Olex machine with built-in WiFi. However, most older machines can be connected to WiFI using a WiFi dongle connected to one of the USB ports. The Internet icon in the upper right corner indicates whether the machine is connected to a network.
= no network connection
= connection OK
Click Layers → Show data flow → Network → WiFi-networks to open a window with a list of available WiFi networks. Note that the WiFi Network button is available only on machines with hardware for wireless network connection.
The network names are listed in order of signal strength. Networks where the name is marked with an asterisk already have a saved password, and there is no need to re-enter when connecting to the network.
Connect with WiFi for the first time
Use the left mouse button to select a network, then enter the WiFi password in the box that opens.
Click Ok to confirm and connect, or click Cancel to cancel and close. Erase deletes the charachters in the password field. While the machine is connecting to the network and verifiing the password, the network name will temporarly become orange and the network indicator will be red.
When the connection is established, the network name and the indicator in the upper right corner will turn green. And the network name will appear in the upper right corner of the “Data Flow” window. It may sometimes take a few seconds for the network to be ready for use. Click Ok → Finish → Abort to close the “Data flow”-window.
Switch between networks
Click Layers → Show data flow → Network → WiFi Network to open the “WiFi Networks” window, and select network by left-clicking on the network name. If the network has been connected before and the password is saved, the name will be marked with an asterisk and there is no need to re-enter the password. Recent connected networks will appear with dark green font in the list.
Delete a network
To delete a network, go to the WiFi network window and right-click on the network name. Confirm by clicking "Yes". Then the network password is deleted and must be entered again if this network is to be reconnected.
Olex is a complete system for seabed mapping, plotting and navigation. By using GPS and echo sounder - position- and depth data are measured and saved to the system. These data are continuously recalculated and added to previous measurements. The result is visualized as a realistic 3-D image (3D-map) of the seabed. The system have advanced features for navigation, with possibility of software extensions for e.g. weather, multibeamsounders, ARPA, ITI, AIS, wind - and oceanic currents measurements.
The most widely used installation is on the M4-machine, but Olex can also be installed on a laptop or desktop PC. Olex can be operated both with a mouse and keyboard. The keyboard is used for entering names and comments, and also for using hot keys. The mouse is used for zooming in and out, grab objects and select options in the menus.
The main screen
Typical view with the ship sailing towards northeast in the middle of the screen.
Symbols and objects
Some objects will change color or appearance when the mousecursor is moved around and touches them. The map is zoomed in by clicking the right mouse button, left mouse button zooms out. There are also other ways to zoom in and out. When the map is zoomed in to a certain scale (100 metres), a marker showing the depth value in that point is opened, if measured depth values excists in that point.
The main menu at the top of the screen has several drop-down menus, and buttons that provide access to various functions. Like changing the chart scale, adjusting colors and night dimming. The GPS window is located in the upper right corner, and provides information about the position, course and speed.
The depth window displays the depth value of the last sounding. By clicking inside the panel, a more detailed view is opened.
The tide window displays the nearest station for tidal measurements, the present water level, and the time for the next high and low tide.
The brightness can be adjusted by using the dimmer function. The dimmer panel appears when the mouse pointer touches the sun icon in the upper right corner
The brightness can also be adjusted by moving the slider along the scale. Switch between day- and night colours by clicking Day or Night.
Touch the arrow in the upper right corner. A panel ,where to change the ship's location on the screen and orientation of the map, opens.
Grab the north-arrow to rotate the map in any direction, the arrow always always points towards north.
- In - zooms in.
- Out - zooms out.
- North and Course - changes the map's orientation.
- Jump - the ship moves across the screen, while the map is stationary.
- Center - the ship is always located in the center of the screen. If the chart is moved when Center is activated, by using the arrow keys or the mouse, the text below the arrow will change to "New Center".
- Edge - the ship is always located near the edge of the screen, with most of the chart area in front of the bow.
Zooming and rotation leads to a temporary change of view, and the buttons Keep this and Go back opens in the upper part of the screen.
By clicking Keep this, the new setting will be retained. Go back resets the screen immediately. After a period of inactivity, the screen settings will automatically be reset.
The map can be zoomed in and out in different ways to see details.
- Use the left mouse button to zoom in, and the right mouse button to zoom out.
- Use the buttons In or Out beneath the north-arrow.
- Move the mouse scrollwheel forwards to zoom out, or backwards to zoom in.
- Click on the chart scale in the main menu, left-click zooms in, right-click zooms out.
- The Page Up and Page Down keys zoom in and out respectively.
Moving the map
The map can be moved in any direction:
- Press the scrollwheel or the middle button on a 3-button mouse. Move the mouse while the button is pressed.
- On a 2-button mouse, hold down both buttons simultaneously.
- Use the arrow keys on the keyboard to move the map.
- Press and hold the middle mouse button or the scrollwheel. Then press and hold one of the other buttons as well. A red circle appears. Move the mouse away from the circle and the map will continuously move in the opposite direction. By moving the mouse pointer, the map will move in steps in the opposite direction, proportional to the lenght of the red line. When the line is short map will move slowly, and when the line is long the map will move faster.
Buttons and panels
Some buttons opens new menus, and others activates functions.
- The button is not activated
- When the button is touched, both the text and the frame will turn red.
- The button is activated.
- If the function is unavailable, the text is light gray, and it is not possible to click on it.
- Some buttons have a little gray check box to the left of the text. The function is activated by clicking somewhere inside the red frame.
Position from GPS
Position, course and speed is displayed in the GPS panel. These data are usually provided by the GPS receiver, but can also come from other sources such as AIS, radar or a multi-beam echo sounder. If multiple sources are available, signals from the GPS receiver are given priority. If positioning messages from the GPS is not available, the system will use messages in order of priority from the AIS, multi-beam echo sounder or radar.
Change view by clicking repeatedly inside the window.
The bottom line shows the number of satellites and quality of the position. Low HDOP - horizontal dilution of precision, means good position accuracy. Numbers below 4 are considered as good positioning accuracy. If the quality of the GSP signal is poor, the numbers will turn red and the seabed calcultion will halt.
Depths from echo sounder
The depth panel displays the depth of the last sounding. The depth values may be provided by a single beam echo sounder, or a multibeam echo sounder. If there are more then 30 seconds from the last received depth message, the numbers will turn gray. This time may vary, depending on the type of echo sounder.
If Settings → Show calculation progress is turned on, a green dot flashes in the panel for each registered depth echo. If the echo sounder detects hardness, this dot may appear in different colours.
- both depth and hardness are registrated
- depth values are registrated, no hardness
- no depts nor hardness values are registrated
By clicking inside the depth panel, an echogram displaing the last measured depths opens.
When the cursor is moved inside the echogram window, a flag displaying the depth value is opened. The depth value is also shown at the corresponding location on the map.
The heading shows the ship’s orientation - the direction the bow is pointing towards. The heading data may be provided by a GPS compass, magnetic compass, radar or an other heading source. If several heading sources are avilable, true heading from GPS is given priority. True heading - orientation relative to geographic north. Magnetic heading - rientation relative to the magnetic north pole. The heading is specified in degrees, and appears as a solid line along the ship's center line.
By clicking Vector the heading line is extended.
If the heading signal comes from a magnetic compass, "Magnetic heading" will appear , in stead of "True heading" in the panel in the bottom left corner. By clicking Adjust a new window opens in which it is possible to write corrections for the deviation between true heading and magnetic heading.
Roll and pitch
When the machine receives data about the ship’s roll and pitch, these data can be displayed by clicking Settings → View roll and pitch.
The numbers by the boat symbol displays the current values, while the table displays average values over some time.
Depth values from the echo sounder are corrected for the tide level. This function is turned on or off by clicking Settings → Adjust bottom calculation for tide level. This function should always be turned on, except while doing surveys in lakes and rivers. When the function is turned off, the warning "No tide calculation" is displayed.
The tidal window displays the name of the tidal station, moon phase and time for the next high or low wather.
The column to the left displays the tidal level, the red cursor displays the current water level and time in the tidal cycle. The time beneath the curve indicates the time for the next high or low tide. The arrow to the right displays the moon phase. When the tide panel is touched with the cursor, the time until the next full moon is displayed.
Tidal corrections are based on measurements from the Norwegian Mapping Authority over the past 30 years. Olex chooses the nearest tide station atomatically. If the distance to the nearest tide station is more than 100 nm, the tidal calculation will stop and the panel disappears from the screen.
Continuously updated ship position
The ship symbol usually moves across the screen in steps, based on the frequence of when the GPS receives positioning signals. For high-speed vessels, the function Settings → Continuously updated ship position should be enabled. The ship symbol’s location will be updated continuously based on the current speed and course.
Continuous ranging arrow
To find the distance and heading between the ship and a given point / object, the function Continuous ranging arrow can be used. Click Settings → Continuous ranging arrow. A line with starting point at the ship, and end point in the cursor will appear on the screen. The corresponding information panel with positioning information, length and direction will open on the right side beneath the Tidal Panel.
Plotter data, or plotterobjects are marks, line objects and areas, visualized with different types of symbols in the map.
This data are organized in plot layers, and saved in a specified file on the computers harddrive. There are no limits to the amount of data that can be stored.
A mark can be one single object, or several marks can be connected to form lineobjects. Marks can be displayed with different symbols, a name and text comments. Choose a mark by clicking it once. A mark can be edited by doubleclicking it, or by first choosing the mark and then click Edit.
- not chosen.
- chosen mark.
- the mark is chosen and editable.
When a new mark is placed, or an existing mark is chosen - the Chosen-mark-panel opens.
This panel displays the position, and also have 4 buttons. Autonav, Report in!, Edit and Finish.
- Autonav - is used for navigation towards the mark.
- Report in! - is used for reporting fishing gear to the government.
- Edit - opens the Edit-panel.
- Finish - closes the panel, and saves the settings.
This panel opens when a plotter object is created or edited.
- displays the timestamp when the mark is created or changed.
- displays the symbols to choose between.
- the mark can be named by writing in this text box.
- Plot layer assignment can be set by selecting one or more of the plotlayers.
- Edit text makes it possible to add a text comment.
- Delete mark removes the mark.
Create a new mark
Zoom in until the appropriate screen section is displayed. Grab the mark symbol in the main menu, and drag and drop the mark on the selected location.
Or hold the “Alt-button” and left-click to place a mark. Once the mark is placed, both the Chosen-mark-panel and the Edit-panel opens.
Choose a symbol in the Edit-panel, otherwise the standard symbol will be used.
- Name the mark, by entering text in the text-field.
- Determine the plot layer assignment. If not, the predefined plot layer assignment is used.
- By clicking the Edit text button, a large text area opens. Additional text comments can be entered here. Click Edit text once more to close the text editor. Click on the square on the line object to open and close the text comment.
- Click Finish to save the changes.
Edit a mark
To edit an existing mark, first open the mark for editing and make the changes. Click Finish to close and save the mark.
Placing a mark on a given position
- Place a mark at any position.
- Place the mouse cursor over the first number in the Chosen-mark-panel. Enter a value,
or click with the right or left mouse button to change the value.
Delete a mark
First open the mark for editing, and then click Delete mar. The mark with name and any text comments will be deleted.
An event mark is placed on the ships position ‘right now’, and can be created by pressing any key on the keybord. The symbol can be changed by clicking Layers → Default settings for new data.
This mark can edited in the same way as any other marks.
Circle with a given radius
- Place a mark at a selected position. Enter r = the value in nm in the textarea in the Edit-panel.
- A circle with the entered radius is drawn with the mark in center.
Line objects are lines, tracks, routes and areas. There are only minor differences between this objects, and they are generally handled he same way. A line object consists of 2 or more marks connected with straight lines.
When a line object is placed, the Chosen-line-panel opens.The text “Chosen line”, “Chosen track” or “Chosen route” appears in the upper part of the panel depending of type of line object. In addition, there will be the length of the lineobject, date and name of start- and stop mark. If the line object is an area, the length will be the length of the line delimiting the area.
The panel have 4 buttons, Autonav, Center, Edit and Finish.
- Autonav - starts navigation towards a selected mark on the line object.
- Center - centers the line object on the screen.
- Edit - opens the Edit-panel for editing settings.
- Finish - closes the panel, and saves the settings.
Edit-panel for line objects
This panel opens when a line object is created or chosen. In top of the panel the timestamp, when the line object is created or changed, is displayed.
The panel has buttons for layer assignment, choice of color and for chosing the type of line object. In the lower left corner there is a button named Reverse course, this changes the direction of the line object.
By clicking Delete all, the line object with all marks will be deleted.
Create a new line object
- Place a mark somwhere on the map. The Chosen-mark-panel and the Edit-panel will open.
- While the mark is editable, place a new mark. The marks will be connected with a straight line, and an arrow shows the direction of the line.
- Add more marks at the end of the line, or create new marks by clicking somewhere on the line between the marks.
- Choose the type of line object by clicking one of the buttons Route, Track, Line or Area.
- Choose the color by clicking on one of the colors.
- Choose plot layer assignment by clicking on one of the plot layer buttons.
- The line can be given a name by entering text in the text field.
- Save the line object by clicking Finish.
Modify an existing line object
- Choose the line by clicking on it, the line will start flashing and the Chosen-line-panel will open.
- Click Edit, and the line object can now be edited.
- When finsihed editingm click Finish to close the panel and save the changes.
Placing a linje object on a given position
- Place a mark, and enter the position.
- Enter a comma (,), and type the position of the next turning point. Continue until the line object is completed, and click Finish in the Chosen-line-panel to save and exit.
Delete a line object
- Choose the line object by clicking it, and choose Edit from the Chosen-line-panel.
- Click Delete all in the Edit-panel. The line and all marks, names and text comments will be deleted.
A line is the simplest of the line objects. A single line object consistes of two marks connected with a straight line. A line can be very complex, consisting of several hundreds of marks.
A track is a line object that is recorded in the wessels wake. Click Track to start recording. A start flag is placed in the start of the track, and a solid line is recorded along the course. Click Track once more to stop recording the track line. A double flag is placed on the end mark.
Click Layers → Default settings for new data to change the color. Own track start- and stop flags, lock own tracks against changes and automatic storing of radar tracks can be changed here by clicking Yes or No on the corresponding choice. Click Ok to save the changes and close the panel.
A route is a track with direction towards a spesific point.
Create a route from trip
A trip can be converted to a route. Find the trip, and click Rescale according to this trip in the Past trips menu. Then click Make route from trip.
A new line object is drawn along the trip. Choose the route by clicking it, the marks will be visible and the Chosen-route-panel opens. Click Edit, and then click Unlock in the Edit-panel. Confirm when asked “Do you really want to turn off the protection?” Click Finish to save and close the panel.
An area is a line object where the first and last mark are connected.
Create a new area
- Start by creating a new line object as described in earlier.
- When all the marks are placed, click Area in the Edit-panel. The first and the last mark will now be connected, and the area delimited by the lines will be filled with a color. The pattern color can be changed by clicking on one of the color options in the panel.
- Click Finish, and the area is created.
Select the area by clicking on the line object. When the area is chosen and editible, it is possible to move the line segments, add or remove marks, change color and so on.
Olex has 60 plot layers named from A to J5. Single plot layers can be turned on or off, by clicking on the buttons in the bottom row of the screen. A plotter object is visible when it’s corresponding layer is turned on.
Click Layers → Visible plot layers to turn the row of buttons on or off. Left <<< and right >>> arrows are used to scroll back and forth through the plot layers. Period displays the plotterdata sorted chronologically. Click on the arrows to the right to select the timespan. Plotter data stored during this period will be displayed on the screen. When a plotter object is created, the plot layers assignment can be set manually. Otherwise the object will be automatically assigned to a preset layer.
The objects are preassigned to different plotlayers.
|A||Own ship track and event marks|
|B||Surface targets tracked by radar, AIS and such|
|C||Underwater targets such as trawl, ROV and sonar|
|D||All other types of plotter objects|
This settings can be changed by opening the panel named Default layers for various plotter objects. Click Layers → Default settings for varoius plotter objects to open.
The 4 top rows of buttons defines the assignment for the plotterobjects. It is possible to select several plot layers for each object, but all objects have to be assigned to at least one plot layer. For this reason it is not possible to deselect a plot layer before selecting at least one of the other layers.
When finished editing, save any changes ond close the panel by clicking Ok
The plot layer panel
When an object is touched by the mouse cursor, the text and frame on the corresponding plot layer button will turn red.
Open the plot layer panel by right clicking one of the plotlayer buttons.
This panel makes it possible to change layer assignment, plot layer name, and export data.
All objects assigned to this layer starts flashing when the panel is opened.
Rename the plot layer
The plotlayers are named with letters from A to J5, but can easily be renamed. Click Rename the plot layer, enter the new name in the textbox and click Ok.
The new name now appears on the plot layer button.
Delete plotter objects
Delete all objects assigned to a layer by clicking Delete these objects. Confirm when asked “ Do you really want to delete all these plotter objects?”. It is possible to sort plotter objects, and delete only a selection.
Export plotter data
Plotterdata can be saved to local disc or to an USB device. Click Export these objects, and select a location for saving the file
Type a new file name, or use “olexplot.gz” as the system itself suggests. Click Save, and confirm when asked “ Selected plotter data - do you really want to save?” It is possible to sort plotter objects, and save only a selection.
The plot layer assignment can be changed by clicking on the buttons in the panel.
Plotterdata from old Olex versions
In previous Olex versions, the plotter data were divided into marks, routes, tracks, lines and areas. This objects was displayed by clicking the corresponding button for each object, in the Layers menu. If the computer contains old format plotterdata, the Layers menu will have checkboxes for using this data.
Save own plotter data
To save own plotter data, open the file browser either by choosing Settings → Save data to storage device. Select the device to store the data, and click All plotter data.
Plotter objects can be sorted, to delete or export a selection of objects.
Sorting objects by the use of an area
Create an area that includes the objects to be deleted or exported. Click Objects in the Edit Panel and the objects inside the area will begin to flash yellow.
Grouping identic objects
Objects with identic symbols that belongs to the same plot layer can be grouped by clicking Line or Symbol at the bottom of the Plot layer panel. A new line opens, choose symbol by clicking on the arrow to the right or left. When the symbol is displayed in the panel, all identic symbols are displayed in yellow on the map.
The objects can be exported, deleted or regrouped to other teams.
Split and join lines
A line object can be split into two or more segments.
- Click on an existing mark, or click somewhere on the line to create a new mark. Then click Edit in the Edit-panel to open the mark for editing
- Click Cut, and confirm when asked "Do you really want to cut this line?" A shaded box opens around the mark.
- Grab the mark and drag it to a new location.
- Now, there will be one mark at the end of each line. The two marks are connected with a dotted line while they are close to each other. When they are pulled apart, the line will disappear.
Two line segments can be joined together to form a whole new line object.
- Grab the mark on one of the lines to be joined.
- Drag the box to the point where the lines should be connected.
- When the lines are close enough, a dotted line connecting the two end points will appear, and a shaded box will open at the endpoint on the second line
- Drop the box, and click Join in the Edit-panel.
A new panel with the text "Do you really want to join the lines together?" opens. Click Yes, and the two lines will now be joined together to form a whole line.
|Software upgrades Olex/Lino||Plotter data (backup)|
|Nokkel files||Depth data (backup)|
|Vector chart data||Hardware id|
|Plotter data (from other Olex systems or own backup files)|
|Depth data (from other Olex systems or own backup files)|
Open the filebrowser
The filebrowser provides a file managing interface within a specified directory, and it can be used to import, export, preview, rename, edit or delete files on the disc.
File names have different font colors depending of the type of file.
- Blue font - file directory
- Red font - files ready for import
- Black font - all other files
In addition, some of the files have a sub text showing the file extension.
Sorting directories and files
Files and directories can be sorted alphabetically or chronologically depending on the date they were created or modified. Note that file directories have higher priority than single files, and will be listed at the top of the browser window.
Click Name to sort the files alphabetically
Click Age to sort the files chronologically, the newest file is placed in top of the browser window.
Click once on the directory name to access a file directory.
Click once on the arrow in the upper left to go back. The path, to the right of the arrow, shows the location in the file hierarchy.
Create a directory
To create a new directory: insert a USB device and click Write to or click Settings → Save data to storage device to open the file browser.
Click Make directory in the upper right part of the browser window.
Name the directory and click Ok to save. Click Cancel to close the window without saving, or click Erase to delete the charachters.
Connect a USB device to one of the USB slots, click Read from to open the filebrowser, or Ignore to close the panel.
Or click Settings → Read data and software.
Select a device to read from to open the filebrowser, or Abort to close the panel.
Files marked with red are available for import, select files and click Read to import.
Connect a USB device to one of the USB slots and click Write to to open the filebrowser, or Ignore to close the panel.
Or click Settings → Save data to software device..
Select the type of file to be saved, Own depth data, All plotter data, Last 10 screenshots or Hardware id.
Rename the file or leave the suggested name unchanged, than click Save. Storage of different types of files are described in their corresponding sections.
Create a new directory
To create a new directory, click Make directory in the upper right of the filebrowser.
Name the directory, and click Ok to save.
Copy and move files
Files on the local drive can be copied or moved to other locations. Open the file browser and select the files to be copied by right clicking the filename. The selected files are highlighted in purple.
Two new buttons named Erase and Release opens in the upper part of the file browser window. The number of selected files are displayed to the left of the buttons. Click Abort to close the panel, and open the location where to save the selected files. Files will still be highlighted even if the filebrowser is closed. Click Release, and the files are copied into the new location. To move files permanent, go back to the original location and delete the original files.
Open the filebrowser and select the files to be deleted. Click Delete and click Yes ,when the warning "Beware! Do you really want to erase files? " opens.
If you confirm to delete the files, a new warning opens, "Files are IRREVOCABLY erased! Shall we continue?", click Yes and the files are deleted. Files that are deleted from the system can not be restored!
Seabed surveys creates a 3D terrain model, based on measured and calculated depth values. The data is stored in a depth database. There are both “self-measured depth data”, and “shared depth data”. “Self-measured data” are depth data measured by each of the user. “Shared dataŞ are depth values measured by Olex users wordwide.
Users submits their depth-data to Olex, where the data are processed and stored in one large data base. This database is updated several times a year. By submitting their own data, users will have access to regurlarly updated depth databases. When buying a new Olex system, the newest version of the depth database will be preinstalled, if the user would participate in data sharing.
Databases can be easily created, deleted, imported or exported by using the Depth-database panel. Click Info → Select database to open. The upper part of the panel displays an overview of the databases existing in the system. In the lower part, there are buttons with various functions. The number of databases are limited up to 100.
Visible and active databases
A database can be set visible and/or active. A database is visible when the seabed map is displayed on the screen. A database is set visible by clicking the name once. A black bourder around the name indicates which database that is visible. All measured and calculated seabed data are placed in the actice database. One database must be active at any time. To activate a database;first highlight the name, and then click Set Active. The button starts blinking when the database is highlighted. A panel saying “Do you really want to change the Bottom Calkulation to 'xxx'?Ş opens. Click Yes to confirm, click No, or wait until the panel is closed to cancel.
In the left picture, the database "Olex standard" is active, and "9des2009" is visible. This means that the seafloor data is calculated and placed in "Olex standard". The seabed map displayed on the screen comes from the visible database, "9des2009. In the right picture "Olex standard" is set as well as active and visible database.
If the system contains several databases, it may be useful to organize them so frequently used databases are moved far up in the list. Select the database to be moved, and click Move to move it one step further up.
Create a new database
Click Create new, and a panel with some settings opens at the bottom left of your screen. The new database is created as a copy of the visible database, the settings of the echosounder, resolution and radius are copied. The database is named with the date.
Select Single if the system is connected to a single beam echosounder, or select Multi if connected to a multi-beam echosounder. The system will suggest settings for "Resolution" and "Radius", it is recommended to use the suggested settings for best results. Parameters can be adjusted to the desired value. “Resolution” determines the level of detail on the depth chart. By changing the value, the dimension of depth boxes changes. The resolution can be adjusted from 0.06 meters up to 50 meters, by clicking the arrow keys. “Radius” specify the radius of the area calculated around a vertical ping. The radius is directly dependent on the resolution. (100 x dimension of the depth box). Click Specify to change the setting for the radius, the resolution will change accordingly. If you select a very high resolution, it may result in “holes” in the map. By using a low resolution, the radius will be very large, and large amounts of data must be processed. A lot of system capacity will be spent processing data, and the system can be perceived to be slower.
Modify an existing database
When a database is created, only the name can be changed afterwards. Highlight the name and then click Edit.
Click Edit name, and then enter the new name in the text box. Delete the old name by pressing "Backspace".
Click Ok to confirm, or click Undo to cancel. Click Ok again, this will save the changes.
Delete a database
A database can be deleted if it's not set as active. Highlight the name, and click Edit. Click Delete All, and a warning appears saying "Do you really want to remove depth database 'xxx'?". Click Yesto delete, or click No to cancel.
Export a database
A database can be exported to be saved to a memory stick or other storage device. All data can be easily imported into the system again.
Highlight the database to be exported, and click Export. A panel with available storage devices opens. Select a location by clicking on the device. The filebrowser opens, and Olex will suggest a name for the file. The name will be of the form “db_xxx” where “db_” is short for "depth database".
Click Save to export the database, and confirm by clicking Yes, when prompted "Complete depth database - do you really save?". A green panel with the text "Exports dybdedatabase 'xxx ' " is displayed while the database is stored, note that this may take some time since some databases may contain large amounts of data.
Import a database
Open the Filebrowser by clicking Settings → Read data and software, or connect a USB device. Click on the filename to open the database directory.
Highlight the files by clicking on any of the files. Click Read, and confirm when asked ´xxx - do you really want to read?”
The database will be added to the list when the import is ready.
Both official electronic vector charts - ENC'er, and commercial navigational charts can be used in Olex. The charts can either be purchased from local suppliers or directly from the chart provider. In some contries the navigational chart s are free to download.
Electronic navigational charts are available in different formats, Olex uses the following: S-57 is an international standard for navigational charts that is approved by the IHO - The International Hydrographic Organization. Most of the chart types used in Olex, follows the S-57 standard. The charts can also be encrypted. S-63 is a standard for encrypting and securing electronic charts. Charts using this format consists of an encrypted chartfile, and a permitfile. In addition, navigational chart systems are divided into official and commercial navigational charts. Official charts are the electronic navigation charts recommended by the authorities. The charts are updated regularly, and are the best and most accurate charts for navigation.This charts usually consist of a set of base-CDs that contains the map files, and these charts are updated regularly. Most official charts are sold as subscriptions, and the charts must be deleted from your computer when your subscription periode expires. Commercial charts are updated sporadically, and may therefore have slightly less accuracy. The commercial charts are often a better option when it comes to price.
PRIMAR and IC-ENC - International Centre for ENC's
PRIMAR is a Norwegian regional coordination center that is operated by the Norwegian Hydrographic Service, and provides official charts worldwide. IC-ENC is an international center for official electronic navigation, and provide official charts worldwide.
Provider of both official and commercial charts worldwide.
National Osceanic and Atmospheric Admistration is an american organization that provides official nautical charts for the U.S. and some other parts of the world. The charts can be downloaded for free, but the rights for use are regulated by NOAA.
Norwegian Fisheries Database
The Norwegian Fisheries Database is created by the Norwegian Mapping Authority. The charts are available from the provider.
The charts are older electronic navigation charts for Norway, and are no longer updated. The maps can be purchased by contacting Olex.
SOSI - “Samordnet Opplegg for Stedfestet Informasjon” (“Coordinated Arrangement for Localized Information”) is a data format developed by the Norwegian Mapping Authority. SOSI maps are not intended for navigation, but can be used for additional information where there are no charts or where navigational charts are not good enough. I.e. surveys done in lakes or rivers.
Geonames is a geographical name database that contains names throughout the world. The database is pre-installed in Olex and can be used in addition to the chart names.
The maps can be purchased either from distributors or directly from chart provider. Remember to save the original chartfile and permit after installing the charts! When updating Olex version it will sometimes be necessary to reinstall the chart files.
Encrypted chart systems
Encrypted chart systems usually consist of one or more chart files, and a permitfile for installing the chart files.
All Olexsystemer has an unique S-63 User Permit to be found in the Settings menu.
This is an unique ID that identifies your computer, and which must be provided to the chart provider to receive the necessary permit file.
Chart files can either be downloaded from the chart providers website, or chart files can be sendt by mail depending on the chart providers routines. Map files can be .iso or .zip files. Iso files are files that represents a copy of the complete file system, usually a CD. File permissions and other metadata will not be lost in the transfer of the iso files. Zip files are files that are compiled and compressed to save disk space.
Save the chart - and permitfiler to a memory device, and connect to the machine. Installing chartfiles in Olex is done in the same way, independent of the chart system. Clich Read from and select the USB device to open the Filebrowser.
Highlight the chart - and permitfiles by clicking at them, and then click Read. Confirm when asked "Vector chart - do you really want to read? ".
The computer will read the permitfile first and then continue with the chart files. The yellow status window shows the installation progress, and eventually any error messages if there are problems with the install.
Once all the chart - and permitfiles are read the machine starts comliping the charts. Each of the chart areas consists of several smaller cells, and the progress is shown in panel at the top left.
While the chartfiles are compiled, a button with the chartsystems name is added to the button row down in the left corner of the screen.
The button CD-index opens a panel with an overview of the base-CD’s that are installed.
The button Chart files opens a list of which chart cells that are used in the visible screen. The charts can be switched on and off by clicking on the check box to the left.
When a chart update is available, install the chart file to thesystem in the same manner as the initial installation. Some updates may require a new permit, this is available at inquiry to the chart supplier.
The row Chart selection shows an overview of charts that are installed on the machine.
The charts can be turned on and off by clicking on the button for the respective chart system. Background turns on and off a chart showing the landcontours. This chart is preinstalled on the machine.
GeoNames turns on and off the display of the name database. Chart files displays the chart files used on the visible screen. CD index shows the base CDs that are used. ChartWorld-versions displays an overview of the chart world-charts that are installed.
To delete charts, click Layers → Chart catalogue → Uninstall vector charts. Choose the chart to be deleted.
And answer Yes to the question of "Beware! Do you really want to remove the vector charts? " Answer Yes to the question of" This will REMOVE charts and permitfiles! Shall we continue? ". A red status window opens and shows progress in the removal of the charts.The window closes again when the charts are deleted.
The chart line down in the left shows which maps are installed on the machine.
The charts are turned on and off by clicking the button the respective og the chartsystems. The background chart and GeoName are installed on the machine by delivery. The charts consist of layers with different levels of detail. When zooming out or in, the view changes automatically between the different layers. If the function Layers → Auto chart selection is turned off, a button row opens at the top of the screen corresponding to the different layers. It is possible to select which layer - detail level to be displayed.
Other chart features
In the Settings menu there is an option for hiding depths of more than 10, 20 or 30 meters. Only depths that is shallower than the selected number will appear on screen. Click Setting → No depths below 10, 20 or 30 meters. To always see all depths choose Disabled.
Small text and symbols
If the texts and symbols are large in relation to the chart view, click the Layers → Small texts and symbols.
For easier navigation, lantern symbols are made that changes color according to which sector the ship is in. The symbol will flash in accordance with lights flash characteristic, if the data can be found in the map. Only lights that are believed to be visible from the ship will be active. Activated the function by clicking Layers → Animated lights. To see the light sectors and their sector lines, the function Lights and light sectors , and - their sector lines must be enabled.
If the machine does not receive signals from GPS, all lights in chart will be flashing.
Click Layers → Grid lines to turn on a grid showing longitude and latitude.
When the map is very zoomed in, it can be convenient to use the overview map. Click Settings Show movable overview map.
Vector chart data
The Layers menu lists the various functions related to vector charts.
Symbol texts - turn off and on texts that are associated with symbols for the name of light houses, floating buoys, poles and etc.
Texts and names - turns on and names in the map, like names of banks, fjords and grounds.
Depths and elevations - turn on and viewing of depths and heights.
Pipelines, subamrine cables - pipelines and submarine cables are displayed with dotted lines.
Restricted areas - Showing areas that are subject to an order of restriction, it can be dumping areas or military practice areas.
Various symbols - Turns and other types of symbols, like anchorages, shipwrecks or other obstacles.
Navigation lines, ferry routes - Displays the ferry route with dotted lines.
Economic and political bourders - like port limits,municipal boundaries and other boundaries.
Depth contours and seabed types - shows the depth contours in addition to any depth numbers.
Depth Areas - shows the depth areas on the map with colors instead of depth contours.
Lights and light light sectors - turn on and off display of lights and sector lines.
- and their sector lines - shows the corresponding sectoral lines.
When Olex receivs signals from GPS and echo sounder, the system will automatically start calculation of seafloor maps. Position, bottom- and possibly hardness data, if available, are stored in boxes that are either measured or calculated. Depth data may come from various sources, such as single-beam echo sounder, echo sounders with hardness - ES60 , and multi-beam echo sounders. Data can be imported and exported, via backup, data export, raw-data files and depth databases. The seafloor map can be displayed in different ways, with contours, relief, bottom hardness, bottom zoom and 3D. Any errors that occurs during the surveying can afterwards be removed in different ways. The earth surface is divided into small squares, called depth boxes. Each box is 5x5 metres, unless a different resolution is chosen. This resolution is chosen to match the position accuracy of a conventional GPS. If a more accurate GPS is connected, the resolution can be changed. A depth box can contain either a measured or a calculated value. When the echo sounder receives a value, the value is stored in a deep box, and the system will calculate the depth values in a given radius around this. By zooming in, one depth value is displayed in each depth box. Measured values are red and calculated values are dark gray.
By activating Boxes in the main menu, it is possible to see the values of the vertical soundings, which will be either red or yellow. Depth boxes with red numbers contains data from the Olex shared database, and yellow numbers are self-measured depth values. If Settings Ć Show calculation progress is turned off, all numbers will be red. The quality of the seafloor map depends on how many depths that are measured. The more depths measurements in the same area, the better the serafloor map. If the same depth box is measured several times, the most shallowe value is used.
Create seafloor maps
Depth data is the basis for the seafloor maps, and may come from various sources.
Single beam echo sounder
To get the best possible result of the seafloor mapping, it is important to set the correct parametres for the sonar depth, sound velocity and location of the depth sounder. In addition, values for the GPS and the boat's geometry must be set. Click Settings Ć Edit and use the arrow keys to change the values.
Different parametres can be set to optimize the calculation.
- Optimal - performs a quality check before the values are used in the calculation.
- Always - uses all depth values.
- Stopped - turns off the calculation.
Seafloor calculation should normally be set to "Optimal" for a best result.
Sets the upper limit of depth values to be used for calculation. This should normally be set somewhere between 5 metres and 100metres. appropriate recommendations may be 5m or 10m.
Echo sounder with bottom hardness
On the basis of raw data from the echo sounder, Olex calculates the seabed topography and hardness. This is done based on the seabeds ability to reflect sound, adjusted for factors that may affect the measurements. Without HT-software, the data will be treated as data from a csingle beam sounder, where only the depths are transferred via serial cable. The hardness is displayed with colors. Each color representing a hardness value. Turn on the hardness view by clicking Hardness in the main menu.
The hardness is expressed in percentage, where 0 % is comp-letely soft and 100 % is maximum hard. The hardness of the last recorded sounding appears in a separate panel to the right. The hardness value is also displayed in the depth flag that appears when the mouse pointer moves around the in the screen.
Multi beam echo sounder
Multibeam echo sounders are used primarily for surveys and seafloor mapping, providing a significantly better accuracy than conventional single-beam echo sounders. On the basis of incoming position- and depth data ,Olex can calculate the seafloor map. Measured and calculated dept data are added continuously to a depth database
The self-measured seafloor map can be displayed in different ways, with contours, relief, bottom zoom, 3D, or profile. To turn on and off the seafloor map view, click Layers → Show caclulated seafloor map.
In traditional presentation, the seafloor map, with contours or depth numbers, is displayed on the screen. The seafloor map is displayed in blue tones, ranging from bright blue that means shallow areas, to dark blue that means deeper areas. The colors are allocated from the surface down to a certain depth value, which can be set in the menu bar. All seafloor deeper than this value gets the darkest shade of blue.
The depth range is set by clicking the arrow buttons on the main menu, minimum depth is 5 meters and maximum depth is 9000 meters.
Equidistance - the depth difference between each contour line, automatically adjusts the selected depth range. The equidistance can also be set manually by clicking on the value in the depth contour panel at the bottom of the screen.
If the map is zoomed in enough, a new button, Depths, is added to the depth contour panel.
By clicking this, the numerical values of the depth of the boxes will be visible on the screen instead of contours. Depths and contours can not be displayed simultaneously.
The map will still have the same colors for the depth areas.
This function is activated by clicking Relief on the top menu. Depth countours are displayed and visualized by the use of light and shadow. This displays edges and countours, and the detail becomes more visible. A good relief view, depends on if the area has a well-measured seafloor map.
When Relief is activated, a control panel opens in the lower left corner.
Greyscale displays the Olex map in gray colour, with only light and shadow. By clicking Left or Right, you can select the light falling onto the map from the left or right side. This brings out details that might otherwise be difficult to detect. The arrow keys <<< and >>>, are used to increase or decrease the image contrast.
The images displays the same map with relief in grayscale. The first picture is the light in from the left, and the last light coming in from the right.
The Bottom zoom function is used to view certain areas in greater details. By activating Bottom in the top menu, the seabed where the depth falls within a certain range, is displayed in details. This presupposes that there are already seafloor maps in the area. Areas without seafloor maps are shown as white. Special colors are used to distinguish the bottom zoom range from the rest of seafloor map. Bottom zoom depth range has an upper and a lower depth limit, centered around a center depth. The center depth is either the depth beneath the vessel, the depth below a mark or it can be set manually. The depth range between each color is adjusted by using the the arrow keys in the bottom zoom panel. By changing the color range, the bottom zoom depth range changes correspondingly.
Bottom zoom has several uses:
- visualization of formations.
- highlight contrasts between depths.
- removal of sounding errors.
The settings for the bottom zoom range is defined at the top of the panel. A higher color separation, means a broader zoom range. By clicking on the arrows that change the color separation, one will see that the bottom zoom range depends on the color separation. The centre depth is changed by clicking the arrows, << and >> changes the depth by 10 meters for each click, while < and > changes the distance by 1 meter. When the bottom zoom depth range is set, the parameters can be stored for later by clicking Lock. When Bottom is activated later, the previous settings are recalled. If Lock is activated when the panel opens, it means that manual mode was used the last time the bottom zoom feature was used. No other depth data turns off and on all other colors than the bottom zoom colors. Hot colors change the color spectrum from cool blue tones to warm colors.
15 colors are distributed evenly in the bottom zoom depth range. Each depth range is assigned to one specific color. If the color separation is set to 1 meter, this means that depth areas that have less than 1 m depth difference will have the same color. Bottom zoom range will be 15 meters.If the color separation is increased to 5 meters, the depth areas that varies by less than 5 meters, will have the same color. And the bottom zoom range will be 75 meters. The color distance is adjustable from 0.1 to 500 meters.
On the first picture is the color space set to 1 meter, on the other photo the color separation is increased to 5 meters.
The zoom depth can be specified in several different ways.
A mark determines the zoom depth
Select an existing mark, or place a new mark. Click the Bottom button in the main menu. The depth below this mark now determines the zoom depth. If the mark is moved to a deeper or shallower water, the zoom depth changes, and hence the bottom zoom range. After the zoom range is selected, click Lock to keep the setting. The selected mark can then be closed for editing by clicking Finish on the chosen mark panel.
Setting the zoom depth manually
An other way to set the zoom depth, is to adjust it manually by clicking the adjustment buttons on the panel. Notice that the Lock button will be activated automatically when adjusting the settings. The button must be pressed again to return to zoom depths determined by the ship's position, or a mark.
Zoom depth below vessel
Instead of using a mark to determine the zoom depth, and the zoom depth has not been set manually, the depth below the ship at any time determines the zoom depth. This is indicated by that the zoom depth changes constantly, as the ship sails ahead.
No other depth data
This function turns off the the seafloor map view, displaying only areas with bottom zoom colors.
No bottom zoom point
If a mark is placed somewhere outside the measured seafloor map, the zoom depth cannot be determined, and the message “No bottom zoom point” will be displayed.
Click Profile in the main menu, to open a section or profile picture of the seabed:
- Along the ship's course line
- From ship to a selected mark
- Along a selected line object
The seabed profile displays the position for the start and end point, maximum and minimum depth, total height for the entire depth of the profile, and the total length of the profile view. The colors are the same as the colors on the contour lines, or possibly hardness colors.
If the profile from the ship to a mark, or along the ship's course line is selected, the profile will be changing due to the ship’s motion. The view is continuously updated as the coordinates changes. When a profile along a route is displayed, the waypoints are displayed as bars with corresponding positions. The profile view has a fixed size, and the window is scaled to the length of the view. I.e. profiles in the same area may give different views depending on the length of the profile.
Profile view along the course line
The profile views a cross-section along the vessel's course line, and is updated continuously as the vessel moves forward. The length of the course line can be changed by selecting Settings and select a value for the length of the course line.
Profile view from the ship to a waypoint
The profile views a cross-section along the line from the ship to a selected waypoint. Grab and placed a new mark, or click on an existing mark. The mark can be moved around and the profile view will be updated continuously.
Profile view along a line object
Select an existing line object, or create a new one. The profile along the line object is viewed.
If a line object is selected, it is possible to change the coordinates by moving the waypoints. The profile changes while the waypoints are moved around in the map.
Create marks in the 2-D map
By moving the mouse pointer inside the profile view, a flag that shows the depth opens both in the profile view and on the map. Click inside the profile view, to place a mark in the 2D view.
It is possible to plan routes for piping, cables or other objects on the seabed. The method can also be used to plan for trawl-haul, or find for finding an appropriate place for net and line sets. When the marks are placed, they can be moved around afterwards to find the best location.
Profile and hardness
The profile can also be displayed with hardness colors.
New perspective 3D
GRIB is a weather system that makes it possible to download files on GRIB format from the internet, for wind, currents, waves and air pressure. Weather data is displayed with arrows, colors and graphs in Olex. See the weather at the moment at a particular location, forecast for the weather ahead of time, or weather prognoses when the vessel passes different places. GRIB also supports download of various types of plotterdata, such as fishing facilities, maritime borders and closed areas from Barents Watch. The Weather forecast function is opened by clicking Settings → Weather forecast
All the downloaded weather files are displayed in the list. One file contains plotter data or weather data for a particular area, and can be turned on and off by clicking the shaded box to the left of the file name. Files displayed on the visible part of the map view is highlighted. Browse thorugh the files by using the arrow keys, left or right, in the bottom of the file menu. Weather files can be downloaded from different websites, and the respective files are updated at specific time intervals. Therefore, a weather file may be several hours old when downloaded. The age of the data file, i.e. how many hours since it was created or updated, appears behind the file name in the list.
In the upper part of the Weather forecast panel there are a number of buttons where one can choose what kind of weather data to be displayed - wind, pressure, waves or ocean currents.
Arrows symbolizes wind direction and speed. In addition, the colored fileds shows areas that have about the same wind speed.
Click Color Chart to open a table that shows the relationship between wind speed and color. Click Color Chart again to close the view.
The colored fileds shows areas with approximately the same air pressure. Click Color Chart to open a table that shows the relationship between air pressure and color.
The wave arrows symbolizes the direction and height of the waves. The colored fields shows areas that have approximately the same wave height. Click Color Chart to open a table that shows the relationship between wave height and color.
The arrows symbolizes the oceanic current’s direction and strength. The colored fileds shows areas with about the same current. Click Color Chart to open a table that shows the relationship between strenght /velocity and color. When Weather Forecast is selected, the mouse pointer will have a small panel displaying the type of weather data and the exact value of wind, pressure, wave height or current, and direction at the point at which the tip of the arrow touches.
The meteogram opens by pressing the Meteogram button in the upper right of the Weather forecast panel. This graph shows forecasts for up to 7 days in advance, at the position of the mouse pointer. You can also select a particular point / position instead, where the forecast is displayed. The text at the top of the meteogram will then be changed to "Meteogram for the selected point". If a point is selected, but you still want to display the mouse pointer position continuously, click Always Mouse in the upper right corner.
- Displays the time for each day. The graph shows the variation in wind force, and the red vertical line shows where on the time graph you are at the moment. If Animation is selected, the line will move from left to right as the animation is played.
- Displays the highest and lowest estimated wind speed within the current time frame.
- Displays the wind direction at different times ahead of time.
Clicking Animation will play an animation showing how wind, pressure, waves or current changes over time.
Follow the slider in the lower part of the weather panel to see the time of the animation. The panel in the upper left corner of the map also shows the same time of the animation.
It is possible to get a forecast for the weather in the future, either by setting a specific time or by seeing how the weather changes as you go at a certain speed. These functions can be activated by selecting either Clock skew or Speed displacement. As mentioned earlier, the weather files downloaded from the different web pages will be updated at certain time intervals. It is an advantage that the data file is as new as possible and by selecting an appropriate time interval for automatic download, you will always have updated weather data available
Click the arrow keys at the bottom of the weather forecast panel to set the time shift value. This means that if you set the clock skew to 24 hours, the weather forecast will be 24 hours in advance on the map. The slider in the lower part of the panel can also be used to change the time.
By choosing Speed displacement you will get a weather forecast for the trip, if you go at a certain speed. The weather animation will appear as a circle around the vessel, and extend so far in time as the duration of the data in the file. That is, if the weather file has a duration of 3 days in advance, and you choose to go at 10 knots speed, the circle will stretch outwards to cover the distance that it is possible for the vessel to get if it is running with 10 knots speed for 3 days. Choose Actual to use the actual speed of vessel at any time. The Clock skew and Speed displacement features can be combined to create a weather forecast for a scheduled trip in a spesific area.
In order to receive continuous updating of the weather files, it is necessary to connect the machine to the internet. This can be done in several different ways, i.e. via ICE or another type of internet connection.
Enable the firewall in Olex
When connecting the machine to the internet, it is recommended to enable the firewall. If the machine is turned off, select Maintenance at startup. If the machine is already on, press Ctrl + Shift + right mouse button and the Maintenance window opens.
Point the mouse pointer inside the window. Change the command prompt to "root" by typing "su". Enter "fishbat" when questions about password appear. Press OK to confirm
Open the firewall user interface by entering:"System-config-firewall-tui".
Use the spacebar to enable Firewall
The use the Tab key to go to "OK". Press Enter to cinfirm.
Select Yes and finanlly Enter to exit.
Enter "reboot" and then press Enter to restart the machine.
Connect the network cable to the machine. To test if the machine is connected to the network, open the data traffic window. Click Layers → Show Data flow.., in the top right corner, the indicator for the internet will light green. If indicator is red, this means the machine is not in contact with the internet. If so, check the internet connection again.
There are several types of downloadable data files - weather data, fishing facilities, maritime borders, closed areas, and more. These files are all in the format “filename.grib”, and can be downloaded from different sites like: Yr, Global Marine Networks or BarentsWatch. Downloading the weather files can be done in several different ways:
Download files to a memory stick
If an internet connection is not available, the files can be downloaded to a memory stick and then transferred to the machine via the file browser. There are several different websites to download files, these can be found by searching the internet. Below we have given 2 examples of pages where GRIB data can be downloaded.
Weather data from Norway via YR: http://om.yr.no/verdana/grib/
Data from Global MarienNetworks: http://www.globalmarinenet.com/free-grib-file-downloads/
Example: Download weather files from Yr.no
Download the appropriate files to a memory stick.
Connect the memory stick to Olex and choose Read from:.
Select the file (s) and then click Read. The selected files are automatically transferred to Olex, and can be found by opening Settings Ć Downloads, in the list of file names.
Download files via URL
For machines connected to the internet, the files can be downloaded directly. To download files from a specific URL, click Settings → Downloads to open the Downloads panel. Previously downloaded data will also be found here.
To download a file from a new location, click Create New → ???.
Use the backspace key to clear the characters and enter the address.
New versions of the weather files can be downloaded at specific intervals. Determine the desired time interval by using the right and left arrow keys to set. Use the Download All Now button to download all the files right now. The Export button saves the list of URLs for eg. hard disk or memory stick. This way you do not have to enter all the addresses again, for example when changing machines. The file is saved with the title "URLs". Click Finish to save and close the panel.
Download weather files via URL from Olex ftp server
The easiest way to download weather files and other data is to go to Olex's ftp server and download a file containing URL’s to websites with different types of data.
Link to Olex' ftp server: ftp://www.olex.no/pub/files/URL
These files contains an overview of current network addresses that can be used to download data. Click on one of the folders to view the files. Right-click inside the image to save the file to a memory stick.
Connect the memory stick to Olex and click Read from. Click Ok and all download links will be saved automatically in Olex.
To delete weather files from the system, use the file browser in Olex. Click Settings → Read data and software → Local drive → GRIB to open.
All weather files installed in the system should be automatically stored in this directory. Select the files to be deleted by right-clicking on them, then click Erase.
Answer Yes to the next questions about deletion. Delete several files at once by selecting one file at a time, and finally deleting them all.
AIS is introduced for safe navigation, and to improve water-borne traffic monitoring. AIS identifies heading and speed of other ships, and its main function is to prevent collision between vessels. Ship information is broadcast over the VHF band, and it will even receive the same information from other ships and base stations. Clicking on an AIS target opens an information box, that displays the vessels name, heading, speed and distance from own ship. The number in brackets shows the time elapsed since the last message from the target was received.
Ship symbol, the arrow indicates which way the vessel is about to turn.
«Sleaping», the vessel has not been moving for some time.
The AIS target is about to disappear out of range.
Active base station.
The Base station is about to disappear out of range.
AIS targets are identified by its name or MMSI-id.
Clicking on an ais target opens a tag with ship name, course, speed and distance to own ship. The number in parentheses shows the time elapsed (in seconds) since the last message from the target was received.
The AIS function panel
Olex systems with AIS, has a function panel in the lower left of the screen. Own ships AIS set-up can be configured here.
The panel has 3 buttons, Config, List and Messages.
- Config - opens a new panel with ship information. The AIS set-up can be configured here.
- List – displays a list of all visible AIS targets within range.
- Messages – broadcasts messages to other AIS targets.
Selecting an AIS target by clicking on it, adds 2 more buttons to the panel, and also the vessels name or MMSI-id.
- More info – displays ship information.
- Relesase – deselects the target.
By clicking Config, a panel with own ships AIS set-up opens.
Ship Static Data does not change after they are entered for the first time. This includes IMO number, MMSI-id, name and call sign. Voyage Static Data changes for each trip, and includes information like; destination, number of persons on board, navigational status and type of ship and cargo cathegory. The information can be replaced by clicking the blue font. A textbox, where to write the new information, opens.
Click Ok to confirm, or click Cancel to abort.
Some of the information are standard sentences that can be changed by clikcing one of the arrows until the correct sentence is displayed. Clik Ok to save the changes.
In the lower part of the panel there are 2 rows of buttons. The buttons in the first row sets preferences for depth transfer betweeen multiple Olex systems. The buttons in the second row determines the lifetime of the AIS track. Click Ok to save the changes and close the panel.
Click List in the AIS panel, and an overview of all visible AIS targets within range opens.
The grey check box indicates that an AIS-target is selected, and that the target's info box is open. Click on a name to locate the vessel on the screen. Targets showing the MMSI id instead of the name are AIS targets that:
- have just come within range
- class B AIS targets that can not be identified by older AIS transponders
Names or MMSI id's that are crossed-out, are about to disapperar out of range. By clicking Distance or Name, the list of AIS targets is sorted either by distance or by name.
Sending and receiving messages
Click on Messages to broadcast text messages to other AIS targets within range. A new panel with the heading “Messages” opens. Click on Create message, and a text box opens under the panel.
Type the message, and select the vessel from the list of AIS targets. The recipient will appear to the left of the text field as «Send to 'name of vessel'». Click Send message! to send to the selected vessel.
If the recipient has to verify that the message is received, click Must be acknowledged. To broadcast a message to all AIS targets in range, click first on Broadcast to all, and then click Send Message!.
If the message contains a notification of possible danger, click Safety related. The text turns red, indicating that the message has high priority.
The messages are moved into the upper panel when they are confirmed sent. Status of transfer is shown in brackets in front of the message. When the message is submited, it will disappear from the list.
If the transfer fails so that the message can not be sent, the message "** Failed **" appears as the status of the message.
If two or more vessels may come to cross each other's courses, the system will show the possible future situation given the speed and course that the vessels have at the moment.
The ship symbols turn red if there is less than 2 minutes left for the vessels passing each other closer than 1 / 10 miles (185.2m). The List button on the AIS menu will flash in red, and when the list of AIS targets is opened, the name of the vessels that are within the area will be marked in red. In addition, the column TCPA (Time to Closest Point of Approach) will display the number of seconds to the closest point of approach occurs, and Minimum distance shows the minimum distance between the vessels.Vessels that may be crossing each other's courses with greater distance, is visualized by yellow ship symbols.
Finding the best course
By turning on Info → Continuous ranging arrow, the cursor can be moved around to try out different courses. The green ships symbols shows that the ship will be passing behind the other vessel.
Purple ship symbols show that the crossing occurs in front of the crossing vessel, but with a good safety margin.
It is possible to transfer depth values between two Olex systems, so the seabed mapping can be based on measurements from both systems simultaneously. To receive from, or send data to another system, the vessel must be identified with its unique MMSI-id. This can be done in two ways:
Entering the MMSI manually
If the vessel's MMSI is known, click on Configuration to open the panel Own ship AIS setup. Click on the numbers written with blue font to the right of the text Automatic depth transfer.
Enter the MMSI-id in the text box that opens, click Ok to confirm. The new value will now be saved in the system.
Choose MMSI id from the list of AIS targets
Open the list of visible AIS targets. Then click on the name of the vessel to receive the depth data.
Click More info to open the info panel, and then click Activate as depth receiver.
Click Ok to save and close the panel. To follow the calculation process, click Settings → Show calculation progress.
The picture shows the 2 vessels measuring depts, the seafloor map is calcuated continuously on the basis of data from both ships.
Vessels with autopilot can automatically navigate against a mark, or along a line object by enabling the Autonav function.
Select the mark or lineobject, and click Autonav in the Chosen-mark - or Chosen-line panel.
Click Yes to confirm when asked "Do you want to start Autonav?". The autopilot will now receive signals from Olex and starts navigating to, or along the selected object. The Autonav-panel opens to the right. The panel displays a graphical representation of the same messages received by the auto pilot.
The autonav function can also be used without an autopilot installed. Follow the instructions in the Autonav panel to steer the ship along the set course.
Estimated time of arrival
If a mark is named, or a route has named waypoints, a panel with a list of estimated times of arrivals opens.
Theese times are calculated continuously, so any change in speed will change the times accordingly. Length of stay can also be taken into account, enter the estimated length of stay after the port name in parentheses: Name of port ( 10 minutes )
The time of arrival will be changed.
Correction of autopilot lag
To keep the best possible course when the ship navigates along a line object with several waypoints, it is important to add the correction of autopilot lag. Olex navigates towards the last waypoint of each line. When the pointis passed, starts navigation towards the next waypoint. By adding the correction of autopilot lag, Olex will calculate the ship's probable position in x seconds. If it is estimated that the waypoint is passed, Olex starts navigation towards the next way point immediately, so that the course line is as straight as possible. Without correction, the autopilot will calculate the new course first after the waypoint is passed. It takes some time to maneuver the ship, and the number of seconds of correction varies from ship to ship and must be tested. Click on the Settings to add the correction for autopilot lag
Under correction - for short term correction on autopilot. The ship turns too late and the price becomes unstable.
Over correction - for long-term correction on autopilot - the ship turns before it should.
The correct path - make time added on correction for delayed autopilot.
Vessels with a wind speed sensor have a panel in the lower left of the screen that shows wind- speed and direction, in addition to the meteorological name.
By clicking on Arrows, two arrows near the ship opens, that shows the wind direction. The red arrow shows the wind direction at the moment, the green arrow shows the average wind direction for the last 10 minutes.
Click More to open a graphical overview of the wind direction and strength at a given period of time.
The panel displays the wind speed and direction at the moment, average wind speed for the last 10 minutes, and relative wind speed and direction. The graphs shows the wind speed over some time, and the arrows in the lower panel shows the variation in wind direction.
The graphs displays the wind data for a period of up to 24 hours.
The timeline view can be changed by clicking the arrow at the lower right.
Calibrating the wind speed sensor
To get an accurate measurement of wind direction and speed, the wind speed sensor must be placed in parallel with the ships center line. Measure the eviation relative to the centerline, click Calibrate and enter the value.
The temperature in the upper water layers can be measured either by a separate temperature sensor or an integrated temperature sensor in the echosounder. The value is displayed in the Temperature panel in the lower left part of the screen.
- Changes the temperature unit between Fahrenheit and Celsius.
- If the measured temperature differs from the real water temperature, press the Adjust button to enter the offset in the text box.
- By clicking Plot, the temperature panel expands and a color palette will open. This palette shows 10 colors, evenly distributed in the interval between the minimum- and maximum temperature.
The lowest part of the temperature scale is shown in blue tones, and the highest part in red tones. The minimum and maximum temperatures are displayed respectively on left and right side of the color palette. Press Values to open tags showing the numerical values along the track. Hover the pointer over the tag to see the time when the temperature was measured.
On the basis of measured positions, heading data, and water speed the Olex system can calculate the osceanic currents.
The current is calculated continuously on the basis of recent measurements from GPS, heading sensor and the water speed sensor. The panel on the left displays the current - i.e. which way the ship is going to drift if the engine power is stopped. By clicking on Arrow, the current is visualized as an arrow pointing away from the vessel.
The moon's position relative to earth is considered to be the main source of tidal currents. The Olex system calculates ocean currents in relation to the “lunar half day”, having a duration equivalent to the tidal rhythm. The lunar half day is divided into 12 lunar hours, and by observing the current in the individual lunar hours, Olex can calculate future ocean currents. The ocean is divided into a grid, similar to the depth boxes, but with a slightly coarser resolution. Each square - current box, contains a set of observations related to the timing of the lunar half day. In addition to the measured currents at the moment, the measurements are stored in the current boxes and builds up a detailed map. Each set of measurements is represented by an arrow that shows the current speed and direction. Click Mapped currents to view the map.
The timescale makes it possible to display a projection of currents in the next 18 hours. Drag the slider on the time scale to the right to show the estimated currents in the near future.
The yellow arrows in the current map shows how the computer has calculeted the currents at a particular time. The white arrows applies to other periods.
When the cursor is moved over one of the arrows, a flag opens indicating whether there are former measurements or not.
The brown field represents the lunar half day, where previous measurements are highlighted in yellow. The red marker shows the current lunar time. Clicking on More will open a list of parameters - an overview of the forces acting on the vessel at the moment.
Red values means that the parameters are outside the acceptable range, this can occur when the vessel is turning, the speed changes, or at high tides. The calulation will stop, and no values are stored.
Calibrating the wather speed sensor
The water speed sensor must be calibrated to get the best results of the measurements. Select a starting course with minimal drift and click More → Calibrate. Olex has a special mode where it asks the skipper to steer opposing straight lines at various speeds, automatically working out a graph of apparent water speed and correction factors.
- Select a starting cource with minimal lateral drift, then Start Calibration
- Follow the course that the system proposes at minimum of 1 minute. Use of autopilot i srecommended.
- Follow the further instructions given by the system.
- When the calibration is completed click Done.
Olex can be equipped with the trawl positioning systems Simrad ITI or Geonet IxSea. Sensors attached to the trawldoors visualizes the trawl in 2D and 3D with distance from the ship, direction, track and distance between the trawl doors. The sensors provides signals to Olex, showing the trawls location as a symbol towed behind the ship.
It is important to ensure that the sensors are placed correctly on the trawl. If the sensors on the starboard and port trawl door are interchanged, wrong values are used for calculating the trawls position. The sensors are shown as square boxes on the trawl symbol. Clicking on the boxes, opens a panel with information about the trawls condition. Each sensor has a panel that can be opened independently of the others.
The panel shows the status of the port door with distance and direction from the ship, and the trawl depth and distance to the starboard door.
Click on Track to start logging of the track for the trawl sensor. The sensors are exposed to some noise, and Olex perform a filtering of the recieved signals. Because of this, the track may have some inaccuracy in relation to the real movement.
Click on 3D in the main menu to open a 3D image showing the trawl.
Sound Navigation and Ranging
Sonars detects an echo of their own transmitted sound signals. A directional ultrasonic pulse is emitted from a transducer, and when the pulse hits an object, the sound is reflected and captured by the transducer. From this echo the depth, speed, direction of the sonar targets extent is calculated. Olex visualizes sonar targets as small green boxes with direction, the symbols is drawn in the center of the sonar objects.
When the mouse cursor touches one of the sonar targets, text line that shows the estimated depth, area and volume of object opens. In addition, a panel opens that shows the target's assigned ID, direction and distance from own ship. Click once inside the panel to keep it open.
Clicking on Track to start recording the sonar targets track. The start mark is automatically labeled wiith estimated depth, area and volume of the sonar target.
The HT-software can be used by echo sounders with BI500 interface, like Simrad the ES60 - and ES70 family. Raw data from the sonar are sent to Olex, and the system can calculate the seabed topography and hardness.The calculation is done based on the seabed’s ability to reflect sound signals, adjusted for factors that can affect the measurements. Without the HT-software, data from the Simrad echo sounder will be treated as data from a common echo sounder, where only the depth values are transferred via serial cable. The hardness is displayed in colors, each color representing a hardness value. Click Hardness in the main manu to turn on the view.
The hardness is specified in percentage, where 0% is soft and 100% maximum hard. The hardness of the the last sounding is displayed in a separate panel to the right. The hardness value is also shown in the depth flag that appears when the mouse cursor is moved around.
Because of quality requirements and calculation methods, there can be areas without hardness values. In these areas only the depth values are displayed. Turn on Boxes, to view only the vertical shoots that are basis for the hardness calculation.
The panel at the lower left shows the hardness colors spread on a scale from 0% to 100%.
Click Edit to open a view of the of hardness colors used in the visible screen.
The buttons at the bottom of the window are used to change the color spread.
The colors are spread linearly from 0% to 100%. Each color will always have the same hardness.
The colors are spread evenly from the lowest to the highest value.
If an area has little variation in hardness values, the columns may have almost the same color. Contrast spreads all hardness colors, so there will be higher contrast between the different values.
Current color setting is stored as a color profile.
Loads a previously stored color profile.
Changing the color settings, do not change the hardness values stored in the system. The colors can be adjusted, but the colors mutual location can not be changed.
To open the traditional view of the sonar window, click on Echo in the main menu.
The echogram opens to the right, and a red line is displayed on the screen that shows the echograms extent.
The echogram consists of 3 parts. The left part displays the water column, the right part displays a detailed view of the last sounding. The bottom echogram shows a detailed picture of the echo, without depth values.
The depth scale is determined by settings in the echo sounder. When the cursor is moved into the echogram ,a line appears. A flag displays the depth in that point. The corresponding depth flag is also displayed on the map. The cursor can be moved up or down to show the depth in the water column, and the attenuation of the echo.
The buttons Auto, Up and Down moves the echogram in the water column.
- Auto scales the echogram automatically.
- Up or Down moves the echogram manually.
The arrows at the top of the echogram window can be used to scroll back and forth in historical echogram data. Pause freezes the echogram. The end points are named with the letters A and B, the echogram thus displays the section from A to B on the map.
The arrows <<< and >>> moves the echogram each time you click on one of the buttons, the track moves accordingly.
Move the mouse cursor inside the window, press and hold the schrollwheel to to move the echogram. Or press both buttons on a two-button mouse. When Pause is disabled, the echogram returns to its normal mode again.
Adjusting the signal strength
The buttons Stronger and Weaker changes the signal strength of the echo, Stronger amplifies the echo so details becomes more perceptible on the graph. The disadvantage is that the noise is amplified as well. Weaker reduces the amplification of the echo.
Details of hardness calculation
The graph shows details of the hardness calculation.
The light gray curve shows the spread of the last sounding. The dark gray curve shows the average of the last 100 soundings and the dashed line shows a theoretical average of the spread of sound. The red frame shows the area for the hardness calculation.
Olex systems with ARPA can detect and view other ARPA targets. The targets are displayed as triangle symbols, and each target is assigned to a unique ID by the radar.
Gray icon means that the ARPA target has an uncertain position.
Red symbol means that the ARPA target has a confirmed position.
When one of the targets is touched by the mouse cursor a panel with information about the target's speed and course, and the distance to own ships, opens. Click once inside the window to keep it open.
When the cursor is moved into the panel, the buttons Name and Track are added. The panel is closed by clicking once inside the window.
Click on Name and type the name in the text box that appears.
Click Ok to confirm.
The name replaces the previous ID.
Tracks from ARPA targets
Clicking Track starts logging the ARPA targets track. The start tag gets the same name as the ARPA target.
A red frame around the symbol indicates that the track is being logged.
Open Layers → Default settings for new data, and select Automatic storing of radar tracks to log tracks for all ARPA targets automatically.
Note that to stop the logging of ARPA tracks, the logging of each target must be turned off manually. Activate Info → Present trip to display the tracks for all ARPA targets. If an ARPA target disappears, the track will also disappear.
Click on 3D in the top menu to open a 3D image showing all ARPA targets within range. The features of the 3D viewer used in the same way as usual.
NMEA 0183 Sentences
|ABK||Adressed and binary broadcast acknowledgement||AIS|
|CUR||Water current layer||Waterspeed sonsor|
|DBS||Depth below transducer||Echo sounder|
|DBT||Depth below surface||Echo sounder|
|DPT||Heading, deviation and variation|
|GGA||Global positioning system fix data||GPS|
|HDG||Heading, deviation and variation||Gyro-compass, GPS-compass. satelite-compass|
|HDM||Heading magnetic||Magnet compass|
|HDT||Heading true||Gyro-compass, GPS-compass, satelite-compass|
|MTW||Water temperature||temperature sensor|
|MWD||Wind direction and speed||windspeed sensor|
|MWV||Wind speed and angle||windspeed sensor|
|OSD||Own ship data||AIS|
|RMC||Recommended minimun navitation information||GPs, autopilot|
|TTM||Tracked target message||ARPA|
|TLL||Target latitude and longitude|
|VBW||Dual ground water speed||windspeed sensor|
|VDM||AIS and VHF data link meggages||AIS|
|VDO||AIS data link own vessel report||AIS|
|VTG||Track made good and ground speed||GPS|
|ZDA||Time and date||GPS|
From Olex to AIS and autopilot
|APB||Autopilot B sentence|
|RMB||Recommended navigation data for gps|
|VTG||Track made good and ground speed|
|XTE||MEasured cross track error|