Features ----------------
> Flight Simulator objects produce screen blips that simulate radar echo returns.
> Aid for navigation and approaches.
> Forward-looking radar in six ranges; 2nm - 80nm
> On-screen scan sweeps 45-degrees left and right of aircraft nose.
> Caution lamp warns of possible radiation hazard if unit is activated when on the ground.
> GAIN controls that limit targets on screen and reduce clutter.
> Push-to-display scale in nm for each individual range button.
> Touch screen target identification to assist in navigation.
NOTE:
A) Radar will paint a target on the display screen relative to the aircraft heading. This means that wind drift will play a roll in the bearing of a echo. The result of a drift angle is that an aircraft can be tracking toward a target even though that target is not displayed along the vertical centerline of the screen.
B) When sRadar80 is first turned ON, targets may not display in their correct orientation if the aircraft is stationary. See Operation procedure below for activating the radar.
Operation---------------
1. Master Battery Power must be ON before gauge will operate.
2. When battery power is turned ON and aircraft is on the ground, radar will enter CAUTION mode. Orange light will illuminate. The light is a safety warning not to place radar in active mode if near buildings or ground personnel.
3. CAUTION light is lit whenever squat switches are activated (weight is on the landing gear struts).
2. Power Button on gauge must be pressed ON to place radar in active mode. Default range is 20nm.
3. Gauge is normally placed in active mode while taxiing to runway for takeoff.
4. Active mode is normally turned OFF after landing and after turning onto taxiway.
5. Radar beam scans for targets 45-degrees left and right of aircraft nose.
6. The screen scan is ON by default. It can be turned ON/OFF by pressing the round button with the vertical white stripe (right side of gauge).
7. Green buttons (GAIN) will limit which ground targets will be shown on screen. These buttons can help minimize screen clutter. One, two, or three buttons can be ON/OFF in any combination simultaneously.
8. "A" button will echo airports. These are shown in magenta.
9. "V" button will echo VORs. These are shown in yellow.
10. "N" button will echo NDBs. These are shown in green.
11. When applicable, borders will be echoed in magenta.
12. The triangular button below the screen will display the nautical mile scale when pressed. The marker values displayed are dependent upon the range that is currently active. This scale will assist in determining target distance more accurately.
13. The mileage scale can be kept on screen by first pressing the triangular button. While keeping the mouse button down, move the mouse cursor off the triangular button. The mileage scale will remain active until triangular button is clicked again with mouse.
13. Pressing the radar screen near the center will activate the target identification mode. The screen blips will present their IDs according to the GAIN setting in use. Terrain display will also switch to mapping mode.
14. When activating the target ID mode, the mileage scale can be displayed by keeping mouse button pressed while sliding cursor to the triangular mileage button. Then, that button can be pressed to display the nm scale while allowing IDs to remain visible. The target ID mode will remain active until screen is clicked again with mouse.
15. When in target ID mode, airport dots denote the centers of airports.
16. Distances are measured from the nose of the aircraft. This is represented on the radar screen by the protrusion at the bottom center of the screen.
17. A green cursor can be displayed on screen by pressing either the left or right arrow-buttons (right side of gauge). The left arrow will move the cursor in the left half of the screen to 0, 10, 20, 30, 40 degrees. These positions will be repeated if button continues to be pressed.
18. The right arrow displays the cursor in the right half of the screen and operates in similar fashion.
19. The CSR button will turn off the cursor mode.
20. Cursors are useful in approaches. They are used to orient the heading of the runway to the heading of the aircraft as it nears the vicinity of the airport. The cursor indicates when to turn onto the final leg much like an ILS beam. See the illustrated tutorial, RadarApproaches.doc, included with this archive.
Panel installation------------
(For illustrated details on how gauges are located and sized on a panel, please read the Gauge Coordinates.pdf file included with this archive.)
1P. Installing the sRadar80 gauge: The following line should be added to the panel.cfg file of the desired aircraft. The line is added under the [Window00] section:
2P. The two XX's in gaugeXX should be the NEXT consecutive gauge number not currently in use on the panel.cfg file. LocationX and LocationY are values you choose. These coordinates will move the gauge to various positions on a panel bitmap. SizeX and SizeY will determine the gauge size when displayed in flight simulator. See Gauge Coordinates.pdf for more details on how this works.
3P. What size should you make this gauge? Start with these numbers and adjust for your panel.
X-size of 100; Y-size of 88 (The width:height ratio is 1:0.88)
4P. Place sRadar80.cab into Gauges folder of FS9.
B)Window installation-------------
(Make backup of panel.cfg before using this method)
1W. The following line should be added to the panel.cfg file of the desired aircraft. The line is added under the [Window Titles] section:
[Window Titles]
WindowXX=sRadar80
2W. The two XX's in WindowXX should be the NEXT consecutive Window Titles number shown on the panel.cfg. This entry will allow the gauge to be activated from the FS menu under View/Instrument Panel/sRadar80.
3W. The following section should be also be added to the panel.cfg file.
The default location for the gauge window is the upper, left corner of the screen. This window can be moved and resized manually as needed.
To change the default location, change the "position" value in the line shown below:
[WindowXX]
BACKGROUND_COLOR=0,0,0
size_mm=100,88
position=0 <--Change this value
visible=0
ident=210511
A 0-value locates window in the upper, left corner on your screen; an 8-value will move window to the lower, right corner.
0 1 2
3 4 5
6 7 8
The block of numbers shown above indicates the position sequence. A 9-value equates to a zero and begins the sequence again.
To change the default window/gauge size, two lines must be changed; the "size_mm" line and the gauge line. These are shown below.
[WindowXX]
BACKGROUND_COLOR=0,0,0
size_mm=100,88<------(1)Change these X, Y values in a 1:0.88 proportion
position=0
visible=0
ident=210511
gauge00=sRadar80!sRadar80, 0, 0, 100, 88<-----(2)Change
SizeX, SizeY to the SAME X, Y VALUES just placed in the "size_mm" line.
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Installation of Icon gauge--------------------
(Not needed if installing gauge into panel or if you prefer to use the FS menu to open/close the gauge window)
This icon will open/close the gauge window.
1. The following line should be added to the same panel.cfg file that contains the sRadar80 installation data. The line will add an icon to your panel that will activate the gauge window. The line is added under the [Window00] section:
2. The two XX's in gaugeXX should be the NEXT consecutive gauge number shown on the panel.cfg. LocationX and LocationY are values you choose. These coordinates will move the icon to various positions on a panel bitmap. SizeX and SizeY will determine the size of the icon when displayed in flight simulator. See Gauge Coordinates.pdf for more details on how this works.
3. What size should you make this icon gauge? Start with these numbers and adjust for your panel.
X-size of 19; Y-size of 19
4. The icon gauge is archived inside the sRadar80.cab file and will be accessible to FS when that cab file is placed inside the Gauges folder.
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