GeoLink Configuration - Revision history

Admin at 13:38, 15 September 2022

2022-09-15T13:38:04Z

Admin at 09:00, 6 September 2022

2022-09-06T09:00:24Z

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Admin at 08:53, 6 September 2022

2022-09-06T08:53:38Z

Admin at 08:52, 6 September 2022

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Admin at 08:30, 6 September 2022

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Admin at 08:30, 6 September 2022

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Admin at 08:10, 6 September 2022

2022-09-06T08:10:42Z

Admin at 07:54, 6 September 2022

2022-09-06T07:54:47Z

← Older revision		Revision as of 13:38, 15 September 2022
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	<languages />		<languages />
		+

	== <translate><!--T:1-->		== <translate><!--T:1-->

@@ Line 139: / Line 139: @@
 <translate><!--T:103-->
-Whenever you will loose orientation, this function is the best option. You have to only engage the function with your transmitter and wait a moment, until the model returns to defined position.
+Whenever you will loose orientation, this function is the best option. You have to only engage the function with your transmitter and wait until the model returns to a defined position.
 <!--T:104-->

@@ Line 59: / Line 59: @@
 #Rotate with the module as long until you will see periodic Blue LED flashing. At this point the calibration is finished. Green LED light of the GeoLink v2 will be turned Off. After following re-power the module is ready for operation.
 Successful calibration will end up only with periodic GeoLink LED light flashing. If you will not reach to this point then model was not rotated to all directions. During next power up new calibration will be started. This will happen for next 2 times if calibration will be not finished. If it is not finished even for the 3rd time then original calibration data will be used.
 </translate>

@@ Line 55: / Line 55: @@
 <!--T:14-->
 #During following power up of the model you will immediately notice 3 series of rapid LED flashing on the GeoLink. This always signalize module is in the Calibration mode.
-#The Status LED will be indicating progress of the calibration then. GeoLink v2 will indicate ongoing calibration mode with Green LED.
+#Blue GeoLink LED will be indicating progress of the calibration. GeoLink v2 will light up also Green LED when calibration is ongoing.
 #Start moving with the model in all possible directions and angles to mimic a sphere. When Blue LED will flash then it will indicate a new calibration data were acquired.
 #Rotate with the module as long until you will see periodic Blue LED flashing. At this point the calibration is finished. Green LED light of the GeoLink v2 will be turned Off. After following re-power the module is ready for operation.

@@ Line 55: / Line 55: @@
 <!--T:14-->
 #During following power up of the model you will immediately notice 3 series of rapid LED flashing on the GeoLink. This always signalize module is in the Calibration mode.
-#The Status LED will be indicating progress of the calibration then. Start moving with the model in all possible directions and angles to mimic a sphere. Any LED flash will indicate that a new calibration data were acquired.
+#The Status LED will be indicating progress of the calibration then. GeoLink v2 will indicate ongoing calibration mode with Green LED.
-#Rotate with the module as long until you will see periodic LED flashing. At this point the calibration is finished. After following re-power the module is ready for operation.</translate><br/>
+#Start moving with the model in all possible directions and angles to mimic a sphere. When Blue LED will flash then it will indicate a new calibration data were acquired.
 {{Info|[[File:Info.png|18px|]] <translate><!--T:15-->
 For 600+ class helicopters we recommend to perform calibration while GeoLink is not mounted. In that way it can be more comfortable and easier.</translate><br/>[[File:Info.png|18px|]] <translate><!--T:16-->

@@ Line 21: / Line 21: @@
 How to check</translate> ===
-<translate>If your model will start to do a circles around a spot it should fly, then it is clear mark that the Compass Calibration is required.
+<translate><!--T:99-->
 <!--T:6-->
@@ Line 98: / Line 99: @@
 By default all GeoLink features are engaged as soon as a Stabi function is active. For example if Coaxial or Rescue mode is engaged the GeoLink feature is engaged as well and complement operation of a Stabi function by acting simultaneously.
 We recommend to set Stabi/Function to '''Coaxial''' mode for Geo-fence, Return to Home and Position Hold features.</translate>
-<translate>We recommend to use this way only when you are out of a free channels.</translate>
+<translate><!--T:100-->
 ==== <translate><!--T:26-->
@@ Line 114: / Line 116: @@
 Geo-fence</translate> ===
-<translate>This feature allows to restrict flying area so that when flying over the model will return. Pilot can set a virtual fence in which the model is allowed to fly.</translate>
+<translate><!--T:101-->
 Visit [[GeoLink_Geofence|Geo-fence page]] to see all details about the function.
@@ Line 121: / Line 124: @@
 Altitude Limit</translate> ===
-<translate>If you are worried you will forget to engage the Rescue mode in time, this feature is what you are looking for.</translate>
+<translate><!--T:102-->
 Visit [[GeoLink_Altitude_Limit|Altitude Limit page]] to see all details about the function.
@@ Line 128: / Line 132: @@
 Return to Home</translate> ===
-<translate>Whenever you will loose orientation, this function is the best option. You have to only engage the function with your transmitter and wait a moment, until the model returns to defined position.
+<translate><!--T:103-->
 Visit [[GeoLink_Return_to_Home|Return to Home page]] to see all details about the function.</translate>
-=== <translate>Auto Landing</translate> ===
+=== <translate><!--T:105-->
-<translate>Whenever you want to land with the model you can use this feature to do so automatically.</translate>
+<translate><!--T:106-->
 Visit [[GeoLink_Auto_Landing|Auto Landing page]] to see all details about the function.
@@ Line 141: / Line 149: @@
 Position Hold</translate> ===
-<translate>If you are learning the basics this feature can help you significantly in maintaining required spot. If you are not strong in hovering the feature will do the job for you.</translate>
+<translate><!--T:107-->
 Visit [[GeoLink_Position_Hold|Position Hold page]] to see all details about the function.
@@ Line 148: / Line 157: @@
 Altitude Hold</translate> ===
-<translate>If pilot is unable to maintain altitude the feature can control collective pitch automatically for him.</translate>
+<translate><!--T:108-->
 Visit [[GeoLink_Altitude_Hold|Altitude Hold page]] to see all details about the function.
@@ Line 183: / Line 193: @@
 | style="width: 33%;text-align:center;"| [[#up|&uarr;<translate><!--T:74-->
 Up</translate>&uarr;]]
-| style="text-align:right;" | [[<translate>GeoLink_Logging</translate>|<translate>Logging</translate> &rarr;]]
+| style="text-align:right;" | [[<translate><!--T:109-->
 |}
 ----
 </div>

@@ Line 116: / Line 116: @@
 <translate>This feature allows to restrict flying area so that when flying over the model will return. Pilot can set a virtual fence in which the model is allowed to fly.</translate>
-=== <translate>How it works</translate> ===
+Visit [[GeoLink_Geofence|Geo-fence page]] to see all details about configuration.
-<translate>When model fly over configured fence it will try to stop and return back to allowed area as fast as possible.
+== <translate><!--T:34-->
-This feature can work also upside down in the same way.
+Altitude Limit</translate> ==
-Rudder control is identical as with a normal flying mode.</translate>
-−
-<translate>To enable this feature it is required to tick the CheckBox in the GeoLink window/Aid tab.</translate>
-−
-[[File:geolink-geofence.png|center|thumb]]
-−
-=== <translate><!--T:30-->
-Usage</translate> ===
-−
-<translate><!--T:31-->
-The feature can be engaged at any given time by a command from your radio. It is important to decide in which way the feature can be engaged as there are two options.
-−
-<!--T:32-->
-# To engage with Stabi function - in this case the feature is engaged when programmed Stabi function is engaged. This mean you do not need to assign any other switch than when used for e.g. Stabilisation mode
-# To engage with assigned GeoLink channel - it is required to assign ''F: GeoLink Geo-fence'' function in the ''General/Channels'' to an available channel.</translate>
-−
-−
-{{Info|[[File:Info.png|18px|]] <translate><!--T:33-->
-Please make sure that Geo-fence Area was defined. Four points must be programmed. The Spirit Settings will display right order to program all points.</translate>}}
-−
-=== <translate><!--T:80-->
-Modes</translate> ===
-−
-<translate><!--T:81-->
-If Geo-fence is engaged by assigned GeoLink channel there is possibility to use tri-state switch also for programming of a new Geo-fence area.
-In the Channels window you will be able to see Function as '''On (1)''', '''Off''' and '''On (2)''' which is corresponding to 100%, 0% and -100% channel value.
-−
-==== On (1) ====
-−
-<!--T:82-->
-When '''On (1)''' is displayed it mean that at this point Geo-fence is engaged and flight area is restricted. The model will return upon exceeding the area to the center of the area. Then pilot have to touch the aileron or elevator stick in order to continue in flight.
-−
-==== On (2) ====
-<!--T:83-->
-When '''On (2)''' is displayed the unit is in a programming mode which allow to overwrite current Geo-fence to the new with position at which the model currently is. Please note that it will not work if model is flying or if GNSS signal is very weak.</translate>
-−
-=== <translate>Return Altitude</translate> ===
-−
-<translate>If you will set '''Return Altitude''' parameter to a non-zero value then model will automatically reach and maintain this altitude when the function is engaged. If you want to control collective pitch when this function is enabled it is enough to set 0 for this parameter.</translate>
-−
-=== <translate><!--T:84-->
-New Geo-fence programming</translate> ===
-−
-<translate><!--T:85-->
-It is possible to program the Geo-fence either with the Spirit Settings by selecting 4 points at the Map. Or there is possibility to use GeoLink channel to do so even if you are out of a computer.
-−
-<!--T:86-->
-If assigned GeoLink channel is used you have to set '''On (2)''' function state and keep it on for at least 2 seconds. At this period Status LED of the Spirit unit will turn off and after 2 seconds new Geo-fence point is programmed.
-Pilot has to define four points that will determine new area. To program all four points pilot have to engage the programming four times.
-Only once all points are programmed the Status LED of the Spirit unit will turn On which will signalize success. New area is applied immediately.
-</translate>
-−
-−
-=== <translate><!--T:34-->
-Altitude Limit</translate> ===
 <translate>If you are worried you will forget to engage the Rescue mode in time, this feature is what you are looking for.</translate>
 === <translate><!--T:39-->

@@ Line 63: / Line 63: @@
 '''Spirit Setings will not see GeoLink''' during Calibration mode. Calibration will not finish until it is fully done. If power is turned off while calibration is not finished, the calibration process will start from the beginning after next power up.</translate>}}
 == <translate><!--T:18-->
@@ Line 104: / Line 109: @@
 [[File:geolink-channels.png|center|thumb]]
-== <translate><!--T:28-->
+== GeoLink functions ==
 Geo-fence</translate> ==
 <translate>This feature allows to restrict flying area so that when flying over the model will return. Pilot can set a virtual fence in which the model is allowed to fly.</translate>
@@ Line 166: / Line 173: @@
-== <translate><!--T:34-->
+=== <translate><!--T:34-->
-Altitude Limit</translate> ==
+Altitude Limit</translate> ===
 <translate>If you are worried you will forget to engage the Rescue mode in time, this feature is what you are looking for.</translate>
@@ Line 222: / Line 229: @@
 Low Triggering Acceleration value is causing only minor difference.</translate>
-== <translate><!--T:39-->
+=== <translate><!--T:39-->
-Return to Home</translate> ==
+Return to Home</translate> ===
 <translate>Whenever you will loose orientation, this function is the best option. You have to only engage the function with your transmitter and wait a moment, until the model returns to defined position.
@@ Line 309: / Line 316: @@
 The easiest is to set up '''On (4)''' mode which will always use lift off position for Return to Home.
-== <translate><!--T:87-->
+=== <translate><!--T:87-->
 Auto Landing</translate> ==
@@ Line 343: / Line 350: @@
-== <translate><!--T:52-->
+=== <translate><!--T:52-->
-Position Hold</translate> ==
+Position Hold</translate> ===
 <translate>If you are learning the basics this feature can help you significantly in maintaining required spot. If you are not strong in hovering the feature will do the job for you.</translate>
@@ Line 372: / Line 379: @@
-== <translate><!--T:57-->
+=== <translate><!--T:57-->
-Altitude Hold</translate> ==
+Altitude Hold</translate> ===
 <translate>If pilot is unable to maintain altitude the feature can control collective pitch automatically for him.</translate>