Directional Scanner: Difference between revisions

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The distance of your scan is typed in manually. You can set it between 1 km and approximately 14.355 AU. However you can only specify this range in km, and therefore a conversion is required. 150 million km is about the same as 1 AU (the actual conversion is 149,597,871 km:1 AU). To quickly perform a max-range scan, you can fill the range field with multiple 9s until you can no longer put any more in, and it will default to the max range.

A slider bar is available to choose the scan angle from preset values at several key stages between 360 degrees and 5 degrees. Together, the angle and range parameters define a cone shaped scan area, with the apex being your ship (or a sphere/hemisphere if set to 360 degrees/180 degrees, respectively, with your ship being at the sphere's center) and the axis of the cone being a vector shooting from your ship away from you, and toward the direction which the camera is pointed at (see [[#Directional Scan and the Camera|below]]).

A slider bar is available to choose the scan angle from preset values at several key stages between 360 degrees and 5 degrees. Together, the angle and range parameters define a cone shaped scan area, with the apex being your ship (or a sphere/hemisphere if the angle is set to 360 degrees/180 degrees, respectively, with your ship being at the sphere's center) and the axis of the cone being a vector shooting from your ship away from you, and toward the direction which the camera is pointed at (see [[#Directional Scan and the Camera|below]]).

A more intuitive representation of the scan area can be brought up by pressing F11 out in space. In the bottom section of the new window that pops up, a green triangle represents the current scan area, and the grey area is your field of view.

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Most people will start by checking if the target is located at a place that can be easily warped to, such as planets, stations, or asteroid belts. For example, you can start by using a small-angle scan on a planet's "cluster" (including the planet itself, its moons and associated belts, as well as nearby stations) from a distance away. You can then warp to the planet and check its surrounding celestial bodies with the scanner in the event that your first scan turns out any potential target.

Again, notice that the directional scanner will never give you a warp-able point to the target ship itself. Ships sitting at off-grid safespots will necessitate the use of combat probes. However, directional scans can still help by pointing out the general position of the target, thereby reducing the time needed by probing and the chance that the target will move away upon seeing your probes on their own directional scan.

Again, notice that the directional scanner will never give you a warp-able point to the target ship itself. Ships sitting at off-grid safespots will necessitate the use of combat probes. However, directional scans can still help by pointing out the general position of the target, thereby reducing the time needed for probing and the chance that the target will move away upon seeing your probes on their own directional scan.

==Other Uses of the Directional Scanner==

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 The distance of your scan is typed in manually. You can set it between 1 km and approximately 14.355 AU. However you can only specify this range in km, and therefore a conversion is required. 150 million km is about the same as 1 AU (the actual conversion is 149,597,871 km:1 AU). To quickly perform a max-range scan, you can fill the range field with multiple 9s until you can no longer put any more in, and it will default to the max range.
-A slider bar is available to choose the scan angle from preset values at several key stages between 360 degrees and 5 degrees. Together, the angle and range parameters define a cone shaped scan area, with the apex being your ship (or a sphere/hemisphere if set to 360 degrees/180 degrees, respectively, with your ship being at the sphere's center) and the axis of the cone being a vector shooting from your ship away from you, and toward the direction which the camera is pointed at (see [[#Directional Scan and the Camera|below]]).
+A slider bar is available to choose the scan angle from preset values at several key stages between 360 degrees and 5 degrees. Together, the angle and range parameters define a cone shaped scan area, with the apex being your ship (or a sphere/hemisphere if the angle is set to 360 degrees/180 degrees, respectively, with your ship being at the sphere's center) and the axis of the cone being a vector shooting from your ship away from you, and toward the direction which the camera is pointed at (see [[#Directional Scan and the Camera|below]]).
 A more intuitive representation of the scan area can be brought up by pressing F11 out in space. In the bottom section of the new window that pops up, a green triangle represents the current scan area, and the grey area is your field of view.
@@ Line 27: / Line 27: @@
 Most people will start by checking if the target is located at a place that can be easily warped to, such as planets, stations, or asteroid belts. For example, you can start by using a small-angle scan on a planet's "cluster" (including the planet itself, its moons and associated belts, as well as nearby stations) from a distance away. You can then warp to the planet and check its surrounding celestial bodies with the scanner in the event that your first scan turns out any potential target.
-Again, notice that the directional scanner will never give you a warp-able point to the target ship itself. Ships sitting at off-grid safespots will necessitate the use of combat probes. However, directional scans can still help by pointing out the general position of the target, thereby reducing the time needed by probing and the chance that the target will move away upon seeing your probes on their own directional scan.
+Again, notice that the directional scanner will never give you a warp-able point to the target ship itself. Ships sitting at off-grid safespots will necessitate the use of combat probes. However, directional scans can still help by pointing out the general position of the target, thereby reducing the time needed for probing and the chance that the target will move away upon seeing your probes on their own directional scan.
 ==Other Uses of the Directional Scanner==