[REL] Hydrophone Tracker

[Dignan]

Was this tool ever put into a downloadable "app" for iphone or tablets? It is just too good not to use but I don't have another computer to have running at the same time and I don't want to alt-tab out of the game. This is ripe for use as a phone or tablet app.

[Pisces]

Originally Posted by Dignan

Was this tool ever put into a downloadable "app" for iphone or tablets? It is just too good not to use but I don't have another computer to have running at the same time and I don't want to alt-tab out of the game. This is ripe for use as a phone or tablet app.

I don't think so. Back in the days of SH3 we just used the mapdrawing tools to construct it.
There are youtube videos showing how to draw it (4 bearing method hydrophone). Or search here for 4 bearing method from user Nefelodam. I think Makman also made one, not sure.

Part of it (how to come up with the course through the first 3 bearings) is described in this Maneuveringboar manual: pdf page 68 (page 56 in the document itself)

http://gcaptain.com/maritime/tools/files/MoBoard.pdf

Ok, it's a few years later but the following should still be said. The first 3 bearings need to be taken while being motionless. Speeds less than halve a knot won't matter that much, but it should be avoided. Between the time of bearing 3 and 4 you should sprint away (fast on the surface if possible). Parallel to the probable course for best effect.

[Dignan]

Originally Posted by Pisces

I don't think so. Back in the days of SH3 we just used the mapdrawing tools to construct it.
There are youtube videos showing how to draw it (4 bearing method hydrophone). Or search here for 4 bearing method from user Nefelodam. I think Makman also made one, not sure.

Part of it (how to come up with the course through the first 3 bearings) is described in this Maneuveringboar manual: pdf page 68 (page 56 in the document itself)

http://gcaptain.com/maritime/tools/files/MoBoard.pdf

Ok, it's a few years later but the following should still be said. The first 3 bearings need to be taken while being motionless. Speeds less than halve a knot won't matter that much, but it should be avoided. Between the time of bearing 3 and 4 you should sprint away (fast on the surface if possible). Parallel to the probable course for best effect.

Thanks. I'm getting pretty competent with the 4 bearings method using the navmap. I'm also getting lazy though . That's why I was hoping this program could be put into an app or some sort.

[LemonA]

About this EXAMPLE 25.
The descriped solution is incomplete, inaccurate or erroneous.

But when we change and use "The 4 Bearing Method (non static)" then the 6 bearings and dates make sence.