commit 0ae8794a75bdc98e15cbb8006ae8419e0a8decd3
Author: divaldo <divaldo@noreply.divaldo.hu>
Date:   Wed Jun 6 13:56:41 2018 +0200

    Update page 'Home'

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+# Track reconstruction from database export
+## Why?
+For the first electronics, we used a MySQL database to store the detected muons data. It's nothing interesting in looking at the raw data, the numbers so it's time to visualize that.
+
+## What this app do?
+The app searches for valid tracks in the exported file and if found one, it'll show it in a nice histogramm.
+
+## How to use?
+When you initialize the TrackFinder object, it'll open the data.txt and try to read the first line. After a successful initialization you can call the FindTrack() function, which returns true if found a track, or returns false, if the file end is reached. After you found a track, you can call the GetTrack(std::vector<int>&, std::vector<int>&, std::vector<int>&, std::vector<int>&) function, which requires 4 std::vectors to copy the found track's data in it. The order is the same as in the input file (ch_id, time_sec, time_ns, peak_amp). 
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