The leapseconds can now be defined in artoa.ini.

lib/+artoa/+controller/+edit/+timeOfArrival/plotSoundsourceToaFromGps.m

@@ -36,7 +36,8 @@ for o = 1:length(fnames)
             'pressure', artoaWorkspace.pressure(artoaWorkspace.statusPressure == 1), ...
             'method', 'del grosso', ...
             'soundSource', NaN ...
-        ) ...
+        ), ...
+        artoa.data.getMember(artoaDataInput, {'ini', 'leapseconds'}) ...
     );
 
     % remove gps dates that are past end mission of sound source

lib/+artoa/+controller/+file/loadArtoaIni.m

@@ -15,7 +15,7 @@ if isempty(artoaDataInput.ini)
     error([mfilename ': artoa.ini has been found but is empty. Please use a valid artoa.ini!']);
 end
 
-artoa.controller.edit.timeOfArrival.plot();
+artoa.controller.edit.updateAvailablePlots();
 
 
 end

lib/+artoa/+data/calculateLeapseconds.m

-function lsec=calculateLeapseconds(date1,date2)
-% LEAPSEC  return the leapseconds between two dates
-% (dates must be in rafos day (use dmy2rd)
-% lsec=lsec(date1)-lsec(date2)!
+function [leapseconds] = calculateLeapseconds(pDate1, pDate2, pLeapsecondsMatrix)
+%CALCULATELEAPSECIBDS Calculates the leapseconds between the two given dates based on the leapseconds matrix.
+%
+%   Parameters:
+%       pDate1 (double)     The first date in rafos day, see
+%                           artoa.convert.dmy2rd.
+%       pDate2 (double)     The second date in rafos day.
+%       pLeapsecondsMatrix  The matrix that 
+%
+%   Returns:
+%       leapseconds (double) The calculated leapseconds
 
-lsec=[];
-dmys=[ 1  1 1972 10;
-       1  7 1972 11;
-       1  1 1973 12;
-       1  1 1974 13;
-       1  1 1975 14;
-       1  1 1976 15;
-       1  1 1977 16;
-       1  1 1978 17;
-       1  1 1979 18;
-       1  1 1980 19;
-       1  7 1981 20;
-       1  7 1982 21;
-       1  7 1983 22;
-       1  7 1985 23;
-       1  1 1988 24;
-       1  1 1990 25;
-       1  1 1991 26;
-       1  7 1992 27;
-       1  7 1993 28;
-       1  7 1994 29;
-       1  1 1996 30;
-       1  7 1997 31;
-       1  1 1999 32;
-       1  1 2006 33];
-   
-rd=artoa.convert.dmy2rd(dmys(:,1:3));
-leap=dmys(:,4);
 
-ax=find(rd <= date1);
-bx=find(rd <= date2);
+rd = artoa.convert.dmy2rd(pLeapsecondsMatrix(:, 1:3));
+leap = pLeapsecondsMatrix(:, 4);
 
-lsec=leap(max(ax))-leap(max(bx));
+ax = find(rd <= pDate1);
+bx = find(rd <= pDate2);
+
+leapseconds = leap(max(ax)) - leap(max(bx));
 

lib/+artoa/+data/predictToaFromGps.m

-function [gpsRafosDates, predictedToa] = predictToaFromGps(pRfb, pSoundSource, pSoundSpeedParameter)
+function [gpsRafosDates, predictedToa] = predictToaFromGps(pRfb, pSoundSource, pSoundSpeedParameter, pLeapsecondsMatrix)
 %ESTIMATETOAFROMGPS Summary of this function goes here
 %   Detailed explanation goes here
 
@@ -37,7 +37,8 @@ soundSourcePosition = pSoundSource.position;
 %% Collect generic variables
 leapSeconds = artoa.data.calculateLeapseconds( ...
     floatLaunchTime, ...
-    soundSourceEmissionBegin ...
+    soundSourceEmissionBegin, ...
+    pLeapsecondsMatrix ...
 );
 
 %% Calculations