Write RIC file

Expected behavior

Output the trajectory in the RIC format.

Initial state

Variation: "GMT"

Input variables

Variable name	Description
FLOAT.floatname	The floatname that is defined in the rfb file.
FLOAT.currentcycle	The first digit that is defined in the FLOAT.cycle variable in the rfb file.
time	rafos julian day
lat	latitude array
lon	longitude array
temperature	temperature array
pressure	pressure array

Output parts

All characters are converted to lowercase!

Shortname	Description	Value/Format	Default value
[PREFIX]	Header/Prefix of every line	FLOAT.floatname - cycle FLOAT.currentcycle
[TIME]	10 character char/number	YYMMDDHHmm
[LAT]	Latitude	7.3f	-99.0
[LON]	Longitude	8.3f	-999.0
[TEMP]	Temperature	7.2f	-999.0
[PRES]	Pressure	7.2f	-99.0
[TIMEINCLUDINGOFFSET]	Input time	time + 2440000

Output of one line

[PREFIX] [TIME][LAT][LON] 0 -999.000 -999.000 [TEMP] [PRES] [TIMEINCLUDINGOFFSET]

Matlab code for conversion of time of one line (extracted from previous version of ARTOA3):

fdate=rd2dmy(time(ix));%fdate=[day,month,year]
if(fdate(3) >= 2000)
 fdate(3)= fdate(3)-2000;
else
 fdate(3)= fdate(3)-1900; 
end
year=fdate(3);
mon=fdate(2);
day=fdate(1);
hour=24*(time(ix)-floor(time(ix)))+0.0000000001;
min=round(hour-floor(hour));
sec=round(min-floor(min));
hour=floor(hour);
min=round(min);