
way_proc_data_ceilo ='c:\Data\cwf\Dropbox\DATA\dynamo\';
cruise='DYNAMO_2011';
zz=[];
z1=load('c:\data\cwf\Dropbox\DATA\dynamo\files\DYNAMO_2011_ceilo_10min_a1.txt');%read file with 10min 
z2=load('c:\data\cwf\Dropbox\DATA\dynamo\files\DYNAMO_2011_ceilo_10min_a2.txt');%read file with 10min 
z3=load('c:\data\cwf\Dropbox\DATA\dynamo\files\DYNAMO_2011_ceilo_10min_a3.txt');%read file with 10min 
z4=load('c:\data\cwf\Dropbox\DATA\dynamo\files\DYNAMO_2011_ceilo_10min_a4.txt');%read file with 10min 

zzx=[z1' z2' z3' z4']';
jdx=zzx(:,1);
zz=interp1(jdx,zzx,jdy);

jdh=(zz(:,1));%+.16/24);%1    Day-Of-Year, time at the beginning of 10-min ave
allda=single(zz(:,2));%number of obs in 10-min
nocld=single(zz(:,3));%no clouds
onecld=single(zz(:,4));%one cloud
mltcld=single(zz(:,5));%multiple clouds
obscure=single(zz(:,6));%obscured
pobs=single(zz(:,7));%partially obscured
clrf=single(zz(:,8));%clear fraction
ceilof=single(zz(:,9));%cloudy fraction
ceilofobs=single(zz(:,10));%cloudy fraction, including obscured
cloudhgt=single(zz(:,11));%median cloud base height
hgts1=single(zz(:,12));%15% clouds lower height
hgts2=single(zz(:,13));%85% clouds lower height

figure;plot(jdh,cloudhgt);


