
% mooring 1026
%organization of variables for the ultramoor buoy farm test mooring.  

%load f10261.ascii;			%vmcm at 16m
%load f10262.ascii;			%VMCM2 at 18m
%load f10263.ascii;			%Sontek Argonaut at 22m
%load f10264.1sec;			%Aanderaa interpolated to 1 second sampling at 24m
%load f10265b.ascii;		%FSI at 26m
%load f10266.ascii;			%Nobska mavs at 29m
%load f10267.ascii;			%VACM at 31 meters
%load allultramoor			%contains all of the above

%First 6 variables in each ascii file are yyyy mm dd hh mm ss

%uvm1=f10261(:,7);
%vvm1=f10261(:,8);
%dvm1=f10261(:,9);
%svm1=f10261(:,10);
%uprvm1=f10261(:,11);
%lwrvm1=f10261(:,12);
%cvm1=f10261(:,13);
%tvm1=f10261(:,14);

%uvm2=f10262(:,7);
%vvm2=f10262(:,8);
%dvm2=f10262(:,9);
%svm2=f10262(:,10);
%tvm2=f10262(:,11);
%r1vm2=f10262(:,12);
%r2vm2=f10262(:,13);
%cvm2=f10262(:,14);
%tltxvm2=f10262(:,15);
%tltyvm2=f10262(:,16);
%batvvm2=f10262(:,17);
%batcvm2=f10262(:,18);

%uson=f10263(:,7);
%vson=f10263(:,8);
%upson=f10263(:,9);
%dson=f10263(:,10);
%sson=f10263(:,11);
%tson=f10263(:,12);
%pson=f10263(:,13);
%estdson=f10263(:,14);
%nstdson=f10263(:,15);
%upstdson=f10263(:,16);
%eampson=f10263(:,17);
%nampson=f10263(:,18);
%upampson=f10263(:,19);
%pcentson=f10263(:,20);
%headson=f10263(:,21);
%pitchson=f10263(:,22);
%rollson=f10263(:,23);
%headstdson=f10263(:,24);
%pitchstdson=f10263(:,25);
%rollstdson=f10263(:,26);
%pstdson=f10263(:,27);
%batvson=f10263(:,28);
%cell1son=f10263(:,29);
%cell2son=f10263(:,30);

%uaan=f10264(:,7);
%vaan=f10264(:,8);
%daan=f10264(:,9);
%saan=f10264(:,10);
%taan=f10264(:,11);
%paan=f10264(:,12);
%condaan=f10264(:,13);
%turbaan=f10264(:,14);
%oxyaan=f10264(:,15);

%ufsi=f10265b(:,7);
%vfsi=f10265b(:,8);
%upfsi=f10265b(:,9);
%dfsi=f10265b(:,10);
%sfsi=f10265b(:,11);
%tfsi=f10265b(:,12);
%pfsi=f10265b(:,13);
%tltfsi=f10265b(:,14);
%headfsi=f10265b(:,15);
%battfsi=f10265b(:,16);
%txfsi=f10265b(:,17);
%tyfsi=f10265b(:,18);
%hxfsi=f10265b(:,19);
%hyfsi=f10265b(:,20);
%hzfsi=f10265b(:,21);
%vnfsi=f10265b(:,22);
%vefsi=f10265b(:,23);
%vufsi=f10265b(:,24);
%v1fsi=f10265b(:,25);
%v2fsi=f10265b(:,26);
%v3fsi=f10265b(:,27);
%v4fsi=f10265b(:,28);

%umav=f10266(:,7);
%vmav=f10266(:,8);
%dmav=f10266(:,10);
%smav=f10266(:,11);
%tmav=f10266(:,12);

%uvacm=f10267(:,7);
%vvacm=f10267(:,8);
%dvacm=f10267(:,9);
%svacm=f10267(:,10);
%rcvacm=f10267(:,11);
%rsvacm=f10267(:,12);
%cvacm=f10267(:,13);
%vanevacm=f10267(:,14);
%headvacm=f10267(:,15);
%tvacm=f10267(:,16);
%

%organization of uvtultramoor.mat				for 1 minute samples
%allu=[uvm1 uvm2 uson uaan ufsi umav uvacm];
%allv=[vvm1 vvm2 vson vaan vfsi vmav vvacm];
%allt=[tvm1 tvm2 tson taan tfsi tmav tvacm];
%save uvtultramoor allu allv allt

%organization of uvdst1d.mat					for one day averages
%allu1d=[uvm1 uvm2 uson uaan ufsi umav uvacm];
%allv1d=[vvm1 vvm2 vson vaan vfsi vmav vvacm];
%alld1d=[dvm1 dvm2 dson daan dfsi dmav dvacm];
%alls1d=[svm1 svm2 sson saan sfsi smav svacm];
%allt1d=[tvm1 tvm2 tson taan tfsi tmav tvacm];
%save uvtultramoor allu1d allv1d alld1d alls1d allt1d

%organization of uvdst900.mat					for 15 minute averages
%allu15=[uvm1 uvm2 uson uaan ufsi umav uvacm];
%allv15=[vvm1 vvm2 vson vaan vfsi vmav vvacm];
%alld15=[dvm1 dvm2 dson daan dfsi dmav dvacm];
%alls15=[svm1 svm2 sson saan sfsi smav svacm];
%allt15=[tvm1 tvm2 tson taan tfsi tmav tvacm];
%save uvtultramoor allu15 allv15 alld15 alls15 allt15