function plot_gould_met1m(t1,t2)
% plot_gould_met1m(t1,t2) plots the basic
% 1-min met data in gould_met1m for the
% time between t1 and t2 (in yds). t2 is 
% optional, default value is t1+1.
% 4/11/01

if nargin==1,
   t2=t1+1;
end

% get data
load gould_met1m
k=find(t>=t1 & t<=t2);
t=t(k);at=at(k);rh=rh(k);bp=bp(k);sw=sw(k);lw=lw(k);
ws=ws(k);wd=wd(k);sst=sstn(k);
% setup plot
clf
orient tall
t0=floor(min(t));t1=ceil(max(t));
T0=floor(min([min(at) min(sst)]));
T1=ceil(max([max(at) max(sst)]));

subplot(6,1,1)
plot(t,ws,'b')
ylabel('WS')
grid
axis([t0 t1 0 30]);
title('R/V Gould 01-03 1-min Meteorological Data')

subplot(6,1,2)
plot(t,wd,'b')
ylabel('WD')
grid
axis([t0 t1 0 360]);

subplot(6,1,3)
plot(t,at,'b',t,sst,'r')
ylabel('Ta, Ts(red)')
grid
axis([t0 t1 T0 T1]);

subplot(6,1,4)
plot(t,rh,'b')
ylabel('RH')
grid
axis([t0 t1 50 110])

subplot(6,1,5)
plot(t,bp,'b')
ylabel('BP')
grid
axis([t0 t1 925 1025]);

subplot(6,1,6)
plot(t,sw,'b',t,lw,'r')
ylabel('SW, LW(red)')
grid
axis([t0 t1 0 500]);

xlabel('2001 Yearday')
hold off