#!/usr/bin/env python

import cdms2
import sys
import genutil
cdms2.setAutoBounds('on')

type = 'd'

order = 'zxty'
# order='xty'
#order = None
#order= 'txy'
var = 'ta'
if len(sys.argv) > 2:
    fnm = sys.argv[1]
    fout = sys.argv[2]
else:
    fnm = '/ipcc/20c3m/atm/mo/%s/ncar_ccsm3_0/run1/%s_A1.20C3M_1.CCSM.atmm.1870-01_cat_1879-12.nc' % (
        var, var)
    fout = 'Test/%s.asc' % (var)

f = cdms2.open(fnm)

ntimes = 3
print 'var:', var
# s=f(var,time=slice(0,3),latitude=(-20,20),order=order,squeeze=1)
if order is not None:
    if order.find('z') > -1:
        s = f(var, time=slice(0, ntimes), order=order, squeeze=1,
              longitude=(-180, 180, 'con'), level=slice(5, 12))
        print s.getLevel()[:]
    else:
        s = f(var, time=slice(0, ntimes), order=order,
              squeeze=1, longitude=(-180, 180, 'con'))
else:
    s = f(var, time=slice(0, ntimes), squeeze=1)
# s=s[:,::4,::4]
print 'Read in', s.shape
try:
    p = s.getLevel()
    p.id = 'pressure'
    p.units = 'Pa'
except BaseException:
    pass
# print genutil.minmax(s)
f.close()

f = open(fout, 'w')

ndim = s.rank()
print 'Dumping'
print >>f, s.id
print >>f, s.units
print >>f, ndim

for i in range(ndim):
    ax = s.getAxis(i)
    print >>f, len(ax)

for i in range(ndim):
    ax = s.getAxis(i)
    if ax.isLatitude():
        print >>f, 'latitude'
    elif ax.isLongitude():
        print >>f, 'longitude'
    else:
        print >>f, ax.id
    print >>f, ax.units
    print ax.id
    print ax.units
    for j in ax[:]:
        print >>f, j,
    print >>f
    for j in ax.getBounds().flat[:]:
        print >>f, j,
    print >>f
f.flush()

s = s.filled(120).astype(type)
s = s.flat
j = 0
for i in s[:]:
    print >>f, i,
    j += 1
print >>f
print j, s[-1]

f.close()