==> head_diur_ncd <==

==> tira_diurnal_2002_2008.ncd <==
netcdf tira_diurnal_2002_2008 {
dimensions:
	lat = 37 ;
	lev = 161 ;
	month = 12 ;
	coeff = 8 ;
variables:
	float lat(lat) ;
		lat:units = "DEG" ;
		lat:long_name = "LATITUDE" ;
		lat:missing_value = -999.f ;
	float lev(lev) ;
		lev:units = "KM" ;
		lev:long_name = "ALTITUDE" ;
		lev:missing_value = -999.f ;
	short month(month) ;
		month:units = " " ;
		month:long_name = "MONTH, 1-12" ;
		month:missing_value = -9s ;
	float coeff_w2(month, coeff) ;
		coeff_w2:units = " " ;
		coeff_w2:long_name = "W2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_w2:missing_value = -999.f ;
	float coeff_w2_err(month, coeff) ;
		coeff_w2_err:units = " " ;
		coeff_w2_err:long_name = "ERROR OF W2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_w2_err:missing_value = -999.f ;
	float coeff_w1(month, coeff) ;
		coeff_w1:units = " " ;
		coeff_w1:long_name = "W1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_w1:missing_value = -999.f ;
	float coeff_w1_err(month, coeff) ;
		coeff_w1_err:units = " " ;
		coeff_w1_err:long_name = "ERROR OF W1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_w1_err:missing_value = -999.f ;
	float coeff_s0(month, coeff) ;
		coeff_s0:units = " " ;
		coeff_s0:long_name = "S0 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_s0:missing_value = -999.f ;
	float coeff_s0_err(month, coeff) ;
		coeff_s0_err:units = " " ;
		coeff_s0_err:long_name = "ERROR OF S0 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_s0_err:missing_value = -999.f ;
	float coeff_e1(month, coeff) ;
		coeff_e1:units = " " ;
		coeff_e1:long_name = "E1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_e1:missing_value = -999.f ;
	float coeff_e1_err(month, coeff) ;
		coeff_e1_err:units = " " ;
		coeff_e1_err:long_name = "ERROR OF E1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_e1_err:missing_value = -999.f ;
	float coeff_e2(month, coeff) ;
		coeff_e2:units = " " ;
		coeff_e2:long_name = "E2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_e2:missing_value = -999.f ;
	float coeff_e2_err(month, coeff) ;
		coeff_e2_err:units = " " ;
		coeff_e2_err:long_name = "ERROR OF E2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_e2_err:missing_value = -999.f ;
	float coeff_e3(month, coeff) ;
		coeff_e3:units = " " ;
		coeff_e3:long_name = "E3 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_e3:missing_value = -999.f ;
	float coeff_e3_err(month, coeff) ;
		coeff_e3_err:units = " " ;
		coeff_e3_err:long_name = "ERROR OF E3 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2" ;
		coeff_e3_err:missing_value = -999.f ;
	float hme1_w2_fit(month) ;
		hme1_w2_fit:units = " " ;
		hme1_w2_fit:long_name = "W2 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w2_fit:missing_value = -999.f ;
	float hme1_w2_fit_error(month) ;
		hme1_w2_fit_error:units = " " ;
		hme1_w2_fit_error:long_name = "W2 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w2_fit_error:missing_value = -999.f ;
	float hme2_w2_fit(month) ;
		hme2_w2_fit:units = " " ;
		hme2_w2_fit:long_name = "W2 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w2_fit:missing_value = -999.f ;
	float hme2_w2_fit_error(month) ;
		hme2_w2_fit_error:units = " " ;
		hme2_w2_fit_error:long_name = "W2 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w2_fit_error:missing_value = -999.f ;
	float hme1_w1_fit(month) ;
		hme1_w1_fit:units = " " ;
		hme1_w1_fit:long_name = "W1 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w1_fit:missing_value = -999.f ;
	float hme1_w1_fit_error(month) ;
		hme1_w1_fit_error:units = " " ;
		hme1_w1_fit_error:long_name = "W1 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w1_fit_error:missing_value = -999.f ;
	float hme2_w1_fit(month) ;
		hme2_w1_fit:units = " " ;
		hme2_w1_fit:long_name = "W1 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w1_fit:missing_value = -999.f ;
	float hme2_w1_fit_error(month) ;
		hme2_w1_fit_error:units = " " ;
		hme2_w1_fit_error:long_name = "W1 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w1_fit_error:missing_value = -999.f ;
	float hme1_s0_fit(month) ;
		hme1_s0_fit:units = " " ;
		hme1_s0_fit:long_name = "S0 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_s0_fit:missing_value = -999.f ;
	float hme1_s0_fit_error(month) ;
		hme1_s0_fit_error:units = " " ;
		hme1_s0_fit_error:long_name = "S0 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_s0_fit_error:missing_value = -999.f ;
	float hme2_s0_fit(month) ;
		hme2_s0_fit:units = " " ;
		hme2_s0_fit:long_name = "S0 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_s0_fit:missing_value = -999.f ;
	float hme2_s0_fit_error(month) ;
		hme2_s0_fit_error:units = " " ;
		hme2_s0_fit_error:long_name = "S0 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_s0_fit_error:missing_value = -999.f ;
	float hme1_e1_fit(month) ;
		hme1_e1_fit:units = " " ;
		hme1_e1_fit:long_name = "E1 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e1_fit:missing_value = -999.f ;
	float hme1_e1_fit_error(month) ;
		hme1_e1_fit_error:units = " " ;
		hme1_e1_fit_error:long_name = "E1 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e1_fit_error:missing_value = -999.f ;
	float hme2_e1_fit(month) ;
		hme2_e1_fit:units = " " ;
		hme2_e1_fit:long_name = "E1 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e1_fit:missing_value = -999.f ;
	float hme2_e1_fit_error(month) ;
		hme2_e1_fit_error:units = " " ;
		hme2_e1_fit_error:long_name = "E1 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e1_fit_error:missing_value = -999.f ;
	float hme1_e2_fit(month) ;
		hme1_e2_fit:units = " " ;
		hme1_e2_fit:long_name = "E2 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e2_fit:missing_value = -999.f ;
	float hme1_e2_fit_error(month) ;
		hme1_e2_fit_error:units = " " ;
		hme1_e2_fit_error:long_name = "E2 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e2_fit_error:missing_value = -999.f ;
	float hme2_e2_fit(month) ;
		hme2_e2_fit:units = " " ;
		hme2_e2_fit:long_name = "E2 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e2_fit:missing_value = -999.f ;
	float hme2_e2_fit_error(month) ;
		hme2_e2_fit_error:units = " " ;
		hme2_e2_fit_error:long_name = "E2 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e2_fit_error:missing_value = -999.f ;
	float hme1_e3_fit(month) ;
		hme1_e3_fit:units = " " ;
		hme1_e3_fit:long_name = "E3 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e3_fit:missing_value = -999.f ;
	float hme1_e3_fit_error(month) ;
		hme1_e3_fit_error:units = " " ;
		hme1_e3_fit_error:long_name = "E3 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e3_fit_error:missing_value = -999.f ;
	float hme2_e3_fit(month) ;
		hme2_e3_fit:units = " " ;
		hme2_e3_fit:long_name = "E3 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e3_fit:missing_value = -999.f ;
	float hme2_e3_fit_error(month) ;
		hme2_e3_fit_error:units = " " ;
		hme2_e3_fit_error:long_name = "E3 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e3_fit_error:missing_value = -999.f ;
	float amp_w2_t(month, lev, lat) ;
		amp_w2_t:units = "K" ;
		amp_w2_t:long_name = "W2 DIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_w2_t:missing_value = -999.f ;
	float phase_w2_t(month, lev, lat) ;
		phase_w2_t:units = "HOURS" ;
		phase_w2_t:long_name = "W2 DIURNAL PHASE" ;
		phase_w2_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_t:missing_value = -999.f ;
	float amp_w1_t(month, lev, lat) ;
		amp_w1_t:units = "K" ;
		amp_w1_t:long_name = "W1 DIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_w1_t:missing_value = -999.f ;
	float phase_w1_t(month, lev, lat) ;
		phase_w1_t:units = "HOURS" ;
		phase_w1_t:long_name = "W1 DIURNAL PHASE" ;
		phase_w1_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_t:missing_value = -999.f ;
	float amp_s0_t(month, lev, lat) ;
		amp_s0_t:units = "K" ;
		amp_s0_t:long_name = "S0 DIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_s0_t:missing_value = -999.f ;
	float phase_s0_t(month, lev, lat) ;
		phase_s0_t:units = "HOURS" ;
		phase_s0_t:long_name = "S0 DIURNAL PHASE" ;
		phase_s0_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_t:missing_value = -999.f ;
	float amp_e1_t(month, lev, lat) ;
		amp_e1_t:units = "K" ;
		amp_e1_t:long_name = "E1 DIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_e1_t:missing_value = -999.f ;
	float phase_e1_t(month, lev, lat) ;
		phase_e1_t:units = "HOURS" ;
		phase_e1_t:long_name = "E1 DIURNAL PHASE" ;
		phase_e1_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_t:missing_value = -999.f ;
	float amp_e2_t(month, lev, lat) ;
		amp_e2_t:units = "K" ;
		amp_e2_t:long_name = "E2 DIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_e2_t:missing_value = -999.f ;
	float phase_e2_t(month, lev, lat) ;
		phase_e2_t:units = "HOURS" ;
		phase_e2_t:long_name = "E2 DIURNAL PHASE" ;
		phase_e2_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e2_t:missing_value = -999.f ;
	float amp_e3_t(month, lev, lat) ;
		amp_e3_t:units = "K" ;
		amp_e3_t:long_name = "E3 DIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_e3_t:missing_value = -999.f ;
	float phase_e3_t(month, lev, lat) ;
		phase_e3_t:units = "HOURS" ;
		phase_e3_t:long_name = "E3 DIURNAL PHASE" ;
		phase_e3_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e3_t:missing_value = -999.f ;
	float amp_w2_u(month, lev, lat) ;
		amp_w2_u:units = "M/S" ;
		amp_w2_u:long_name = "W2 DIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_w2_u:missing_value = -999.f ;
	float phase_w2_u(month, lev, lat) ;
		phase_w2_u:units = "HOURS" ;
		phase_w2_u:long_name = "W2 DIURNAL PHASE" ;
		phase_w2_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_u:missing_value = -999.f ;
	float amp_w1_u(month, lev, lat) ;
		amp_w1_u:units = "M/S" ;
		amp_w1_u:long_name = "W1 DIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_w1_u:missing_value = -999.f ;
	float phase_w1_u(month, lev, lat) ;
		phase_w1_u:units = "HOURS" ;
		phase_w1_u:long_name = "W1 DIURNAL PHASE" ;
		phase_w1_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_u:missing_value = -999.f ;
	float amp_s0_u(month, lev, lat) ;
		amp_s0_u:units = "M/S" ;
		amp_s0_u:long_name = "S0 DIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_s0_u:missing_value = -999.f ;
	float phase_s0_u(month, lev, lat) ;
		phase_s0_u:units = "HOURS" ;
		phase_s0_u:long_name = "S0 DIURNAL PHASE" ;
		phase_s0_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_u:missing_value = -999.f ;
	float amp_e1_u(month, lev, lat) ;
		amp_e1_u:units = "M/S" ;
		amp_e1_u:long_name = "E1 DIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_e1_u:missing_value = -999.f ;
	float phase_e1_u(month, lev, lat) ;
		phase_e1_u:units = "HOURS" ;
		phase_e1_u:long_name = "E1 DIURNAL PHASE" ;
		phase_e1_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_u:missing_value = -999.f ;
	float amp_e2_u(month, lev, lat) ;
		amp_e2_u:units = "M/S" ;
		amp_e2_u:long_name = "E2 DIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_e2_u:missing_value = -999.f ;
	float phase_e2_u(month, lev, lat) ;
		phase_e2_u:units = "HOURS" ;
		phase_e2_u:long_name = "E2 DIURNAL PHASE" ;
		phase_e2_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e2_u:missing_value = -999.f ;
	float amp_e3_u(month, lev, lat) ;
		amp_e3_u:units = "M/S" ;
		amp_e3_u:long_name = "E3 DIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_e3_u:missing_value = -999.f ;
	float phase_e3_u(month, lev, lat) ;
		phase_e3_u:units = "HOURS" ;
		phase_e3_u:long_name = "E3 DIURNAL PHASE" ;
		phase_e3_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e3_u:missing_value = -999.f ;
	float amp_w2_v(month, lev, lat) ;
		amp_w2_v:units = "M/S" ;
		amp_w2_v:long_name = "W2 DIURNAL AMPLITUDE, NORTHWARD WIND" ;
		amp_w2_v:missing_value = -999.f ;
	float phase_w2_v(month, lev, lat) ;
		phase_w2_v:units = "HOURS" ;
		phase_w2_v:long_name = "W2 DIURNAL PHASE" ;
		phase_w2_v:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_v:missing_value = -999.f ;
	float amp_w1_v(month, lev, lat) ;
		amp_w1_v:units = "M/S" ;
		amp_w1_v:long_name = "W1 DIURNAL AMPLITUDE, NORTHWARD WIND" ;
		amp_w1_v:missing_value = -999.f ;
	float phase_w1_v(month, lev, lat) ;
		phase_w1_v:units = "HOURS" ;
		phase_w1_v:long_name = "W1 DIURNAL PHASE" ;
		phase_w1_v:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_v:missing_value = -999.f ;
	float amp_s0_v(month, lev, lat) ;
		amp_s0_v:units = "M/S" ;
		amp_s0_v:long_name = "S0 DIURNAL AMPLITUDE, NORTHWARD WIND" ;
		amp_s0_v:missing_value = -999.f ;
	float phase_s0_v(month, lev, lat) ;
		phase_s0_v:units = "HOURS" ;
		phase_s0_v:long_name = "S0 DIURNAL PHASE" ;
		phase_s0_v:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_v:missing_value = -999.f ;
	float amp_e1_v(month, lev, lat) ;
		amp_e1_v:units = "M/S" ;
		amp_e1_v:long_name = "E1 DIURNAL AMPLITUDE, NORTHWARD WIND" ;
		amp_e1_v:missing_value = -999.f ;
	float phase_e1_v(month, lev, lat) ;
		phase_e1_v:units = "HOURS" ;
		phase_e1_v:long_name = "E1 DIURNAL PHASE" ;
		phase_e1_v:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_v:missing_value = -999.f ;
	float amp_e2_v(month, lev, lat) ;
		amp_e2_v:units = "M/S" ;
		amp_e2_v:long_name = "E2 DIURNAL AMPLITUDE, NORTHWARD WIND" ;
		amp_e2_v:missing_value = -999.f ;
	float phase_e2_v(month, lev, lat) ;
		phase_e2_v:units = "HOURS" ;
		phase_e2_v:long_name = "E2 DIURNAL PHASE" ;
		phase_e2_v:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e2_v:missing_value = -999.f ;
	float amp_e3_v(month, lev, lat) ;
		amp_e3_v:units = "M/S" ;
		amp_e3_v:long_name = "E3 DIURNAL AMPLITUDE, NORTHWARD WIND" ;
		amp_e3_v:missing_value = -999.f ;
	float phase_e3_v(month, lev, lat) ;
		phase_e3_v:units = "HOURS" ;
		phase_e3_v:long_name = "E3 DIURNAL PHASE" ;
		phase_e3_v:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e3_v:missing_value = -999.f ;
	float amp_w2_w(month, lev, lat) ;
		amp_w2_w:units = "M/S" ;
		amp_w2_w:long_name = "W2 DIURNAL AMPLITUDE, UPWARD WIND" ;
		amp_w2_w:missing_value = -999.f ;
	float phase_w2_w(month, lev, lat) ;
		phase_w2_w:units = "HOURS" ;
		phase_w2_w:long_name = "W2 DIURNAL PHASE" ;
		phase_w2_w:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_w:missing_value = -999.f ;
	float amp_w1_w(month, lev, lat) ;
		amp_w1_w:units = "M/S" ;
		amp_w1_w:long_name = "W1 DIURNAL AMPLITUDE, UPWARD WIND" ;
		amp_w1_w:missing_value = -999.f ;
	float phase_w1_w(month, lev, lat) ;
		phase_w1_w:units = "HOURS" ;
		phase_w1_w:long_name = "W1 DIURNAL PHASE" ;
		phase_w1_w:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_w:missing_value = -999.f ;
	float amp_s0_w(month, lev, lat) ;
		amp_s0_w:units = "M/S" ;
		amp_s0_w:long_name = "S0 DIURNAL AMPLITUDE, UPWARD WIND" ;
		amp_s0_w:missing_value = -999.f ;
	float phase_s0_w(month, lev, lat) ;
		phase_s0_w:units = "HOURS" ;
		phase_s0_w:long_name = "S0 DIURNAL PHASE" ;
		phase_s0_w:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_w:missing_value = -999.f ;
	float amp_e1_w(month, lev, lat) ;
		amp_e1_w:units = "M/S" ;
		amp_e1_w:long_name = "E1 DIURNAL AMPLITUDE, UPWARD WIND" ;
		amp_e1_w:missing_value = -999.f ;
	float phase_e1_w(month, lev, lat) ;
		phase_e1_w:units = "HOURS" ;
		phase_e1_w:long_name = "E1 DIURNAL PHASE" ;
		phase_e1_w:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_w:missing_value = -999.f ;
	float amp_e2_w(month, lev, lat) ;
		amp_e2_w:units = "M/S" ;
		amp_e2_w:long_name = "E2 DIURNAL AMPLITUDE, UPWARD WIND" ;
		amp_e2_w:missing_value = -999.f ;
	float phase_e2_w(month, lev, lat) ;
		phase_e2_w:units = "HOURS" ;
		phase_e2_w:long_name = "E2 DIURNAL PHASE" ;
		phase_e2_w:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e2_w:missing_value = -999.f ;
	float amp_e3_w(month, lev, lat) ;
		amp_e3_w:units = "M/S" ;
		amp_e3_w:long_name = "E3 DIURNAL AMPLITUDE, UPWARD WIND" ;
		amp_e3_w:missing_value = -999.f ;
	float phase_e3_w(month, lev, lat) ;
		phase_e3_w:units = "HOURS" ;
		phase_e3_w:long_name = "E3 DIURNAL PHASE" ;
		phase_e3_w:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e3_w:missing_value = -999.f ;
	float amp_w2_d(month, lev, lat) ;
		amp_w2_d:units = "REL." ;
		amp_w2_d:long_name = "W2 DIURNAL AMPLITUDE DENSITY" ;
		amp_w2_d:missing_value = -999.f ;
	float phase_w2_d(month, lev, lat) ;
		phase_w2_d:units = "HOURS" ;
		phase_w2_d:long_name = "W2 DIURNAL PHASE" ;
		phase_w2_d:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_d:missing_value = -999.f ;
	float amp_w1_d(month, lev, lat) ;
		amp_w1_d:units = "REL." ;
		amp_w1_d:long_name = "W1 DIURNAL AMPLITUDE, DENSITY" ;
		amp_w1_d:missing_value = -999.f ;
	float phase_w1_d(month, lev, lat) ;
		phase_w1_d:units = "HOURS" ;
		phase_w1_d:long_name = "W1 DIURNAL PHASE" ;
		phase_w1_d:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_d:missing_value = -999.f ;
	float amp_s0_d(month, lev, lat) ;
		amp_s0_d:units = "REL." ;
		amp_s0_d:long_name = "S0 DIURNAL AMPLITUDE, DENSITY" ;
		amp_s0_d:missing_value = -999.f ;
	float phase_s0_d(month, lev, lat) ;
		phase_s0_d:units = "HOURS" ;
		phase_s0_d:long_name = "S0 DIURNAL PHASE" ;
		phase_s0_d:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_d:missing_value = -999.f ;
	float amp_e1_d(month, lev, lat) ;
		amp_e1_d:units = "REL." ;
		amp_e1_d:long_name = "E1 DIURNAL AMPLITUDE, DENSITY" ;
		amp_e1_d:missing_value = -999.f ;
	float phase_e1_d(month, lev, lat) ;
		phase_e1_d:units = "HOURS" ;
		phase_e1_d:long_name = "E1 DIURNAL PHASE" ;
		phase_e1_d:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_d:missing_value = -999.f ;
	float amp_e2_d(month, lev, lat) ;
		amp_e2_d:units = "REL." ;
		amp_e2_d:long_name = "E2 DIURNAL AMPLITUDE, DENSITY" ;
		amp_e2_d:missing_value = -999.f ;
	float phase_e2_d(month, lev, lat) ;
		phase_e2_d:units = "HOURS" ;
		phase_e2_d:long_name = "E2 DIURNAL PHASE" ;
		phase_e2_d:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e2_d:missing_value = -999.f ;
	float amp_e3_d(month, lev, lat) ;
		amp_e3_d:units = "REL." ;
		amp_e3_d:long_name = "E3 DIURNAL AMPLITUDE, DENSITY" ;
		amp_e3_d:missing_value = -999.f ;
	float phase_e3_d(month, lev, lat) ;
		phase_e3_d:units = "HOURS" ;
		phase_e3_d:long_name = "E3 DIURNAL PHASE" ;
		phase_e3_d:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e3_d:missing_value = -999.f ;

// global attributes:
		:Title = "composite 7-year mean from HME tuv fits to 2002-2008 SABER and TIDI tides, 90-115 km, 40S-40N, scaling is 0.92 (w1: SABER only)" ;
		:F10.7 = 110s ;
		:Frequency = "diurnal" ;
		:Fields = "t (temperature), u, v, w, density" ;
		:Components = "w2, w1, s0, e1, e2, e3" ;
		:Input_Data = "2002-2008 analysis (v01.07) from Jeff Forbes, Univ. of Colorado (T) and Jens Oberheide, Univ. of Wuppertal (U,V)" ;
		:Quality = "1st sym and asym F110 HMEs" ;
		:Reference = "Oberheide, J. and J. M. Forbes, Tidal propagation of deep tropical cloud signatures into the thermosphere from TIMED observations, Geophys. Res. Lett., 35, L04816, doi:10.1029/2007GL032397, 2008" ;
		:Usage = "Rules of the road apply, see http://www.atmos.physik.uni-wuppertal.de/cawses/nmt_mlt" ;
		:File_Created = "Thu Apr 21 08:55:03 2011" ;
		:Program_Path = "~/timed/hme/idl" ;
		:Author = "J. Oberheide, Univ. of Wuppertal, Germany, joberh@uni-wuppertal.de" ;
data:

 lat = -90, -85, -80, -75, -70, -65, -60, -55, -50, -45, -40, -35, -30, -25, 
    -20, -15, -10, -5, 0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 
    70, 75, 80, 85, 90 ;

 lev = 0, 2.5, 5, 7.5, 10, 12.5, 15, 17.5, 20, 22.5, 25, 27.5, 30, 32.5, 35, 
    37.5, 40, 42.5, 45, 47.5, 50, 52.5, 55, 57.5, 60, 62.5, 65, 67.5, 70, 
    72.5, 75, 77.5, 80, 82.5, 85, 87.5, 90, 92.5, 95, 97.5, 100, 102.5, 105, 
    107.5, 110, 112.5, 115, 117.5, 120, 122.5, 125, 127.5, 130, 132.5, 135, 
    137.5, 140, 142.5, 145, 147.5, 150, 152.5, 155, 157.5, 160, 162.5, 165, 
    167.5, 170, 172.5, 175, 177.5, 180, 182.5, 185, 187.5, 190, 192.5, 195, 
    197.5, 200, 202.5, 205, 207.5, 210, 212.5, 215, 217.5, 220, 222.5, 225, 
    227.5, 230, 232.5, 235, 237.5, 240, 242.5, 245, 247.5, 250, 252.5, 255, 
    257.5, 260, 262.5, 265, 267.5, 270, 272.5, 275, 277.5, 280, 282.5, 285, 
    287.5, 290, 292.5, 295, 297.5, 300, 302.5, 305, 307.5, 310, 312.5, 315, 
    317.5, 320, 322.5, 325, 327.5, 330, 332.5, 335, 337.5, 340, 342.5, 345, 
    347.5, 350, 352.5, 355, 357.5, 360, 362.5, 365, 367.5, 370, 372.5, 375, 
    377.5, 380, 382.5, 385, 387.5, 390, 392.5, 395, 397.5, 400 ;

 month = 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ;

==> tira_semidiurnal_2002_2008.ncd <==
netcdf tira_semidiurnal_2002_2008 {
dimensions:
	lat = 37 ;
	lev = 161 ;
	month = 12 ;
	coeff = 8 ;
variables:
	float lat(lat) ;
		lat:units = "DEG" ;
		lat:long_name = "LATITUDE" ;
		lat:missing_value = -999.f ;
	float lev(lev) ;
		lev:units = "KM" ;
		lev:long_name = "ALTITUDE" ;
		lev:missing_value = -999.f ;
	short month(month) ;
		month:units = " " ;
		month:long_name = "MONTH, 1-12" ;
		month:missing_value = -9s ;
	float coeff_w4(month, coeff) ;
		coeff_w4:units = " " ;
		coeff_w4:long_name = "W4 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w4:missing_value = -999.f ;
	float coeff_w4_err(month, coeff) ;
		coeff_w4_err:units = " " ;
		coeff_w4_err:long_name = "ERROR OF W4 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w4_err:missing_value = -999.f ;
	float coeff_w3(month, coeff) ;
		coeff_w3:units = " " ;
		coeff_w3:long_name = "W3 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w3:missing_value = -999.f ;
	float coeff_w3_err(month, coeff) ;
		coeff_w3_err:units = " " ;
		coeff_w3_err:long_name = "ERROR OF W3 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w3_err:missing_value = -999.f ;
	float coeff_w2(month, coeff) ;
		coeff_w2:units = " " ;
		coeff_w2:long_name = "W2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w2:missing_value = -999.f ;
	float coeff_w2_err(month, coeff) ;
		coeff_w2_err:units = " " ;
		coeff_w2_err:long_name = "ERROR OF W2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w2_err:missing_value = -999.f ;
	float coeff_w1(month, coeff) ;
		coeff_w1:units = " " ;
		coeff_w1:long_name = "W1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w1:missing_value = -999.f ;
	float coeff_w1_err(month, coeff) ;
		coeff_w1_err:units = " " ;
		coeff_w1_err:long_name = "ERROR OF W1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_w1_err:missing_value = -999.f ;
	float coeff_s0(month, coeff) ;
		coeff_s0:units = " " ;
		coeff_s0:long_name = "S0 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_s0:missing_value = -999.f ;
	float coeff_s0_err(month, coeff) ;
		coeff_s0_err:units = " " ;
		coeff_s0_err:long_name = "ERROR OF S0 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_s0_err:missing_value = -999.f ;
	float coeff_e1(month, coeff) ;
		coeff_e1:units = " " ;
		coeff_e1:long_name = "E1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_e1:missing_value = -999.f ;
	float coeff_e1_err(month, coeff) ;
		coeff_e1_err:units = " " ;
		coeff_e1_err:long_name = "ERROR OF E1 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_e1_err:missing_value = -999.f ;
	float coeff_e2(month, coeff) ;
		coeff_e2:units = " " ;
		coeff_e2:long_name = "E2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_e2:missing_value = -999.f ;
	float coeff_e2_err(month, coeff) ;
		coeff_e2_err:units = " " ;
		coeff_e2_err:long_name = "ERROR OF E2 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_e2_err:missing_value = -999.f ;
	float coeff_e3(month, coeff) ;
		coeff_e3:units = " " ;
		coeff_e3:long_name = "E3 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_e3:missing_value = -999.f ;
	float coeff_e3_err(month, coeff) ;
		coeff_e3_err:units = " " ;
		coeff_e3_err:long_name = "ERROR OF E3 HME FIT COEFFICIENT, 0:1=HME1, 2:3=HME2, 4:5=HME3, 6:7=HME4" ;
		coeff_e3_err:missing_value = -999.f ;
	float hme1_w4_fit(month) ;
		hme1_w4_fit:units = " " ;
		hme1_w4_fit:long_name = "W4 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w4_fit:missing_value = -999.f ;
	float hme1_w4_fit_error(month) ;
		hme1_w4_fit_error:units = " " ;
		hme1_w4_fit_error:long_name = "W4 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w4_fit_error:missing_value = -999.f ;
	float hme2_w4_fit(month) ;
		hme2_w4_fit:units = " " ;
		hme2_w4_fit:long_name = "W4 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w4_fit:missing_value = -999.f ;
	float hme2_w4_fit_error(month) ;
		hme2_w4_fit_error:units = " " ;
		hme2_w4_fit_error:long_name = "W4 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w4_fit_error:missing_value = -999.f ;
	float hme3_w4_fit(month) ;
		hme3_w4_fit:units = " " ;
		hme3_w4_fit:long_name = "W4 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w4_fit:missing_value = -999.f ;
	float hme3_w4_fit_error(month) ;
		hme3_w4_fit_error:units = " " ;
		hme3_w4_fit_error:long_name = "W4 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w4_fit_error:missing_value = -999.f ;
	float hme4_w4_fit(month) ;
		hme4_w4_fit:units = " " ;
		hme4_w4_fit:long_name = "W4 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w4_fit:missing_value = -999.f ;
	float hme4_w4_fit_error(month) ;
		hme4_w4_fit_error:units = " " ;
		hme4_w4_fit_error:long_name = "W4 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w4_fit_error:missing_value = -999.f ;
	float hme1_w3_fit(month) ;
		hme1_w3_fit:units = " " ;
		hme1_w3_fit:long_name = "W3 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w3_fit:missing_value = -999.f ;
	float hme1_w3_fit_error(month) ;
		hme1_w3_fit_error:units = " " ;
		hme1_w3_fit_error:long_name = "W3 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w3_fit_error:missing_value = -999.f ;
	float hme2_w3_fit(month) ;
		hme2_w3_fit:units = " " ;
		hme2_w3_fit:long_name = "W3 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w3_fit:missing_value = -999.f ;
	float hme2_w3_fit_error(month) ;
		hme2_w3_fit_error:units = " " ;
		hme2_w3_fit_error:long_name = "W3 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w3_fit_error:missing_value = -999.f ;
	float hme3_w3_fit(month) ;
		hme3_w3_fit:units = " " ;
		hme3_w3_fit:long_name = "W3 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w3_fit:missing_value = -999.f ;
	float hme3_w3_fit_error(month) ;
		hme3_w3_fit_error:units = " " ;
		hme3_w3_fit_error:long_name = "W3 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w3_fit_error:missing_value = -999.f ;
	float hme4_w3_fit(month) ;
		hme4_w3_fit:units = " " ;
		hme4_w3_fit:long_name = "W3 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w3_fit:missing_value = -999.f ;
	float hme4_w3_fit_error(month) ;
		hme4_w3_fit_error:units = " " ;
		hme4_w3_fit_error:long_name = "W3 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w3_fit_error:missing_value = -999.f ;
	float hme1_w2_fit(month) ;
		hme1_w2_fit:units = " " ;
		hme1_w2_fit:long_name = "W2 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w2_fit:missing_value = -999.f ;
	float hme1_w2_fit_error(month) ;
		hme1_w2_fit_error:units = " " ;
		hme1_w2_fit_error:long_name = "W2 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w2_fit_error:missing_value = -999.f ;
	float hme2_w2_fit(month) ;
		hme2_w2_fit:units = " " ;
		hme2_w2_fit:long_name = "W2 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w2_fit:missing_value = -999.f ;
	float hme2_w2_fit_error(month) ;
		hme2_w2_fit_error:units = " " ;
		hme2_w2_fit_error:long_name = "W2 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w2_fit_error:missing_value = -999.f ;
	float hme3_w2_fit(month) ;
		hme3_w2_fit:units = " " ;
		hme3_w2_fit:long_name = "W2 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w2_fit:missing_value = -999.f ;
	float hme3_w2_fit_error(month) ;
		hme3_w2_fit_error:units = " " ;
		hme3_w2_fit_error:long_name = "W2 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w2_fit_error:missing_value = -999.f ;
	float hme4_w2_fit(month) ;
		hme4_w2_fit:units = " " ;
		hme4_w2_fit:long_name = "W2 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w2_fit:missing_value = -999.f ;
	float hme4_w2_fit_error(month) ;
		hme4_w2_fit_error:units = " " ;
		hme4_w2_fit_error:long_name = "W2 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w2_fit_error:missing_value = -999.f ;
	float hme1_w1_fit(month) ;
		hme1_w1_fit:units = " " ;
		hme1_w1_fit:long_name = "W1 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w1_fit:missing_value = -999.f ;
	float hme1_w1_fit_error(month) ;
		hme1_w1_fit_error:units = " " ;
		hme1_w1_fit_error:long_name = "W1 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_w1_fit_error:missing_value = -999.f ;
	float hme2_w1_fit(month) ;
		hme2_w1_fit:units = " " ;
		hme2_w1_fit:long_name = "W1 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w1_fit:missing_value = -999.f ;
	float hme2_w1_fit_error(month) ;
		hme2_w1_fit_error:units = " " ;
		hme2_w1_fit_error:long_name = "W1 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_w1_fit_error:missing_value = -999.f ;
	float hme3_w1_fit(month) ;
		hme3_w1_fit:units = " " ;
		hme3_w1_fit:long_name = "W1 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w1_fit:missing_value = -999.f ;
	float hme3_w1_fit_error(month) ;
		hme3_w1_fit_error:units = " " ;
		hme3_w1_fit_error:long_name = "W1 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_w1_fit_error:missing_value = -999.f ;
	float hme4_w1_fit(month) ;
		hme4_w1_fit:units = " " ;
		hme4_w1_fit:long_name = "W1 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w1_fit:missing_value = -999.f ;
	float hme4_w1_fit_error(month) ;
		hme4_w1_fit_error:units = " " ;
		hme4_w1_fit_error:long_name = "W1 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_w1_fit_error:missing_value = -999.f ;
	float hme1_s0_fit(month) ;
		hme1_s0_fit:units = " " ;
		hme1_s0_fit:long_name = "S0 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_s0_fit:missing_value = -999.f ;
	float hme1_s0_fit_error(month) ;
		hme1_s0_fit_error:units = " " ;
		hme1_s0_fit_error:long_name = "S0 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_s0_fit_error:missing_value = -999.f ;
	float hme2_s0_fit(month) ;
		hme2_s0_fit:units = " " ;
		hme2_s0_fit:long_name = "S0 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_s0_fit:missing_value = -999.f ;
	float hme2_s0_fit_error(month) ;
		hme2_s0_fit_error:units = " " ;
		hme2_s0_fit_error:long_name = "S0 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_s0_fit_error:missing_value = -999.f ;
	float hme3_s0_fit(month) ;
		hme3_s0_fit:units = " " ;
		hme3_s0_fit:long_name = "S0 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_s0_fit:missing_value = -999.f ;
	float hme3_s0_fit_error(month) ;
		hme3_s0_fit_error:units = " " ;
		hme3_s0_fit_error:long_name = "S0 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_s0_fit_error:missing_value = -999.f ;
	float hme4_s0_fit(month) ;
		hme4_s0_fit:units = " " ;
		hme4_s0_fit:long_name = "S0 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_s0_fit:missing_value = -999.f ;
	float hme4_s0_fit_error(month) ;
		hme4_s0_fit_error:units = " " ;
		hme4_s0_fit_error:long_name = "S0 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_s0_fit_error:missing_value = -999.f ;
	float hme1_e1_fit(month) ;
		hme1_e1_fit:units = " " ;
		hme1_e1_fit:long_name = "E1 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e1_fit:missing_value = -999.f ;
	float hme1_e1_fit_error(month) ;
		hme1_e1_fit_error:units = " " ;
		hme1_e1_fit_error:long_name = "E1 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e1_fit_error:missing_value = -999.f ;
	float hme2_e1_fit(month) ;
		hme2_e1_fit:units = " " ;
		hme2_e1_fit:long_name = "E1 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e1_fit:missing_value = -999.f ;
	float hme2_e1_fit_error(month) ;
		hme2_e1_fit_error:units = " " ;
		hme2_e1_fit_error:long_name = "E1 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e1_fit_error:missing_value = -999.f ;
	float hme3_e1_fit(month) ;
		hme3_e1_fit:units = " " ;
		hme3_e1_fit:long_name = "E1 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_e1_fit:missing_value = -999.f ;
	float hme3_e1_fit_error(month) ;
		hme3_e1_fit_error:units = " " ;
		hme3_e1_fit_error:long_name = "E1 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_e1_fit_error:missing_value = -999.f ;
	float hme4_e1_fit(month) ;
		hme4_e1_fit:units = " " ;
		hme4_e1_fit:long_name = "E1 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_e1_fit:missing_value = -999.f ;
	float hme4_e1_fit_error(month) ;
		hme4_e1_fit_error:units = " " ;
		hme4_e1_fit_error:long_name = "E1 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_e1_fit_error:missing_value = -999.f ;
	float hme1_e2_fit(month) ;
		hme1_e2_fit:units = " " ;
		hme1_e2_fit:long_name = "E2 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e2_fit:missing_value = -999.f ;
	float hme1_e2_fit_error(month) ;
		hme1_e2_fit_error:units = " " ;
		hme1_e2_fit_error:long_name = "E2 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e2_fit_error:missing_value = -999.f ;
	float hme2_e2_fit(month) ;
		hme2_e2_fit:units = " " ;
		hme2_e2_fit:long_name = "E2 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e2_fit:missing_value = -999.f ;
	float hme2_e2_fit_error(month) ;
		hme2_e2_fit_error:units = " " ;
		hme2_e2_fit_error:long_name = "E2 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e2_fit_error:missing_value = -999.f ;
	float hme3_e2_fit(month) ;
		hme3_e2_fit:units = " " ;
		hme3_e2_fit:long_name = "E2 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_e2_fit:missing_value = -999.f ;
	float hme3_e2_fit_error(month) ;
		hme3_e2_fit_error:units = " " ;
		hme3_e2_fit_error:long_name = "E2 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_e2_fit_error:missing_value = -999.f ;
	float hme4_e2_fit(month) ;
		hme4_e2_fit:units = " " ;
		hme4_e2_fit:long_name = "E2 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_e2_fit:missing_value = -999.f ;
	float hme4_e2_fit_error(month) ;
		hme4_e2_fit_error:units = " " ;
		hme4_e2_fit_error:long_name = "E2 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_e2_fit_error:missing_value = -999.f ;
	float hme1_e3_fit(month) ;
		hme1_e3_fit:units = " " ;
		hme1_e3_fit:long_name = "E3 ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e3_fit:missing_value = -999.f ;
	float hme1_e3_fit_error(month) ;
		hme1_e3_fit_error:units = " " ;
		hme1_e3_fit_error:long_name = "E3 ERROR OF ABS VALUE OF RE,IM HME1 FIT COEFFS" ;
		hme1_e3_fit_error:missing_value = -999.f ;
	float hme2_e3_fit(month) ;
		hme2_e3_fit:units = " " ;
		hme2_e3_fit:long_name = "E3 ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e3_fit:missing_value = -999.f ;
	float hme2_e3_fit_error(month) ;
		hme2_e3_fit_error:units = " " ;
		hme2_e3_fit_error:long_name = "E3 ERROR OF ABS VALUE OF RE,IM HME2 FIT COEFFS" ;
		hme2_e3_fit_error:missing_value = -999.f ;
	float hme3_e3_fit(month) ;
		hme3_e3_fit:units = " " ;
		hme3_e3_fit:long_name = "E3 ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_e3_fit:missing_value = -999.f ;
	float hme3_e3_fit_error(month) ;
		hme3_e3_fit_error:units = " " ;
		hme3_e3_fit_error:long_name = "E3 ERROR OF ABS VALUE OF RE,IM HME3 FIT COEFFS" ;
		hme3_e3_fit_error:missing_value = -999.f ;
	float hme4_e3_fit(month) ;
		hme4_e3_fit:units = " " ;
		hme4_e3_fit:long_name = "E3 ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_e3_fit:missing_value = -999.f ;
	float hme4_e3_fit_error(month) ;
		hme4_e3_fit_error:units = " " ;
		hme4_e3_fit_error:long_name = "E3 ERROR OF ABS VALUE OF RE,IM HME4 FIT COEFFS" ;
		hme4_e3_fit_error:missing_value = -999.f ;
	float amp_w4_t(month, lev, lat) ;
		amp_w4_t:units = "K" ;
		amp_w4_t:long_name = "W4 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_w4_t:missing_value = -999.f ;
	float phase_w4_t(month, lev, lat) ;
		phase_w4_t:units = "HOURS" ;
		phase_w4_t:long_name = "W4 SEMIDIURNAL PHASE" ;
		phase_w4_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w4_t:missing_value = -999.f ;
	float amp_w3_t(month, lev, lat) ;
		amp_w3_t:units = "K" ;
		amp_w3_t:long_name = "W3 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_w3_t:missing_value = -999.f ;
	float phase_w3_t(month, lev, lat) ;
		phase_w3_t:units = "HOURS" ;
		phase_w3_t:long_name = "W3 SEMIDIURNAL PHASE" ;
		phase_w3_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w3_t:missing_value = -999.f ;
	float amp_w2_t(month, lev, lat) ;
		amp_w2_t:units = "K" ;
		amp_w2_t:long_name = "W2 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_w2_t:missing_value = -999.f ;
	float phase_w2_t(month, lev, lat) ;
		phase_w2_t:units = "HOURS" ;
		phase_w2_t:long_name = "W2 SEMIDIURNAL PHASE" ;
		phase_w2_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_t:missing_value = -999.f ;
	float amp_w1_t(month, lev, lat) ;
		amp_w1_t:units = "K" ;
		amp_w1_t:long_name = "W1 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_w1_t:missing_value = -999.f ;
	float phase_w1_t(month, lev, lat) ;
		phase_w1_t:units = "HOURS" ;
		phase_w1_t:long_name = "W1 SEMIDIURNAL PHASE" ;
		phase_w1_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_t:missing_value = -999.f ;
	float amp_s0_t(month, lev, lat) ;
		amp_s0_t:units = "K" ;
		amp_s0_t:long_name = "S0 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_s0_t:missing_value = -999.f ;
	float phase_s0_t(month, lev, lat) ;
		phase_s0_t:units = "HOURS" ;
		phase_s0_t:long_name = "S0 SEMIDIURNAL PHASE" ;
		phase_s0_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_t:missing_value = -999.f ;
	float amp_e1_t(month, lev, lat) ;
		amp_e1_t:units = "K" ;
		amp_e1_t:long_name = "E1 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_e1_t:missing_value = -999.f ;
	float phase_e1_t(month, lev, lat) ;
		phase_e1_t:units = "HOURS" ;
		phase_e1_t:long_name = "E1 SEMIDIURNAL PHASE" ;
		phase_e1_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_t:missing_value = -999.f ;
	float amp_e2_t(month, lev, lat) ;
		amp_e2_t:units = "K" ;
		amp_e2_t:long_name = "E2 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_e2_t:missing_value = -999.f ;
	float phase_e2_t(month, lev, lat) ;
		phase_e2_t:units = "HOURS" ;
		phase_e2_t:long_name = "E2 SEMIDIURNAL PHASE" ;
		phase_e2_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e2_t:missing_value = -999.f ;
	float amp_e3_t(month, lev, lat) ;
		amp_e3_t:units = "K" ;
		amp_e3_t:long_name = "E3 SEMIDIURNAL AMPLITUDE, TEMPERATURE" ;
		amp_e3_t:missing_value = -999.f ;
	float phase_e3_t(month, lev, lat) ;
		phase_e3_t:units = "HOURS" ;
		phase_e3_t:long_name = "E3 SEMIDIURNAL PHASE" ;
		phase_e3_t:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e3_t:missing_value = -999.f ;
	float amp_w4_u(month, lev, lat) ;
		amp_w4_u:units = "M/S" ;
		amp_w4_u:long_name = "W4 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_w4_u:missing_value = -999.f ;
	float phase_w4_u(month, lev, lat) ;
		phase_w4_u:units = "HOURS" ;
		phase_w4_u:long_name = "W4 SEMIDIURNAL PHASE" ;
		phase_w4_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w4_u:missing_value = -999.f ;
	float amp_w3_u(month, lev, lat) ;
		amp_w3_u:units = "M/S" ;
		amp_w3_u:long_name = "W3 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_w3_u:missing_value = -999.f ;
	float phase_w3_u(month, lev, lat) ;
		phase_w3_u:units = "HOURS" ;
		phase_w3_u:long_name = "W3 SEMIDIURNAL PHASE" ;
		phase_w3_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w3_u:missing_value = -999.f ;
	float amp_w2_u(month, lev, lat) ;
		amp_w2_u:units = "M/S" ;
		amp_w2_u:long_name = "W2 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_w2_u:missing_value = -999.f ;
	float phase_w2_u(month, lev, lat) ;
		phase_w2_u:units = "HOURS" ;
		phase_w2_u:long_name = "W2 SEMIDIURNAL PHASE" ;
		phase_w2_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w2_u:missing_value = -999.f ;
	float amp_w1_u(month, lev, lat) ;
		amp_w1_u:units = "M/S" ;
		amp_w1_u:long_name = "W1 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_w1_u:missing_value = -999.f ;
	float phase_w1_u(month, lev, lat) ;
		phase_w1_u:units = "HOURS" ;
		phase_w1_u:long_name = "W1 SEMIDIURNAL PHASE" ;
		phase_w1_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_w1_u:missing_value = -999.f ;
	float amp_s0_u(month, lev, lat) ;
		amp_s0_u:units = "M/S" ;
		amp_s0_u:long_name = "S0 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_s0_u:missing_value = -999.f ;
	float phase_s0_u(month, lev, lat) ;
		phase_s0_u:units = "HOURS" ;
		phase_s0_u:long_name = "S0 SEMIDIURNAL PHASE" ;
		phase_s0_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_s0_u:missing_value = -999.f ;
	float amp_e1_u(month, lev, lat) ;
		amp_e1_u:units = "M/S" ;
		amp_e1_u:long_name = "E1 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;
		amp_e1_u:missing_value = -999.f ;
	float phase_e1_u(month, lev, lat) ;
		phase_e1_u:units = "HOURS" ;
		phase_e1_u:long_name = "E1 SEMIDIURNAL PHASE" ;
		phase_e1_u:phase_definition = "UT OF MAX AT 0 DEG LONGITUDE" ;
		phase_e1_u:missing_value = -999.f ;
	float amp_e2_u(month, lev, lat) ;
		amp_e2_u:units = "M/S" ;
		amp_e2_u:long_name = "E2 SEMIDIURNAL AMPLITUDE, EASTWARD WIND" ;