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meteogram_netcdf3.ncl
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;
; NCL Libraries
;
load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/gsn_code.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/gsn_csm.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/wrf/WRF_contributed.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/wrf/WRFUserARW.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/contributed.ncl"
load "$NCARG_ROOT/lib/ncarg/nclscripts/contrib/time_axis_labels.ncl"
;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
begin
dir_local = "/home/wjc/WRF_REALTIME/"
; dir_local = "/Users/wjc/Desktop/WRF_REALTIME/newplots/"
system("rm -fr "+dir_local + "METAR_*nc*")
dir_wrf = "/projects/WRF_REALTIME/OUTPUT/"
wrf_dir = "WRF36_KUNR_3DOM_WSM6_NOAH_MYNN2_KF2_DUDHIA_NAM218-09km_150x150/"
metar_dir = "/data/NCAR/UNIDATA_LITTLE_R/"
stationid = "KRAP"
station_nice_name = "Rapid City Airport d02"
utcoffset = -6
utclabel = "MDT"
; utcoffset = -7
; utclabel = "MST"
; utcoffset = 0
; utclabel = "UTC"
run_date = systemfunc("cat " + dir_local + "current_day_meteogram.txt")
print(run_date)
domain = "d02"
dir_png = "/projects/WRF_REALTIME/OUTPUT_PNG/"
full_png_dir = "/projects/WRF_REALTIME/OUTPUT_PNG/"+run_date+"/"+domain
wrf3Dfiles = dir_wrf + wrf_dir+ "wrfout_d02_" + run_date + "_F"
wrftsfile = dir_wrf + wrf_dir+ "wrfout_d02_" + run_date + "_" + stationid + ".nc"
wrfplotfile = "./wrfout_d02_" + run_date + "_" + stationid
; system("ncdump -h " + wrftsfile)
ts = addfile( wrftsfile, "r")
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
print(ts)
time = ts->time
tk = ts->temperature
time(:) = time + utcoffset
delta_t = time(1)-time(0)
delta_t@units = "hour"
delta_t@long_name = "time_interval"
tsperhour = tointeger(1/delta_t)
timehourly = ispan(tointeger(min(time)), tointeger(max(time)), 1)
timehourly@units = time@units
timehourly@long_name = "time"
temperature = tk
temperature(:) = (tk - 273.17) * 1.8 + 32
temperature@long_name = "2-m Air Temperature"
temperature@units = "deg F"
printVarSummary(temperature)
temperature&time = time
cprecip = ts->rainnc
cprecip(:) = ts->rainnc + ts->rainc
cprecip@units = "mm"
cprecip@long_name = "cumulative precip"
cprecip&time = time
;;;;;;
tdk = ts->dewpoint
tdc = tdk
tdc(:) = (tdk - 273.17) * 1.8 + 32
tdc@units = "deg F"
glw = ts->glw
gsw = ts->gsw
hfx = ts->hfx
lfx = ts->lfx
;;;;;;;
precip = cprecip
precip(:) = 0
precip(0) = cprecip(0)
precip(1:dimsizes(time)-1) = cprecip(1:dimsizes(time)-1)-cprecip(0:dimsizes(time)-2)
precip@long_name = "Precip per Time Step"
precip_hourly = new(dimsizes(timehourly), float)
precip_hourly!0 = "timehourly"
precip_hourly&timehourly = timehourly
precip_hourly@long_name = "Hourly Precipitation"
precip_hourly@units = "mm"
t = 0
lastindex = -1
nowindex = lastindex + tsperhour
print(" T = "+t + " "+ lastindex+ ":" + nowindex + " "+ (-1) +":"+time(nowindex))
precip_hourly(t) = (/ cprecip(tsperhour-1) /)
lastindex = nowindex
do t = 1, dimsizes(timehourly) - 2
nowindex = lastindex + tsperhour
print(" T = "+t + " "+ lastindex+ ":" + nowindex + " "+time(lastindex) +":"+time(nowindex))
precip_hourly(t) = (/ cprecip(nowindex) - cprecip(lastindex) /)
lastindex = nowindex
end do
print("SUM PREC | Sumhourly=" + sum(precip_hourly) + " sum_raw=" + sum(precip) + " true=" + max(cprecip) + "|"+ (max(cprecip)-sum(precip_hourly) ) )
lon = ts@lon
lat = ts@lat
elev = ts@elev
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
timestr = sprinti("%0.2i",ispan(0,max(tointeger(time-utcoffset)),1))
f3d = addfiles(wrf3Dfiles+timestr+".nc", "r")
time_wrf = wrf_times_c(f3d[:]->Times,0) ; built-in function
time_wrf_utc = time_wrf
time_wrf(:) = time_wrf+utcoffset
nt3d = dimsizes(time_wrf) ; # of time steps
nt_wrf = dimsizes(time_wrf)
time_6hrs = ispan(tointeger(min(time_wrf)), tointeger(max(time_wrf)), 6)
time_6hrs@units = time@units
time_6hrs!0 = "time_6hrs"
time_6hrs&time_6hrs = time_6hrs
calendarnums_6 = cd_calendar(time_6hrs, -5)
print("inputing wrf data")
lon2d = wrf_user_getvar(f3d[0],"lon",0)
lat2d = wrf_user_getvar(f3d[0],"lat",0)
td2m_wrf_2d = wrf_user_getvar(f3d,"td2",-1)
p_wrf_3d = wrf_user_getvar(f3d,"pressure",-1)
z_wrf_3d = wrf_user_getvar(f3d,"z",-1)
uv_wrf_3d = wrf_user_getvar(f3d,"uvmet",-1)
uv10_wrf_3d = wrf_user_getvar(f3d,"uvmet10",-1)
w_wrf_3d = wrf_user_getvar(f3d,"wa",-1)
u_wrf_3d = uv_wrf_3d(0,:,:,:,:)
v_wrf_3d = uv_wrf_3d(1,:,:,:,:)
u10_wrf_2d = uv10_wrf_3d(0,:,:,:)
v10_wrf_2d = uv10_wrf_3d(1,:,:,:)
td2m_wrf_2d!0 = "time_wrf"
p_wrf_3d!0 = "time_wrf"
z_wrf_3d!0 = "time_wrf"
u_wrf_3d!0 = "time_wrf"
v_wrf_3d!0 = "time_wrf"
w_wrf_3d!0 = "time_wrf"
v10_wrf_2d!0 = "time_wrf"
u10_wrf_2d!0 = "time_wrf"
td2m_wrf_2d&time_wrf = time_wrf
p_wrf_3d&time_wrf = time_wrf
z_wrf_3d&time_wrf = time_wrf
u_wrf_3d&time_wrf = time_wrf
v_wrf_3d&time_wrf = time_wrf
w_wrf_3d&time_wrf = time_wrf
u10_wrf_2d&time_wrf = time_wrf
v10_wrf_2d&time_wrf = time_wrf
u10_wrf_2d(:,:,:) = (/ u10_wrf_2d(:,:,:) * 1.94384/)
v10_wrf_2d(:,:,:) = (/ v10_wrf_2d(:,:,:) * 1.94384/)
v_wrf_3d(:,:,:,:) = (/ v_wrf_3d(:,:,:,:) * 1.94384/)
u_wrf_3d(:,:,:,:) = (/ u_wrf_3d(:,:,:,:) * 1.94384/)
llres = True
llres@ReturnInt = True ; Return integer values
wrfloc = wrf_user_ll_to_ij (f3d[0], lon, lat, llres)
wrfloc = wrfloc - 1 ; array pointers in NCL space
locX = wrfloc(0)
locY = wrfloc(1)
printVarSummary(td2m_wrf_2d)
td2m_wrf_2d_f = td2m_wrf_2d(:,locY,locX) * 1.8 + 32
p_timeseries_wrf = p_wrf_3d(:,:,locY,locX)
z_timeseries_wrf = z_wrf_3d(:,:,locY,locX)
u_timeseries_wrf = u_wrf_3d(:,:,locY,locX)
v_timeseries_wrf = v_wrf_3d(:,:,locY,locX)
w_timeseries_wrf = w_wrf_3d(:,:,locY,locX)
U10_timeseries_wrf = u10_wrf_2d(:,locY,locX)
V10_timeseries_wrf = v10_wrf_2d(:,locY,locX)
printVarSummary(p_timeseries_wrf)
p_avg = dim_avg_Wrap(p_timeseries_wrf(bottom_top|:,time_wrf|:))
isobaric = tofloat(ispan(100, 1000, 10))
isobaric(:) = isobaric(::-1)
isobaric@long_name = "pressure"
isobaric@units = "hPa"
isobaric!0 = "isobaric"
isobaric&isobaric = isobaric
isobaricplot = (/ 850, 700, 500, 400, 300, 250, 200, 150 /)
isobaricplot@long_name = isobaric@long_name
isobaricplot@units = isobaric@units
isobaricplot!0 = "isobaricplot"
isobaricplot&isobaricplot = isobaricplot
w_timeseries_iso = new((/ dimsizes(isobaric), dimsizes(time_wrf) /), float)
w_timeseries_iso!0 = "isobaric"
w_timeseries_iso!1 = "time_wrf"
w_timeseries_iso&isobaric = isobaric
w_timeseries_iso&time_wrf = time_wrf
w_timeseries_iso@units = "m s-1"
u_timeseries_iso = w_timeseries_iso
v_timeseries_iso = w_timeseries_iso
w_timeseries_iso@long_name = "vertical veolocity"
u_timeseries_iso@long_name = "vertical veolocity"
v_timeseries_iso@long_name = "vertical veolocity"
printVarSummary(w_timeseries_wrf)
printVarSummary(p_timeseries_wrf)
printVarSummary(w_timeseries_iso)
do t = 0, dimsizes(time_wrf)-1
print(" Interpolating Step "+t+" of "+(dimsizes(time_wrf)-1))
w_timeseries_iso(:,t) = (/ wrf_interp_1d(w_timeseries_wrf(t,:), \
p_timeseries_wrf(t,:), \
isobaric) /)
u_timeseries_iso(:,t) = (/ wrf_interp_1d(u_timeseries_wrf(t,:), \
p_timeseries_wrf(t,:), \
isobaric) /)
v_timeseries_iso(:,t) = (/ wrf_interp_1d(v_timeseries_wrf(t,:), \
p_timeseries_wrf(t,:), \
isobaric) /)
end do
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; use the wrf timesteps to pull the netcdffiles containing available
; metar data
calendarnums_hrlu = cd_calendar(time_wrf_utc, -5)
temp_metar = new( dimsizes(time_wrf) , float)
temp_metar@units = "deg F"
temp_metar!0 = "time_wrf"
temp_metar&time_wrf = time_wrf
dewp_metar = temp_metar
time_metar = temp_metar
u_metar = temp_metar
v_metar = temp_metar
temp_metar@long_name = "Temperature"
dewp_metar@long_name = "Dew Point Temperature"
v_metar@long_name = "V"
u_metar@long_name = "U"
time_metar@long_name = "time"
time_metar@units = time_wrf@units
do t = 0, dimsizes(time_wrf)-1
filedate = sprinti("%0.4i",calendarnums_hrlu(t,0)) + "-" + \
sprinti("%0.2i",calendarnums_hrlu(t,1)) + "-" + \
sprinti("%0.2i",calendarnums_hrlu(t,2)) + "_" + \
sprinti("%0.2i00",calendarnums_hrlu(t,3))
metar_file = metar_dir+ "METAR_"+filedate+".nc"
system("gunzip -f9v "+metar_file+".gz")
; check if file exists
if (isfilepresent(metar_file)) then
metar = addfile(metar_file,"r")
mall_temp = metar->tmpk
mall_dewp = metar->dwpk
mall_u = metar->uwnd
mall_v = metar->vwnd
mall_u(:) = (/ mall_u * 1.94384 /)
mall_v(:) = (/ mall_v * 1.94384 /)
mall_lon = metar->lon
mall_lat = metar->lat
mall_time = metar->time
distance_ll = sqrt((mall_lon-lon)^2 + (mall_lat-lat)^2)
indtarg_raw = ind( distance_ll .eq. min(distance_ll) )
print(indtarg_raw)
indtarg = indtarg_raw(0)
print("METAR DATA : "+filedate+" "+indtarg + " " +mall_lat(indtarg) + mall_lon(indtarg) )
if (.not.all(ismissing(indtarg))) then
temp_metar(t) = (mall_temp(indtarg) - 273.17) * 1.8 + 32
dewp_metar(t) = (mall_dewp(indtarg) - 273.17) * 1.8 + 32
time_metar(t) = tofloat(ut_convert(mall_time(indtarg), time_wrf@units))
u_metar(t) = (/ mall_u(indtarg) /)
v_metar(t) = (/ mall_v(indtarg) /)
end if
delete(mall_temp)
delete(mall_dewp)
delete(mall_u)
delete(mall_v)
delete(mall_lon)
delete(mall_lat)
delete(mall_time)
delete(distance_ll)
delete(indtarg)
delete(indtarg_raw)
end if
end do
print(temp_metar)
print(dewp_metar)
print(time_metar)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
restemp = True
restemp@trXMinF = min(time_wrf)
restemp@trXMaxF = max(time_wrf)
restemp@gsnYRefLine = 0.
restemp@gsnMaximize = True
restemp@gsnMaximize = True
resprecip = restemp
resbox = restemp
resbox@gsnXYBarChart = True
restemp@gsnFrame = False
restemp@gsnDraw = False
system("rm -fv "+full_png_dir+ "/wrf_plot_METEOGRAM_" +domain + "_" + run_date+".png")
wks = gsn_open_wks("png",full_png_dir+ "/wrf_plot_METEOGRAM_" +domain + "_" + run_date)
gsn_define_colormap(wks,"BlueDarkRed18")
restemp@trYMinF = min( (/ min(td2m_wrf_2d_f), min(temperature) , min(temp_metar), min(dewp_metar) /) )-1
restemp@trYMaxF = max( (/ max(td2m_wrf_2d_f), max(temperature) , max(temp_metar), max(dewp_metar) /) )+1
restemp@xyLineColor = 2
restemp@tiYAxisString = "Temperature/Dewpoint (F)"
restick = True
restick@ttmFormat = "%H" + utclabel + "~C~%D%C"
restick@ttmValues = calendarnums_6
restick@ttmMajorStride = 6
restick@ttmMinorStride = 1
time_axis_labels(time_wrf, restemp, restick)
restemp@tmXBLabelJust = "TopCenter"
print(restemp)
emptyset = td2m_wrf_2d_f
emptyset(:) = emptyset@_FillValue
plot_Twrf = gsn_csm_xy(wks,time_wrf,emptyset,restemp)
restemp@xyLineColor = 19
;plot_T = gsn_xy(wks,time,temperature,restemp)
;overlay(plot_Twrf,plot_T)
resdot = restemp
resdot@xyMarkLineModes = "Markers" ; choose which have markers
resdot@xyMarkers = 16 ; choose type of marker
resdot@xyMarkerColor = 16 ; Marker color
resdot@xyMarkerSizeF = 0.01 ; Marker size (default 0.01)
print(temp_metar)
plot_Tmetar = gsn_xy(wks,time_wrf,temp_metar,resdot)
overlay(plot_Twrf,plot_Tmetar)
resdot@xyMarkerColor = 6 ; Marker color
plot_TDmetar = gsn_xy(wks,time_wrf,dewp_metar,resdot)
overlay(plot_Twrf,plot_TDmetar)
restemp@xyLineColor = 19
plot_T = gsn_xy(wks,time,temperature,restemp)
overlay(plot_Twrf,plot_T)
restemp@xyLineColor = 2
plot_Tdw = gsn_xy(wks,time,tdc,restemp)
overlay(plot_Twrf, plot_Tdw)
; restemp@xyLineColor = 2
; plot_T = gsn_xy(wks,time_wrf,td2m_wrf_2d_f,restemp)
; overlay(plot_Twrf,plot_T)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
if (max(precip_hourly) .gt. 0) then
precip_hourly = where((precip_hourly .gt. 0).and.(precip_hourly .lt. 0.001), 0.001, precip_hourly)
precipcoord = (/ (/ max(precip_hourly)/3 /), (/ max(precip_hourly)*100 /) /)
end if
if (max(precip_hourly) .eq. 0) then
precipcoord = (/ -0.4, 99 /)
end if
precipcoord!0 = "precipcoord"
precipcoord&precipcoord = precipcoord
print(precipcoord)
if (max(precip_hourly) .gt. 0) then
precipcoord2 = (/ (/ max(precip_hourly)*2/3 /), (/ max(precip_hourly)*100 /) /)
end if
if (max(precip_hourly) .eq. 0) then
precipcoord2 = (/ 0.4, 99 /)
end if
precipcoord2!0 = "precipcoord2"
precipcoord2&precipcoord2 = precipcoord2
print(precipcoord2)
windvector_u10 = new( (/ 2, dimsizes(time_wrf) /), float)
windvector_u10!1 = "time_wrf"
windvector_u10&time_wrf = time_wrf
windvector_u10!0 = "precipcoord"
windvector_u10&precipcoord = precipcoord
windvector_v10 = windvector_u10
windvector_null = windvector_u10
windvector_null(:,:) = 0.0001
printVarSummary(windvector_u10)
printVarSummary(U10_timeseries_wrf)
windvector_u10(0,:) = (/ U10_timeseries_wrf /)
windvector_v10(0,:) = (/ V10_timeseries_wrf /)
windvector_u10(1,:) = (/ U10_timeseries_wrf /)
windvector_v10(1,:) = (/ V10_timeseries_wrf /)
windvector_u10metar = windvector_u10
windvector_u10metar!0 = "precipcoord2"
windvector_u10metar&precipcoord2 = precipcoord2
windvector_v10metar = windvector_u10metar
windvector_nullmetar = windvector_v10metar
windvector_u10metar(0,:) = (/ u_metar/)
windvector_v10metar(0,:) = (/ v_metar /)
windvector_u10metar(1,:) = (/ u_metar/)
windvector_v10metar(1,:) = (/ v_metar /)
windvector_nullmetar = where (ismissing(windvector_u10metar), windvector_nullmetar@_FillValue, 0.0001)
resbox@gsnAboveYRefLineColor = 6
; resbox@trYMaxF = max(precip_hourly)
; resbox@trYMinF = min(precip_hourly)
resbox@tiYAxisString = "Hourly Precip (mm), 10-m Wind (kts)"
resbox@xyLineColor = 6
resbox@tmXBLabelJust = "TopCenter"
resbox@gsnFrame = False
resbox@gsnDraw = False
restick@ttmMajorStride = 6
restick@ttmMinorStride = 1
time_axis_labels(timehourly, resbox, restick)
plotP3 = gsn_csm_xy(wks,(timehourly-0.5),precip_hourly,resbox)
resvec1=True
resvec1@gsnFrame=False
resvec1@gsnDraw=False
resvec1@vcRefAnnoOn = False ; turns off the ref vector
resvec1@vcRefLengthF = 0.050 ; set length of ref vector
resvec1@vcGlyphStyle = "WindBarb" ; turn on windbarbs
resvec1@vcMonoWindBarbColor = True ; to color the windbarbs with
; respect to speed use False
resvec1@vcNoDataLabelOn = False
resvec1@vcMapDirection = False ; needed to disassociate the coordinate plane from the wind barbs
resvec1@vcPositionMode = "ArrowHead"
print(windvector_u10(0,::3))
print(windvector_null(0,::3))
print(windvector_u10metar(0,::3))
print(windvector_nullmetar(0,::3))
plotvecline = gsn_csm_vector(wks, windvector_u10(:,::2), windvector_v10(:,::2), resvec1)
overlay(plotP3,plotvecline)
plotvecline = gsn_csm_vector(wks, windvector_null(:,::2), windvector_null(:,::2), resvec1)
overlay(plotP3,plotvecline)
resvec1@vcWindBarbColor = "Red"
plotvecline = gsn_csm_vector(wks, windvector_u10metar(:,::2), windvector_v10metar(:,::2), resvec1)
overlay(plotP3,plotvecline)
plotvecline = gsn_csm_vector(wks, windvector_nullmetar(:,::2), windvector_nullmetar(:,::2), resvec1)
overlay(plotP3,plotvecline)
;;;;;;;;;;;;;;;;;;;;;;
rescross = True
rescross@gsnMaximize = True
rescross@cnLevelSelectionMode = "ManualLevels" ; manual contour levels
rescross@cnLevelSpacingF = .10 ; contour interval
rescross@cnMinLevelValF = -1. ; min level
rescross@cnMaxLevelValF = 1. ; max level
rescross@cnLinesOn = False ;
; rescross@gsnContourZeroLineThicknessF = 2 ; doubles thickness of zero contour
;rescross@gsnContourNegLineDashPattern = 1 ; sets negative contours to dash pattern 1
; rescross@cnLineLabelsOn = True ; turn on line labels
rescross@cnFillOn = True ; turn on color fill
rescross@gsnSpreadColors = True ; use full range of colors
rescross@lbLabelAutoStride = True ; optimal labels
rescross@gsnDraw = False
rescross@gsnFrame = False
rescross@tiYAxisString = "Isobaric Height (hPa)"
rescross@cnLineLabelBackgroundColor= -1
rescross@pmLabelBarOrthogonalPosF = -0.05
;rescross@lbOrientation = "vertical"
resvec=True
resvec@gsnFrame=False
resvec@gsnDraw=False
resvec@vcRefAnnoOn = False ; turns off the ref vector
resvec@vcRefLengthF = 0.040 ; set length of ref vector
resvec@vcGlyphStyle = "WindBarb" ; turn on windbarbs
resvec@vcMonoWindBarbColor = True ; to color the windbarbs with
; respect to speed use False
resvec@vcMapDirection = False ; needed to disassociate the coordinate plane from the wind barbs
printVarSummary(u_timeseries_iso)
restick2 = True
restick2@ttmFormat = "%H"+utclabel+"~C~%D%C"
restick2@ttmValues = calendarnums_6
restick2@ttmMajorStride = 6
restick2@ttmMinorStride = 1
time_axis_labels(time_wrf, rescross, restick2)
plotcross = gsn_csm_pres_hgt(wks,w_timeseries_iso,rescross)
plotvec = gsn_csm_vector(wks, u_timeseries_iso({isobaricplot},::3), v_timeseries_iso({isobaricplot},::3), resvec)
overlay(plotcross,plotvec)
;;;;;;;;;;;;;;;;;;;
multi_array = (/ lfx, hfx, glw, gsw /)
flux_colors = (/ 13, 15, 18, 3/)
flux_labels = (/ "Sw", "Lw", "H", "LE" /)
flux_thick = (/ 3., 3, 1.5, 1.5 /)
flux_colors(:) = flux_colors(::-1)
flux_labels(:) = flux_labels(::-1)
flux_thick(:) = flux_thick(::-1)
resflux = True
resflux@trXMinF = min(time_wrf)
resflux@trXMaxF = max(time_wrf)
resflux@gsnYRefLine = 0.
resflux@gsnMaximize = True
resflux@gsnMaximize = True
resflux@gsnFrame = False
resflux@gsnDraw = False
resflux@trYMinF = min( (/ min(multi_array) /) )-10
resflux@trYMaxF = max( (/ max(multi_array) /) )+10
resflux@xyLineColors = 2
resflux@tiYAxisString = "Energy Flux (W m-2)"
restick = True
restick@ttmFormat = "%H" + utclabel + "~C~%D%C"
restick@ttmValues = calendarnums_6
restick@ttmMajorStride = 6
restick@ttmMinorStride = 1
time_axis_labels(time_wrf, resflux, restick)
restemp@tmXBLabelJust = "TopCenter"
emptyset = td2m_wrf_2d_f
emptyset(:) = emptyset@_FillValue
plot_flux = gsn_csm_xy(wks,time_wrf,emptyset,resflux)
reslines = True
reslines@xyDashPattern = 0 ; Make curves all solid
reslines@xyMarkLineMode = "Lines" ; Markers *and* lines
reslines@xyLineColors = flux_colors ; 3 different colors
reslines@gsnFrame = False
reslines@gsnDraw = False
reslines@xyLineThicknesses = flux_thick
print(resflux)
reslines@pmLegendDisplayMode = "Always" ; turn on legend
reslines@pmLegendSide = "Top" ; Change location of
reslines@pmLegendParallelPosF = .90 ; move units right
reslines@pmLegendOrthogonalPosF = -0.27 ; more neg = down
reslines@pmLegendWidthF = 0.12 ; Change width and
reslines@pmLegendHeightF = 0.15 ; height of legend.
reslines@lgLabelFontHeightF = .015 ; change font height
reslines@lgPerimOn = False ; no box around
; labels for the legend
reslines@xyExplicitLegendLabels = flux_labels
plot_fluxlines = gsn_xy (wks,time,multi_array,reslines) ; create plot
overlay(plot_flux,plot_fluxlines)
;;;;;;;;;;;;;;;;;;
resP = True
resP@txString = station_nice_name + " SDSMT WRF Meteogram for "+run_date
resP@gsnLeftString = " "
resP@gsnRightString = " "
resP@gsnMaximize = True
resP@gsnOrientation = "Landscape"
resP@gsnPaperOrientation = "Landscape"
gsn_panel(wks,(/ plot_Twrf,plotP3, plot_flux, plotcross/),(/2,2/),resP) ; now draw as one plot
system("rm -fv "+dir_png + "/currentRAP/wrf_plot_METEOGRAM_"+domain+ ".png")
system ("ln -sv " + full_png_dir + "/wrf_plot_METEOGRAM_"+domain + "_" + run_date+".png "+ dir_png + "/currentRAP/wrf_plot_METEOGRAM_"+domain+ ".png")
end