! jnl file that uses Argo data to make different temperature line yearly anomaly plots
! requires input arguments for time range, depth range and lat/lon range

! to run the program in ferret, you will need to type the following line with the various values filled in:

!  go fer_temp_line_yearly_anom type time_start time_end depth_min depth_max lat_min lat_max lon_min lon_max

! If you choose not to give values for the various variables, default ones will be substituted for you.
! If you only want to choose some values, you can, but you cannot skip any values.  This means you can 
! fill in the first 2 and no others, or if you want to specify the lat/lon ranges, you must fill in values
! for the first 4 variables as well as the lat/lon ranges.

! type means T vs. time(1), T vs. depth (2), T vs. latitude (3), or T vs. longitude (4)
! depth values are entered in the range of 0 - 2000dbar
! time values are entered corresponding to monthly values starting with Jan, 2004 
! if no values are entered, the default region is 50S to 25N and 130E to 250E with an average over the 
! entire depth and time region
cancel/all data
cancel/all var
cancel/all sym
set window/clear
go set_pixel_size 1024 768
set mem/size=80

! assigning variables to arguments passed in the go command as well as default values
let lat_min=`$6%-30%`
let lat_max=`$7%-30%`
let lon_min=`$8%10%`
let lon_max=`$9%170%`
let depth_min=`$4%0%`
let depth_max=`$5%100%`
let time_start=`$2%1%`
let time_end=`$3%48%`
let type_plot=`$1%2%`
set mode interpolate
set region/z=`depth_min`:`depth_max`/y=`lat_min`:`lat_max`/x=`lon_min`:`lon_max`
define viewport/xlim=.0,.95/ylim=0,1 top

PPL DFLTFNT DR
ppl conpre @P1@DR
ppl axlsze 0.15,.15
ppl axset 1,1,1,1
ppl pen 0,7
ppl pen 1,7
ppl labset .15,.15,.15

! Ensuring longitudes are properly plotted
let boundb=if (`lon_min`) gt (`lon_max`) then 1 else 0
if `boundb` then
let lon_max=`lon_max`+360
endif

use RG_ArgoClim_Full.nc
let temp=ARGO_TEMPERATURE_MEAN[d=1]+ARGO_TEMPERATURE_ANOMALY[d=1]
let psal=ARGO_SALINITY_MEAN[d=1]+ARGO_SALINITY_ANOMALY[d=1]
! type 1 plot - line of T vs. time
let ltime=if `type_plot` eq 1 then 1 else 0
if `ltime` then say temp vs time


! only lat is the same
let a=if (`lat_min`) eq (`lat_max`) and (`lon_min`) ne (`lon_max`) and `depth_min` ne `depth_max` and `time_start` ne `time_end` then 1 else 0
if `a` then 
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`]- temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=1:60@ave]
endif 
! only lon is the same
let b=if (`lon_min`) eq (`lon_max`) and (`lat_min`) ne (`lat_max`) and `depth_min` ne `depth_max` and `time_start` ne `time_end` then 1 else 0
if `b` then 
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`]-temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=1:60@ave]
endif
! lat and lon are the same, depth different
let c=if (`lon_min`) eq (`lon_max`) and (`lat_min`) eq (`lat_max`) and `depth_min` ne `depth_max` and `time_start` ne `time_end` then 1 else 0
if `c` then 
let temp_plot= temp[x=`lon_min`,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`] - temp[x=`lon_min`,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=1:60@ave]
endif
! all three are different
let d=if (`lon_min`) ne (`lon_max`) and (`lat_min`) ne (`lat_max`) and `depth_min` ne `depth_max` and `time_start` ne `time_end` then 1 else 0
if `d` then 
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`] - temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=1:60@ave]
endif
! lon and depth are the same
let e=if (`lon_min`) eq (`lon_max`) and `depth_min` eq `depth_max` and (`lat_min`) ne (`lat_max`) and `time_start` ne `time_end` then 1 else 0
if `e` then 
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=`time_start`:`time_end`] - temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=1:60@ave]
endif
! lat and depth are the same
let f=if (`lat_min`) eq (`lat_max`) and `depth_min` eq `depth_max` and (`lon_min`) ne (`lon_max`) and `time_start` ne `time_end` then 1 else 0
if `f` then 
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`,l=`time_start`:`time_end`] -temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`,l=1:60@ave]
endif
! depth is the same
let g=if (`lon_min`) ne (`lon_max`) and (`lat_min`) ne (`lat_max`) and `depth_min` eq `depth_max` and `time_start` ne `time_end` then 1 else 0
if `g` then 
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=`time_start`:`time_end`] -temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=1:60@ave]
endif
! all three are the same
let h=if (`lon_min`) eq (`lon_max`) and (`lat_min`) eq (`lat_max`) and `depth_min` eq `depth_max` and `time_start` ne `time_end` then 1 else 0
if `h` then 
let temp_plot= temp[x=`lon_min`,y=`lat_min`,z=`depth_min`,l=`time_start`:`time_end`] - temp[x=`lon_min`,y=`lat_min`,z=`depth_min`,l=1:60@ave]
endif

if `ltime` then 
plot/nolab/line=13/set temp_plot
!LL ppl ylab Argo Temperature (^o)
ppl axlabp -1,-1
ppl labset 0.15 0.15 0.15 0.15
ppl axlsze,0.15,0.15
ppl plot
ppl origin ,($orig_yorg)	!restore y origin
endif


! type 2 plot - line of T vs. depth
let ldepth=if `type_plot` eq 2 then 1 else 0
if `ldepth` then say temp vs. depth

! only lat is the same
let a=if (`lat_min`) eq (`lat_max`) and (`lon_min`) ne (`lon_max`) and `time_start` ne `time_end` and `depth_min` ne `depth_max` then 1 else 0
if `a` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`:`depth_max`,l=`time_start`:`time_end`@ave]-temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`:`depth_max`,l=1:60@ave]
endif 
endif
! only lon is the same
let b=if (`lon_min`) eq (`lon_max`) and (`lat_min`) ne (`lat_max`) and `time_start` ne `time_end` and `depth_min` ne `depth_max` then 1 else 0
if `b` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=`time_start`:`time_end`@ave]-temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=1:60@ave]
endif
endif
! lat and lon are the same, time different
let c=if (`lon_min`) eq (`lon_max`) and (`lat_min`) eq (`lat_max`) and `time_start` ne `time_end` and `depth_min` ne `depth_max` then 1 else 0
if `c` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`,z=`depth_min`:`depth_max`,l=`time_start`:`time_end`@ave] -temp[x=`lon_min`,y=`lat_min`,z=`depth_min`:`depth_max`,l=1:60@ave]
endif
endif
! all three are different
let d=if (`lon_min`) ne (`lon_max`) and (`lat_min`) ne (`lat_max`) and `time_start` ne `time_end` and `depth_min` ne `depth_max` then 1 else 0
if `d` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=`time_start`:`time_end`@ave] -temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=1:60@ave] 
endif
endif
! lon and time are the same
let e=if (`lon_min`) eq (`lon_max`) and `time_start` eq `time_end` and (`lat_min`) ne (`lat_max`) and `depth_min` ne `depth_max` then 1 else 0
if `e` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=`time_start`] -temp[x=`lon_min`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=1:60@ave] 
endif
endif
! lat and time are the same
let f=if (`lat_min`) eq (`lat_max`) and `time_start` eq `time_end` and (`lon_min`) ne (`lon_max`) and `depth_min` ne `depth_max` then 1 else 0
if `f` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`:`depth_max`,l=`time_start`] -temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`,z=`depth_min`:`depth_max`,l=1:60@ave] 
endif
endif
! time is the same
let g=if (`lon_min`) ne (`lon_max`) and (`lat_min`) ne (`lat_max`) and `time_start` eq `time_end` and `depth_min` ne `depth_max` then 1 else 0
if `g` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=`time_start`] -temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`,l=1:60@ave] 
endif
endif
! all three are the same
let h=if (`lon_min`) eq (`lon_max`) and (`lat_min`) eq (`lat_max`) and `time_start` eq `time_end` and `depth_min` ne `depth_max` then 1 else 0
if `h` then 
if `ldepth` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`,z=`depth_min`:`depth_max`,l=`time_start`] -temp[x=`lon_min`,y=`lat_min`,z=`depth_min`:`depth_max`,l=1:60@ave] 
endif
endif
if `ldepth` then
plot/nolab/line=13 temp_plot
ppl ylab Pressure (dbar)
!LL ppl xlab Argo Temperature (^o)
ppl axlabp 1,-1
ppl labset 0.2 0.2 0.2 0.2
ppl axlsze,0.15,0.15
ppl plot
ppl origin ,($orig_yorg)	!restore y origin
endif


! type 3 plot - line of T vs. latitude
let llat=if `type_plot` eq 3 then 1 else 0
if `llat` then say temp vs. latitude
if `llat` then

! only depth is the same
let a=if (`lon_min`) ne (`lon_max`) and (`time_start`) ne (`time_end`) and `depth_min` eq `depth_max` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `a` then 
if `llat` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`,l=`time_start`:`time_end`@ave]-temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`,l=1:60@ave]
endif
endif
! only lon is the same
let b=if (`lon_min`) eq (`lon_max`) and (`time_start`) ne (`time_end`) and `depth_min` ne `depth_max` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `b` then 
if `llat` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`@ave]-temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=1:60@ave]
endif
endif
! time and lon are the same, depth different
let c=if (`lon_min`) eq (`lon_max`) and (`time_start`) eq `time_end` and `depth_min` ne `depth_max` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `c` then 
if `llat` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=`time_start`] -temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=1:60@ave] 
endif
endif
! all three are different
let d=if (`lon_min`) ne (`lon_max`) and (`time_start`) ne `time_end` and `depth_min` ne `depth_max` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `d` then 
if `llat` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`@ave] - temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=1:60@ave] 
endif
endif
! lon and depth are the same
let e=if (`lon_min`) eq (`lon_max`) and `depth_min` eq `depth_max` and (`time_start`) ne `time_end` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `e` then 
if `llat` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`,l=`time_start`:`time_end`@ave] - temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`,l=1:60@ave] 
endif
endif
! time and depth are the same
let f=if (`time_start`) eq (`time_end`) and `depth_min` eq `depth_max` and (`lon_min`) ne (`lon_max`) and (`lat_min`) ne (`lat_max`) then 1 else 0
if `f` then 
if `llat` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`,l=`time_start`] - temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`,l=1:60@ave] 
endif
endif
! time is the same
let g=if (`lon_min`) ne (`lon_max`) and (`time_start`) eq (`time_end`) and `depth_min` ne `depth_max` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `g` then 
if `llat` then
let temp_plot= temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=`time_start`] - temp[x=`lon_min`:`lon_max`@ave,y=`lat_min`:`lat_max`,z=`depth_min`:`depth_max`@ave,l=1:60@ave] 
endif
endif
! all three are the same
let h=if (`lon_min`) eq (`lon_max`) and (`time_start`) eq (`time_end`) and `depth_min` eq `depth_max` and (`lat_min`) ne (`lat_max`) then 1 else 0
if `h` then 
if `llat` then
let temp_plot= temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`,l=`time_start`] - temp[x=`lon_min`,y=`lat_min`:`lat_max`,z=`depth_min`,l=1:60@ave] 
endif
endif
endif

!let n= `llat` eq 1 and `ls` ne 1
!if `n` then
if `llat` then
plot/nolab/line=13/set temp_plot
!LL ppl ylab Temperature Difference
!LL ppl xlab Argo Temperature (^o)
ppl axlabp -1,-1
ppl labset 0.15 0.15 0.15 0.15
ppl axlsze,0.15,0.15
ppl plot
ppl origin ,($orig_yorg)	!restore y origin
endif

! type 4 plot - line of T vs. longitude
let llon=if `type_plot` eq 4 then 1 else 0
if `llon` then say temp vs. longitude
if `llon` then
! only depth is the same
let a=if (`lat_min`) ne (`lat_max`) and (`time_start`) ne (`time_end`) and `depth_min` eq `depth_max` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `a`  then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=`time_start`:`time_end`@ave]- temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=1:60@ave]
endif
endif
! only lat is the same
let b=if (`lat_min`) eq (`lat_max`) and (`time_start`) ne (`time_end`) and `depth_min` ne `depth_max` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `b` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`@ave]- temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=1:60@ave]
endif
endif
! time and lat are the same, depth different
let c=if (`lat_min`) eq (`lat_max`) and (`time_start`) eq `time_end` and `depth_min` ne `depth_max` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `c` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=`time_start`] -temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`:`depth_max`@ave,l=1:60@ave] 
endif
endif
! all three are different
let d=if (`lat_min`) ne (`lat_max`) and (`time_start`) ne `time_end` and `depth_min` ne `depth_max` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `d` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=`time_start`:`time_end`@ave] - temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=1:60@ave] 
endif
endif
! lat and depth are the same
let e=if (`lat_min`) eq (`lat_max`) and `depth_min` eq `depth_max` and (`time_start`) ne `time_end` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `e` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`,l=`time_start`:`time_end`@ave]  - temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`,l=1:60@ave] 
endif
endif
! time and depth are the same
let f=if (`time_start`) eq (`time_end`) and `depth_min` eq `depth_max` and (`lat_min`) ne (`lat_max`) and (`lon_min`) ne (`lon_max`) then 1 else 0
if `f` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=`time_start`] - temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`,l=1:60@ave] 
endif
endif
! time is the same
let g=if (`lat_min`) ne (`lat_max`) and (`time_start`) eq (`time_end`) and `depth_min` ne `depth_max` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `g` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=`time_start`] - temp[x=`lon_min`:`lon_max`,y=`lat_min`:`lat_max`@ave,z=`depth_min`:`depth_max`@ave,l=1:60@ave] 
endif
endif
! all three are the same
let h=if (`lat_min`) eq (`lat_max`) and (`time_start`) eq (`time_end`) and `depth_min` eq `depth_max` and (`lon_min`) ne (`lon_max`) then 1 else 0
if `h` then 
if `llon` then
let temp_plot= temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`,l=`time_start`] - temp[x=`lon_min`:`lon_max`,y=`lat_min`,z=`depth_min`,l=1:60@ave] 
endif
endif
endif


!let m= `llon` eq 1 and `b` ne 1
!if `m` then
if `llon` then
plot/nolab/line=13/set temp_plot
!LL ppl ylab Argo Temperature (^o)
ppl axlabp -1,-1 
ppl labset 0.15 0.15 0.15 0.15
ppl axlsze,0.15,0.15
ppl plot
ppl origin ,($orig_yorg)	!restore y origin
endif