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boxn.pro
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FUNCTION getSoilNum, soildata
s =soildata[0,*]
si=soildata[1,*]
c =soildata[2,*]
Sand=where(s-c/5.0 GT 88)
LoamySand=where(s LT 90 AND s-c GT 70)
SandyLoam=where(s-c LT 70 AND c lt 20 AND (s GT 52 OR (c LT 7 AND si LT 50)))
SiltLoam=where(c LT 28 AND si GT 50 AND (si LT 20 OR c GT 12))
Loam=where(s LT 52 AND si LT 50 AND si GT 28 AND c GT 7 AND c LT 28)
SandyClayLoam=where(s GT 45 AND c GT 20 AND c LT 35 AND si LT 18)
SiltyClayLoam=where(s LT 20 AND c GT 28 AND c LT 40)
ClayLoam=where(s LT 46 AND s GT 20 AND c LT 40 AND c GT 28)
SandyClay=where(s GT 45 AND c GT 35)
SiltyClay=where(c GT 40 AND si GT 40)
Clay=where(s LT 45 AND c GT 40 AND si LT 40)
output=intarr(n_elements(s))
output[Sand]=0
output[LoamySand]=1
output[SandyLoam]=2
output[SiltLoam]=3
output[Loam]=4
output[SandyClayLoam]=5
output[SiltyClayLoam]=6
output[ClayLoam]=7
output[SandyClay]=8
output[SiltyClay]=9
output[Clay]=10
return, output
END
PRO boxn, f1, charsize=charsize, _extra=e, varCol=varCol, $
overplot=overplot, fc=fc, yr=yr, noprintn=noprintn, minmax=minmax, $
logem=logem, histo=histo, inverse=inverse, ntom=ntom
IF NOT keyword_set(varCol) THEN varCol=11
IF n_elements(f1) EQ 0 THEN f1="newRosetta.txt"
IF NOT keyword_set(noprintn) THEN printn=1
IF NOT keyword_set(charsize) THEN charsize=1
; maxLimit=600
; top=600
;; colors for plotting
red =256l^0
green=256l^1
blue =256l^2
print, load_cols(f1, data)
index=where(data[varCol,*] NE -9.9)
IF varCol EQ 7 THEN index=where(data[varCol,*] GT 0)
IF index[0] EQ -1 THEN BEGIN
print, "error no valid data points!"
return
ENDIF
data=data[*,index]
;; to make the y axis log scale :
;; comment this line,
;; uncomment ylog=logem,
;; uncomment lines down by the xyouts xaxis labeling section,
;; add logem=logem to the histo_flux_plot call...
;; then fix histo_flux_plot to do logs...
IF keyword_set(logem) THEN data[varcol,*] = alog10(data[varcol,*])
IF keyword_set(inverse) THEN data[varcol,*] = 1.0/(data[varcol,*])
IF keyword_set(ntom) THEN data[varcol,*] = 1-(1.0/(data[varcol,*]))
maxLimit=max(data[varCol,*])
minLimit=min(data[varCol,*])
range=maxLimit-minLimit
soilsdex=getSoilNum(data[3:5,*])
data[1,*]=soilsdex
nsoils=max(data[1,*])+1
IF NOT keyword_set(yr) THEN yr=[1,5]
IF keyword_set(minmax) THEN BEGIN
yr=[min(data[varcol,*]),max(data[varcol,*])]
print, yr
ENDIF
maxLimit=min([yr[1], maxLimit])
IF NOT keyword_set(overplot) THEN BEGIN
IF NOT keyword_set(yr) THEN yr=[minLimit-range/100.0,maxLimit+range/10.0]
plot, [0],[0], xticks=1, xtickname=replicate(' ', 2), $
/xs, xr=[-0.5,nsoils-0.5], yr=yr, $;, ylog=logem, $
background=-1, color=0, /nodata, xminor=-1, _extra=e, /ys
minLimit=yr[0]
maxLimit=yr[1]
IF !d.name EQ 'X' THEN ltgrey=200*red + 200*green+200*blue ELSE ltgrey=7
IF !d.name EQ 'X' THEN black=0 ELSE black=0
polyfill, [0.5, 0.5,1.5,1.5], $
[minLimit,maxLimit,maxLimit,minLimit], color=ltgrey
polyfill, [2.5, 2.5,3.5,3.5], $
[minLimit,maxLimit,maxLimit,minLimit], color=ltgrey
polyfill, [4.5, 4.5,5.5,5.5], $
[minLimit,maxLimit,maxLimit,minLimit], color=ltgrey
polyfill, [6.5, 6.5,7.5,7.5], $
[minLimit,maxLimit,maxLimit,minLimit], color=ltgrey
polyfill, [8.5, 8.5,9.5,9.5], $
[minLimit,maxLimit,maxLimit,minLimit], color=ltgrey
;; draw and annotate x-axis over the polygons we just drew.
; axis,0,!y.window[0],/norm, color=0, $
axis,xaxis=1, color=black, $
xticks=1,xtickname=replicate(' ', 2), $
xminor=-1, _extra=e
axis,xaxis=0, color=black, $
xticks=1,xtickname=replicate(' ', 2), $
xminor=-1, _extra=e
endif
range=maxLimit-minLimit
; boxplot, chnew[0:4,*], /is_percentile, group=1, background=-1, $
; /quiet, count=fix(chnew[5,*]), $
; boxwidth=0.2, boxpos=-0.25, /nAtMid, $
; medianthick=3, charsize=charsize
IF NOT keyword_set(fc) THEN BEGIN
IF !d.name EQ 'X' THEN fc=red*153 +green*102 +blue*51 ELSE fc=206 ;;206=grey
; black 0
; red 1
; green 2
; blue 3
; l. red 4
; l. green 5
; l. blue 6
; l. grey 7
; 8-> 70 = smooth red colors
; 71->133 = smooth green colors
; 134->196 = smooth blue colors
; 197->207 = 11 colors selected from the 16 LEVEL color table
;
; 197, 198, 199, 200, 201, 202, 203, 204, 205, 206, 207
; ~ dk.gr, mid.gr, lt.gr, cyan, blue, purp., mag., dk.mag, red, grey, white
;
; 208-217 = black->white
ENDIF
IF NOT keyword_set(histo) THEN BEGIN
boxplot, data[varCol,*]<maxLimit, group=data[1,*], color=0, _extra=e, $
/quiet, fillcolor=fc, printn=printn, $
boxwidth=0.75, boxpos=0.0, /overplot, $
medianthick=3, charsize=charsize ;, mediancolor=256l^3-256l^2
ENDIF ELSE BEGIN
histo_flux_plot, (data[varCol,*]<maxLimit)>minlimit, data[1,*], /overplot, /nonames, $
_extra=e, nbins=20
ENDELSE
IF file_test("SoilNames.txt") THEN BEGIN
openr, un, /get, "SoilNames.txt"
ENDIF ELSE IF file_test("database/SoilNames.txt") THEN $
openr, un, /get, "database/SoilNames.txt"
line=""
;
; remnants from trying to get the yaxis to be on a log scale rather than loging the data
; IF keyword_set(logem) THEN BEGIN
; minLimit=alog10(minLimit)
; maxLimit=alog10(maxLimit)
; range=maxLimit-minLimit
; ENDIF
off=range/20.0
pos=minLimit-range/15.0-off
IF NOT keyword_set(overplot) THEN BEGIN
; print, off, pos
FOR i=0, nsoils-1 DO BEGIN
readf, un, line
; IF !d.name EQ 'X' THEN cs=1.5 ELSE cs=0.5
; IF keyword_set(logem) THEN $
; xyouts, i, 10.0^(pos+(i MOD 2)*off), align=0.5, line, $
; charsize=(charsize/1.2), color=black $
; ELSE $
xyouts, i, pos+(i MOD 2)*off, align=0.5, line, $
charsize=(charsize/1.2), color=black
; xyouts, i, top-1, align=0.5, "n", charsize=charsize
IF eof(un) THEN break
ENDFOR
endIF
close, un
free_lun, un
END