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root/radiance/ray/src/px/vlpic.csh
Revision: 3.2
Committed: Tue Jan 18 03:59:41 2005 UTC (19 years, 3 months ago) by greg
Content type: application/x-csh
Branch: MAIN
Changes since 3.1: +2 -2 lines
Log Message:
Created pmdblur script and added DBLUR variable to ranimate

File Contents

# User Rev Content
1 greg 3.1 #!/bin/csh -f
2 greg 3.2 # RCSid: $Id: vlpic.csh,v 3.1 2003/02/22 02:07:28 greg Exp $
3 greg 3.1 #
4     # Compute falsecolor image of visibility level
5     # using the wacky formulas of Werner Adrian.
6     #
7     set age=40 # default age (years)
8     set tim=.2 # default time (seconds)
9     while ($#argv > 1)
10     switch ($argv[1])
11     case -a:
12     shift argv
13     set age="$argv[1]"
14     breaksw
15     case -t:
16     shift argv
17     set tim="$argv[1]"
18     breaksw
19     default:
20 greg 3.2 echo bad option "'$argv[1]'"
21 greg 3.1 exit 1
22     endsw
23     shift argv
24     end
25     set tc=/usr/tmp/vl$$.cal
26     set tp1=/usr/tmp/vl$$r1.pic
27     set tp2=/usr/tmp/vl$$r2.pic
28     set tp4=/usr/tmp/vl$$r4.pic
29     set tp8=/usr/tmp/vl$$r8.pic
30     set tf=($tc $tp1 $tp2 $tp4 $tp8)
31     set inpic=$argv[1]
32     onintr quit
33     set pr=(`getinfo -d < $inpic | sed 's/^-Y \([1-9][0-9]*\) +X \([1-9][0-9]*\)$/\2 \1/'`)
34     # ( vwright V < $inpic ; cat ) > $tc << _EOF_
35     cat > $tc << _EOF_
36     { A : 3438 * sqrt(Vhn/xmax*Vvn/ymax); { pixel size (in minutes) } }
37     PI : 3.14159265358979323846;
38     A = 180*60/PI * sqrt(S(1)/PI);
39     sq(x) : x*x;
40     max(a,b) : if(a-b, a, b);
41     Lv : 0; { veiling luminance {temporarily zero} }
42     { find direction of maximum contrast }
43     xoff(d) = select(d, 1, 1, 0, -1, -1, -1, 0, 1);
44     yoff(d) = select(d, 0, 1, 1, 1, 0, -1, -1, -1);
45     cf(lf, lb) = (lf - lb)/(lb + Lv);
46     contrast(d) = cf(li(1,xoff(d),yoff(d)), li(1,-xoff(d),-yoff(d)));
47     cwin(d1, d2) = if(contrast(d1) - contrast(d2), d1, d2);
48     bestdir(d) = if(d-1.5, cwin(d, bestdir(d-1)), d);
49     maxdir = bestdir(8);
50     Lt = WE*li(1,xoff(maxdir),yoff(maxdir)) + Lv;
51     La = WE*li(1,-xoff(maxdir),-yoff(maxdir)) + Lv;
52     LLa = log10(La);
53     F = if(La-.6, log10(4.1925) + LLa*.1556 + .1684*La^.5867,
54     if(La-.00418, 10^(-.072 + LLa*(.3372 + LLa*.0866)),
55     10^(.028 + .173*LLa)));
56     L = if(La-.6, .05946*La^.466,
57     if(La-.00418, 10^(-1.256 + .319*LLa),
58     10^(-.891 + LLa*(.5275 + LLa*.0227))));
59     LAt = log10(A) + .523;
60     AA = .36 - .0972*LAt*LAt/(LAt*(LAt - 2.513) + 2.7895);
61     LLat = LLa + 6;
62     AL = .355 - .1217*LLat*LLat/(LLat*(LLat - 10.4) + 52.28);
63     AZ = sqrt(AA*AA + AL*AL)/2.1;
64     DL1 = 2.6*sq(F/A + L);
65     M = if(La-.004, 10^-(10^-(if(La-.1,.125,.075)*sq(LLa+1) + .0245)), 0);
66     TGB = .6*La^-.1488;
67     FCP = 1 - M*A^-TGB/(2.4*(DL1*(AZ+2)/2));
68     DL2 = DL1*(AZ + T)/T;
69     FA = if(Age-64, sq(Age-56.6)/116.3 + 1.43, sq(Age-19)/2160 + .99);
70     DL3 = DL2 * FA;
71     DL4 = if(La-Lt, DL3*FCP, DL3);
72     lo = (Lt - La)/DL4; { Output VL }
73     _EOF_
74     pcomb -w -e "Age:$age;T:$tim" -f $tc -o $inpic > $tp1
75     pfilt -1 -x /2 -y /2 $inpic \
76     | pcomb -w -e "Age:$age;T:$tim" -f $tc -o - \
77     | pfilt -1 -r 1 -x $pr[1] -y $pr[2] > $tp2
78     pfilt -1 -x /4 -y /4 $inpic \
79     | pcomb -w -e "Age:$age;T:$tim" -f $tc -o - \
80     | pfilt -1 -r 1 -x $pr[1] -y $pr[2] > $tp4
81     pfilt -1 -x /8 -y /8 $inpic \
82     | pcomb -w -e "Age:$age;T:$tim" -f $tc -o - \
83     | pfilt -1 -r 1 -x $pr[1] -y $pr[2] > $tp8
84     pcomb -e 'max(a,b):if(a-b,a,b)' -e 'lo=max(gi(1),max(gi(2),max(gi(3),gi(4))))' \
85     $tp1 $tp2 $tp4 $tp8 \
86     | falsecolor -l VL -s 56 -m 1 -r 'if(v-1/8,1.6*8/7*(v-1/8)-.6,0)' \
87     -g 'if(v-1/8,if(v-.453125,1.6-1.6*8/7*(v-1/8),8/3*8/7*(v-1/8)),0)' \
88     -b 'if(v-1/8,1-8/3*8/7*(v-1/8),0)'
89     quit:
90     rm -f $tf