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1.1 root 1: .PS
2: .ps 20
3: ## figure A-21
4:
5: boxwid = 2*boxwid
6:
7: B1: box "manager"
8: B2: box with .n at (B1.s.x,B1.s.y-boxht) width 1.5*boxwid height 6*boxht
9: B3: box "CMISE" \
10: with .n at (B2.n.x,B2.n.y-(boxht/3)) width 1.25*boxwid height 1.5*boxht
11: B4: box "presentation" with .sw at B2.sw width 1.5*boxwid
12: B5: box "acse" with .e at (B3.e.x,B4.ne.y+(B3.se.y-B4.ne.y)/3) \
13: width .5*boxwid height .75*boxht
14: B6: box invis "$\ldots$" with .nw at B2.sw width 1.5*boxwid
15: B7: box "rose" with .e at (B5.n.x,B3.sw.y-(B3.sw.y-B4.nw.y)/3) \
16: width .75*boxwid height .75*boxht
17: ##
18: L1: line <-> from (B1.sw.x-(B1.sw.x-B1.s.x)/2,B1.s.y) \
19: to (B1.sw.x-(B1.sw.x-B1.s.x)/2,B3.n.y)
20: L2: line <-> from (B1.se.x-(B1.se.x-B1.s.x)/2,B1.s.y) \
21: to (B1.se.x-(B1.se.x-B1.s.x)/2,B3.n.y)
22: L3: line <-> from (B1.sw.x-(B1.sw.x-B1.s.x)/2,B3.s.y) \
23: to (B1.sw.x-(B1.sw.x-B1.s.x)/2,B7.n.y)
24: L4: line <-> from (B1.se.x-(B1.se.x-B1.s.x)/2,B3.s.y) \
25: to (B1.se.x-(B1.se.x-B1.s.x)/2,B7.n.y)
26: L5: line <-> from (B1.se.x-(B1.se.x-B1.s.x)/2,B5.s.y) \
27: to (B1.se.x-(B1.se.x-B1.s.x)/2,B4.n.y)
28: L6: line <-> from (B1.se.x-(B1.se.x-B1.s.x)/2,B7.s.y) \
29: to (B1.se.x-(B1.se.x-B1.s.x)/2,B5.n.y)
30: L7: line <-> from (B1.sw.x-(B1.sw.x-B1.s.x)/2,B7.s.y) \
31: to (B1.sw.x-(B1.sw.x-B1.s.x)/2,B4.n.y)
32: ##
33: B11: box invis with .nw at (B1.ne.x+boxwid,B1.ne.y) width 3.75*boxwid
34: B12: box with .nw at (B11.sw.x,B11.s.y-boxht) width 1.5*boxwid height 6*boxht
35: B13: box "CMISE" \
36: with .n at (B12.n.x,B12.n.y-(boxht/3)) width 1.25*boxwid height 1.5*boxht
37: B14: box "presentation" with .sw at B12.sw width 1.5*boxwid
38: B15: box "acse" with .e at (B13.e.x,B14.ne.y+(B13.se.y-B14.ne.y)/3) \
39: width .5*boxwid height .75*boxht
40: B16: box invis "$\ldots$" with .nw at B12.sw width 1.5*boxwid
41: B17: box "rose" with .e at (B15.n.x,B13.sw.y-(B13.sw.y-B14.nw.y)/3) \
42: width .75*boxwid height .75*boxht
43: B10: box invis with .nw at (B1.nw.x+(B12.nw.x-B2.nw.x),B1.nw.y)
44: ##
45: L13: line <-> from (B10.sw.x-(B10.sw.x-B10.s.x)/2,B13.s.y) \
46: to (B10.sw.x-(B10.sw.x-B10.s.x)/2,B17.n.y)
47: L14: line <-> from (B10.se.x-(B10.se.x-B10.s.x)/2,B13.s.y) \
48: to (B10.se.x-(B10.se.x-B10.s.x)/2,B17.n.y)
49: L15: line <-> from (B10.se.x-(B10.se.x-B10.s.x)/2,B15.s.y) \
50: to (B10.se.x-(B10.se.x-B10.s.x)/2,B14.n.y)
51: L16: line <-> from (B10.se.x-(B10.se.x-B10.s.x)/2,B17.s.y) \
52: to (B10.se.x-(B10.se.x-B10.s.x)/2,B15.n.y)
53: L17: line <-> from (B10.sw.x-(B10.sw.x-B10.s.x)/2,B17.s.y) \
54: to (B10.sw.x-(B10.sw.x-B10.s.x)/2,B14.n.y)
55: ##
56: B22: box "MIB" with .ne at (B11.se.x,B11.s.y-boxht) width 1.5*boxwid height 6*boxht
57: ##
58: L30: line <-> dashed from B3.e to B13.w "CMIP" ""
59: L31: line <-> dashed from (B12.e.x,B13.n.y) to (B22.w.x,B13.n.y)
60: L32: line <-> dashed from (B12.e.x,B13.s.y) to (B22.w.x,B13.s.y)
61: L33: line <-> dashed from (B12.e.x,B14.n.y - boxht/6) to (B22.w.x,B14.n.y - boxht/6)
62: L34: line <-> dashed from (B12.e.x,B14.s.y + boxht/6) to (B22.w.x,B14.s.y + boxht/6)
63: ##
64: .PE
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