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############################################################################
#
# File: plotgrid.icn
#
# Subject: Program to create grid plots for sequence drafts
#
# Author: Ralph E. Griswold
#
# Date: June 19, 1999
#
############################################################################
#
# This program produces grid plots as specificed in the include
# file, include.wvp, which is produced by seqdraft.icn.
#
############################################################################
#
# Requires: Version 9 graphics and large integers
#
############################################################################
#
# Links: cells, convert, expander, weaving, weavutil, lists, mirror,
# tieutils, wopen, numbers, weaveseq
#
############################################################################
#
# Note: The include file may contain link declarations.
#
############################################################################
link convert
link expander
link weaving
link weavutil
link lists
link mirror
link numbers
link tieutils
link wopen
link weaveseq
$include "include.wvp"
$ifdef Link
Link
$endif
global cmod
global colors
global height
global shafts
global width
global threading
global tieup
global tieups
global treadling
global treadles
global warp_colors
global weft_colors
$define CellSize 4
procedure main()
init()
plot()
end
# Initialize the weaving.
procedure init()
local m, n, v
shafts := Shafts
treadles := Treadles
colors := Colors
height := Length
width := Breadth
threading := []
every put(threading, |sconvert(Threading, shafts)) \ width
treadling := []
every put(treadling, |sconvert(Treadling, treadles)) \ height
warp_colors := []
every put(warp_colors, |sconvert(WarpColors, *colors)) \ width
weft_colors := []
every put(weft_colors, |sconvert(WeftColors, *colors)) \ height
$ifdef Reflect
threading |||:= lreverse(threading[1:-1])
treadling |||:= lreverse(treadling[1:-1])
warp_colors |||:= lreverse(warp_colors[1:-1])
weft_colors |||:= lreverse(weft_colors[1:-1])
width := 2 * width - 1
height := 2 * height - 1
$endif
$ifdef DeBug
write(image(threading))
write(image(treadling))
write(image(warp_colors))
write(image(weft_colors))
$endif
tieup := tie2tier(shafts, treadles, Tieup).matrix
return
end
# Create the plots.
procedure plot()
local threading_pane, warp_pane, treadling_pane, weft_pane, tieup_pane
local tr_width, th_width, tr_height, th_height, comp, i, j
threading_pane := makepanel(*threading, shafts, CellSize)
every i := 1 to *threading do
colorcell(threading_pane, i, threading[i], "black")
WAttrib(threading_pane.window, "label=threading sequence")
th_width := WAttrib(threading_pane.window, "width")
th_height := WAttrib(threading_pane.window, "height")
warp_pane := makepanel(*warp_colors, shafts, CellSize)
every i := 1 to *warp_colors do
colorcell(warp_pane, i, warp_colors[i], "black")
treadling_pane := makepanel(treadles, *treadling, CellSize)
tr_width := WAttrib(treadling_pane.window, "width")
tr_height := WAttrib(treadling_pane.window, "height")
every i := 1 to *treadling do
colorcell(treadling_pane, treadles - treadling[i] + 1, i, "black")
weft_pane := makepanel(treadles, *weft_colors, CellSize)
every i := 1 to *weft_colors do
colorcell(weft_pane, treadles - weft_colors[i] + 1, i, "black")
tieup_pane := makepanel(treadles, shafts, CellSize)
every i := 1 to shafts do
every j := 1 to treadles do
if tieup[j, i] == "1" then
colorcell(tieup_pane, j, i, "black")
comp := WOpen(
"canvas=hidden",
"width=" || (2 * tr_width + th_width),
"height=" || (2 * th_height + tr_height)
) | stop("cannot open comp window")
CopyArea(threading_pane.window, comp, , , , , tr_width, 0)
CopyArea(treadling_pane.window, comp, , , , , 0, th_height)
CopyArea(warp_pane.window, comp, , , , , tr_width, tr_height + th_height)
CopyArea(weft_pane.window, comp, , , , , th_width + tr_width, th_height)
CopyArea(tieup_pane.window, comp, , , , , 0, 0)
WAttrib(comp, "canvas=normal")
WDone(comp)
return
end
procedure shortcuts(e)
if &meta then case map(e) of {
"q" : exit()
"w" : weave()
}
return
end
procedure sconvert(s, n)
return abs(integer(s) % n) + 1
end
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