plplot-tcl-dev 5.10.0+dfsg2-0.1ubuntu2 / usr / share / doc / libplplot12 / examples / tk / tk03

#!/bin/sh
#--------------------------------*- Tcl -*------------------------------------#
# $Id: tk03.in 13008 2014-02-12 22:19:33Z airwin $
#
# Maurice LeBrun
# 30 Jun 1994
#
# @> A script illustrating multiple toplevel plframes.
#-----------------------------------------------------------------------------#
#\
exec /usr/bin/plserver -f "$0" ${1+"$@"}

# Note: I defer running "open_main" until later to make sure everything
# has been sourced.

wm title . "tk03"
plstdwin .

set child_count 1

# If you just want a bare plframe, set this to 0.

set use_plxframe 1

###############################################################################
# Set up the menubar and message widgets for main window.

proc open_main {} {

    global use_plxframe

    if { $use_plxframe == 1 } then {
	set plwin .plw.plwin
    } else {
	set plwin .plwin
    }

    frame .menu -relief raised -borderwidth 3

    button .menu.one -text "One" -command "1 $plwin"
    pack append .menu .menu.one {left expand fill}

    button .menu.two -text "Two" -command "2 $plwin"
    pack append .menu .menu.two {left expand fill}

    button .menu.open -text "Open new" -command "open_child"
    pack append .menu .menu.open {left expand fill}

    button .menu.exit -text "Exit" -command "destroy ." 

#"quit 0"

    pack append .menu .menu.exit {right expand fill}

    message .msg \
	-font -Adobe-helvetica-medium-r-normal--*-240* -aspect 200 \
	-width 500 -borderwidth 1 \
	-text "TK03: Multiple toplevels with plframes"

    pack append . \
	.menu {top fillx} \
	.msg {top padx 5 pady 5 fill} 

    tk_menuBar .menu .menu.one .menu.two .menu.exit

    if { $use_plxframe == 1 } then {
	plxframe .plw
	pack append . .plw {left expand fill}
    } else {
	plframe .plwin
	pack append . .plwin {left expand fill}
    }
}

###############################################################################
# Set up the second toplevel

proc open_child {} {

    global child_count use_plxframe

    set w .$child_count

    toplevel $w
    plstdwin $w

    if { $use_plxframe == 1 } then {
	set plwin $w.plw.plwin
    } else {
	set plwin $w.plwin
    }

# Set up the second menubar and message widgets.

    frame $w.menu -relief raised -borderwidth 3

    button $w.menu.three -text "Three" -command "plot2 $plwin"
    pack append $w.menu $w.menu.three {left expand fill}

    button $w.menu.four -text "Four" -command "plot3 $plwin"
    pack append $w.menu $w.menu.four {left expand fill}

    button $w.menu.exit -text "Dismiss" -command "destroy $w"
    pack append $w.menu $w.menu.exit {right expand fill}

    message $w.msg \
	-font -Adobe-helvetica-medium-r-normal--*-240* -aspect 200 \
	-width 500 -borderwidth 1 \
	-text "TK03: toplevel $child_count"

    pack append $w \
	$w.menu {top fillx} \
	$w.msg {top padx 5 pady 5 fill} 

    tk_menuBar $w.menu $w.menu.three $w.menu.four

# This creates the plframe "megawidget".  If you just want a bare plframe,
# change use_plxframe to 0.

    if { $use_plxframe == 1 } then {
	plxframe $w.plw
	pack append $w $w.plw {left expand fill}
    } else {
	plframe $w.plwin
	pack append $w $w.plwin {left expand fill}
    }

    incr child_count
}

###############################################################################
# Utility routines

# Punch eject and hold onto your seat !!!

proc quit a {
    exit
}

# Utility routine.

proc dpos w {
    wm geometry $w +300+300
}

###############################################################################
# Plotting routines
###############################################################################

proc 1 {w} {
    global xscale yscale xoff yoff

    set xscale 6.0
    set yscale 1.0
    set xoff   0.0
    set yoff   0.0

    plot1 $w
}

proc 2 {w} {
    global xscale yscale xoff yoff

    set xscale 1.0
    set yscale 0.0014
    set xoff   0.0
    set yoff   0.0185

    $w cmd plsyax 5

    plot1 $w
}

# This is supposed to work just like the plot1() in x01c.c

proc plot1 {w} {
    global xscale yscale xoff yoff

    set npts 60
    matrix x f $npts
    matrix y f $npts

    for {set i 0} {$i < $npts} {incr i} {
	x $i = [expr $xoff + $xscale * ($i + 1) / $npts]
	y $i = [expr $yoff + $yscale * pow([x $i],2)]
    }

    set xmax [x [expr $npts-1]]
    set ymax [y [expr $npts-1]]

    matrix x1 f 6
    matrix y1 f 6

    for {set i 0} {$i < 6} {incr i} {
	set j [expr $i*10+3]
	x1 $i = [x $j]
	y1 $i = [y $j]
    }

    $w cmd plcol0 1
    $w cmd plenv $xoff $xmax $yoff $ymax 0 0
    $w cmd plcol0 6
    $w cmd pllab "(x)" "(y)" "#frPLplot Example 1 - y=x#u2"

    # plot the data points

    $w cmd plcol0 9
    $w cmd plpoin 6 x1 y1 9

    # draw the line through the data

    $w cmd plcol0 4
    $w cmd plline $npts x y
}

# This is supposed to work just like the plot2() in x01c.c

proc plot2 {w} {
    $w cmd plcol0 1
    $w cmd plenv -2 10 -.4 1.2 0 1
    $w cmd plcol0 2
    $w cmd pllab "(x)" "sin(x)/x" "#frPLplot Example 1 - Sinc Function"

    # Fill up the array

    matrix x1 f 101
    matrix y1 f 101

    for {set i 0} {$i < 101} {incr i} {
	set x [expr ($i - 19.)/6.]
	x1 $i = $x
	y1 $i = 1
	if {$x != 0} { y1 $i = [expr sin($x)/$x] }
    }

    $w cmd plcol0 3
    $w cmd plline 101 x1 y1
}

# This is supposed to work just like the plot3() in x01c.c

proc plot3 {w} {

    $w cmd pladv
    $w cmd plvsta
    $w cmd plwind 0.0 360.0 -1.2 1.2

# Draw a box with ticks spaced 60 degrees apart in X, and 0.2 in Y.

    $w cmd plcol0 1
    $w cmd plbox "bcnst" 60.0 2 "bcnstv" 0.2 2

# Superimpose a dashed line grid, with 1.5 mm marks and spaces. 
# plstyl expects two integer matrices for mark and space!

    matrix mark i 1
    matrix space i 1

    mark 0 = 1500
    space 0 = 1500
    $w cmd plstyl 1 mark space

    $w cmd plcol0 2
    $w cmd plbox "g" 30.0 0 "g" 0.2 0

    mark 0 = 0
    space 0 = 0
    $w cmd plstyl 0 mark space

    $w cmd plcol0 3
    $w cmd pllab "Angle (degrees)" "sine" "#frPLplot Example 1 - Sine function"

    matrix x f 101
    matrix y f 101

    for {set i 0} {$i < 101} {incr i} {
	x $i = [expr 3.6 * $i]
	y $i = [expr sin([x $i] * 3.141592654 / 180.0)]
    }

    $w cmd plcol0 4
    $w cmd plline 101 x y
}

###############################################################################

open_main