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##############################################################################
## Copyright (C) 1998-2001 Ljubomir Milanovic & Horst Wagner
## Copyright (C) 2006 Tijs Michels
## This file is part of the g2 library
##
## This library is free software; you can redistribute it and/or
## modify it under the terms of the GNU Lesser General Public
## License as published by the Free Software Foundation; either
## version 2.1 of the License, or (at your option) any later version.
##
## This library is distributed in the hope that it will be useful,
## but WITHOUT ANY WARRANTY; without even the implied warranty of
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
## Lesser General Public License for more details.
##
## You should have received a copy of the GNU Lesser General Public
## License along with this library; if not, write to the Free Software
## Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
##############################################################################
import sys
import g2
from g2 import *
from penguin import penguin
dev = []
print 'G2 version', G2_VERSION
print 'adding..',
if hasattr(g2, 'g2_open_PS'):
print '..PS ..EPSF ..EPSF_CLIP',
dev.append(g2_open_PS('g2_test.ps', g2_A4, g2_PS_land))
dev.append(g2_open_EPSF('g2_test.eps'))
dev.append(g2_open_EPSF_CLIP('g2_test_clip.eps', 200, 200))
if hasattr(g2, 'g2_open_FIG'):
print '..FIG',
dev.append(g2_open_FIG('g2_test.fig'))
if hasattr(g2, 'g2_open_X11'):
print '..X11',
dev.append(g2_open_X11(775, 575))
if hasattr(g2, 'g2_open_PS'):
print '..GD(png) ..GD(jpeg)',
dev.append(g2_open_gd('g2_test.png', 775, 575, g2_gd_png))
dev.append(g2_open_gd('g2_test.jpg', 775, 575, g2_gd_jpeg))
if hasattr(g2, 'g2_open_win32'):
print '..WIN32 ..WMF32'
dev.append(g2_open_win32(775, 575, 'g2_test', g2_win32))
dev.append(g2_open_win32(775, 575, 'g2_test.emf', g2_wmf32))
print
graph = g2_open_vd() # open virtual device
for a in dev:
graph.g2_attach(a)
graph.g2_set_auto_flush(False)
# graph.g2_set_coordinate_system(775, 575, -0.75, -1.0)
for i in range(0,27):
x = i*20
graph.g2_pen(i)
graph.g2_filled_circle(x+10, 10, 10)
graph.g2_pen(1)
graph.g2_circle(x+10, 10, 10)
graph.g2_string(x+7, 21, str(i))
for a in dev:
# work on one physical device at a time
for i in range(0,65):
a.g2_move(i+i+575, 5)
a.g2_pen(a.g2_ink(i/64., 0, 0))
a.g2_line_r(0, 20)
a.g2_pen(a.g2_ink(0, i/64., 0))
a.g2_line_r(10, 20)
a.g2_pen(a.g2_ink(0, 0, i/64.))
a.g2_line_r(-10, 20)
graph.g2_pen(1)
lines = ((200, 50, 350, 50),
(200, 48, 350, 48),
(200, 46, 350, 46),
(200, 46, 200, 75),
(198, 46, 198, 75),
(196, 46, 196, 75))
for x1, y1, x2, y2 in lines:
graph.g2_line(x1, y1, x2, y2) # this is why we love Python
graph.g2_string(200, 50, '012abcABC#())(\\-+~*!$%&')
# graph.g2_pen(1)
for i in range(1,25):
y = i*20+50
graph.g2_line(15, y, 15, y+i)
graph.g2_set_font_size(12)
graph.g2_string(20, y, '%2d:' % i)
graph.g2_set_font_size(i)
graph.g2_string(40, y, 'hello, world')
graph.g2_plot(150, 70)
graph.g2_line(147, 68, 153, 68)
y = 100
graph.g2_line(120, y, 170, y+50)
graph.g2_triangle(150, y, 250, y, 200, y+50)
graph.g2_rectangle(300, y, 400, y+50)
graph.g2_circle(450, y+25, 25)
graph.g2_ellipse(550, y+25, 45, 25)
graph.g2_arc(650, y+25, 25, 45, 90, 360)
graph.g2_set_dash([4, 4]) # Python specific
graph.g2_line(120+5, y, 170+5, y+50)
graph.g2_triangle(150+10, y+4, 250-10, y+4, 200, y+50-5)
graph.g2_rectangle(305, y+5, 395, y+50-5)
graph.g2_circle(450, y+25, 20)
graph.g2_ellipse(550, y+25, 40, 20)
graph.g2_arc(650, y+25, 20, 40, 90, 360)
graph.g2_set_solid() # Python only
y = 200
graph.g2_filled_triangle(150, y, 250, y, 200, y+50)
graph.g2_filled_rectangle(300, y, 400, y+50)
graph.g2_filled_circle(450, y+25, 25)
graph.g2_filled_ellipse(550, y+25, 45, 25)
graph.g2_filled_arc(650, y+25, 25, 45, 90, 360)
y = 300
pts = [150, y,
175, y+100,
200, y,
225, y+100,
250, y]
graph.g2_poly_line(pts) # Python specific
graph.g2_pen(19)
graph.g2_b_spline(pts, 20) # Python specific
graph.g2_pen(1)
pts = [300, y,
350, y,
375, y+50,
325, y+90,
275, y+50]
graph.g2_polygon(pts) # Python specific
pts = [450, y,
500, y,
525, y+50,
475, y+90,
425, y+50]
graph.g2_filled_polygon(pts) # Python specific
graph.g2_image(55., 50., penguin) # Python specific
graph.g2_image(75., 130., penguin) # Python specific
graph.g2_pen(1)
graph.g2_line(225, 448, 200+19*25, 448)
for i in range(1,20):
graph.g2_pen(i+1)
graph.g2_set_line_width(i)
graph.g2_move(200+i*25, 450)
graph.g2_line_to(200+i*25, 550)
graph.g2_pen(1)
graph.g2_set_line_width(5)
for i in range(1,10):
graph.g2_set_dash([i, i*2, i*3]) # Python specific
graph.g2_line(550, 300+i*8, 750, 350+i*8)
graph.g2_set_solid() # Python only
graph.g2_set_line_width(4)
graph.g2_arc( 740, 180, 25, 100, -45+15, -45-15)
graph.g2_arc( 740, 180, 20, 95, -45-15, -45+15)
graph.g2_filled_arc(740, 180, 12, 50, -45+15, -45-15)
graph.g2_set_line_width(1)
graph.g2_circle( 400, 400, 20)
graph.g2_ellipse(400, 400, 25, 25)
graph.g2_arc( 400, 400, 30, 30, 0, 360)
graph.g2_flush()
print '\nDone.\n[Enter]\n'
sys.stdin.read(1)
graph.g2_close()
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