##Sketch 1 0
document()
layout('A4',0)
fp((0,0,0))
Fn('Times-Roman')
dstyle('Text')
layer('Layer 1',1,1,0,0,(0,0,0))
le()
style('Text')
txt('Germany',(87.6741,460))
le()
style('Text')
txt('Austria',(92.3362,580))
le()
style('Text')
txt('The Netherlands',(430.178,220))
le()
style('Text')
txt('Luxemburg',(202.004,340))
le()
style('Text')
txt('Sweden',(211.004,220))
le()
style('Text')
txt('Norway',(330.674,340))
le()
style('Text')
txt('Iceland',(332.342,460))
le()
style('Text')
txt('Greece',(213.014,460))
le()
style('Text')
txt('Finland',(331.664,580))
le()
style('Text')
txt('Poland',(453.332,340))
le()
style('Text')
txt('United Kingdom',(69.5001,100))
le()
style('Text')
txt('Spain',(96.332,220))
le()
style('Text')
txt('France',(453.674,580))
le()
style('Text')
txt('Switzerland',(321.338,220))
le()
style('Text')
txt('Belgium',(209.33,580))
le()
style('Text')
txt('Italy',(99.0021,340))
le()
style('Text')
txt('Irish Republic',(435.836,460))
fp((0,0,0))
le()
Fn('Times-Roman')
Fs(48)
txt('European Flags',(147.979,740))
G()
fp((1,0.502,0))
le()
r(33.3333,0,0,-60,486.667,540)
fp((1,1,1))
le()
r(33.3333,0,0,-60,453.333,540)
fp((0,0.5,0))
le()
r(33.3333,0,0,-60,420,540)
r(100,0,0,-60,420,540)
G_()
G()
fp((1,0,0))
le()
r(33.3333,0,0,-60,126.667,420)
fp((1,1,1))
le()
r(33.3333,0,0,-60,93.333,420)
fp((0,0.5,0))
le()
r(33.3333,0,0,-60,60,420)
r(100,0,0,-60,60,420)
G_()
G()
fp((1,0,0))
le()
r(33.3333,0,0,-60,486.667,660)
fp((1,1,1))
le()
r(33.3333,0,0,-60,453.333,660)
fp((0,0,1))
le()
r(33.3333,0,0,-60,420,660)
r(100,0,0,-60,420,660)
G_()
G()
fp((1,0,0))
le()
r(33.3333,0,0,-60,246.667,660)
fp((1,1,0))
le()
r(33.3333,0,0,-60,213.333,660)
fp((0,0,0))
le()
r(33.3333,0,0,-60,180,660)
r(100,0,0,-60,180,660)
G_()
G()
fp((1,0,0))
le()
r(100,0,0,-20,60.0001,620)
fp((1,1,1))
le()
r(100,0,0,-20,60.0001,640)
fp((1,0,0))
le()
r(100,0,0,-20,60.0001,660)
r(100,0,0,-60,60.0001,660)
G_()
G()
fp((1,0,0))
le()
r(100,0,0,-15,60,255)
fp((1,1,0))
le()
r(100,0,0,-30,60,285)
fp((1,0,0))
le()
r(100,0,0,-15,60,300)
r(100,0,0,-60,60,300)
G_()
G()
fp((1,0,0))
le()
r(100,0,0,-30,420,390)
fp((1,1,1))
le()
r(100,0,0,-30,420,420)
r(100,0,0,-60,420,420)
G_()
G()
fp((0,0,0.745))
le()
r(100,0,0,-20,420,260)
fp((1,1,1))
le()
r(100,0,0,-20,420,280)
fp((1,0,0))
le()
r(100,0,0,-20,420,300)
r(100,0,0,-60,420,300)
G_()
G()
fp((0,0,1))
le()
r(100,0,0,-20,180,380)
fp((1,1,1))
le()
r(100,0,0,-20,180,400)
fp((1,0,0))
le()
r(100,0,0,-20,180,420)
r(100,0,0,-60,180,420)
G_()
G()
fp((1,1,0))
le()
r(100,0,0,-20,60.0001,500)
fp((1,0,0))
le()
r(100,0,0,-20,60.0001,520)
fp((0,0,0))
le()
r(100,0,0,-20,60.0001,540)
r(100,0,0,-60,60.0001,540)
G_()
G()
fp((1,0,0))
r(60,0,0,-60,320,300)
fp((1,1,1))
le()
b()
bs(327.5,277.5,0)
bs(342.5,277.5,0)
bs(342.5,292.5,0)
bs(357.5,292.5,0)
bs(357.5,277.5,0)
bs(372.5,277.5,0)
bs(372.5,262.5,0)
bs(357.5,262.5,0)
bs(357.5,247.5,0)
bs(342.5,247.5,0)
bs(342.5,262.5,0)
bs(327.5,262.5,0)
bs(327.5,277.5,0)
bC()
G_()
G()
fp((0,0,1))
le()
r(100,0,0,-60,180,300)
fp((1,1,0))
le()
b()
bs(180,276.25,0)
bs(210,276.25,0)
bs(210,300,0)
bs(222.5,300,0)
bs(222.5,276.25,0)
bs(280,276.25,0)
bs(280,263.75,0)
bs(222.5,263.75,0)
bs(222.5,240,0)
bs(210,240,0)
bs(210,263.75,0)
bs(180,263.75,0)
bs(180,276.25,0)
bC()
r(100,0,0,-60,180,300)
G_()
G()
fp((1,1,1))
le()
r(100,0,0,-60,300,660)
fp((0,0,1))
le()
b()
bs(300,636.25,0)
bs(330,636.25,0)
bs(330,660,0)
bs(342.5,660,0)
bs(342.5,636.25,0)
bs(400,636.25,0)
bs(400,623.75,0)
bs(342.5,623.75,0)
bs(342.5,600,0)
bs(330,600,0)
bs(330,623.75,0)
bs(300,623.75,0)
bs(300,636.25,0)
bC()
r(100,0,0,-60,300,660)
G_()
G()
fp((1,0,0))
le()
r(100,0,0,-60,300,420)
fp((1,1,1))
le()
b()
bs(300,397.5,0)
bs(325,397.5,0)
bs(325,420,0)
bs(340,420,0)
bs(340,397.5,0)
bs(400,397.5,0)
bs(400,382.5,0)
bs(340,382.5,0)
bs(340,360,0)
bs(325,360,0)
bs(325,382.5,0)
bs(300,382.5,0)
bs(300,397.5,0)
bC()
fp((0,0,0.5))
le()
b()
bs(300,395,0)
bs(327.5,395,0)
bs(327.5,420,0)
bs(337.5,420,0)
bs(337.5,395,0)
bs(400,395,0)
bs(400,385,0)
bs(337.5,385,0)
bs(337.5,360,0)
bs(327.5,360,0)
bs(327.5,385,0)
bs(300,385,0)
bs(300,395,0)
bC()
r(100,0,0,-60,300,420)
G_()
G()
fp((0,0,0.5))
le()
r(100,0,0,-60,300,540)
fp((1,1,1))
le()
b()
bs(300,517.5,0)
bs(325,517.5,0)
bs(325,540,0)
bs(340,540,0)
bs(340,517.5,0)
bs(400,517.5,0)
bs(400,502.5,0)
bs(340,502.5,0)
bs(340,480,0)
bs(325,480,0)
bs(325,502.5,0)
bs(300,502.5,0)
bs(300,517.5,0)
bC()
fp((1,0,0))
le()
b()
bs(300,515,0)
bs(327.5,515,0)
bs(327.5,540,0)
bs(337.5,540,0)
bs(337.5,515,0)
bs(400,515,0)
bs(400,505,0)
bs(337.5,505,0)
bs(337.5,480,0)
bs(327.5,480,0)
bs(327.5,505,0)
bs(300,505,0)
bs(300,515,0)
bC()
r(100,0,0,-60,300,540)
G_()
G()
fp((1,1,1))
le()
r(100,0,0,-6.66667,180,533.333)
fp((1,1,1))
le()
r(100,0,0,-6.66667,180,493.333)
fp((1,1,1))
le()
r(100,0,0,-6.66667,180,506.667)
fp((1,1,1))
le()
r(100,0,0,-6.66667,180,520)
fp((0,0,1))
le()
r(100,0,0,-6.66667,180,540)
fp((0,0,1))
le()
r(100,0,0,-6.66667,180,486.667)
fp((0,0,1))
le()
r(100,0,0,-6.66667,180,500)
fp((0,0,1))
le()
r(100,0,0,-6.66667,180,513.333)
fp((0,0,1))
le()
r(100,0,0,-6.66667,180,526.667)
fp((0,0,1))
le()
r(33.3333,0,0,-33.3333,180,540)
fp((1,1,1))
le()
b()
bs(180,526.667,0)
bs(193.333,526.667,0)
bs(193.333,540,0)
bs(200,540,0)
bs(200,526.667,0)
bs(213.333,526.667,0)
bs(213.333,520,0)
bs(200,520,0)
bs(200,506.667,0)
bs(193.333,506.667,0)
bs(193.333,520,0)
bs(180,520,0)
bs(180,526.667,0)
bC()
r(100,0,0,-60,180,540)
G_()
G()
fp((1,1,1))
le()
r(100,0,0,-60,60.0001,180)
fp((1,0,0))
le()
b()
bs(60.0811,180,0)
bs(60.0811,175.5,0)
bs(86.8882,159,0)
bs(94.2002,159,0)
bs(60.0811,180,0)
bC()
fp((1,0,0))
le()
b()
bs(160,120,0)
bs(160,124.5,0)
bs(133.192,141,0)
bs(125.881,141,0)
bs(160,120,0)
bC()
fp((1,0,0))
le()
b()
bs(153.907,180,0)
bs(160,180,0)
bs(125.881,159,0)
bs(119.789,159,0)
bs(153.907,180,0)
bC()
fp((1,0,0))
le()
b()
bs(66.1742,120,0)
bs(60.0811,120,0)
bs(94.2002,141,0)
bs(100.292,141,0)
bs(66.1742,120,0)
bC()
fp((0,0,0.5))
le()
b()
bs(68.5522,179.792,0)
bs(102.67,158.792,0)
bs(102.67,179.792,0)
bs(68.5522,179.792,0)
bC()
bn()
bs(68.5302,120.017,0)
bs(102.648,141.017,0)
bs(102.648,120.017,0)
bs(68.5302,120.017,0)
bC()
bn()
bs(151.47,120,0)
bs(117.352,141,0)
bs(117.352,120,0)
bs(151.47,120,0)
bC()
bn()
bs(151.389,179.98,0)
bs(117.271,158.98,0)
bs(117.271,179.98,0)
bs(151.389,179.98,0)
bC()
bn()
bs(60.0221,173.792,0)
bs(60.0221,158.792,0)
bs(84.3932,158.792,0)
bs(60.0221,173.792,0)
bC()
bn()
bs(60.0002,126.017,0)
bs(60.0002,141.017,0)
bs(84.3711,141.017,0)
bs(60.0002,126.017,0)
bC()
bn()
bs(160,126,0)
bs(160,141,0)
bs(135.629,141,0)
bs(160,126,0)
bC()
bn()
bs(160,174,0)
bs(160,159,0)
bs(135.629,159,0)
bs(160,174,0)
bC()
fp((1,0,0))
le()
b()
bs(60.0811,156,0)
bs(105.166,156,0)
bs(105.166,180,0)
bs(114.915,180,0)
bs(114.915,156,0)
bs(160,156,0)
bs(160,144,0)
bs(114.915,144,0)
bs(114.915,120,0)
bs(105.166,120,0)
bs(105.166,144,0)
bs(60.0811,144,0)
bs(60.0811,156,0)
bC()
r(100,0,0,-60,60.0001,180)
G_()
guidelayer('Guide Lines',1,0,0,0,(0,0,1))
grid((0,0,20,20),0,(0,0,1),'Grid')