File:Population Pyramid Germany 2010.svg
Summary
| Description |
Deutsch: Alterspyramide Deutschland 2010 (Beschriftung in Englisch)
English: Population Pyramid Germany 2010 (Labels in English) |
| Date | |
| Source | Own work |
| Author | Lennart Kudling |
| Other versions |
|
| SVG development | Category:Valid SVG created with Python code#Population%20Pyramid%20Germany%202010.svg  The file size of this SVG image may be irrationally large because its text has been converted to paths inhibiting translations. |
| Source code | Python code#-*- coding: iso-8859-1 -*
# This Python program prints a LaTeX/TikZ document to stdout.
# Pipe the output of this script to a "foo.tex" file and afterwards call "pdflatex foo"
# The resulting "foo.pdf" file can be converted to SVG using
# http://www.tlhiv.org/MetaPost/tools/mptosvg/
# Data source:
# http://www.destatis.de/bevoelkerungspyramide/12kvb1w1.js
#
# 1950 + 60 = 2010
# popMale = popData[0][age][60]
# popFemale = popData[1][age][60]
data = \
[
(0, 341, 323)
, (1, 350, 333)
, (2, 353, 335)
, (3, 348, 329)
, (4, 353, 335)
, (5, 363, 345)
, (6, 364, 345)
, (7, 370, 351)
, (8, 379, 359)
, (9, 395, 377)
, (10, 398, 376)
, (11, 406, 385)
, (12, 419, 398)
, (13, 412, 390)
, (14, 399, 379)
, (15, 406, 385)
, (16, 422, 401)
, (17, 433, 413)
, (18, 451, 429)
, (19, 498, 473)
, (20, 497, 474)
, (21, 515, 492)
, (22, 508, 486)
, (23, 502, 485)
, (24, 490, 475)
, (25, 490, 475)
, (26, 496, 482)
, (27, 511, 497)
, (28, 509, 498)
, (29, 515, 503)
, (30, 490, 479)
, (31, 484, 473)
, (32, 481, 469)
, (33, 474, 463)
, (34, 464, 451)
, (35, 470, 460)
, (36, 476, 465)
, (37, 524, 509)
, (38, 581, 561)
, (39, 609, 586)
, (40, 657, 628)
, (41, 689, 658)
, (42, 706, 676)
, (43, 726, 694)
, (44, 734, 696)
, (45, 745, 710)
, (46, 740, 707)
, (47, 714, 687)
, (48, 700, 681)
, (49, 680, 662)
, (50, 658, 641)
, (51, 624, 608)
, (52, 610, 597)
, (53, 592, 584)
, (54, 572, 569)
, (55, 558, 564)
, (56, 538, 548)
, (57, 537, 550)
, (58, 525, 539)
, (59, 527, 542)
, (60, 509, 520)
, (61, 467, 476)
, (62, 436, 450)
, (63, 379, 393)
, (64, 331, 351)
, (65, 438, 464)
, (66, 443, 471)
, (67, 427, 458)
, (68, 510, 556)
, (69, 529, 587)
, (70, 511, 576)
, (71, 468, 535)
, (72, 427, 498)
, (73, 403, 483)
, (74, 377, 461)
, (75, 338, 424)
, (76, 262, 338)
, (77, 248, 332)
, (78, 240, 334)
, (79, 238, 344)
, (80, 216, 326)
, (81, 199, 313)
, (82, 166, 288)
, (83, 142, 277)
, (84, 122, 264)
, (85, 95, 236)
, (86, 80, 212)
, (87, 73, 197)
, (88, 63, 183)
, (89, 51, 154)
, (90, 31, 99)
, (91, 16, 54)
, (92, 12, 41)
, (93, 10, 36)
, (94, 10, 34)
, (95, 9, 33)
, (96, 6, 26)
, (97, 4, 18)
, (98, 2, 12)
, (99, 1, 8)
]
# Find the maximums.
maxMale = 0
maxFemale = 0
for (_, popMale, popFemale) in data:
if popMale > maxMale:
maxMale = popMale
if popFemale > maxFemale:
maxFemale = popFemale
# Header
print \
'\documentclass[a4paper,10pt]{article}\n' \
'%\n' \
'\usepackage{ngerman}\n' \
'\usepackage{tikz}\n' \
'\usepackage[active,tightpage]{preview}\n' \
'\PreviewEnvironment{tikzpicture}\n' \
'%\n' \
'\usepackage[latin1]{inputenc}\n' \
'\usepackage[T1]{fontenc}\n' \
'\usepackage{fourier}\n' \
'%\n' \
'\\begin{document}\n' \
'%\n' \
'\\begin{tikzpicture}\n' \
'%\n'
def yLabel(y, scale):
realY = y * scale
print '\\node at (%f,%f) {%i};' % (0.0, realY, y)
def yLines(offset, xScale, yScale, printMale, horizontalLines):
if printMale:
maxPop = maxMale
else:
maxPop = maxFemale
for age in horizontalLines:
x = maxPop * xScale + offset
y = yScale * age
print '\draw[color=white] (%f,%f) -- (%f,%f);' % (offset, y, x, y)
def halfPyramid(maleFemaleData, offset, xScale, yScale, printMale, doFill):
if printMale:
color = 'gray'
else:
color = 'gray!50'
if doFill:
print '\path[fill] (%f,0)[color=%s] --' % (offset, color)
else:
print '\draw [color=%s]' % color
for (age, popMale, popFemale) in maleFemaleData:
if age is not 0:
print "--"
if printMale:
x = popMale
else:
x = popFemale
yStart = yScale * age
yEnd = yScale * (age + 1.0)
xMaleStart = offset
xMaleEnd = xScale * x + xMaleStart
print '(%f,%f) -- (%f,%f)' % (xMaleEnd, yStart, xMaleEnd, yEnd)
if doFill:
print '(%f,%f) -- cycle;' % (offset, 100.0 * yScale)
else:
print ';'
xScale = 0.004
xMargin = 0.30
yScale = 0.08
halfPyramid(data, -xMargin, -xScale, yScale, True, True)
halfPyramid(data, xMargin, xScale, yScale, False, True)
pyramidLines = [20, 40, 60, 80]
yLines(-xMargin, -xScale, yScale, True, pyramidLines)
yLines(xMargin, xScale, yScale, False, pyramidLines)
halfPyramid(data, -xMargin, -xScale, yScale, False, False)
halfPyramid(data, xMargin, xScale, yScale, True, False)
for i in [0, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100]:
yLabel(i, yScale)
print '\\node[anchor=south] at (0,%f) {Age};' % (105.0 * yScale)
print '\\node[anchor=west] at (%s,%f) {Men};' % (-maxMale * xScale - xMargin, 100.0 * yScale)
print '\\node[anchor=east] at (%s,%f) {Women};' % (maxFemale * xScale + xMargin, 100.0 * yScale)
# Footer
print \
'%\n' \
'\end{tikzpicture}\n' \
'\end{document}\n'
|
Licensing
I, the copyright holder of this work, hereby publish it under the following license:
This file is licensed under the Creative Commons Attribution 3.0 Unported license.
- You are free:
- to share – to copy, distribute and transmit the work
- to remix – to adapt the work
- Under the following conditions:
- attribution – You must give appropriate credit, provide a link to the license, and indicate if changes were made. You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use.
