##// END OF EJS Templates
Fix HTML import in tour notebook and add video credit to W. Stein.
Fernando Perez -
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@@ -1,923 +1,924 b''
1 1 {
2 2 "metadata": {
3 3 "name": "00_notebook_tour"
4 4 },
5 5 "nbformat": 2,
6 6 "worksheets": [
7 7 {
8 8 "cells": [
9 9 {
10 10 "cell_type": "markdown",
11 11 "source": [
12 12 "# A brief tour of the IPython notebook",
13 13 "",
14 14 "This document will give you a brief tour of the capabilities of the IPython notebook. ",
15 15 "You can view its contents by scrolling around, or execute each cell by typing `Shift-Enter`.",
16 16 "After you conclude this brief high-level tour, you should read the accompanying notebook ",
17 17 "titled `01_notebook_introduction`, which takes a more step-by-step approach to the features of the",
18 18 "system. ",
19 19 "",
20 20 "The rest of the notebooks in this directory illustrate various other aspects and ",
21 21 "capabilities of the IPython notebook; some of them may require additional libraries to be executed.",
22 22 "",
23 23 "**NOTE:** This notebook *must* be run from its own directory, so you must ``cd``",
24 24 "to this directory and then start the notebook, but do *not* use the ``--notebook-dir``",
25 25 "option to run it from another location.",
26 26 "",
27 27 "The first thing you need to know is that you are still controlling the same old IPython you're used to,",
28 28 "so things like shell aliases and magic commands still work:"
29 29 ]
30 30 },
31 31 {
32 32 "cell_type": "code",
33 33 "collapsed": false,
34 34 "input": [
35 35 "pwd"
36 36 ],
37 37 "language": "python",
38 38 "outputs": [
39 39 {
40 40 "output_type": "pyout",
41 41 "prompt_number": 1,
42 42 "text": [
43 43 "u'/home/fperez/ipython/ipython/docs/examples/notebooks'"
44 44 ]
45 45 }
46 46 ],
47 47 "prompt_number": 1
48 48 },
49 49 {
50 50 "cell_type": "code",
51 51 "collapsed": false,
52 52 "input": [
53 53 "ls"
54 54 ],
55 55 "language": "python",
56 56 "outputs": [
57 57 {
58 58 "output_type": "stream",
59 59 "stream": "stdout",
60 60 "text": [
61 "00_notebook_tour.ipynb sympy.ipynb",
62 "01_notebook_introduction.ipynb sympy_quantum_computing.ipynb",
63 "dense_coding.ipynb text_analysis.ipynb",
64 "display_protocol.ipynb text_analysis.py",
65 "formatting.ipynb titles.txt",
66 "python-logo.svg trapezoid_rule.ipynb"
61 "00_notebook_tour.ipynb python-logo.svg",
62 "01_notebook_introduction.ipynb sympy.ipynb",
63 "animation.m4v sympy_quantum_computing.ipynb",
64 "display_protocol.ipynb trapezoid_rule.ipynb",
65 "formatting.ipynb"
67 66 ]
68 67 }
69 68 ],
70 69 "prompt_number": 2
71 70 },
72 71 {
73 72 "cell_type": "code",
74 73 "collapsed": false,
75 74 "input": [
76 75 "message = 'The IPython notebook is great!'",
77 76 "# note: the echo command does not run on Windows, it's a unix command.",
78 77 "!echo $message"
79 78 ],
80 79 "language": "python",
81 80 "outputs": [
82 81 {
83 82 "output_type": "stream",
84 83 "stream": "stdout",
85 84 "text": [
86 85 "The IPython notebook is great!"
87 86 ]
88 87 }
89 88 ],
90 89 "prompt_number": 3
91 90 },
92 91 {
93 92 "cell_type": "markdown",
94 93 "source": [
95 94 "Plots with matplotlib: do *not* execute the next below if you do not have matplotlib installed or didn't start up ",
96 95 "this notebook with the `--pylab` option, as the code will not work."
97 96 ]
98 97 },
99 98 {
100 99 "cell_type": "code",
101 100 "collapsed": false,
102 101 "input": [
103 102 "x = linspace(0, 3*pi, 500)",
104 103 "plot(x, sin(x**2))",
105 104 "title('A simple chirp');"
106 105 ],
107 106 "language": "python",
108 107 "outputs": [
109 108 {
110 109 "output_type": "display_data",
111 110 "png": 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wZcoUR8LXhfffB6ZPd77BdCMKSp/X0wfUnmJFERTpOx0qYoUOT19lwTVeTz9q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\nAwODbgRD+gYGBgbdCIb0DQwMDLoR/j8U8QHdaUyIsAAAAABJRU5ErkJggg==\n"
112 111 }
113 112 ],
114 "prompt_number": 5
113 "prompt_number": 4
115 114 },
116 115 {
117 116 "cell_type": "markdown",
118 117 "source": [
119 118 "You can paste blocks of input with prompt markers, such as those from",
120 119 "[the official Python tutorial](http://docs.python.org/tutorial/interpreter.html#interactive-mode)"
121 120 ]
122 121 },
123 122 {
124 123 "cell_type": "code",
125 124 "collapsed": false,
126 125 "input": [
127 126 ">>> the_world_is_flat = 1",
128 127 ">>> if the_world_is_flat:",
129 128 "... print \"Be careful not to fall off!\""
130 129 ],
131 130 "language": "python",
132 131 "outputs": [
133 132 {
134 133 "output_type": "stream",
135 134 "stream": "stdout",
136 135 "text": [
137 136 "Be careful not to fall off!"
138 137 ]
139 138 }
140 139 ],
141 "prompt_number": 6
140 "prompt_number": 5
142 141 },
143 142 {
144 143 "cell_type": "markdown",
145 144 "source": [
146 145 "Errors are shown in informative ways:"
147 146 ]
148 147 },
149 148 {
150 149 "cell_type": "code",
151 150 "collapsed": false,
152 151 "input": [
153 152 "%run non_existent_file"
154 153 ],
155 154 "language": "python",
156 155 "outputs": [
157 156 {
158 157 "output_type": "stream",
159 158 "stream": "stderr",
160 159 "text": [
161 160 "ERROR: File `non_existent_file.py` not found."
162 161 ]
163 162 }
164 163 ],
165 "prompt_number": 7
164 "prompt_number": 6
166 165 },
167 166 {
168 167 "cell_type": "code",
169 168 "collapsed": false,
170 169 "input": [
171 170 "x = 1",
172 171 "y = 4",
173 172 "z = y/(1-x)"
174 173 ],
175 174 "language": "python",
176 175 "outputs": [
177 176 {
178 177 "ename": "ZeroDivisionError",
179 178 "evalue": "integer division or modulo by zero",
180 179 "output_type": "pyerr",
181 180 "traceback": [
182 181 "<span class=\"ansired\">---------------------------------------------------------------------------</span>\n<span class=\"ansired\">ZeroDivisionError</span> Traceback (most recent call last)",
183 "<span class=\"ansigreen\">/home/fperez/ipython/ipython/docs/examples/notebooks/&lt;ipython-input-8-dc39888fd1d2&gt;</span> in <span class=\"ansicyan\">&lt;module&gt;</span><span class=\"ansiblue\">()</span>\n<span class=\"ansigreen\"> 1</span> x <span class=\"ansiyellow\">=</span> <span class=\"ansicyan\">1</span><span class=\"ansiyellow\"></span>\n<span class=\"ansigreen\"> 2</span> y <span class=\"ansiyellow\">=</span> <span class=\"ansicyan\">4</span><span class=\"ansiyellow\"></span>\n<span class=\"ansigreen\">----&gt; 3</span><span class=\"ansiyellow\"> </span>z <span class=\"ansiyellow\">=</span> y<span class=\"ansiyellow\">/</span><span class=\"ansiyellow\">(</span><span class=\"ansicyan\">1</span><span class=\"ansiyellow\">-</span>x<span class=\"ansiyellow\">)</span><span class=\"ansiyellow\"></span>\n",
182 "<span class=\"ansigreen\">/home/fperez/ipython/ipython/docs/examples/notebooks/&lt;ipython-input-7-dc39888fd1d2&gt;</span> in <span class=\"ansicyan\">&lt;module&gt;</span><span class=\"ansiblue\">()</span>\n<span class=\"ansigreen\"> 1</span> x <span class=\"ansiyellow\">=</span> <span class=\"ansicyan\">1</span><span class=\"ansiyellow\"></span>\n<span class=\"ansigreen\"> 2</span> y <span class=\"ansiyellow\">=</span> <span class=\"ansicyan\">4</span><span class=\"ansiyellow\"></span>\n<span class=\"ansigreen\">----&gt; 3</span><span class=\"ansiyellow\"> </span>z <span class=\"ansiyellow\">=</span> y<span class=\"ansiyellow\">/</span><span class=\"ansiyellow\">(</span><span class=\"ansicyan\">1</span><span class=\"ansiyellow\">-</span>x<span class=\"ansiyellow\">)</span><span class=\"ansiyellow\"></span>\n",
184 183 "<span class=\"ansired\">ZeroDivisionError</span>: integer division or modulo by zero"
185 184 ]
186 185 }
187 186 ],
188 "prompt_number": 8
187 "prompt_number": 7
189 188 },
190 189 {
191 190 "cell_type": "markdown",
192 191 "source": [
193 192 "When IPython needs to display additional information (such as providing details on an object via `x?`",
194 193 "it will automatically invoke a pager at the bottom of the screen:"
195 194 ]
196 195 },
197 196 {
198 197 "cell_type": "code",
199 198 "collapsed": true,
200 199 "input": [
201 200 "magic"
202 201 ],
203 202 "language": "python",
204 203 "outputs": [],
205 "prompt_number": 9
204 "prompt_number": 8
206 205 },
207 206 {
208 207 "cell_type": "markdown",
209 208 "source": [
210 209 "## Non-blocking output of kernel",
211 210 "",
212 211 "If you execute the next cell, you will see the output arriving as it is generated, not all at the end."
213 212 ]
214 213 },
215 214 {
216 215 "cell_type": "code",
217 216 "collapsed": false,
218 217 "input": [
219 218 "import time, sys",
220 219 "for i in range(8):",
221 220 " print i,",
222 221 " time.sleep(0.5)"
223 222 ],
224 223 "language": "python",
225 224 "outputs": [
226 225 {
227 226 "output_type": "stream",
228 227 "stream": "stdout",
229 228 "text": [
230 229 "0 "
231 230 ]
232 231 },
233 232 {
234 233 "output_type": "stream",
235 234 "stream": "stdout",
236 235 "text": [
237 236 "1 "
238 237 ]
239 238 },
240 239 {
241 240 "output_type": "stream",
242 241 "stream": "stdout",
243 242 "text": [
244 243 "2 "
245 244 ]
246 245 },
247 246 {
248 247 "output_type": "stream",
249 248 "stream": "stdout",
250 249 "text": [
251 250 "3 "
252 251 ]
253 252 },
254 253 {
255 254 "output_type": "stream",
256 255 "stream": "stdout",
257 256 "text": [
258 257 "4 "
259 258 ]
260 259 },
261 260 {
262 261 "output_type": "stream",
263 262 "stream": "stdout",
264 263 "text": [
265 264 "5 "
266 265 ]
267 266 },
268 267 {
269 268 "output_type": "stream",
270 269 "stream": "stdout",
271 270 "text": [
272 271 "6 "
273 272 ]
274 273 },
275 274 {
276 275 "output_type": "stream",
277 276 "stream": "stdout",
278 277 "text": [
279 278 "7"
280 279 ]
281 280 }
282 281 ],
283 "prompt_number": 10
282 "prompt_number": 9
284 283 },
285 284 {
286 285 "cell_type": "markdown",
287 286 "source": [
288 287 "## Clean crash and restart",
289 288 "",
290 289 "We call the low-level system libc.time routine with the wrong argument via",
291 290 "ctypes to segfault the Python interpreter:"
292 291 ]
293 292 },
294 293 {
295 294 "cell_type": "code",
296 295 "collapsed": true,
297 296 "input": [
298 297 "from ctypes import CDLL",
299 298 "# This will crash a linux system; equivalent calls can be made on Windows or Mac",
300 299 "libc = CDLL(\"libc.so.6\") ",
301 300 "libc.time(-1) # BOOM!!"
302 301 ],
303 302 "language": "python",
304 303 "outputs": [],
305 304 "prompt_number": "*"
306 305 },
307 306 {
308 307 "cell_type": "markdown",
309 308 "source": [
310 309 "## Markdown cells can contain formatted text and code",
311 310 "",
312 311 "You can *italicize*, **boldface**",
313 312 "",
314 313 "* build",
315 314 "* lists",
316 315 "",
317 316 "and embed code meant for illustration instead of execution in Python:",
318 317 "",
319 318 " def f(x):",
320 319 " \"\"\"a docstring\"\"\"",
321 320 " return x**2",
322 321 "",
323 322 "or other languages:",
324 323 "",
325 324 " if (i=0; i<n; i++) {",
326 325 " printf(\"hello %d\\n\", i);",
327 326 " x += 4;",
328 327 " }"
329 328 ]
330 329 },
331 330 {
332 331 "cell_type": "markdown",
333 332 "source": [
334 333 "Courtesy of MathJax, you can include mathematical expressions both inline: ",
335 334 "$e^{i\\pi} + 1 = 0$ and displayed:",
336 335 "",
337 336 "$$e^x=\\sum_{i=0}^\\infty \\frac{1}{i!}x^i$$"
338 337 ]
339 338 },
340 339 {
341 340 "cell_type": "markdown",
342 341 "source": [
343 342 "## Rich displays: include anyting a browser can show",
344 343 "",
345 344 "Note that we have an actual protocol for this, see the `display_protocol` notebook for further details.",
346 345 "",
347 346 "### Images"
348 347 ]
349 348 },
350 349 {
351 350 "cell_type": "code",
352 351 "collapsed": false,
353 352 "input": [
354 353 "from IPython.core.display import Image",
355 354 "Image(filename='../../source/_static/logo.png')"
356 355 ],
357 356 "language": "python",
358 357 "outputs": [
359 358 {
360 359 "output_type": "pyout",
361 360 "png": 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362 361 "prompt_number": 1,
363 362 "text": [
364 "&lt;IPython.core.display.Image at 0x451f710&gt;"
363 "&lt;IPython.core.display.Image at 0x41d4690&gt;"
365 364 ]
366 365 }
367 366 ],
368 367 "prompt_number": 1
369 368 },
370 369 {
371 370 "cell_type": "markdown",
372 371 "source": [
373 372 "An image can also be displayed from raw data or a url"
374 373 ]
375 374 },
376 375 {
377 376 "cell_type": "code",
378 377 "collapsed": false,
379 378 "input": [
380 379 "Image('http://python.org/images/python-logo.gif')"
381 380 ],
382 381 "language": "python",
383 382 "outputs": [
384 383 {
385 384 "html": [
386 385 "<img src=\"http://python.org/images/python-logo.gif\" />"
387 386 ],
388 387 "output_type": "pyout",
389 388 "prompt_number": 2,
390 389 "text": [
391 "&lt;IPython.core.display.Image at 0x451f6d0&gt;"
390 "&lt;IPython.core.display.Image at 0x41d4550&gt;"
392 391 ]
393 392 }
394 393 ],
395 394 "prompt_number": 2
396 395 },
397 396 {
398 397 "cell_type": "markdown",
399 398 "source": [
400 399 "SVG images are also supported out of the box (since modern browsers do a good job of rendering them):"
401 400 ]
402 401 },
403 402 {
404 403 "cell_type": "code",
405 404 "collapsed": false,
406 405 "input": [
407 406 "from IPython.core.display import SVG",
408 407 "SVG(filename='python-logo.svg')"
409 408 ],
410 409 "language": "python",
411 410 "outputs": [
412 411 {
413 412 "output_type": "pyout",
414 413 "prompt_number": 3,
415 414 "svg": [
416 415 "<svg height=\"115.02pt\" id=\"svg2\" inkscape:version=\"0.43\" sodipodi:docbase=\"/home/sdeibel\" sodipodi:docname=\"logo-python-generic.svg\" sodipodi:version=\"0.32\" version=\"1.0\" width=\"388.84pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:cc=\"http://web.resource.org/cc/\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:inkscape=\"http://www.inkscape.org/namespaces/inkscape\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\" xmlns:sodipodi=\"http://inkscape.sourceforge.net/DTD/sodipodi-0.dtd\" xmlns:svg=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">",
417 416 " <metadata id=\"metadata2193\">",
418 417 " <rdf:RDF>",
419 418 " <cc:Work rdf:about=\"\">",
420 419 " <dc:format>image/svg+xml</dc:format>",
421 420 " <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>",
422 421 " </cc:Work>",
423 422 " </rdf:RDF>",
424 423 " </metadata>",
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430 429 " </linearGradient>",
431 430 " <linearGradient id=\"linearGradient2787\">",
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434 433 " </linearGradient>",
435 434 " <linearGradient id=\"linearGradient3676\">",
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443 442 " <linearGradient id=\"linearGradient4671\">",
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476 475 "</svg>"
477 476 ],
478 477 "text": [
479 "&lt;IPython.core.display.SVG at 0x451f810&gt;"
478 "&lt;IPython.core.display.SVG at 0x41d4910&gt;"
480 479 ]
481 480 }
482 481 ],
483 482 "prompt_number": 3
484 483 },
485 484 {
486 485 "cell_type": "markdown",
487 486 "source": [
488 487 "### Video"
489 488 ]
490 489 },
491 490 {
492 491 "cell_type": "markdown",
493 492 "source": [
494 493 "And more exotic objects can also be displayed, as long as their representation supports ",
495 494 "the IPython display protocol.",
496 495 "",
497 496 "For example, videos hosted externally on YouTube are easy to load (and writing a similar wrapper for other",
498 497 "hosted content is trivial):"
499 498 ]
500 499 },
501 500 {
502 501 "cell_type": "code",
503 502 "collapsed": false,
504 503 "input": [
505 504 "from IPython.lib.display import YouTubeVideo",
505 "# a talk about IPython at Sage Days at U. Washington, Seattle.",
506 "# Video credit: William Stein.",
506 507 "YouTubeVideo('1j_HxD4iLn8')"
507 508 ],
508 509 "language": "python",
509 510 "outputs": [
510 511 {
511 512 "html": [
512 513 "",
513 514 " <iframe",
514 515 " width=\"400\"",
515 516 " height=\"300\"",
516 517 " src=\"http://www.youtube.com/embed/1j_HxD4iLn8\"",
517 518 " frameborder=\"0\"",
518 519 " allowfullscreen",
519 520 " ></iframe>",
520 521 " "
521 522 ],
522 523 "output_type": "pyout",
523 524 "prompt_number": 4,
524 525 "text": [
525 "&lt;IPython.lib.display.YouTubeVideo at 0x451f990&gt;"
526 "&lt;IPython.lib.display.YouTubeVideo at 0x41d4310&gt;"
526 527 ]
527 528 }
528 529 ],
529 530 "prompt_number": 4
530 531 },
531 532 {
532 533 "cell_type": "markdown",
533 534 "source": [
534 535 "Using the nascent video capabilities of modern browsers, you may also be able to display local",
535 536 "videos. At the moment this doesn't work very well in all browsers, so it may or may not work for you;",
536 537 "we will continue testing this and looking for ways to make it more robust. ",
537 538 "",
538 539 "The following cell loads a local file called `animation.m4v`, encodes the raw video as base64 for http",
539 540 "transport, and uses the HTML5 video tag to load it. On Chrome 15 it works correctly, displaying a control",
540 541 "bar at the bottom with a play/pause button and a location slider."
541 542 ]
542 543 },
543 544 {
544 545 "cell_type": "code",
545 546 "collapsed": false,
546 547 "input": [
548 "from IPython.core.display import HTML",
547 549 "video = open(\"animation.m4v\", \"rb\").read()",
548 550 "video_encoded = video.encode(\"base64\")",
549 551 "video_tag = '<video controls alt=\"test\" src=\"data:video/x-m4v;base64,{0}\">'.format(video_encoded)",
550 552 "HTML(data=video_tag)"
551 553 ],
552 554 "language": "python",
553 555 "outputs": [
554 556 {
555 557 "html": [
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765 767 "\">"
766 768 ],
767 769 "output_type": "pyout",
768 "prompt_number": 11,
770 "prompt_number": 5,
769 771 "text": [
770 "&lt;IPython.core.display.HTML at 0x4584550&gt;"
772 "&lt;IPython.core.display.HTML at 0x423a550&gt;"
771 773 ]
772 774 }
773 775 ],
774 "prompt_number": 11
776 "prompt_number": 5
775 777 },
776 778 {
777 779 "cell_type": "markdown",
778 780 "source": [
779 781 "### External sites",
780 782 "",
781 783 "You can even embed an entire page from another site in an iframe; for example this is today's Wikipedia",
782 784 "page for mobile users:"
783 785 ]
784 786 },
785 787 {
786 788 "cell_type": "code",
787 789 "collapsed": false,
788 790 "input": [
789 "from IPython.core.display import HTML",
790 791 "HTML('<iframe src=http://en.mobile.wikipedia.org/?useformat=mobile width=700 height=350>')"
791 792 ],
792 793 "language": "python",
793 794 "outputs": [
794 795 {
795 796 "html": [
796 797 "<iframe src=http://en.mobile.wikipedia.org/?useformat=mobile width=700 height=350>"
797 798 ],
798 799 "output_type": "pyout",
799 "prompt_number": 5,
800 "prompt_number": 6,
800 801 "text": [
801 "&lt;IPython.core.display.HTML at 0x4531e10&gt;"
802 "&lt;IPython.core.display.HTML at 0x41d4710&gt;"
802 803 ]
803 804 }
804 805 ],
805 "prompt_number": 5
806 "prompt_number": 6
806 807 },
807 808 {
808 809 "cell_type": "markdown",
809 810 "source": [
810 811 "### Mathematics",
811 812 "",
812 813 "And we also support the display of mathematical expressions typeset in LaTeX, which is rendered",
813 814 "in the browser thanks to the [MathJax library](http://mathjax.org). ",
814 815 "",
815 816 "Note that this is *different* from the above examples. Above we were typing mathematical expressions",
816 817 "in Markdown cells (along with normal text) and letting the browser render them; now we are displaying",
817 818 "the output of a Python computation as a LaTeX expression wrapped by the `Math()` object so the browser",
818 819 "renders it:"
819 820 ]
820 821 },
821 822 {
822 823 "cell_type": "code",
823 824 "collapsed": false,
824 825 "input": [
825 826 "from IPython.core.display import Math",
826 827 "Math(r'$F(k) = \\int_{-\\infty}^{\\infty} f(x) e^{2\\pi i k} dx$')"
827 828 ],
828 829 "language": "python",
829 830 "outputs": [
830 831 {
831 832 "latex": [
832 833 "$F(k) = \\int_{-\\infty}^{\\infty} f(x) e^{2\\pi i k} dx$"
833 834 ],
834 835 "output_type": "pyout",
835 836 "prompt_number": 8,
836 837 "text": [
837 838 "&lt;IPython.core.display.Math at 0x45840d0&gt;"
838 839 ]
839 840 }
840 841 ],
841 842 "prompt_number": 8
842 843 },
843 844 {
844 845 "cell_type": "markdown",
845 846 "source": [
846 847 "# Loading external codes",
847 848 "* Drag and drop a ``.py`` in the dashboard",
848 849 "* Use ``%loadpy`` with any local or remote url: [the Matplotlib Gallery!](http://matplotlib.sourceforge.net/gallery.html)",
849 850 "",
850 851 "In this notebook we've kept the output saved so you can see the result, but you should run the next",
851 852 "cell yourself (with an active internet connection)."
852 853 ]
853 854 },
854 855 {
855 856 "cell_type": "code",
856 857 "collapsed": true,
857 858 "input": [
858 859 "%loadpy http://matplotlib.sourceforge.net/mpl_examples/pylab_examples/integral_demo.py"
859 860 ],
860 861 "language": "python",
861 862 "outputs": [],
862 863 "prompt_number": 8
863 864 },
864 865 {
865 866 "cell_type": "code",
866 867 "collapsed": false,
867 868 "input": [
868 869 "#!/usr/bin/env python",
869 870 "",
870 871 "# implement the example graphs/integral from pyx",
871 872 "from pylab import *",
872 873 "from matplotlib.patches import Polygon",
873 874 "",
874 875 "def func(x):",
875 876 " return (x-3)*(x-5)*(x-7)+85",
876 877 "",
877 878 "ax = subplot(111)",
878 879 "",
879 880 "a, b = 2, 9 # integral area",
880 881 "x = arange(0, 10, 0.01)",
881 882 "y = func(x)",
882 883 "plot(x, y, linewidth=1)",
883 884 "",
884 885 "# make the shaded region",
885 886 "ix = arange(a, b, 0.01)",
886 887 "iy = func(ix)",
887 888 "verts = [(a,0)] + zip(ix,iy) + [(b,0)]",
888 889 "poly = Polygon(verts, facecolor='0.8', edgecolor='k')",
889 890 "ax.add_patch(poly)",
890 891 "",
891 892 "text(0.5 * (a + b), 30,",
892 893 " r\"$\\int_a^b f(x)\\mathrm{d}x$\", horizontalalignment='center',",
893 894 " fontsize=20)",
894 895 "",
895 896 "axis([0,10, 0, 180])",
896 897 "figtext(0.9, 0.05, 'x')",
897 898 "figtext(0.1, 0.9, 'y')",
898 899 "ax.set_xticks((a,b))",
899 900 "ax.set_xticklabels(('a','b'))",
900 901 "ax.set_yticks([])",
901 902 "show()"
902 903 ],
903 904 "language": "python",
904 905 "outputs": [
905 906 {
906 907 "output_type": "display_data",
907 908 "png": 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908 909 }
909 910 ],
910 911 "prompt_number": 9
911 912 },
912 913 {
913 914 "cell_type": "code",
914 915 "collapsed": true,
915 916 "input": [],
916 917 "language": "python",
917 918 "outputs": [],
918 919 "prompt_number": "&nbsp;"
919 920 }
920 921 ]
921 922 }
922 923 ]
923 924 } No newline at end of file
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