[Python-apps-commits] r8121 - in packages/pyspread/trunk/debian (6 files)
anoteng-guest at users.alioth.debian.org
anoteng-guest at users.alioth.debian.org
Sat Jan 28 11:17:54 UTC 2012
Date: Saturday, January 28, 2012 @ 11:17:53
Author: anoteng-guest
Revision: 8121
Move documentation and examples to /usr/share/doc
Added:
packages/pyspread/trunk/debian/docs
packages/pyspread/trunk/debian/examples
packages/pyspread/trunk/debian/patches/change_default_paths.patch
packages/pyspread/trunk/debian/patches/update_faq.patch
Modified:
packages/pyspread/trunk/debian/install
packages/pyspread/trunk/debian/patches/series
Added: packages/pyspread/trunk/debian/docs
===================================================================
--- packages/pyspread/trunk/debian/docs (rev 0)
+++ packages/pyspread/trunk/debian/docs 2012-01-28 11:17:53 UTC (rev 8121)
@@ -0,0 +1,3 @@
+pyspread/faq
+pyspread/thanks
+pyspread/doc/help/*
Added: packages/pyspread/trunk/debian/examples
===================================================================
--- packages/pyspread/trunk/debian/examples (rev 0)
+++ packages/pyspread/trunk/debian/examples 2012-01-28 11:17:53 UTC (rev 8121)
@@ -0,0 +1 @@
+pyspread/examples/*
Modified: packages/pyspread/trunk/debian/install
===================================================================
--- packages/pyspread/trunk/debian/install 2012-01-27 15:05:05 UTC (rev 8120)
+++ packages/pyspread/trunk/debian/install 2012-01-28 11:17:53 UTC (rev 8121)
@@ -1,3 +1,2 @@
debian/pyspread.desktop usr/share/applications
debian/pyspread.xpm usr/share/pixmaps
-
Added: packages/pyspread/trunk/debian/patches/change_default_paths.patch
===================================================================
--- packages/pyspread/trunk/debian/patches/change_default_paths.patch (rev 0)
+++ packages/pyspread/trunk/debian/patches/change_default_paths.patch 2012-01-28 11:17:53 UTC (rev 8121)
@@ -0,0 +1,35 @@
+--- a/pyspread/src/sysvars.py
++++ b/pyspread/src/sysvars.py
+@@ -42,7 +42,7 @@
+ def get_help_path():
+ """Returns the pyspread help path"""
+
+- return get_program_path() + "doc/help/"
++ return "/usr/share/doc/pyspread/"
+
+ # System settings
+
+--- a/setup.py
++++ b/setup.py
+@@ -19,16 +19,17 @@
+ 'pyspread/src/*.py',
+ 'pyspread/src/pyspread',
+ 'pyspread/src/*/*.py',
+- 'pyspread/src/*/test/*',
++# 'pyspread/src/*/test/*',
+ 'pyspread/share/icons/*.png',
+ 'pyspread/share/icons/Tango/24x24/actions/*.png',
+ 'pyspread/share/icons/Tango/24x24/toggles/*.png',
+ 'pyspread/share/icons/Tango/24x24/toggles/*.xpm',
+ 'pyspread/doc/help/*.html',
+ 'pyspread/doc/help/images/*.png',
+- 'pyspread/examples/*',
+- 'pyspread/thanks', 'pyspread/faq',
+- 'authors', 'pyspread.pth']},
++# 'pyspread/examples/*',
++# 'pyspread/thanks', 'pyspread/faq',
++# 'authors',
++ 'pyspread.pth']},
+ classifiers=[ \
+ 'Development Status :: 4 - Beta',
+ 'Environment :: X11 Applications :: GTK',
Modified: packages/pyspread/trunk/debian/patches/series
===================================================================
--- packages/pyspread/trunk/debian/patches/series 2012-01-27 15:05:05 UTC (rev 8120)
+++ packages/pyspread/trunk/debian/patches/series 2012-01-28 11:17:53 UTC (rev 8121)
@@ -1,2 +1,4 @@
about_dialog_license.patch
tests_bugfix.path
+change_default_paths.patch
+update_faq.patch
Added: packages/pyspread/trunk/debian/patches/update_faq.patch
===================================================================
--- packages/pyspread/trunk/debian/patches/update_faq.patch (rev 0)
+++ packages/pyspread/trunk/debian/patches/update_faq.patch 2012-01-28 11:17:53 UTC (rev 8121)
@@ -0,0 +1,914 @@
+--- a/pyspread/faq
++++ b/pyspread/faq
+@@ -80,62 +80,39 @@
+
+ Q: I'd like to exact data from a saved .pys file it without using the GUI,
+ e.g. I'd like to open one in a script and read things from it.
+-A: The .pys format is a bzip2-ed pickle dump of the numpy object array that
+-contains the strings that are entered in the cells.
+-Example:
+-
+->>> import bz2
+->>> infile=bz2.BZ2File('test.pys','r')
+->>> import cPickle as pickle
+->>> import numpy
+->>> data = pickle.load(infile)
+->>> data
+-array([[[rpy = __import__("rpy"), 1, ],
+-[, 3, ],
+-[, -4, ],
+-...,
+-[, , ],
+-[, , ],
+-[, , ]],
+-
+-[[__import__("math"), 2, ],
+-[, 4, ],
+-[, 5, ],
+-...,
+-[, , ],
+-[, , ],
+-[, , ]],
+-
+-[[a = numpy.arange(-1,1,.001), 3, ],
+-[, 35, ],
+-[, 2, ],
+-...,
+-[, , ],
+-[, , ],
+-[, , ]],
+-
+-...,
+-[[, , ],
+-[, , ],
+-[, , ],
+-...,
+-[, , ],
+-[, , ],
+-[, , ]],
+-
+-[[, , ],
+-[, , ],
+-[, , ],
+-...,
+-[, , ],
+-[, , ],
+-[, , ]],
+-
+-[[, , ],
+-[, , ],
+-[, , ],
+-...,
+-[, , ],
+-[, , ],
+-[, , ]]], dtype=object)
+->>> infile.close()
+\ No newline at end of file
++A: The pys file format has changed in version 0.2.0. It now is a bzip2-ed Text
++file with the following structure:
++
++[Pyspread save file version]
++
++0.1
++
++[shape]
++
++1000 100 3
++
++[grid]
++
++7 22 0 'Testcode1'
++
++8 9 0 'Testcode2'
++
++[attributes]
++
++[] [] [] [] [(0, 0)] 0 'textfont' u'URW Chancery L'
++
++[] [] [] [] [(0, 0)] 0 'pointsize' 20
++
++[row_heights]
++
++0 0 56.0
++
++7 0 25.0
++
++[col_widths]
++
++0 0 80.0
++
++[macros]
++
++Macro text
+--- a/pyspread/doc/help/faq.html
++++ b/pyspread/doc/help/faq.html
+@@ -70,784 +70,29 @@
+ </p><p><b>Q:</b> I'd like to exact data from a saved .pys file it
+ without using the GUI, e.g. I'd like to open one in a script and read
+ things from it.<br>
+-<b>A:</b> The .pys format is a bzip2-ed pickle dump of the UserDict that contains the strings that are entered in the cells.<br>
+-Example:
+-</p>
+-<pre>>>> import bz2, numpy, wx
+->>> infile=bz2.BZ2File('new_wagner.pys','r')
+->>> import cPickle as pickle
+->>> a=wx.App()
+->>> import _pyspread._datastructures
+->>> data = pickle.load(infile)
+->>> data
+-{(11, 'left', 0): u'',
+-(4, 96, 0): u'',
+-(7, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 41, 0): u'',
+-(22, 6, 0): u'',
+-(15, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(13, 4, 0): u'',
+-(18, 12, 0): u'',
+-(6, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 30, 0): u'',
+-(9, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 10, 0): u'',
+-(24, 2, 0): u'',
+-(4, 77, 0): u'',
+-(17, 5, 0): u'',
+-(10, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(3, 7, 0): u'',
+-(5, 37, 0): u'',
+-(1, 2, 0): u'',
+-(22, 10, 0): u'',
+-(13, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(23, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 42, 0): u'',
+-(21, 11, 0): u'',
+-(14, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 89, 0): u'',
+-(12, 7, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(17, 9, 0): u'',
+-(5, 0, 0): u"'Month'",
+-(8, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 49, 0): u'',
+-(16, 6, 0): u'',
+-(9, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 'left', 0): u'',
+-(23, 0, 0): u'S[X-1, Y, Z] + 1',
+-(5, 85, 0): u'',
+-(4, 38, 0): u'',
+-(0, 1, 0): u'',
+-(21, 7, 0): u'',
+-(4, 85, 0): u'',
+-(7, 5, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 28, 0): u'',
+-(10, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(22, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(15, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 8, 0): u'',
+-(25, 0, 0): u'S[X-1, Y, Z] + 1',
+-(18, 1, 0): u'',
+-(11, 2, 0): u'',
+-(16, 10, 0): u'',
+-(4, 3, 0): u'12',
+-(2, 4, 0): u'',
+-(24, 15, 0): u'',
+-(4, 50, 0): u'',
+-(4, 'left', 0): u'',
+-(4, 97, 0): u'',
+-(7, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 40, 0): u'',
+-(22, 7, 0): u'',
+-(15, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 4, 0): u'',
+-(13, 3, 0): u'',
+-(18, 13, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(6, 2, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 31, 0): u'',
+-(9, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(26, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 13, 0): u'',
+-(24, 3, 0): u'',
+-(4, 78, 0): u'',
+-(17, 4, 0): u'',
+-(10, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(3, 6, 0): u'',
+-(5, 36, 0): u'',
+-(1, 1, 0): u'A=54',
+-(22, 11, 0): u'',
+-(13, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(23, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 43, 0): u'',
+-(21, 10, 0): u'',
+-(14, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 1, 0): u'',
+-(4, 90, 0): u'',
+-(12, 0, 0): u'S[X-1, Y, Z] + 1',
+-(17, 8, 0): u'',
+-(5, 15, 0): u'S[X,Y-1,Z] + 1',
+-(8, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(25, 19, 0): u'None',
+-(5, 48, 0): u'',
+-(16, 7, 0): u'',
+-(17, 'left', 0): u'',
+-(9, 8, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(30, 0, 0): u'S[X-1, Y, Z] + 1',
+-(4, 39, 0): u'',
+-(0, 2, 0): u'',
+-(21, 6, 0): u'',
+-(4, 86, 0): u'',
+-(7, 4, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 27, 0): u'',
+-(10, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(22, 16, 0): u'',
+-(15, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 9, 0): u'',
+-(11, 5, 0): u'',
+-(16, 11, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(5, 68, 0): u'',
+-(4, 12, 0): u'41',
+-(2, 5, 0): u'',
+-(24, 16, 0): u'',
+-(4, 51, 0): u'',
+-(4, 98, 0): u'',
+-(7, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 23, 0): u'S[X,Y-1,Z] + 1',
+-(22, 4, 0): u'',
+-(15, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 5, 0): u'',
+-(13, 2, 0): u'',
+-(18, 10, 0): u'',
+-(6, 3, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 24, 0): u'',
+-(9, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(26, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 12, 0): u'',
+-(24, 4, 0): u'',
+-(4, 79, 0): u'',
+-(10, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(3, 9, 0): u'',
+-(5, 35, 0): u'',
+-(1, 0, 0): u"'A'",
+-(22, 8, 0): u'',
+-(13, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(18, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(23, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 20, 0): u'555',
+-(21, 9, 0): u'',
+-(5, 93, 0): u'',
+-(19, 0, 0): u'S[X-1, Y, Z] + 1',
+-(4, 91, 0): u'',
+-(12, 1, 0): u'',
+-(17, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 14, 0): u'S[X,Y-1,Z] + 1',
+-(10, 6, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(27, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 63, 0): u'',
+-(10, 'left', 0): u'',
+-(9, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 32, 0): u'',
+-(0, 3, 0): u'',
+-(21, 5, 0): u'',
+-(4, 87, 0): u'',
+-(7, 7, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(17, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 26, 0): u'',
+-(10, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(22, 17, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(3, 17, 0): u'',
+-(15, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 10, 0): u'',
+-(5, 91, 0): u'',
+-(11, 4, 0): u'',
+-(16, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 13, 0): u'328',
+-(9, 3, 0): u'',
+-(2, 2, 0): u'',
+-(24, 17, 0): u'',
+-(4, 60, 0): u'',
+-(4, 99, 0): u'',
+-(7, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 81, 0): u'',
+-(8, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 22, 0): u'S[X,Y-1,Z] + 1',
+-(22, 5, 0): u'',
+-(15, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 6, 0): u'',
+-(13, 1, 0): u'',
+-(18, 11, 0): u'',
+-(19, 'left', 0): u'',
+-(6, 0, 0): u'1',
+-(11, 8, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 25, 0): u'',
+-(9, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(2, 14, 0): u'',
+-(14, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 5, 0): u'',
+-(4, 72, 0): u'',
+-(10, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(3, 8, 0): u'',
+-(8, 0, 0): u'S[X-1, Y, Z] + 1',
+-(5, 34, 0): u'',
+-(1, 7, 0): u'',
+-(22, 9, 0): u'',
+-(30, 'left', 0): u'',
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+-(23, 17, 0): u'',
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+-(16, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(5, 87, 0): u'',
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+-(8, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 21, 0): u'S[X,Y-1,Z] + 1',
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+-(16, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(4, 73, 0): u'',
+-(10, 8, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(18, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 22, 0): u'5',
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+-(14, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(17, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 24, 0): u'',
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+-(22, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(5, 65, 0): u'',
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+-(8, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(11, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(4, 27, 0): u'',
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+-(18, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(23, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 23, 0): u'454',
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+-(25, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(9, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 35, 0): u'',
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+-(4, 82, 0): u'',
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+-(17, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(22, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
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+-(16, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 8, 0): u'52',
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+-(5, 98, 0): u'',
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+-(12, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 19, 0): u'S[X,Y-1,Z] + 1',
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+-(11, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 4, 0): u'130',
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+-(5, 77, 0): u'',
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+-(4, 75, 0): u'',
+-(3, 13, 0): u'',
+-(8, 3, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
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+-(1, 4, 0): u'',
+-(22, 12, 0): u'',
+-(15, 7, 0): u'',
+-(13, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(18, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(23, 18, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(4, 16, 0): u'160',
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+-(5, 10, 0): u'10',
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+-(3, 1, 0): u'',
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+-(25, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 59, 0): u'',
+-(1, 8, 0): u'',
+-(13, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 44, 0): u'',
+-(0, 7, 0): u'',
+-(21, 1, 0): u'',
+-(14, 0, 0): u'S[X-1, Y, Z] + 1',
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+-(12, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(17, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 6, 0): u'6',
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+-(3, 21, 0): u'',
+-(20, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 55, 0): u'',
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+-(5, 95, 0): u'',
+-(16, 0, 0): u'S[X-1, Y, Z] + 1',
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+-(24, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 56, 0): u'',
+-(0, 11, 0): u'',
+-(5, 97, 0): u'',
+-(7, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(13, 'left', 0): u'',
+-(5, 18, 0): u'S[X,Y-1,Z] + 1',
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+-(5, 64, 0): u'',
+-(18, 7, 0): u'',
+-(6, 4, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 5, 0): u'154',
+-(2, 10, 0): u'',
+-(5, 76, 0): u'',
+-(19, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 9, 0): u'',
+-(4, 52, 0): u'',
+-(3, 12, 0): u'',
+-(8, 4, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 46, 0): u'',
+-(22, 13, 0): u'',
+-(15, 6, 0): u'',
+-(13, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(18, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 8, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 17, 0): u'238',
+-(21, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 88, 0): u'',
+-(19, 7, 0): u'',
+-(4, 64, 0): u'',
+-(17, 2, 0): u'',
+-(5, 9, 0): u'9',
+-(10, 3, 0): u'',
+-(3, 0, 0): u'',
+-(25, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 58, 0): u'',
+-(1, 15, 0): u'',
+-(13, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 45, 0): u'',
+-(21, 0, 0): u'S[X-1, Y, Z] + 1',
+-(5, 84, 0): u'',
+-(4, 92, 0): u'',
+-(7, 2, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(12, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(17, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 5, 0): u'5',
+-(3, 20, 0): u'',
+-(20, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 54, 0): u'',
+-(8, 'left', 0): u'',
+-(16, 1, 0): u'',
+-(4, 10, 0): u'160',
+-(9, 6, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 57, 0): u'',
+-(0, 12, 0): u'',
+-(5, 96, 0): u'',
+-(6, 'left', 0): u'',
+-(7, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 17, 0): u'S[X,Y-1,Z] + 1',
+-(15, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 3, 0): u'',
+-(18, 4, 0): u'',
+-(6, 5, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 6, 0): u'129',
+-(2, 11, 0): u'',
+-(5, 75, 0): u'',
+-(19, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 10, 0): u'',
+-(4, 53, 0): u'',
+-(3, 15, 0): u'',
+-(8, 5, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 45, 0): u'',
+-(22, 2, 0): u'',
+-(15, 1, 0): u'',
+-(13, 8, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(18, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 18, 0): u'23',
+-(21, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 6, 0): u'',
+-(4, 65, 0): u'',
+-(17, 1, 0): u'',
+-(5, 8, 0): u'8',
+-(10, 0, 0): u'S[X-1, Y, Z] + 1',
+-(3, 3, 0): u'',
+-(25, 20, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(5, 57, 0): u'',
+-(1, 14, 0): u'',
+-(28, 'left', 0): u'',
+-(13, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(2, 16, 0): u'',
+-(28, 0, 0): u'S[X-1, Y, Z] + 1',
+-(4, 46, 0): u'',
+-(21, 15, 0): u'',
+-(14, 6, 0): u'',
+-(4, 93, 0): u'',
+-(12, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(17, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 4, 0): u'4',
+-(3, 23, 0): u'',
+-(20, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 53, 0): u'',
+-(16, 2, 0): u'',
+-(4, 11, 0): u'238',
+-(9, 5, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 58, 0): u'',
+-(0, 13, 0): u'',
+-(7, 9, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 69, 0): u'',
+-(5, 16, 0): u'S[X,Y-1,Z] + 1',
+-(15, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 12, 0): u'',
+-(18, 5, 0): u'',
+-(11, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 7, 0): u'88',
+-(2, 8, 0): u'',
+-(5, 74, 0): u'',
+-(19, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 11, 0): u'',
+-(4, 54, 0): u'',
+-(7, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(3, 14, 0): u'',
+-(8, 6, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 44, 0): u'',
+-(22, 3, 0): u'',
+-(15, 0, 0): u'S[X-1, Y, Z] + 1',
+-(13, 7, 0): u'',
+-(18, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(28, 21, 0): u'',
+-(4, 19, 0): u'56',
+-(21, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 70, 0): u'',
+-(19, 9, 0): u'',
+-(4, 66, 0): u'',
+-(17, 0, 0): u'S[X-1, Y, Z] + 1',
+-(10, 1, 0): u'',
+-(26, 'left', 0): u'',
+-(5, 67, 0): u'',
+-(3, 2, 0): u'',
+-(21, 'left', 0): u'',
+-(5, 56, 0): u'',
+-(1, 13, 0): u'',
+-(14, 1, 0): u'',
+-(13, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(2, 17, 0): u'',
+-(4, 47, 0): u'',
+-(21, 14, 0): u'',
+-(14, 7, 0): u'',
+-(4, 94, 0): u'',
+-(12, 4, 0): u'',
+-(17, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 13, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 3, 0): u'3',
+-(3, 22, 0): u'',
+-(20, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 52, 0): u'',
+-(16, 3, 0): u'',
+-(9, 4, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(4, 59, 0): u'',
+-(0, 14, 0): u'',
+-(5, 92, 0): u'',
+-(5, 86, 0): u'',
+-(7, 8, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 31, 0): u'',
+-(15, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 13, 0): u'',
+-(18, 2, 0): u'',
+-(14, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 1, 0): u'',
+-(16, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 0, 0): u"'Demand'",
+-(2, 9, 0): u'',
+-(5, 73, 0): u'',
+-(19, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 12, 0): u'',
+-(4, 55, 0): u'',
+-(7, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 7, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 43, 0): u'',
+-(22, 0, 0): u'S[X-1, Y, Z] + 1',
+-(15, 3, 0): u'',
+-(13, 6, 0): u'',
+-(18, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(16, 'left', 0): u'',
+-(6, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(28, 22, 0): u'',
+-(4, 28, 0): u'',
+-(21, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 8, 0): u'',
+-(24, 0, 0): u'S[X-1, Y, Z] + 1',
+-(4, 67, 0): u'',
+-(17, 7, 0): u'',
+-(10, 14, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 'left', 0): u'',
+-(3, 5, 0): u'',
+-(5, 39, 0): u'',
+-(1, 12, 0): u'',
+-(13, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(4, 40, 0): u'',
+-(21, 13, 0): u'',
+-(14, 4, 0): u'',
+-(4, 95, 0): u'',
+-(12, 5, 0): u'',
+-(17, 11, 0): u'',
+-(5, 2, 0): u'2',
+-(27, 19, 0): u'None',
+-(20, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 51, 0): u'',
+-(16, 4, 0): u'',
+-(9, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 83, 0): u'',
+-(15, 'left', 0): u'',
+-(4, 36, 0): u'',
+-(0, 15, 0): u'',
+-(7, 11, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 30, 0): u'',
+-(10, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 71, 0): u'',
+-(15, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 14, 0): u'',
+-(18, 3, 0): u'',
+-(11, 0, 0): u'S[X-1, Y, Z] + 1',
+-(16, 8, 0): u'',
+-(4, 1, 0): u'10',
+-(2, 6, 0): u'',
+-(5, 72, 0): u'',
+-(19, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 13, 0): u'',
+-(4, 48, 0): u'',
+-(7, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 8, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(29, 0, 0): u'S[X-1, Y, Z] + 1',
+-(5, 42, 0): u'',
+-(22, 1, 0): u'',
+-(15, 2, 0): u'',
+-(9, 'left', 0): u'',
+-(13, 5, 0): u'',
+-(18, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 12, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(11, 20, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(28, 23, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(4, 29, 0): u'',
+-(9, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(21, 16, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(14, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(19, 11, 0): u'',
+-(24, 1, 0): u'',
+-(4, 76, 0): u'',
+-(17, 6, 0): u'',
+-(7, 'left', 0): u'',
+-(10, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(3, 4, 0): u'',
+-(5, 38, 0): u'',
+-(1, 3, 0): u'',
+-(13, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(6, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(23, 21, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(14, 8, 0): u'',
+-(4, 41, 0): u'',
+-(21, 12, 0): u'',
+-(14, 5, 0): u'',
+-(4, 88, 0): u'',
+-(12, 6, 0): u'',
+-(17, 10, 0): u'',
+-(5, 1, 0): u'1',
+-(14, 15, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(8, 16, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 19, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 50, 0): u'',
+-(16, 5, 0): u'',
+-(9, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 'left', 0): u'',
+-(4, 37, 0): u'',
+-(0, 0, 0): u'"Wagner-Whitin algorithm"',
+-(5, 94, 0): u'',
+-(4, 84, 0): u'',
+-(7, 10, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(12, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(5, 29, 0): u'',
+-(10, 23, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(22, 18, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(15, 17, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(20, 15, 0): u'min([s for s in S[6:23,Y-1,0] if s > 0]) + vr * (S[5,Y,0] - S[X,0,0]) * S[4,Y,0] + A',
+-(29, 'left', 0): u'',
+-(18, 0, 0): u'S[X-1, Y, Z] + 1',
+-(5, 66, 0): u'',
+-(11, 3, 0): u'',
+-(16, 9, 0): u'',
+-(4, 2, 0): u'62',
+-(2, 7, 0): u'',
+-(19, 22, 0): u'S[X,Y-1,Z]+vr*(S[5,Y,0]-S[X,0,0])*S[4,Y,0]',
+-(24, 14, 0): u'',
+-(4, 49, 0): u''}
+->>> infile.close()</pre>
++<b>A:</b> The pys file format has changed in version 0.2.0. It now is a bzip2-ed Text file with the following
++structure:</p>
++ <p class="code-western" lang="en-US">[Pyspread save file version]</p>
++ <p class="code-western" lang="en-US">0.1</p>
++
++ <p class="code-western" lang="en-US">[shape]</p>
++ <p class="code-western" lang="en-US">1000 100 3</p>
++ <p class="code-western" lang="en-US">[grid]</p>
++ <p class="code-western" lang="en-US">7 22 0 'Testcode1'</p>
++ <p class="code-western" lang="en-US">8 9 0 'Testcode2'</p>
++ <p class="code-western" lang="en-US">[attributes]</p>
++
++ <p class="code-western" lang="en-US">[] [] [] [] [(0, 0)] 0
++'textfont' u'URW Chancery L'</p>
++ <p class="code-western" lang="en-US">[] [] [] [] [(0, 0)] 0
++'pointsize' 20</p>
++ <p class="code-western" lang="en-US">[row_heights]</p>
++ <p class="code-western" lang="en-US">0 0 56.0</p>
++ <p class="code-western" lang="en-US">7 0 25.0</p>
++ <p class="code-western" lang="en-US">[col_widths]</p>
++
++ <p class="code-western" lang="en-US">0 0 80.0</p>
++ <p class="code-western" lang="en-US">[macros]</p>
++ <p class="code-western" lang="en-US">Macro text</p>
++ </td>
+ </body></html>
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