tpt
===

tpt_sumup
---------

>>> from tpt import tpt_sumup

>>> estL = ['Gi', 'A', 'O', 'F']

>>> tempL = [
... ['09', [(0.7, -6.4, 11.7)]], 
... ['08', [(0.9, -7.2, 13.5)]],
... ['07', [(3.2, -4.8, 16.1)]],
... ]
>>> tmo_corr = [
... ['09', 0.7, (-6.4, 'Gi'), (11.7, 'Gi')],
... ['08', 0.9, (-7.2, 'Gi'), (13.5, 'Gi')],
... ['07', 3.2, (-4.8, 'Gi'), (16.1, 'Gi')],
... ]
>>> tmo = tpt_sumup(estL, tempL)
>>> tmo == tmo_corr  # doctesttag: +TAG=1_tpt_sumup
True


>>> tempL = [
... ['09', [(0.7, -6.4, 11.7), (3.3, -3.9, 10.2), (0.9, -6.7, 10.8), (2.6, -3.0, 11.3)]], 
... ['08', [(0.9, -7.2, 13.5), (2.3, -5.2, 13.0), (1.2, -6.1, 11.3), (3.3, -3.3, 13.0)]],
... ['07', [(3.2, -4.8, 16.1), (3.9, -3.5, 14.5), (5.0, -1.9, 11.7), (4.8, -1.5, 17.4)]],
... ]
>>> tmo_corr = [
... ['09', 1.88, (-6.7, 'O'), (11.7, 'Gi')],
... ['08', 1.92, (-7.2, 'Gi'), (13.5, 'Gi')],
... ['07', 4.22, (-4.8, 'Gi'), (17.4, 'F')],
... ]
>>> tmo = tpt_sumup(estL, tempL)
>>> tmo == tmo_corr  # doctesttag: +TAG=1_tpt_sumup
True


>>> tempL = [
... ['10:01:2024', [(4.2, 2.2, 15.5), (4.6, 3.2, 12.5), (2.0, 0.7, 12.8), (4.5, 2.8, 18.3)] ],
... ['09', [(0.7, -6.4, 11.7), (3.3, -3.9, 10.2), (0.9, -6.7, 10.8), (2.6, -3.0, 11.3)]], 
... ['08', [(0.9, -7.2, 13.5), (2.3, -5.2, 13.0), (1.2, -6.1, 11.3), (3.3, -3.3, 13.0)]],
... ['07', [(3.2, -4.8, 16.1), (3.9, -3.5, 14.5), (5.0, -1.9, 11.7), (4.8, -1.5, 17.4)]],
... ['06:01:2024', [(6.5, -1.5, 15.0), (7.1, -1.7, 14.0), (5.1, -0.8, 13.6), (6.7, 0.3, 14.0)]],
... ]
>>> tmo_corr = [
... ['10:01:2024', 3.83, (0.7, 'O'), (18.3, 'F')],
... ['09', 1.88, (-6.7, 'O'), (11.7, 'Gi')],
... ['08', 1.92, (-7.2, 'Gi'), (13.5, 'Gi')],
... ['07', 4.22, (-4.8, 'Gi'), (17.4, 'F')],
... ['06:01:2024', 6.35, (-1.7, 'A'), (15.0, 'Gi')]
... ]
>>> tmo = tpt_sumup(estL, tempL)
>>> tmo == tmo_corr  # doctesttag: +TAG=1_tpt_sumup
True


>>> tempL = [
... ['10:01:2024', [(0.7, -6.4, 11.7), (3.3, -3.9, 10.2), (0.9, -6.7, 10.8), (2.6, -3.0, 11.3)] ],
... ]
>>> tmo_corr = [
... ['10:01:2024', 1.88, (-6.7, 'O'), (11.7, 'Gi')]
... ]
>>> tmo = tpt_sumup(estL, tempL)
>>> tmo == tmo_corr  # doctesttag: +TAG=1_tpt_sumup
True


>>> tempL = []
>>> tmo_corr = []
>>> tmo = tpt_sumup(estL, tempL)
>>> tmo == tmo_corr  # doctesttag: +TAG=1_tpt_sumup
True




Dancers
=======

gen_dances_D
------------

>>> from dancers import gen_dances_D

>>> dni_D = {
... '678S': ('Inma', 'BCN'),
... '557D': ('Zoe', 'SC'),
... '778K': ('Eva', 'BCN'),
... '441K': ('Xavier', 'SC'),
... '779N': ('Adamo', 'BCN'),
... }



>>> dni_dan_D = {
... '678S': ['B', 'LH'],
... '557D': ['LH', 'B'],
... '666Z': ['LH'],
... '779N': ['B'],
... }
>>> ddan_corr = {
... 'B': [('Inma', 'BCN'), ('Zoe', 'SC'), ('Adamo', 'BCN')],
... 'LH': [('Inma', 'BCN'), ('Zoe', 'SC'),  ('666Z', '?')],
... }
>>> ddan = gen_dances_D(dni_D, dni_dan_D)
>>> ddan == ddan_corr  # doctesttag: +TAG=2_dancers-1_gen_dances_D
True



>>> dni_dan_D = {
... '666E': ['RR'],
... '678S': ['B', 'LH', 'RR'],
... '557D': ['LH', 'RR', 'B'],
... '441K': ['LH'],
... '666Z': ['LH'],
... '779N': ['B'],
... }
>>> ddan_corr = {
... 'B': [('Inma', 'BCN'), ('Zoe', 'SC'), ('Adamo', 'BCN')],
... 'LH': [('Inma', 'BCN'), ('Zoe', 'SC'), ('Xavier', 'SC'), ('666Z', '?')],
... 'RR': [('666E', '?'), ('Inma', 'BCN'), ('Zoe', 'SC')],
... }
>>> ddan = gen_dances_D(dni_D, dni_dan_D)
>>> ddan == ddan_corr  # doctesttag: +TAG=2_dancers-1_gen_dances_D
True



>>> dni_dan_D = {
... '678S': ['B', 'LH', 'RR', 'Shag'],
... '666E': ['B', 'LH', 'RR', 'Shag'],
... }
>>> ddan_corr = {
... 'B': [('Inma', 'BCN'), ('666E', '?')],
... 'LH': [('Inma', 'BCN'), ('666E', '?')],
... 'RR': [('Inma', 'BCN'), ('666E', '?')],
... 'Shag': [('Inma', 'BCN'), ('666E', '?')],
... }
>>> ddan = gen_dances_D(dni_D, dni_dan_D)
>>> ddan == ddan_corr  # doctesttag: +TAG=2_dancers-1_gen_dances_D
True



>>> dni_dan_D = {}
>>> ddan_corr = {}
>>> ddan = gen_dances_D(dni_D, dni_dan_D)
>>> ddan == ddan_corr  # doctesttag: +TAG=2_dancers-1_gen_dances_D
True



sort_dances_D
-------------

>>> from dancers import sort_dances_D

>>> D = {
... 'LH': [('Zoe', 'SC'), ('Inma', 'BCN'), ('Xavier', 'SC'),  ('666Z', '?')],
... }
>>> Dcorr = {
... 'LH': [('666Z', '?'), ('Inma', 'BCN'), ('Xavier', 'SC'), ('Zoe', 'SC')],
... }
>>> sort_dances_D(D)
>>> D == Dcorr  # doctesttag: +TAG=2_dancers-2_sort_dances_D
True


>>> D = {
... 'Blues': [('Inma', 'BCN'), ('Zoe', 'SC'), ('Adamo', 'BCN')],
... 'LH': [('Zoe', 'SC'), ('Inma', 'BCN'), ('Xavier', 'SC'),  ('666Z', '?')],
... }
>>> Dcorr = {
... 'Blues': [('Adamo', 'BCN'), ('Inma', 'BCN'), ('Zoe', 'SC')],
... 'LH': [('666Z', '?'), ('Inma', 'BCN'), ('Xavier', 'SC'), ('Zoe', 'SC')],
... }

>>> sort_dances_D(D)
>>> D == Dcorr  # doctesttag: +TAG=2_dancers-2_sort_dances_D
True


>>> D = {
... 'Blues': [('Inma', 'BCN'), ('Zoe', 'SC'), ('Adamo', 'BCN')],
... 'LH': [('Inma', 'BCN'), ('Zoe', 'SC'), ('Xavier', 'SC'), ('666Z', '?')],
... 'Rock&Roll': [('666E', '?'), ('Inma', 'BCN'), ('Zoe', 'SC')],
... }
>>> Dcorr = {
... 'Blues': [('Adamo', 'BCN'), ('Inma', 'BCN'), ('Zoe', 'SC')], 
... 'LH': [('666Z', '?'), ('Inma', 'BCN'), ('Xavier', 'SC'), ('Zoe', 'SC')],
... 'Rock&Roll': [('666E', '?'), ('Inma', 'BCN'), ('Zoe', 'SC')],
... }
>>> sort_dances_D(D)
>>> D == Dcorr  # doctesttag: +TAG=2_dancers-2_sort_dances_D
True


>>> d = {}
>>> sort_dances_D(d)
>>> d == {}  # doctesttag: +TAG=2_dancers-2_sort_dances_D
True




solargen
========

solargen_sum
------------

>>> from solargen2 import solargen_sum

>>> inlines = [
... 'grpD;3-13;on;2.0',
... 'grpC;2-19;on;2.4;*;*;3.0;4.1',
... 'grpB;1-13;on;*;3.9',
... 'grpA;1-15;on;3.5;2.5;4.0;*;7.0;3.2;4.0',
... ]

>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
17
29
19
39

>>> outlines_corr = [
... 'grpD;3-13;1;2.0',
... 'grpC;2-19;3;9.5',
... 'grpB;1-13;1;3.9',
... 'grpA;1-15;6;24.2',
... ]
>>> solargen_sum('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-1_solargen_sum
True



>>> inlines = [
... 'grpA;1-15;on;3.5;2.5;4.0;*;7.0;3.2;4.0',
... 'grpA;2-16;off;0.0;0.2;0.0;*;0.3;*',
... 'grpA;3-17;on;3.0;3.3;4.4;2.0;7.0;3.0;4.0;5.0',
... 'grpB;3-11;on;2.3;3.5',
... 'grpB;1-13;on;*;3.9',
... 'grpC;1-18;on;*;3.6;4.0;7.0;4.5;3.0',
... 'grpC;2-19;on;2.4;*;*;3.0;4.1',
... 'grpC;2-18;off;0.0;0.0;0.2;0.3;0.0',
... 'grpC;3-19;on;3.1;4.0;3.9;*;3.2',
... 'grpB;2-11;on;4.1;4.1;4.0',
... 'grpB;2-12;off;0.1;0.0;0.3',
... 'grpB;3-13;on;3.2;2.0;4.3',
... ]

>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
39
34
45
21
19
35
29
34
31
25
26
25

>>> outlines_corr = [
... 'grpA;1-15;6;24.2',
... 'grpA;3-17;8;31.7',
... 'grpB;3-11;2;5.8',
... 'grpB;1-13;1;3.9',
... 'grpC;1-18;5;22.1',
... 'grpC;2-19;3;9.5',
... 'grpC;3-19;4;14.2',
... 'grpB;2-11;3;12.2',
... 'grpB;3-13;3;9.5',
... ]

>>> solargen_sum('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-1_solargen_sum
True




>>> inlines = [
... 'grpA;1-15;on;*;*;*;*',
... 'grpA;2-16;on;0.0;0.0;0.0;0.0',
... ]
>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
21
29

>>> outlines_corr = [
... 'grpA;1-15;0;0.0',
... 'grpA;2-16;4;0.0',
... ]
>>> solargen_sum('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-1_solargen_sum
True


>>> inlines = [
... 'grpA;1-15;on;*',
... 'grpA;2-16;on;0.0',
... ]
>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
15
17

>>> outlines_corr = [
... 'grpA;1-15;0;0.0',
... 'grpA;2-16;1;0.0',
... ]
>>> solargen_sum('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-1_solargen_sum
True



>>> import os
>>> os.remove('in.txt') 
>>> os.remove('out.txt')



solargen_sum_ordered
--------------------

>>> from solargen2 import solargen_sum_ordered

>>> inlines = [
... 'gB;3-11;on;2.3;3.5',
... 'gB;1-13;on;*;3.9',
... 'gB;2-11;on;4.1;4.1;4.0',
... 'gB;2-12;on;0.1;0.0;0.3',
... 'gB;3-13;on;3.2;2.0;4.3',
... ]

--input-fi

>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
19
17
23
23
23

>>> outlines_corr = [
... 'gB;2-11;3;12.2',
... 'gB;3-13;3;9.5',
... 'gB;3-11;2;5.8',
... 'gB;1-13;1;3.9',
... 'gB;2-12;3;0.4',
... ]

>>> solargen_sum_ordered('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())

>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-2_solargen_sum_ordered
True


>>> inlines = [
... 'gA;1-15;on;3.5;2.5;4.0;*;7.0;3.2;4.0',
... 'gA;2-16;off;0.0;0.2;0.0;*;0.3;*',
... 'gA;3-17;on;3.0;3.3;4.4;2.0;7.0;3.0;4.0;5.0',
... 'gB;3-11;on;2.3;3.5',
... 'gB;1-13;on;*;3.9',
... 'gC;1-18;on;*;3.6;4.0;7.0;4.5;3.0',
... 'gC;2-19;on;2.4;*;*;3.0;4.1',
... 'gC;2-18;off;0.0;0.0;0.2;0.3;0.0',
... 'gC;3-19;on;3.1;4.0;3.9;*;3.2',
... 'gB;2-11;on;4.1;4.1;4.0',
... 'gB;2-12;off;0.1;0.0;0.3',
... 'gB;3-13;on;3.2;2.0;4.3',
... ]

>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
37
32
43
19
17
33
27
32
29
23
24
23

>>> outlines_corr = [
... 'gA;3-17;8;31.7',
... 'gA;1-15;6;24.2',
... 'gB;2-11;3;12.2',
... 'gB;3-13;3;9.5',
... 'gB;3-11;2;5.8',
... 'gB;1-13;1;3.9',
... 'gC;1-18;5;22.1',
... 'gC;3-19;4;14.2',
... 'gC;2-19;3;9.5',
... ]

--output-fi

>>> solargen_sum_ordered('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())

>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-2_solargen_sum_ordered
True




>>> inlines = [
... 'grpD;3-13;on;2.0',
... 'grpC;2-19;on;2.4;*;*;3.0;4.1',
... 'grpB;1-13;on;*;3.9',
... 'grpA;1-15;on;3.5;2.5;4.0;*;7.0;3.2;4.0',
... ]

>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
17
29
19
39

>>> outlines_corr = [
... 'grpA;1-15;6;24.2',
... 'grpB;1-13;1;3.9',
... 'grpC;2-19;3;9.5',
... 'grpD;3-13;1;2.0',
... ]
>>> solargen_sum_ordered('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-2_solargen_sum_ordered
True




>>> inlines = [
... 'grpA;1-15;on;*;*;*;*',
... 'grpA;2-16;on;0.0;0.0;0.0;0.0',
... ]
>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
21
29

>>> outlines_corr = [
... 'grpA;1-15;0;0.0',
... 'grpA;2-16;4;0.0',
... ]
>>> solargen_sum_ordered('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-2_solargen_sum_ordered
True


>>> inlines = [
... 'grpA;1-15;on;*',
... 'grpA;2-16;on;0.0',
... ]
>>> with open('in.txt', 'w') as f:
...     for lin in inlines:
...         f.write(lin+'\n')
15
17

>>> outlines_corr = [
... 'grpA;1-15;0;0.0',
... 'grpA;2-16;1;0.0',
... ]
>>> solargen_sum_ordered('in.txt', 'out.txt')
>>> outlines = []
>>> with open('out.txt', 'r') as f:
...     for lin in f:
...         outlines.append(lin.strip())
>>> outlines == outlines_corr   # doctesttag: +TAG=3_solargen-2_solargen_sum_ordered
True



>>> import os
>>> os.remove('in.txt') 
>>> os.remove('out.txt')



gen_palindromes
---------------

>>> from palindromes import gen_palindromes


>>> l = ['ab', 'a', 'ba']
>>> lcorr = ['aba', 'abba', 'baab']

>>> lsol = gen_palindromes(l)
>>> eq = True
>>> for w in lsol:
...     eq = eq and (w in lcorr) 
>>> len(lsol) == len(lcorr) and eq   # doctesttag: +TAG=4_gen_palindromes
True

>>> l = ['ab', 'bala', 'ba', 'lab', 'ol', 'al', 'lal']
>>> lsol = gen_palindromes(l)
>>> lcorr = ['abba', 'baab', 'balalab', 'balab', 'labal', 'lalal']
>>> eq = True
>>> for w in lsol:
...     eq = eq and (w in lcorr) 
>>> len(lsol) == len(lcorr) and eq   # doctesttag: +TAG=4_gen_palindromes
True


>>> l = ['a', 'ab', 'aba', 'abab', 'ababa']
>>> lsol = gen_palindromes(l)
>>> lcorr = ['aba', 'ababa', 'abababa', 'ababababa']
>>> eq = True
>>> for w in lsol:
...     eq = eq and (w in lcorr) 
>>> len(lsol) == len(lcorr) and eq   # doctesttag: +TAG=4_gen_palindromes
True

>>> l = ['aba']
>>> gen_palindromes(l)   # doctesttag: +TAG=4_gen_palindromes
[]

>>> l = []
>>> gen_palindromes(l)   # doctesttag: +TAG=4_gen_palindromes
[]