def analyze():
patternDistance = PatternDistanceAnalyzer()
START_AT_N_CONC = 5
slider = ConcursoExt()
last_concurso = slider.get_last_concurso()
repeats_dict = Dict2()
for nDoConc in range(START_AT_N_CONC, last_concurso.nDoConc+1):
concurso = slider.get_concurso_by_nDoConc(nDoConc)
contrajogos_as_dezenas_list = last_concurso.get_contrajogos_as_dezenas_list_down_to_depth(depth=4, inclusive=True)
if contrajogos_as_dezenas_list == None:
continue
#print concurso.nDoConc, concurso.date, concurso.get_dezenas(), contrajogos_as_dezenas_list
repeats_array = jogos_functions.get_array_n_repeats_with_m_previous_games(concurso.get_dezenas(), contrajogos_as_dezenas_list)
token = ''.join(map(str, repeats_array))
patternDistance.add_pattern(token)
repeats_dict.add1_or_set1_to_key(token)
tokens_and_quants = repeats_dict.items()
tokens_and_quants.sort(key = lambda x : x[1])
tokens_and_quants.reverse()
for token_and_quant in tokens_and_quants:
token = token_and_quant[0]
quant = token_and_quant[1]
pattern = rightFillToNSpaces(token, 3)
zquant = leftFillToNSpaces(str(quant), 3)
print pattern, ':', zquant
patternDistance.mount_distances_histogram()
patternDistance.summarize()
analyze()
def generator_with_a_bet():
'''
The 4 most occurring repeats_array (processed on 2013-01-06)
repeats_array : occurrence (from nDoConc=5 to 1556)
2 : 363
1 : 300
3 : 218
21 : 132
'''
compare_repeat_lists = [[4], [3,1]]
gerador = Gerador()
slider = ConcursoExt()
last_concurso = slider.get_last_concurso()
contrajogos = last_concurso.get_contrajogos_as_dezenas_list_down_to_depth(depth=4, inclusive=True)
n_passed = 0; counter = 0; n_passed_for_each_compare_repeat_list = {0:0, 1:0}
for jogo_as_dezenas in gerador:
counter += 1
# if counter > 100:
# break
for compare_repeat_list in compare_repeat_lists:
passed = filter_functions.filter_in_those_within_n_repeats_with_m_previous_games(jogo_as_dezenas, contrajogos, compare_repeat_list)
if passed:
n_passed += 1
n_passed_for_each_compare_repeat_list[compare_repeat_lists.index(compare_repeat_list)]+=1
print n_passed, counter, 'Passed repeats_array', compare_repeat_list, str(jogo_as_dezenas) #, contrajogos, compare_repeat_list
break
print n_passed, counter, n_passed_for_each_compare_repeat_list
def adhoc_test(): slider = ConcursoExt() # last_nDoConc = find_last_nDoConc() # backtrack_amount = 400 # down_to_nDoConc = last_nDoConc - backtrack_amount # for nDoConc in range(last_nDoConc, down_to_nDoConc - 1, -1): concurso = slider.get_last_concurso() analyzer = Analyzer(concurso) analyzer.run() analyzer.report()
def adhoc_test3(): slider = ConcursoExt() last_concurso = slider.get_last_concurso() concursotil = ConcursoTil(last_concurso) print 'concursotil', concursotil, 'wpatt', concursotil.wpattern # tilproducer = TilProducer(5, 6) tilfreqslotter = TilFreqSlotSeparator(5) # print tilproducer.alltilwpatterns # patterns_as_intlist = tilproducer.get_alltilpatterns_as_intlist() # tilsets = tilfreqslotter.getTilSets() n_dozens_per_tilslot = tilfreqslotter.get_quantities_of_dozens_per_tilslot() print 'dezenas per tilslot:', n_dozens_per_tilslot # tilhistogram = tilfreqslotter.get_tilhistogram() #print 'tilhistogram:', tilhistogram # filtered_patterns_as_intlist, patterns_filtered_out = filter_out(patterns_as_intlist, tilhistogram) # print 'filtered_patterns_as_intlist', filtered_patterns_as_intlist, len(filtered_patterns_as_intlist) # print 'filtered out patterns', patterns_filtered_out, len(patterns_filtered_out) tilfreqslotter.show_slot_elements() print tilfreqslotter.show_tilhistogram_table()
def report():
slider = ConcursoExt()
concurso = slider.get_last_concurso()
aggregated_histogram = {}
N_SORTEADAS = len(concurso.get_dezenas())
N_SORTEADAS_MAIS_NENHUMA_COINCIDENCIA = N_SORTEADAS + 1
for i in range(N_SORTEADAS_MAIS_NENHUMA_COINCIDENCIA):
aggregated_histogram[i] = []
for i in range(10):
print i, concurso.nDoConc, concurso.get_dezenas()
coincides_histogram = jogos_fd.get_coincides_histogram_against_a_lookup_depth(concurso.get_dezenas(), up_to_nDoConc=concurso.nDoConc-1, LOOKUP_DEPTH=1000)
if coincides_histogram == None:
continue
print coincides_histogram
the_n_coincides = coincides_histogram.values()
print the_n_coincides, sum(the_n_coincides)
for i, coincide_quantity in enumerate(the_n_coincides):
aggregated_histogram[i].append(coincide_quantity)
concurso = concurso.get_previous()
analyzer = AnalyzerOfCoincides(aggregated_histogram)
analyzer.analyze()
def get_tilrwpattern_of_game(dezenas, n_slots=5, up_to_concurso=None):
slider = ConcursoExt()
if up_to_concurso == None:
up_to_concurso = slider.get_last_concurso()
tilr_obj = TilR(n_slots, up_to_concurso) #, inclusive=False, concurso_range = None)
return tilr_obj.get_tilrwpattern_of_game(dezenas)
