def pattern_023():
# Simple pattern generation using division and string matching.
source_numbers = [
53, 279, 505, 731, 957, 1183, 1409, 1635, 1861, 2087, 2313, 2539, 2765,
2991, 3217, 3443, 3669, 3895, 4121, 4347, 4573, 4799, 5025, 5251, 5477,
5703, 5929, 6155, 6381, 6607, 6833, 7059, 7285, 7511, 7737, 7963, 8189,
8415, 8641, 8867, 9093, 9319, 9545, 9771, 9997
]
display_char = '.'
another_set = []
for i in source_numbers:
another_set.append(math.sqrt(i) * 1.81)
# Chart setup and display
_common.chart_setup(plt)
plt.xlabel('source numbers, N')
plt.ylabel('Sq Root of N * 1.81')
plt.scatter(source_numbers, another_set, marker=display_char)
plt.title(_common.function_name(), fontsize=14)
plt.savefig( _common.PATH_TO_PLOTS + \
_common.function_name() + \
'.png')
plt.show()
plt.clf()
def pattern_013():
# Simple pattern generation using division and string matching.
# Parameters
pattern_match = 9
number_generator = math.e
range_start = 1
range_end = 10000
display_char = '.'
# Lists for each axis
list_of_candidates = []
list_of_numbers = []
# # Looping logic and string building
for i in range(range_start, range_end):
candidate = Decimal(i / number_generator) % 1
if str(candidate).find(str(pattern_match)) > -1:
list_of_candidates.append(candidate)
list_of_numbers.append(i)
# Chart setup and display
_common.chart_setup(plt)
plt.xlabel('Occurances of ' + str(pattern_match) + " within N÷" +
str(round(number_generator, 2)))
plt.ylabel('Range of N')
plt.scatter(list_of_candidates, list_of_numbers, marker=display_char)
plt.title(_common.function_name(), fontsize=14)
plt.savefig( _common.PATH_TO_PLOTS + \
_common.function_name() + \
'-' + str(pattern_match) + \
'-' + str(round(number_generator, 2)) + \
'.png')
plt.show()
plt.clf()
def pattern_021_generator():
# Simple pattern generation using division and string matching.
for j in range(0,1000):
# Parameters
pattern_match = 13579
number_generator = 1.0 + j/1000
range_start = 1
range_end = 10000
display_char = '.'
# Lists for each axis
list_of_candidates = []
list_of_numbers = []
# # Looping logic and string building
for i in range(range_start, range_end):
candidate = Decimal(i/number_generator) % 1
if str(candidate).find( str(pattern_match) ) > -1:
list_of_candidates.append( candidate )
list_of_numbers.append( i )
print( str(i) + ' / ' + str(candidate) )
# Chart setup and display
if len(list_of_candidates) > 0: # don't plot if no values
_common.chart_setup(plt)
plt.xlabel('Occurances of ' + \
str(pattern_match) + \
" within N÷" + \
str(round(number_generator, 2)) )
plt.ylabel('Range of N')
plt.scatter(list_of_candidates, list_of_numbers, marker=display_char)
plt.title(_common.function_name(), fontsize=14)
plt.savefig( _common.PATH_TO_PLOTS + \
_common.function_name() + \
'-' + str(pattern_match) + \
'-' + str(round(number_generator, 3)) + \
'-' + str(j) + \
'.png')
# plt.show() # commented out, otherwise you will need to manually dismiss each new plot
plt.clf()