def print_component_statistics_old(n_components_to_show=N_COMPONENTS_TO_SHOW):
print("component statistics:\n")
for i in range(n_components_to_show):
print("component " + str(i) + ":")
like_comp = likesByComponent[i]
dislike_comp = dislikesByComponent[i]
print("means: like = " + str(mean(like_comp)) + " dislike = " + str(mean(dislike_comp)))
print(
"medians: like = " + str(median(like_comp)) + " dislike = " + str(median(dislike_comp)))
print("stdevs: like = " + str(standard_deviation(like_comp)) + " dislike = " + str(
standard_deviation(dislike_comp)))
print("interquartile range: like = " + str(interquartile_range(like_comp)) + " dislike = " + str(
interquartile_range(dislike_comp)))
print("\n")
def printComponentStatistics():
print("component statistics:\n")
for i in range(N_COMPONENTS_TO_SHOW):
print("component " + str(i) + ":")
likeComp = likesByComponent[i]
dislikeComp = dislikesByComponent[i]
print("means: like = " + str(mean(likeComp)) +
" dislike = " + str(mean(dislikeComp)))
print("medians: like = " + str(median(likeComp)) +
" dislike = " + str(median(dislikeComp)))
print("stdevs: like = " +
str(standard_deviation(likeComp)) + " dislike = " +
str(standard_deviation(dislikeComp)))
print("interquartile range: like = " +
str(interquartile_range(likeComp)) + " dislike = " +
str(interquartile_range(dislikeComp)))
print("\n")
def print_component_statistics(all_by_components, n_components_to_show=N_COMPONENTS_TO_SHOW):
print("component statistics:\n")
for i in range(n_components_to_show):
print("component " + str(i) + ":")
comp = all_by_components[i]
print("means: like = " + str(mean(comp)))
print(
"medians: like = " + str(median(comp)))
print("stdevs: like = " + str(standard_deviation(comp)))
print("interquartile range: like = " + str(interquartile_range(comp)))
print("\n")
def print_component_statistics(all_by_components,
n_components_to_show=N_COMPONENTS_TO_SHOW):
print("component statistics:\n")
for i in range(n_components_to_show):
print("component " + str(i) + ":")
comp = all_by_components[i]
print("means: like = " + str(mean(comp)))
print("medians: like = " + str(median(comp)))
print("stdevs: like = " +
str(standard_deviation(comp)))
print("interquartile range: like = " +
str(interquartile_range(comp)))
print("\n")
def printComponentStatistics():
print ("component statistics:\n")
for i in range(min(N_COMPONENTS_TO_SHOW, numComponents, len(likesByComponent), len(dislikesByComponent))):
print ("component " + str(i) + ":")
likeComp = likesByComponent[i]
dislikeComp = dislikesByComponent[i]
print ("means: like = " + str(mean(likeComp)) + " dislike = " + str(mean(dislikeComp)))
print (
"medians: like = " + str(median(likeComp)) + " dislike = " + str(median(dislikeComp))
)
print (
"stdevs: like = "
+ str(standard_deviation(likeComp))
+ " dislike = "
+ str(standard_deviation(dislikeComp))
)
print (
"interquartile range: like = "
+ str(interquartile_range(likeComp))
+ " dislike = "
+ str(interquartile_range(dislikeComp))
)
print ("\n")
def test_interquartile_range(self):
self.assertEqual(
53,
statistics.interquartile_range(
[98, 1, 45, 3, 5, 58, 9, 20, 77, 32]))
def test_interquartile_range(self):
self.assertEqual(53, statistics.interquartile_range([98, 1, 45, 3, 5, 58, 9, 20, 77, 32]))