def build_rep_arrays(self):
""" Build reputation arrays """
self.rep_timestamp = [self.timestamps[1]]
self.rep = [reputation_to_score(0)]
current_reputation = 0
for (ts, rshares, rep) in zip(self.in_vote_timestamp, self.in_vote_rshares, self.in_vote_rep):
if rep > 0:
if rshares > 0 or (rshares < 0 and rep > current_reputation):
current_reputation += rshares >> 6
self.rep.append(reputation_to_score(current_reputation))
self.rep_timestamp.append(ts)
def main(args=None):
args = parse_args(args)
authorperm = args.authorperm
comment = Comment(authorperm)
title = comment["title"]
author = comment["author"]
rep = reputation_to_score(comment["author_reputation"])
time_created = comment["created"]
utc = pytz.timezone('UTC')
td_created = utc.localize(datetime.utcnow()) - time_created
md = '# ' + title + '\n' + author
md += '(%.2f) ' % (rep)
md += formatTimedelta(td_created) + '\n\n'
md += comment["body"]
extensions = ['extra', 'smarty']
html = markdown.markdown(md, extensions=extensions, output_format='html5')
doc = jinja2.Template(TEMPLATE).render(content=html, title=title)
args.out.write(doc)
def main(args=None):
"""pandoc -s test.md --from markdown-blank_before_header-blank_before_blockquote+lists_without_preceding_blankline -o test.pdf"""
args = parse_args(args)
authorperm = args.authorperm
comment = Comment(authorperm)
title = comment["title"]
author = comment["author"]
rep = reputation_to_score(comment["author_reputation"])
time_created = comment["created"]
if True:
md = '% Title:\t ' + title + '\n'
md += '% Author:\t' + author + '(%.2f) ' % (rep) + '\n'
md += '% Date:\t' + time_created.strftime("%d.%m.%Y") + '\n'
md += '% Comment:\n'
else:
md = '# ' + title + '\n'
md += author + '(%.2f) ' % (rep) + ' ' + time_created.strftime(
"%d.%m.%Y") + '\n\n'
md += comment["body"]
args.out.write(md)
# mpl.use('TkAgg')
import matplotlib.pyplot as plt
if __name__ == "__main__":
hv = Hive()
price = Amount(hv.get_current_median_history()["base"])
reps = [0]
for i in range(26, 91):
reps.append(int(10**((i - 25) / 9 + 9)))
# reps = np.logspace(9, 16, 60)
used_power = hv._calc_resulting_vote()
last_hp = 0
hp_list = []
rep_score_list = []
for goal_rep in reps:
score = reputation_to_score(goal_rep)
rep_score_list.append(score)
needed_rshares = int(goal_rep) << 6
needed_vests = needed_rshares / used_power / 100
needed_hp = hv.vests_to_hp(needed_vests)
hp_list.append(needed_hp / 1000)
# print("| %.1f | %.2f | %.2f | " % (score, needed_hp / 1000, needed_hp / 1000 - last_hp / 1000))
last_hp = needed_hp
plt.figure(figsize=(12, 6))
opts = {'linestyle': '-', 'marker': '.'}
plt.semilogx(hp_list, rep_score_list, label="Reputation", **opts)
plt.grid()
plt.legend()
plt.title("Required number of 1k HP upvotes to reach certain reputation")
plt.xlabel("1k HP votes")