#Script to test circular geometry for RWtoolbox from RW import * import sys #Create random walk rw=RW() #Build domain d=rw.domain #Create run run=rw.new_run() vstart=d.add_vertex([-10,0]) vend=d.add_vertex([0,10]) vcenter=d.add_vertex([0,0]) a=d.add_arc(vstart,vcenter,vend=vend) print "a.angle=",a.angle print "a.angle_offset=",a.angle_offset print "a.vstart.vid=",a.vstart.vid print "a.vend.vid=",a.vend.vid d.draw(ann=True)
#Script to test circular geometry for RWtoolbox from RW import * import sys #Create random walk rw = RW() #Build domain d = rw.domain #Create run run = rw.new_run() vstart = d.add_vertex([-10, 0]) vend = d.add_vertex([0, 10]) vcenter = d.add_vertex([0, 0]) a = d.add_arc(vstart, vcenter, vend=vend) print "a.angle=", a.angle print "a.angle_offset=", a.angle_offset print "a.vstart.vid=", a.vstart.vid print "a.vend.vid=", a.vend.vid d.draw(ann=True) run.scale_plot() raw_input()
from RW import * import sys #from domain import * #d=domain #print d.typ #Create random walk rw=RW() print rw.tstart print rw.domain.RW #Build domain #d=rw.domain #print domain, type(domain) raw_input() d.add_vertex([10,10]) d.add_vertex([-10,10]) d.add_vertex([-10,-10]) d.add_vertex([10,-10]) for i in range(len(d.vertices)-1): d.add_edge(d.vertices[i],d.vertices[i+1]) d.add_edge(d.vertices[-1],d.vertices[0])
from RW import *
import sys
#from domain import *
#d=domain
#print d.typ
#Create random walk
rw = RW()
print rw.tstart
print rw.domain.RW
#Build domain
#d=rw.domain
#print domain, type(domain)
raw_input()
d.add_vertex([10, 10])
d.add_vertex([-10, 10])
d.add_vertex([-10, -10])
d.add_vertex([10, -10])
for i in range(len(d.vertices) - 1):
d.add_edge(d.vertices[i], d.vertices[i + 1])
d.add_edge(d.vertices[-1], d.vertices[0])
#Add walkers
rw.add_walker(x0=[9, 9])
import os
pathToPages = os.path.join(os.path.dirname(os.path.realpath('__file__')),
"../../docs/Pages")
pathToProjectsHtml = os.path.join(pathToPages,
"../../docs/Pages/projects.html")
pathToIndexFile = os.path.join(pathToPages, "../../docs/index.html")
env = Environment(
loader=FileSystemLoader(os.path.dirname(os.path.realpath('__file__'))))
template = env.get_template("ProjectTemplate.html")
commmitTemplate = env.get_template("CommitSummaryTemplate.html")
detailedCommmitTemplate = env.get_template("DetailCommitTemplate.html")
indexTemplate = env.get_template("IndexTemplate.html")
projects = RW.readProject('projects')
items = []
if os.path.isdir(pathToPages):
shutil.rmtree(pathToPages)
try:
os.mkdir(pathToPages)
except OSError:
print("Could not make directory")
noOfProjects, noOfCommits, noOfRefactorings, noOfTypeChanges, noOfCommitsException = 0, 0, 0, 0, 0
for p in projects:
noOfProjects += 1
commits = RW.readCommit('commits_' + p.name)
l = str(len(commits))
G_reply = G_reply.subgraph(rand_smpl)
G_mention = G_mention.subgraph(rand_smpl)
G_retweet = G_retweet.subgraph(rand_smpl)
G_social = G_social.subgraph(rand_smpl)
c = list(nx.k_clique_communities(G_social, 6))
print len(c)
mainpart = community.best_partition(G_social)
print len(mainpart.values())
for commcnt in range(len(c)):
nodeset = list(c[commcnt])
Gr = G_reply.subgraph(nodeset)
Gm = G_mention.subgraph(nodeset)
Grr = G_retweet.subgraph(nodeset)
Gs = G_social.subgraph(nodeset)
#if (nx.is_connected(Gr) and nx.is_connected(Gm) and nx.is_connected(Grr) and nx.is_connected(Gs)):
# pass
#else:
# print 'Runtime error, one of the graphs is not connected'
# continue
Garr = [Gr, Gm, Grr, Gs]
Klist = sg.multiview_IRWK(Garr)
for K in Klist:
print K
print 'average similarity is:', K.mean()
stop = timeit.default_timer()
print stop - start
#!/usr/bin/python
import re
import RW
friendList = 0
prename = 0
filename1 = "samplelist.txt"
filename2 = "friendlist.txt"
(currentname, friendList) = RW.rw("IscariotCX667")
for i in range(1,10000) :
(nextname, friendList) = RW.rw(currentname)
if nextname != None :
file1 = open(filename1, "a")
file1.write(currentname+";"+str(len(friendList))+"\n")
file2 = open(filename2, "a")
for j in range(0, len(friendList)) :
file2.write(friendList[j] + ";")
file2.write("\n")
prename = currentname
else :
(nextname, friendList) = RW.rw(prename)
currentname = nextname
print "Run " + str(i)
#!/usr/bin/env python
# -*- coding: utf-8 -*-
import sys, os
sys.path.append(os.path.abspath('./Modules/'))
import DevNux, RW, URL
# Configurações
path_store = 'store/'
# Carrega os modulos utilizados
DevNux = DevNux()
RW = RW(path_store)
URL = URL()
while True:
DevNux.clear()
print('############## M E N U ###############')
print('1) Encurtar URL')
print('2) Ver Tabela Hash')
print('3) Salvar Tabela Hash')
print('4) Carregar Arquivo')
print('5) Buscar por Hash')
print('6) Base64')
print('0) Sair')
acao = input()
