def insert_stats(self):
list = self.get_stats_list()
if list:
row = [None] * 6
self.clist.clear()
self.clist.freeze()
for func in list:
cc,nc,tt,ct,callers = self.stats.stats[func]
row[0] = `nc`
if nc != cc:
row[0] = row[0] + '/' + `cc`
row[1] = fpformat.fix(tt, 3)
if nc == 0:
row[2] = ''
else:
row[2] = fpformat.fix(tt/nc, 3)
row[3] = fpformat.fix(ct, 3)
if cc == 0:
row[4] = ''
else:
row[4] = fpformat.fix(ct/cc, 3)
file,line,name = func
row[5] = file + ":" + `line` + "(" + name + \
")"
self.clist.append(row)
self.clist.thaw()
def getPosStr(orgPos):
worldSize = bf2.gameLogic.getWorldSize()
scale = [512.0 / worldSize[0], 1, 512.0 / worldSize[1]]
pos = [orgPos[0] * scale[0], orgPos[1] * scale[1], orgPos[2] * scale[2]]
res = str(fpformat.fix(pos[0], 3)) + "," + str(fpformat.fix(
pos[1], 3)) + "," + str(fpformat.fix(pos[2], 3))
return res
def paintFunc(color='red', width=2):
count = 200
delta = abs(float((b0 - a0)) / count)
x = a0
ymax = F(x)
ymin = F(x)
while x < b0:
if ymax < F(x): ymax = F(x)
if ymin > F(x): ymin = F(x)
x += delta
labelYmax.configure(text=fpformat.fix(ymax, 1))
labelYmin.configure(text=fpformat.fix(ymin, 1))
kx = canvasWidth / abs(float(b0 - a0))
ky = canvasHeight / abs(float(ymax - ymin))
x = a0
c.create_line(10,
canvasHeight,
canvasWidth,
canvasHeight,
width=2,
arrow=LAST)
c.create_line(10, canvasHeight, 10, 0, width=2, arrow=LAST)
#print '-'*60
while x < b0:
#print kx*(x-a0)+10, canvasHeight - ky*(F(x)-ymin), kx*((x-a0)+delta)+10,canvasHeight-ky*(F(x+delta)-ymin)
c.create_line(kx * (x - a0) + 10,
canvasHeight - ky * (F(x) - ymin),
kx * ((x - a0) + delta) + 10,
canvasHeight - ky * (F(x + delta) - ymin),
width=width,
fill=color)
x += delta
def getPosStr(orgPos):
worldSize = bf2.gameLogic.getWorldSize()
scale = [512.0 / worldSize[0], 1, 512.0 / worldSize[1]]
# scale = [1, 1, 1]
pos = [orgPos[0] * scale[0], orgPos[1] * scale[1], orgPos[2] * scale[2]]
res = str(fpformat.fix(pos[0], 3)) + "," + str(fpformat.fix(pos[1], 3)) + "," + str(fpformat.fix(pos[2], 3))
return res
def writeHtml(url, file, level, username, password):
# Write out a HTML help document
output = 0
divs = 0
response = urlOpenWithRetry(url, 30, 3, 1.1, username, password)
for line in response.text.splitlines(True):
if '<body>' in line:
output = 1
divs = 1
continue
if output == 1:
for i in range(5, 0, -1):
tmp = '<h' + fpformat.fix(i, 0) + ' '
replace = '<h' + fpformat.fix(i + level, 0) + ' '
if tmp in line:
line = re.sub(tmp, replace, line)
tmp = '</h' + fpformat.fix(i, 0) + '>'
replace = '</h' + fpformat.fix(i + level, 0) + '>'
if tmp in line:
line = re.sub(tmp, replace, line)
refs = re.findall('<a class="wiki" href="/trac/sa/wiki/([A-Za-z0-9]+)">', line);
for ref in refs:
references[ref] = 1
if '</body>' in line:
output = 0
else:
file.write(line)
file.write("")
def getFunction():
global function, a0, b0
function = 'функция: ' + func.formula
function += 'interval: ' + fpformat.fix(
(float(a0)), 2) + ' - ' + fpformat.fix(str(float(b0)), 2)
function += ' eps= ' + str(eps)
return function
def stats(results, optimal=None):
sum, notfound, worst = first_stats(results)
avg = sum / len(results)
varianza = fsum([(x - avg) ** 2 for x in results]) / len(results)
scarto = fpformat.fix(sqrt(varianza), 2)
valori = set(results)
frequenze = dict(zip(valori, [results.count(v) for v in valori]))
sorted_frequenze = sorted(frequenze, key=frequenze.get, reverse=True)
sorted_frequenze = sorted_frequenze[:10]
if optimal:
opt_sum, opt_nf, opt_worst = first_stats(optimal)
opt_avg = opt_sum / len(optimal)
opt_scarto = fpformat.fix(sqrt(fsum([(x - opt_avg) ** 2 for x in optimal]) / len(optimal)), 2)
ratio_avg = avg / opt_avg
ratio_worst = worst / opt_worst
ratio_scarto = fpformat.fix((float(scarto) / float(opt_scarto)), 2)
print "-------------------------------------------------"
print "Statistiche:\t\t\t\tOffline\tOnline\tRapporto"
print "Numero di test eseguiti:\t\t " + str(len(results)) + "\t" + str(len(optimal))
# print "Carburante esaurito:\t\t\t " + str(notfound)
print "Caso peggiore:\t\t\t\t " + str(worst) + "\t" + str(opt_worst) + "\t" + str(ratio_worst)
print "Media aritmetica dei risultati:\t\t " + str(avg) + "\t" + str(opt_avg) + "\t" + str(ratio_avg)
print "Scarto quadratico medio:\t\t " + str(scarto) + "\t" + str(opt_scarto) + "\t" + str(ratio_scarto)
print "I dieci risultati piu' riscontrati:"
print "Costo:\tOttenuto:\tSotto la media?"
for el in sorted_frequenze:
sotto = "media"
if el < avg:
sotto = "si"
elif el > avg:
sotto = "no"
print str(el) + "\t" + str(frequenze[el]) + "\t\t" + sotto
def insert_stats(self):
list = self.get_stats_list()
if list:
row = [None] * 6
model = self.list.get_model()
for func in list:
cc,nc,tt,ct,callers = self.stats.stats[func]
row[0] = `nc`
if nc != cc:
row[0] = row[0] + '/' + `cc`
row[1] = fpformat.fix(tt, 3)
if nc == 0:
row[2] = ''
else:
row[2] = fpformat.fix(tt/nc, 3)
row[3] = fpformat.fix(ct, 3)
if cc == 0:
row[4] = ''
else:
row[4] = fpformat.fix(ct/cc, 3)
file,line,name = func
row[5] = file + ":" + `line` + "(" + name + \
")"
self.list.get_model().append(row)
return
def writeHtml(url, file, level, username, password):
# Write out a HTML help document
output = 0
divs = 0
response = urlOpenWithRetry(url, 30, 3, 1.1, username, password)
for line in response.text.splitlines(True):
# Remove all the annoying paragraph symbols.
line = line.replace("¶", "");
if '<body>' in line:
output = 1
divs = 1
continue
if output == 1:
for i in range(5, 0, -1):
tmp = '<h' + fpformat.fix(i, 0) + ' '
replace = '<h' + fpformat.fix(i + level, 0) + ' '
if tmp in line:
line = re.sub(tmp, replace, line)
tmp = '</h' + fpformat.fix(i, 0) + '>'
replace = '</h' + fpformat.fix(i + level, 0) + '>'
if tmp in line:
line = re.sub(tmp, replace, line)
refs = re.findall('<a class="wiki" href="/trac/sa/wiki/([A-Za-z0-9]+)">', line);
for ref in refs:
references[ref] = 1
if '</body>' in line:
output = 0
else:
file.write(line)
file.write("")
def main():
for j in range(len(data_sets)):
dataset, attributes, target = import_dataset_csv(
data_sets[j], target_positions[j])
'''
print "-------inizio dataset-----"
print dataset
print "------------"
print attributi
print "------------"
print target
print "------------"
'''
start = timer()
end = timer()
print(end - start)
accuracy_train = []
accuracy_validation = []
accuracy_pruning_train = []
accuracy_pruning_validation = []
time = []
pruning_time = []
for i in range(0, len(percentages)):
sys.stdout.write(
"\r{0}".format("Analisi dataset:\"" + str(data_sets[j]) +
"\", Percentuale training:" +
str(percentages[i] * 100) + "%"))
sys.stdout.flush()
#TEST SENZA PRUNING
start = timer()
tmp = test(dataset, attributes, target, percentages[i],
num_test[j], 0) #0 sta per senza pruning
end = timer()
accuracy_train.append(tmp[0])
accuracy_validation.append(tmp[1])
time.append(fpformat.fix((end - start), 4))
#TEST PRUNING
start = timer()
tmp_pruning = test(dataset, attributes, target, percentages[i],
num_test[j], 1) #1 sta per pruning
end = timer()
accuracy_pruning_train.append(tmp_pruning[0])
accuracy_pruning_validation.append(tmp_pruning[1])
pruning_time.append(fpformat.fix((end - start), 4))
#OUTPUT PROGRAMMA
create_plot(data_sets[j], percentages, accuracy_train,
accuracy_validation, 0)
create_plot(data_sets[j], percentages, accuracy_pruning_train,
accuracy_pruning_validation, 1)
plot_comparation(data_sets[j], percentages, accuracy_validation,
accuracy_pruning_validation)
print " con numero di test per percentuale = " + str(num_test[j])
print "Tempi esecuzione senza pruning:" + str(time)
print "Tempi esecuzione con pruning:" + str(pruning_time)
print "Percentuali di apprendimento:" + str(percentages)
print "Accuratezza senza pruning:" + str(accuracy_validation)
print "Accuratezza con pruning:" + str(accuracy_pruning_validation)
def format_pos(bf2_object):
if bf2_object:
pos = bf2_object.getPosition()
rot = bf2_object.getRotation()
if pos and len(pos) == 3 and rot and len(rot) == 3:
return (fpformat.fix(pos[0], 1) + ',' + fpformat.fix(pos[1], 1) +
',' + fpformat.fix(pos[2], 1) + ',' +
fpformat.fix(rot[0], 1))
return None
def calc_support_resistance(symbol,
timeframe='day',
template_graph_conf="/tmp/graph.conf"):
"""
计算阻力位和支撑位(轴心交易),使用周和月的
日线图用 周的，周线图用 月的
"""
graph_conf = None
base_dir = os.path.abspath(os.path.dirname(sys.argv[0]))
conf_dir = "%s/conf" % (base_dir)
if timeframe == "day":
graph_conf = "%s/graph_template_%s.conf" % (conf_dir, timeframe)
timeframe = "week"
elif timeframe == "week":
graph_conf = "%s/graph_template_%s.conf" % (conf_dir, timeframe)
timeframe = "month"
symbol = symbol.upper()
cmd = "cd /home/hua.fu/geniustrader/Scripts;./display_indicator.pl --last-record --tight --timeframe=%s I:PP %s|grep -P '\[\d+[-/]\d+\]'" % (
timeframe, symbol)
#print "DEBUG indicator_cmd = %s" % cmd
(status, output) = commands.getstatusoutput(cmd)
if status != 0:
return False
pivot_data = output.split("=")[1].split("\t")[1:]
#print "pivot_data = %s" % pivot_data
fd = open(graph_conf)
source_line = fd.readlines()
replace_content = []
fd.close()
for line in source_line:
#print line
myrep = None
if line.find('CenterPrice') != -1:
myrep = line.replace('CenterPrice', fpformat.fix(pivot_data[0], 2))
if line.find('FirstSupport') != -1:
myrep = line.replace('FirstSupport',
fpformat.fix(pivot_data[1], 2))
if line.find('SecondSupport') != -1:
myrep = line.replace('SecondSupport',
fpformat.fix(pivot_data[2], 2))
if line.find('FirstResistance') != -1:
myrep = line.replace('FirstResistance',
fpformat.fix(pivot_data[3], 2))
if line.find('SecondResistance') != -1:
myrep = line.replace('SecondResistance',
fpformat.fix(pivot_data[4], 2))
if myrep:
replace_content.append(myrep)
else:
replace_content.append(line)
tmp_file = template_graph_conf
fd = open(tmp_file, "w")
fd.writelines(replace_content)
fd.close()
return True
def impri(m):
print "\n"
print "\t||" + ("\t" * (len(m[0]) + 1)) + "||"
for i in range(len(m)):
print "\t||\t",
for j in range(len(m[0])):
print fpformat.fix(m[i][j],2),"\t",
print "||"
print "\t||" + ("\t" * (len(m[0]) + 1)) + "||"
print "\n"
def __get_sequences (self):
"""Get user sequences"""
# stmt = """select sequence_name, min_value, max_value, increment_by, cycle_flag, order_flag, cache_size
# from user_sequences"""
stmt = self._prepareStatement(OracleCatalog['sequences'])
sequences = {}
print "get sequences"
for name, min_value, max_value, step, cycled, ordered, cache_size in self.__query(stmt):
sequences[name] = fpformat.fix(min_value,0), str(max_value), fpformat.fix(step,0), cycled, ordered, fpformat.fix(cache_size,0)
return sequences
def format_pos(bf2_object):
if bf2_object:
pos = bf2_object.getPosition()
rot = bf2_object.getRotation()
if pos and len(pos) == 3 and rot and len(rot) == 3:
return (fpformat.fix(pos[0], 1) + ','
+ fpformat.fix(pos[1], 1) + ','
+ fpformat.fix(pos[2], 1) + ','
+ fpformat.fix(rot[0], 1))
return None
def update_db(db_cursor,cx,stock_list):
""" update db from json file """
# del data from db
sql_cmd = "delete from stock"
db_cursor.execute(sql_cmd)
cx.commit()
# insert db
for stock_dict in stock_list:
# determin record is already in db or not
stock_exchange = stock_dict['exchange']
stock_symbol = stock_dict['symbol']
stock_title = stock_dict['title']
note = stock_filter(stock_dict)
if not note: continue
#print stock_dict
#stock_roi_ttm = stock_dict['ReturnOnInvestmentTTM'].replace(",","")
stock_roi_ttm = stock_dict['ReturnOnInvestmentYear'].replace(",","")
#stock_volume = stock_dict['Volume'].replace(",","")
#stock_avg_volume = stock_dict['AverageVolume'].replace(",","")
stock_volume = "0"
stock_avg_volume = "0"
stock_price = stock_dict['QuoteLast']
stock_50_avg = stock_dict['Price50DayAverage']
stock_200_avg = stock_dict['Price200DayAverage']
stock_eps = stock_dict['EPS']
stock_bps = stock_dict['BookValuePerShareYear']
#stock_dps = stock_dict['DividendPerShare']
stock_dps = stock_dict['DividendYield'] #股息收益率
#stock_epsgrowthrate = stock_dict['EPSGrowthRate5Years']
#stock_revenuegrowthrate = stock_dict['RevenueGrowthRate5Years']
stock_cashpershare = stock_dict['CashPerShareYear']
stock_debt2equity = stock_dict['TotalDebtToEquityYear'].replace(",","")
stock_ldebt2equity = stock_dict['LTDebtToEquityYear'].replace(",","")
stock_debt2asset = stock_dict['TotalDebtToAssetsYear']
stock_earning_yield = 0
stock_bps_yield = 0
stock_cash_yield = 0
if Decimal(stock_price) != 0:
# 收益率 eps / price
stock_earning_yield = fpformat.fix((float(stock_eps) / float(stock_price)),4)
# 净资产比率 bps / price
stock_bps_yield = fpformat.fix((float(stock_bps) / float(stock_price)),4)
#stock_bps_yield = stock_dps
# 现金流价格比率
stock_cash_yield = fpformat.fix((float(stock_cashpershare) / float(stock_price)),4)
sql_cmd = 'insert into stock values(NULL,"%s","%s","%s",%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,"%s")' % (stock_exchange,stock_title,stock_symbol,stock_price,stock_50_avg,stock_200_avg,stock_volume,stock_avg_volume,stock_eps,stock_bps,stock_dps,stock_roi_ttm,stock_earning_yield,stock_bps_yield,stock_cashpershare,stock_cash_yield,stock_debt2equity,stock_ldebt2equity,stock_debt2asset,note)
try:
db_cursor.execute(sql_cmd)
cx.commit()
except Exception,e:
print "sql_cmd = " + sql_cmd
print "%s : Error = %s" % (stock_symbol,e)
sys.exit()
def start(self, screen):
MATRIX_SIZE = self.get_matrix_size(screen)
optimal_file = "OPTIMAL-" + str(MATRIX_SIZE) + ".result"
RIDOTTI = True if self.get_param("Calcoli ridotti? [s/N]", screen, True) == 115 else False
INPUTFILE = self.get_file("File da cui prendere i risultati per i calcoli ('Nessun file' per eseguire i calcoli)", screen, MATRIX_SIZE)
OUTPUTFILE = self.get_file("File in cui salvare i risultati ('Nessun file' per non salvare)", screen, MATRIX_SIZE)
try:
f = open(optimal_file, 'r')
optimal = [int(x) for x in f.readlines()]
f.close()
self.get_param("Trovato file con i risultati dell'algoritmo ottimale! (" + optimal_file + ")", screen, True)
except:
optimal = self.tests(MATRIX_SIZE, screen, knowledge=True, reduxed=RIDOTTI)
self.save_results(optimal, optimal_file, screen)
if not INPUTFILE == "":
try:
f = open(INPUTFILE, 'r')
results = [int(x) for x in f.readlines()]
f.close()
self.get_param("Calcolo le statistiche dal file " + INPUTFILE, screen, True)
except:
self.get_param("File non trovato! Rieseguo i test", screen, True)
results = self.tests(MATRIX_SIZE, screen, knowledge=False, reduxed=RIDOTTI)
else:
results = self.tests(MATRIX_SIZE, screen, knowledge=False, reduxed=RIDOTTI)
if OUTPUTFILE:
self.save_results(results, OUTPUTFILE, screen)
not_found, worst, avg, scarto, frequenze, sorted_frequenze = self.stats(results)
opt_not_found, opt_worst, opt_avg, opt_scarto, opt_frequenze, opt_sorted_frequenze = self.stats(optimal)
ratio_avg = fpformat.fix(float(avg) / float(opt_avg), 2)
ratio_worst = fpformat.fix(float(worst) / float(opt_worst), 2)
ratio_scarto = fpformat.fix((float(scarto) / float(opt_scarto)), 2)
screen.clear()
screen.border(0)
screen.addstr(2, 2, "Statistiche:\t\t\t\tOffline\t\tOnline\t\tRapporto")
screen.addstr(4, 2, "Numero di test eseguiti:\t\t " + str(len(results)) + "\t\t" + str(len(optimal)))
screen.addstr(6, 2, "Carburante esaurito:\t\t\t " + str(not_found) + "\t\t" + str(opt_not_found))
screen.addstr(8, 2, "Caso peggiore:\t\t\t " + str(worst) + "\t\t" + str(opt_worst) + "\t\t" + str(ratio_worst))
screen.addstr(10, 2, "Media aritmetica dei risultati:\t " + str(avg) + "\t\t" + str(opt_avg) + "\t\t" + str(ratio_avg))
screen.addstr(12, 2, "Scarto quadratico medio:\t\t " + str(scarto) + "\t\t" + str(opt_scarto) + "\t\t" + str(ratio_scarto))
screen.addstr(14, 1, "-" * (screen.getmaxyx()[1] - 2))
screen.addstr(16, 2, "I dieci risultati piu' riscontrati nell'algoritmo non ottimale:")
screen.addstr(18, 2, "Costo:\tOttenuto:\tSotto la media?")
cnt = 20
for el in sorted_frequenze:
sotto = "media"
if el < avg:
sotto = "si"
elif el > avg:
sotto = "no"
screen.addstr(cnt, 2, str(el) + "\t\t" + str(frequenze[el]) + "\t\t" + sotto)
cnt += 2
screen.addstr(cnt, 2, "Premere q per uscire")
self.close(screen)
def formatRetrunValue(key, cfgExceptionData):
if cfgExceptionData.has_key('recommended'):
if type(cfgExceptionData['value']) is float:
return "%s = %s \t" % (key, fpformat.fix(cfgExceptionData['value'], 2))
else:
return "%s = %s \t" % (key, str(cfgExceptionData['value']))
else:
if type(cfgExceptionData['value']) is float:
return "%s = %s \t" % (key, fpformat.fix(cfgExceptionData['value'], 2))
else:
return "%s = %s \t" % (key, str(cfgExceptionData['value']))
def runDisEMBLpipeline():
try:
smooth_frame = 8
peak_frame = 8
join_frame = 4
fold_coils = 1.2
fold_hotloops = 1.4
fold_rem465 = 1.2
mode = 'scores'
try:
file = open(sys.argv[1], 'r')
except:
mode = 'default'
except:
print '\nDisEMBL.py sequence_file \n'
print 'A default run would be: ./DisEMBL.py fasta_file'
raise SystemExit
#db = sys.stdin
parser = Fasta.RecordParser()
iterator = Fasta.Iterator(file, parser)
while 1:
try:
cur_record = iterator.next()
sequence = upper(cur_record.sequence)
# Run NN
COILS_raw, HOTLOOPS_raw, REM465_raw = JensenNet(sequence)
# Run Savitzky-Golay
REM465_smooth = SavitzkyGolay(smooth_frame, 0, REM465_raw)
COILS_smooth = SavitzkyGolay(smooth_frame, 0, COILS_raw)
HOTLOOPS_smooth = SavitzkyGolay(smooth_frame, 0, HOTLOOPS_raw)
sys.stdout.write('> ' + cur_record.title + '\n')
sys.stdout.write('# COILS ')
reportSlicesTXT(
getSlices(COILS_smooth, fold_coils, join_frame, peak_frame,
0.43), sequence)
sys.stdout.write('# REM465 ')
reportSlicesTXT(
getSlices(REM465_smooth, fold_rem465, join_frame, peak_frame,
0.50), sequence)
sys.stdout.write('# HOTLOOPS ')
reportSlicesTXT(
getSlices(HOTLOOPS_smooth, fold_hotloops, join_frame,
peak_frame, 0.086), sequence)
sys.stdout.write('# RESIDUE COILS REM465 HOTLOOPS\n')
for i in range(len(REM465_smooth)):
sys.stdout.write(sequence[i] + '\t' +
fpformat.fix(COILS_smooth[i], 5) + '\t' +
fpformat.fix(REM465_smooth[i], 5) + '\t' +
fpformat.fix(HOTLOOPS_smooth[i], 5) + '\n')
except AttributeError:
break
file.close()
return
def displayTime(screen, time):
global endtime, laptime
str = string.rjust(fpformat.fix(float(laptime) / 1000, 2), 6)
str2 = string.rjust(fpformat.fix(float(time) / 1000, 2), 6)
globals.font12x9.blit(str2, screen, (2, 0.5), 80)
if endtime != 0:
t = pygame.time.get_ticks() - endtime
if t > 3000:
endtime = 0
globals.font12x9.center("TIME:" + str, screen, 19)
globals.font12x9.center(" ", screen, 19,
int(255 * (float(t) / 3000)))
def calc_support_resistance(symbol, timeframe="day", template_graph_conf="/tmp/graph.conf"):
"""
计算阻力位和支撑位(轴心交易),使用周和月的
日线图用 周的，周线图用 月的
"""
graph_conf = None
base_dir = os.path.abspath(os.path.dirname(sys.argv[0]))
conf_dir = "%s/conf" % (base_dir)
if timeframe == "day":
graph_conf = "%s/graph_template_%s.conf" % (conf_dir, timeframe)
timeframe = "week"
elif timeframe == "week":
graph_conf = "%s/graph_template_%s.conf" % (conf_dir, timeframe)
timeframe = "month"
symbol = symbol.upper()
cmd = (
"cd /home/hua.fu/geniustrader/Scripts;./display_indicator.pl --last-record --tight --timeframe=%s I:PP %s|grep -P '\[\d+[-/]\d+\]'"
% (timeframe, symbol)
)
# print "DEBUG indicator_cmd = %s" % cmd
(status, output) = commands.getstatusoutput(cmd)
if status != 0:
return False
pivot_data = output.split("=")[1].split("\t")[1:]
# print "pivot_data = %s" % pivot_data
fd = open(graph_conf)
source_line = fd.readlines()
replace_content = []
fd.close()
for line in source_line:
# print line
myrep = None
if line.find("CenterPrice") != -1:
myrep = line.replace("CenterPrice", fpformat.fix(pivot_data[0], 2))
if line.find("FirstSupport") != -1:
myrep = line.replace("FirstSupport", fpformat.fix(pivot_data[1], 2))
if line.find("SecondSupport") != -1:
myrep = line.replace("SecondSupport", fpformat.fix(pivot_data[2], 2))
if line.find("FirstResistance") != -1:
myrep = line.replace("FirstResistance", fpformat.fix(pivot_data[3], 2))
if line.find("SecondResistance") != -1:
myrep = line.replace("SecondResistance", fpformat.fix(pivot_data[4], 2))
if myrep:
replace_content.append(myrep)
else:
replace_content.append(line)
tmp_file = template_graph_conf
fd = open(tmp_file, "w")
fd.writelines(replace_content)
fd.close()
return True
def make_test():
optimal_file = "OPTIMAL-" + str(MATRIX_SIZE) + ".txt"
try:
f = open(optimal_file, 'r')
optimal = [int(x) for x in f.readlines()]
f.close()
print "--------------------------------------------------------------------------------------"
print "Trovato file con i risultati dell'algoritmo ottimale!\nNon verranno eseguiti nuovamente i test!"
print "(se vuoi rieseguire i test, cancella il file " + optimal_file + ")"
except:
optimal = tests(MATRIX_SIZE, knowledge=True, reduxed=RIDOTTI)
save_results(optimal, optimal_file)
if INPUTFILE:
try:
f = open(INPUTFILE, 'r')
results = [int(x) for x in f.readlines()]
f.close()
print "--------------------------------------------------------------------------------------"
print "Calcolo le statistiche dal file " + INPUTFILE
except:
print "--------------------------------------------------------------------------------------"
print "File non trovato! Rieseguo i test"
results = tests(MATRIX_SIZE, knowledge=False, reduxed=RIDOTTI)
else:
results = tests(MATRIX_SIZE, knowledge=False, reduxed=RIDOTTI)
if OUTPUTFILE:
save_results(results, OUTPUTFILE)
not_found, worst, avg, scarto, frequenze, sorted_frequenze = stats(results)
opt_not_found, opt_worst, opt_avg, opt_scarto, opt_frequenze, opt_sorted_frequenze = stats(optimal)
ratio_avg = fpformat.fix(float(avg) / float(opt_avg), 2)
ratio_worst = fpformat.fix(float(worst) / float(opt_worst), 2)
ratio_scarto = fpformat.fix((float(scarto) / float(opt_scarto)), 2)
print "--------------------------------------------------------------------------------------"
print "|Statistiche:\t\t\t\tOffline\t\tOnline\t\tRapporto"
print "|Numero di test eseguiti:\t\t " + str(len(results)) + "\t\t" + str(len(optimal))
print "|Carburante esaurito:\t\t\t " + str(not_found) + "\t\t" + str(opt_not_found)
print "|Caso peggiore:\t\t\t\t " + str(worst) + "\t\t" + str(opt_worst) + "\t\t" + str(ratio_worst)
print "|Media aritmetica dei risultati:\t\t " + str(avg) + "\t\t" + str(opt_avg) + "\t\t" + str(ratio_avg)
print "|Scarto quadratico medio:\t\t " + str(scarto) + "\t\t" + str(opt_scarto) + "\t\t" + str(ratio_scarto)
print "--------------------------------------------------------------------------------------"
print "I dieci risultati piu' riscontrati nell'algoritmo non ottimale:"
print "Costo:\tOttenuto:\tSotto la media?"
for el in sorted_frequenze:
sotto = "media"
if el < avg:
sotto = "si"
elif el > avg:
sotto = "no"
print str(el) + "\t" + str(frequenze[el]) + "\t\t" + sotto
def test_failing_values(self):
# Now for 'unreasonable n and d'
self.assertEquals(fix(1.0, 1000), '1.'+('0'*1000))
self.assertEquals(sci("1"+('0'*1000), 0), '1e+1000')
# This behavior is inconsistent. sci raises an exception; fix doesn't.
yacht = "Throatwobbler Mangrove"
self.assertEquals(fix(yacht, 10), yacht)
try:
sci(yacht, 10)
except NotANumber:
pass
else:
self.fail("No exception on non-numeric sci")
def test_failing_values(self):
# Now for 'unreasonable n and d'
self.assertEquals(fix(1.0, 1000), '1.' + ('0' * 1000))
self.assertEquals(sci("1" + ('0' * 1000), 0), '1e+1000')
# This behavior is inconsistent. sci raises an exception; fix doesn't.
yacht = "Throatwobbler Mangrove"
self.assertEquals(fix(yacht, 10), yacht)
try:
sci(yacht, 10)
except NotANumber:
pass
else:
self.fail("No exception on non-numeric sci")
def checkFix(self, n, digits):
result = fix(n, digits)
if isinstance(n, StringType):
n = repr(n)
expected = "%.*f" % (digits, float(n))
self.assertEquals(result, expected)
def checkFix(self, n, digits):
result = fix(n, digits)
if isinstance(n, StringType):
n = repr(n)
expected = "%.*f" % (digits, float(n))
self.assertEquals(result, expected)
def cigar_parsing(q_name, q_len, cigar_data, value, r_name):
mm = 0
i = 0
d = 0
for item in cigar_data:
if item[0] == 0:
mm += item[1]
elif item[0] == 1:
i += item[1]
elif item[0] == 2:
d += item[1]
align_len = mm + i + d
query_aligned_len = float( mm + i )
if query_aligned_len / q_len >= 0.7:
if align_len != 0 and value >= 0:
identity_percentage = ((align_len - value) / align_len) * 100
if identity_percentage >= 93:
evaluated_data = [q_name, r_name, fpformat.fix( identity_percentage, 2 ), str( value )]
if align.is_read1:
evaluated_data.append( "r1\n" )
elif align.is_read2:
evaluated_data.append( "r2\n" )
return evaluated_data
else:
return None
def cigar_parsing(q_name, q_len, cigar_data, value, r_name):
mm = 0
i = 0
d = 0
for item in cigar_data:
if item[0] == 0:
mm += item[1]
elif item[0] == 1:
i += item[1]
elif item[0] == 2:
d += item[1]
align_len = mm + i + d
query_aligned_len = float(mm + i)
if query_aligned_len / q_len >= 0.7:
if align_len != 0 and value >= 0:
identity_percentage = ((align_len - value) / align_len) * 100
if identity_percentage >= 93:
evaluated_data = [
q_name, r_name,
fpformat.fix(identity_percentage, 2),
str(value)
]
if align.is_read1:
evaluated_data.append("r1\n")
elif align.is_read2:
evaluated_data.append("r2\n")
return evaluated_data
else:
return None
def writeEps():
global epsCurrent, eps, labelEps
if epsCurrent <= eps:
fg = 'green'
else:
fg = 'red'
labelEps.configure( text='интервал неопр.:' + fpformat.fix(float(epsCurrent),6), fg = fg)
def onExitVehicle(player, vehicle):
if player == None:
return
rootVehicle = bf2.objectManager.getRootParent(vehicle)
vehicleType = getVehicleType(rootVehicle.templateName)
playerTeam = str(player.getTeam())
if vehicleType == VEHICLE_TYPE_SOLDIER:
pass
else:
timeInVehicle = 0
if player.fa.enterTemplate == rootVehicle.templateName:
timeInVehicle = date() - player.fa.enterAt
timeString = wallString()
logfile.write(
"EXIT PlayerName="
+ player.getName()
+ " PlayerTeam="
+ playerTeam
+ " VehicleName="
+ rootVehicle.templateName
+ " VehicleTime="
+ str(fpformat.fix(timeInVehicle, 1))
+ " Time="
+ timeString
+ "\n"
)
player.fa.enterAt = 0
logfile.flush()
return
def solve(points, tour, currentDist):
startTime = int(time.time())
print("points: " + str(len(tour)) + " start tour" + str(tour))
step = 0
offset = lambda x: 1 if x == 1 else 0
while True:
# The best opt and distance.
startStepTime = int(time.time())
bestDist = currentDist
bestThreeOpt = None
tries = 0
for i in range(1, len(tour) - 3):
for j in range(i + 1, len(tour) - 2):
for k in range(j + 2, len(tour) - offset(i)):
#print("i: %d, j: %d, j+1: %d, k:%d" % (i, j, j +1, k))
tries += 1
threeOpt = getBestThreeOpt(points, tour, currentDist, i, j, k)
if threeOpt.getEndDist() < bestDist:
bestDist = threeOpt.getEndDist()
bestThreeOpt = threeOpt
step += 1
utils.dprint("step: " + str(step) + ", tries: " + str(tries) + ", time: " + fpformat.fix(time.time() - startStepTime, 3))
if bestDist == currentDist:
# If no more improvement we are at a local minima and are done.
print("no more improvement")
break
# Perform the opt.
bestThreeOpt.swap();
currentDist = bestDist
if int(time.time()) - startTime > maxTimeToRun:
# Out of time, return the best we've got.
print("out of time")
break
print("end tour" + str(tour))
return 0, bestDist, tour
def getTotal(self, ano):
"""
"""
if self.dados:
total_universo = 0
total_registro = 0
total_taxa = 0
for i in self.dados:
if i['ano'] == ano:
try:
total_universo += int(i['universo'])
total_registro += int(i['qtd_ocorrencias'])
except:
pass
if total_universo and total_registro:
total_taxa = ((total_registro + .0) /
(total_universo + .0)) * 100000
total_taxa = fpformat.fix(total_taxa, 2)
return {
'total_registro': total_registro,
'total_taxa': total_taxa,
'total_universo': total_universo
}
else:
return {}
def getInfo(self):
"""
"""
results = self.catalog(portal_type="sinesp",
tipo=self.tipo,
sort_on='uf',
sort_order='ascending')
anos = self.getAnos()
uf = self.getUF()
if results:
for i in results:
dic = {
'tipo': i.tipo,
'uf': i.uf,
'ano': i.ano,
'qtd_ocorrencias': i.qtd_ocorrencias,
'taxa': '',
'universo': i.universo
}
try:
valor = float(i.taxa)
dic['taxa'] = fpformat.fix(valor, 2)
except:
dic['taxa'] = i.taxa
self.dados.append(dic)
pass
def show_simple(self, args):
#print fpformat.fix(1.0*self.num_instrs*self.ticks_per_cycle/self.num_ticks, 2), fpformat.fix(1.0*self.xbar_accs*self.ticks_per_cycle/self.num_ticks, 2), fpformat.fix(1.0*(self.num_MC_rds+self.num_MC_wrs)*self.ticks_per_cycle/self.num_ticks, 2),fpformat.fix(100.0*self.num_MC_acts/(self.num_MC_rds+self.num_MC_wrs), 2) + '%'
#print fpformat.fix(1.0*self.num_instrs*self.ticks_per_cycle/self.num_ticks, 2), fpformat.fix(100.0*self.num_MC_acts/(self.num_MC_rds+self.num_MC_wrs), 2), args
# the last one in the below line has a hack at the end
print self.md.mdparams['pts.mc.scheduling_policy'], self.md.mdparams[
'pts.mc.vmd_page_sz'], self.md.mdparams[
'pts.mc.num_cached_pages_per_bank'], self.num_instrs, self.num_MC_rds + self.num_MC_wrs, self.num_MC_acts, fpformat.fix(
1.0 * self.num_instrs * self.ticks_per_cycle /
self.num_ticks, 2), fpformat.fix(
100.0 * self.num_MC_acts /
(self.num_MC_rds + self.num_MC_wrs), 2), fpformat.fix(
100 * (self.num_MC_acts - self.num_MC_pres +
self.num_RBoL_hits + self.num_RBoL_misses) /
(self.num_MC_rds + self.num_MC_wrs + 1),
2), self.num_DRAM_pages
sys.exit()
def SavitzkyGolay(window, derivative, datalist):
if len(datalist) < 2 * window:
window = len(datalist) / 2
elif window == 0:
window = 1
command = SG_bin + ' -V0 -D' + str(derivative) + ' -n' + str(
window) + ',' + str(window)
args = shlex.split(command)
proc = subprocess.Popen(args,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
stdin = proc.stdin
stdout = proc.stdout
stderr = proc.stderr
for data in datalist:
stdin.write( ` data ` + '\n')
try:
stdin.close()
except:
print stderr.readlines()
results = stdout.readlines()
stdout.close()
SG_results = []
for result in results:
f = float(fpformat.fix(result, 6))
if f < 0:
SG_results.append(0)
else:
SG_results.append(f)
return SG_results
def getInfo(self):
"""
"""
results = self.catalog(portal_type="sinesp",
tipo=self.tipo,
sort_on='uf',
sort_order='ascending')
anos = self.getAnos()
uf = self.getUF()
if results:
for i in results:
dic = {
'tipo': i.tipo,
'uf': i.uf,
'ano': i.ano,
'qtd_ocorrencias': i.qtd_ocorrencias,
'taxa': '',
'universo': i.universo
}
try:
valor = float(i.taxa)
dic['taxa'] = fpformat.fix(valor, 2)
except:
dic['taxa'] = i.taxa
self.dados.append(dic)
pass
def CnvPMPZ(self, evt): # tenuto per retrocompatibilita' con la 0.9.7, poi da eliminare
self.val = "0"
if(evt!=""):
vl = evt.replace(".","")
val = vl.replace(",",".")
self.val = fpformat.fix(val,cfg.cdecPZ)
self.val = float(val)
def solve(vertices, vertexCount):
percent = vertexCount / 20
if percent == 0:
percent = 1
colors = [-1 for i in range(vertexCount)]
neighborColors = []
maxColor = 0
# Sort vertices in decreasing order of degree
#vertices.sort(key = lambda vertex : len(vertex.neighbors), reverse = True)
vertices.sort(key = lambda vertex : len(vertex.neighbors))
i = 0
start = time.time()
for vertex in vertices:
# Not colored, pick a color.
colorToUse, maxColor = getNextColor(vertex, colors, neighborColors, maxColor)
colors[vertex.id] = colorToUse
if i % percent == 0:
sys.stdout.write(fpformat.fix(time.time() - start, 3) + " ")
start = time.time()
i += 1
sys.stdout.write("\n")
return colors, maxColor, 0
def fillData(self,data):
try:
item = self.map[data]
except KeyError:
item = self.map["err"]
self.nameLabel.set_label(item.name)
self.priceLabel.set_label(fpformat.fix(item.price,2)+" "+EURO_SYMBOL)
self.caloriesLabel.set_label("("+str(item.kcal)+" kcal / "+str(item.joul)+" kJ)")
vegString = "("
if(item.vegan):
vegString+="ja/"
else:
vegString+="nein/"
if(item.veggie):
vegString+="ja)"
else:
vegString+="nein)"
self.veggyLabel.set_label(vegString)
#show window
self.window.set_keep_below(False)
self.window.set_keep_above(True)
#sleep
time.sleep(TIMESHOWN_INSECONDS)
#hide window
self.window.set_keep_above(False)
self.window.set_keep_below(True)
def SalvaLista(self):
Rotinas = RotinasGlobais.Rotinas
ConsSQL = ConsultasSQL.ConsSQL
nQtd = self.lstLivros.GetCount()
sCPF = self.edtCodigo.GetValue()
sPrecoTotal = fpformat.fix(self.nPrecoTotal, 2)
sDTHR = self.edtDtHrVenda.GetValue()
sDataHora = Rotinas.ConverteDataHoraStr(sDTHR, True, "%m/%d/%Y",
"%H:%M:%S")
for nCont in range(0, nQtd):
sISBN = self.slISBNs.col[nCont]
Rotinas.AtualizaDados(
Rotinas.gConexao,
ConsSQL.Venda('I', sISBN, sCPF, sDataHora,
Rotinas.VirgulaParaPonto(sPrecoTotal, False),
""))
nQtdEstoque = int(self.slQtdEstoque.col[nCont])
if nQtdEstoque > 0:
nQtdEstoque = nQtdEstoque - 1
sQtdEstoque = str(nQtdEstoque)
Rotinas.AtualizaDados(
Rotinas.gConexao,
ConsSQL.Venda('U', sISBN, "", "", "", sQtdEstoque))
return True
def SalvaLista(self):
nQtd = self.lstLivros.getNumItems()
sCPF = self.edtCodigo.getText()
sPrecoTotal = fpformat.fix(self.nPrecoTotal, 2)
sDTHR = self.edtDtHrVenda.getText()
sDataHora = self.Rotinas.ConverteDataHoraStr(sDTHR, True, "%m/%d/%Y",
"%H:%M:%S")
for nCont in range(0, nQtd):
sISBN = self.slISBNs.col[nCont]
self.Rotinas.AtualizaDados(
self.Rotinas.gConexao,
self.ConsSQL.Venda(
'I', sISBN, sCPF, sDataHora,
self.Rotinas.VirgulaParaPonto(sPrecoTotal, False), ""))
nQtdEstoque = int(self.slQtdEstoque.col[nCont])
if nQtdEstoque > 0:
nQtdEstoque = nQtdEstoque - 1
sQtdEstoque = str(nQtdEstoque)
self.Rotinas.AtualizaDados(
self.Rotinas.gConexao,
self.ConsSQL.Venda('U', sISBN, "", "", "", sQtdEstoque))
return True
def get_relative_point_position(coord_a, coord_b):
# type: (Point, Point) -> (float, float, float)
try:
# get point b distance, azimuth and elevation relative point a
ap = _location_to_point(coord_b)
bp = _location_to_point(coord_a)
distance_km = fix(0.001 * _target_distance(ap, bp), 10)
br = _rotate_globe(coord_b, coord_a, bp['radius'])
if br['z'] * br['z'] + br['y'] * br['y'] > 1.0e-06:
theta = degrees(atan2(br['z'], br['y']))
azimuth = 90.0 - theta
if (azimuth < 0.0):
azimuth += 360.0
if (azimuth > 360.0):
azimuth -= 360.0
else:
azimuth = 0.0
bma = _normalize_vector_diff(ap, bp)
if bma:
bearing = 90.0 - degrees(
acos(bma['x'] * bp['nx'] + bma['y'] * bp['ny'] +
bma['z'] * bp['nz']))
else:
bearing = 0.0
return bearing, azimuth, distance_km
except:
pass
def generateErrorDetailsHTMLPage(self,error,fileName): """Generate the HTML with the detail of a single error""" page=self.getHTMLHeader(error.getName()) #Write the title of the page page=page+'<h1 align="center">Error of '+self.subsystemName+'::'+error.getName()+'</h1>\n' page=page+'<p align="center">Generated scanning the basedir <I>'+self.baseDir+'</I><BR>\n' page=page+'<FONT size="-1">Generated at '+self.startTime+'</FONT></P>' page=page+'<HR size="3" width="80%" align="center">\n' #Generate the table with the error details page=page+self.generateHTMLForDetailedError(error, '', '') page=page+'<H2>Info and errors</H2>' if self.testAndExampleErrors.count(error.getNumber())>0: page=page+'<P>This error is used for test/examples</P>' else: if self.outOfRangeErrors.count(error.getNumber())>0: page=page+'<P><FONT color="red">The error number is out of the allowed range for this subsystem</FONT></P>' else: page=page+'<P>The number is in the corrrect range</P>' if self.duplicatedErrors.count(error.getNumber())>0: page=page+'<P><FONT color="red">There is another error in this subsystem with the same number</FONT></P>' else: page=page+'<P>The error is not duplicated</P>' # Final infos page=page+'<BR><HR size="3" width="80%" align="center">\n' page=page+'<P><FONT size="-1">Subsystem scanned in '+fpformat.fix(self.endFloatTime-self.startFloatTime,3)+' seconds.</FONT></P>' page=page+self.getHTMLFooter() self.writeHTMLOnFile(page, fileName)
def generateErrorDetailsHTMLPage(self,error,fileName): """Generate the HTML with the detail of a single error""" page=self.getHTMLHeader(error.getName()) #Write the title of the page page=page+'<h1 align="center">Error of '+self.subsystemName+'::'+error.getName()+'</h1>\n' page=page+'<p align="center">Generated scanning the basedir <I>'+self.baseDir+'</I><BR>\n' page=page+'<FONT size="-1">Generated at '+self.startTime+'</FONT></P>' page=page+'<HR size="3" width="80%" align="center">\n' #Generate the table with the error details page=page+self.generateHTMLForDetailedError(error, '', '') page=page+'<H2>Info and errors</H2>' if self.testAndExampleErrors.count(error.getNumber())>0: page=page+'<P>This error is used for test/examples</P>' else: if self.outOfRangeErrors.count(error.getNumber())>0: page=page+'<P><FONT color="red">The error number is out of the allowed range for this subsystem</FONT></P>' else: page=page+'<P>The number is in the corrrect range</P>' if self.duplicatedErrors.count(error.getNumber())>0: page=page+'<P><FONT color="red">There is another error in this subsystem with the same number</FONT></P>' else: page=page+'<P>The error is not duplicated</P>' # Final infos page=page+'<BR><HR size="3" width="80%" align="center">\n' page=page+'<P><FONT size="-1">Subsystem scanned in '+fpformat.fix(self.endFloatTime-self.startFloatTime,3)+' seconds.</FONT></P>' page=page+self.getHTMLFooter() self.writeHTMLOnFile(page, fileName)
def world_generator_with_knowledge(size, x_end, y_end):
world = Graph(x_end, y_end)
for i in range(size):
for j in range(size):
world.add_node_coord((i, j))
world.change_weight((i, j), float(fpformat.fix(math.sqrt(math.fabs(pow((x_end - i), 2) + pow((y_end - j), 2))), 3)))
world.change_weight((x_end, y_end), -1)
return world
def update_ingredient_price(sender, instance, raw, using, update_fields,
**kwargs):
try:
new_price = instance.price / float(instance.quanlity_of_bottle)
except Exception as e:
new_price = 0
new_price = float(fpformat.fix(new_price, 2))
instance.price_per_ml = new_price
def world_generator(size, x_end, y_end, knowledge):
# Controllo se si richiede un mondo con il knowledge degli stati o meno
if knowledge:
world = Graph(x_end, y_end)
for i in range(size):
for j in range(size):
world.add_node_coord((i, j))
world.change_weight((i, j), float(fpformat.fix(math.sqrt(math.fabs(pow((x_end - i), 2) + pow((y_end - j), 2))), 3)))
world.change_weight((x_end, y_end), -1)
return world
else:
matrix = [[0 for i in range(size)] for j in range(size)]
for i in range(size):
for j in range(size):
matrix[i][j] = float(fpformat.fix(math.sqrt(math.fabs(pow((x_end - i), 2) + pow((y_end - j), 2))), 3))
matrix[x_end][y_end] = -1
return matrix
def matrix_generator(size, startPoint, arrivePoint): matrix = [ [ 0 for i in range(size)] for j in range(size) ] for i in range(size): for j in range(size): matrix[i][j] = [fpformat.fix(math.sqrt(math.fabs(pow((arrivePoint[0] - i),2) + pow((arrivePoint[1] - j), 2))),3),"*"] matrix[startPoint[0]][startPoint[1]][1] = "S" matrix[arrivePoint[0]][arrivePoint[1]] = [-2.22,"A"] return matrix
def CnvPMPZ(
self, evt
): # tenuto per retrocompatibilita' con la 0.9.7, poi da eliminare
self.val = "0"
if (evt != ""):
vl = evt.replace(".", "")
val = vl.replace(",", ".")
self.val = fpformat.fix(val, cfg.cdecPZ)
self.val = float(val)
def evalRow(row):
"""
Finds and returns the housing and population densities
for a given place along with the place's name.
Density is given in feet per person.
"""
if row["Population"] == '0':
densityP = 0
else:
densityP = int(row["Land Area"])/int(row["Population"])
if row["Housing Units"] == '0':
densityH = 0
else:
densityH = int(row["Land Area"])/int(row["Housing Units"])
return [row["Name"], fpformat.fix(densityP, 2), fpformat.fix(densityH, 2)]
def deg2str_hms(deg): deg = deg/15.0 hour_temp = int(deg) str_hour = str(hour_temp) temp = (deg - int(deg))*3600.0 min = int(temp/60) str_min = str(min) str_sec = str(fpformat.fix((deg*3600.0 - hour_temp*3600.0 - 60.0*min),2)) final_str = str_hour.zfill(2)+":"+str_min.zfill(2)+":"+str_sec.zfill(5) return final_str
def CnvPM(self, evt): # tenuto per retrocompatibilita' con la 0.9.7, poi da eliminare
self.val = "0"
if evt=='FC' or evt=='E74' or evt=='E72' or evt=='20C' : evt = "0"
#if evt=='FC': evt = 0
if(evt!=""): ####
vl = evt.replace(".","") ####
val = vl.replace(",",".") ####
self.val = fpformat.fix(val,2) ####
#print '-'+ val + '-'
#if val!="": 0
self.val = float(val) ####
def getNumber(self, number, number_dec):
numberInt = int(number)
numberIntStr = self.__numberFormat(numberInt)
numberFloat = float(number)
numberFloatStr = fpformat.fix(numberFloat, number_dec)
if string.find(numberFloatStr, ".") != -1:
decStr = string.split(numberFloatStr, ".")[1]
numberStr = numberIntStr + self.CommaSep + decStr
else:
numberStr = numberIntStr
return numberStr
def onDropKit(player, kit):
timeInVehicle = 0
if player.fa.spawnAt != 0:
timeInVehicle = date() - player.fa.spawnAt
timeString = wallString()
playerTeam = str(player.getTeam())
logfile.write("DROPKIT PlayerName=" + player.getName() + " PlayerTeam=" +
playerTeam + " PlayerKit=" + kit.templateName +
" PlayerKitTime=" + str(fpformat.fix(timeInVehicle, 1)) +
" Time=" + timeString + "\n")
logfile.flush()
return
def DEBUG(str, stop=false):
if not debug:
return
global _debug__
_debug__ = _debug__ + 1
print("\nDEBUG" + fpformat.fix(_debug__, 0))
if stop:
raw_input(str)
else:
print(str)
def DEBUG(str, stop=false):
if not debug:
return
global _debug__
_debug__ = _debug__ + 1
print("\nDEBUG" + fpformat.fix(_debug__, 0))
if stop:
raw_input(str)
else:
print(str)
def JensenNet(sequence):
outFile = tempfile.mktemp()
inFile = tempfile.mktemp()
open(inFile, 'w').write(sequence + '\n')
system(NN_bin + '< ' + inFile + ' > ' + outFile)
REM465 = []
COILS = []
HOTLOOPS = []
resultsFile = open(outFile, 'r')
results = resultsFile.readlines()
resultsFile.close()
for result in results:
coil = float(fpformat.fix(split(result)[0], 6))
COILS.append(coil)
hotloop = float(fpformat.fix(split(result)[1], 6))
HOTLOOPS.append(hotloop)
rem465 = float(fpformat.fix(split(result)[2], 6))
REM465.append(rem465)
os.remove(inFile)
os.remove(outFile)
return COILS, HOTLOOPS, REM465
def JensenNet(sequence):
outFile = tempfile.mktemp()
inFile= tempfile.mktemp()
open(inFile,'w').write(sequence+'\n')
system(NN_bin + '< ' + inFile +' > ' + outFile)
REM465 = []
COILS = []
HOTLOOPS = []
resultsFile = open(outFile,'r')
results = resultsFile.readlines()
resultsFile.close()
for result in results:
coil = float(fpformat.fix(split(result)[0],6))
COILS.append(coil)
hotloop = float(fpformat.fix(split(result)[1],6))
HOTLOOPS.append(hotloop)
rem465 = float(fpformat.fix(split(result)[2],6))
REM465.append(rem465)
os.remove(inFile)
os.remove(outFile)
return COILS, HOTLOOPS, REM465
def infer_bg(distance_file, taxon, rank, outfolder):
intra = []
extra = []
intra_str, extra_str = inclusion_set(rank)
bg = None
with gzip.open(distance_file) as a:
for line in a:
field = map(strip, line.split("\t"))
if taxon in field and field[3] in intra_str:
intra.append(float(field[2]))
elif taxon in field and field[3] in extra_str:
extra.append(float(field[2]))
if len(extra) and len(intra):
bg_mean = fpformat.fix(mean(extra) - mean(intra), 2)
bg_diff = fpformat.fix(min(extra) - max(intra), 2)
plot = plot_distance_dist(intra, extra, taxon, outfolder)
bg = [bg_mean, bg_diff, plot]
elif len(intra) == 0:
bg = "No intra%s data" % rank
elif len(extra) == 0:
bg = "No extra%s data" % rank
return bg