def runChaco(self, nProcs) :
paramsFile = file('User_Params', 'w')
paramsFile.write('OUTPUT_ASSIGN=true\n')
paramsFile.write('PROMPT=false\n')
paramsFile.write('ARCHITECTURE=1\n')
paramsFile.write('REFINE_PARTITION=4\n')
paramsFile.write('REFINE_MAP=true\n')
paramsFile.write('KL_BAD_MOVES=20\n')
paramsFile.write('KL_NTRIES_BAD=10\n')
paramsFile.write('KL_IMBALANCE=0.02\n')
paramsFile.write('INTERNAL_VERTICES=true\n')
paramsFile.write('MATCH_TYPE=2\n')
paramsFile.write('HEAVY_MATCH=true\n')
paramsFile.write('TERM_PROP=true\n')
paramsFile.write('COARSE_NLEVEL_KL=1\n')
paramsFile.write('COARSEN_RATIO_MIN=0.7\n')
paramsFile.write('CUT_TO_HOP_COST=1.0\n')
paramsFile.write('RANDOM_SEED=12345\n')
paramsFile.flush()
inputFile = file('chacoInput', 'w')
inputFile.write('%s.graph\n' % self.filename_)
inputFile.write('%s.assign\n' % self.filename_)
inputFile.write('1\n') # select partitioning algorithm. 1=multilevel
inputFile.write('100\n') # num vertices in coarsest graph
inputFile.write('%d\n' % nProcs) # number of partitions
inputFile.write('1\n') # apply bisection
inputFile.write('n\n') # answer 'n' to query about running another problem
inputFile.flush()
inputFile.close()
print 'calling Chaco'
posix.system('chaco < chacoInput')
def main():
for filename in ('/etc/passwd', 'etc/passwd.bak'):
try:
users, table = userinfo(filename)
print table.keys()[3:7], table['postgres']
posix.system('ls -al ' + filename)
except:
print 'File "' + filename + '" not found!'
def invoke (self, terms):
command = re.sub("%T", terms, self.argument);
command = re.sub("%U", urllib.quote(terms), command);
if (self.type == self.EXEC):
posix.system(command)
else:
# gnome.url_show(command)
posix.system("gnome-mozilla '%s'" % command)
def on_bprint_clicked(self, widget, data=None):
filename = self.wTree.fileentry.get_text()
dirname = self.wTree.direntry.get_text()
if (filename == ""): filename = "blank"
filename = "tmp#" + filename + ".png"
self.wTree.plot.save(filename)
posix.system("png_printer.sh " + filename)
return
def on_bblog_clicked(self, widget, data=None):
filename = self.wTree.fileentry.get_text()
dirname = self.wTree.direntry.get_text()
if (dirname == ""): dirname = "."
if (filename == ""): filename = "blank"
filename = dirname+"/"+filename
self.wTree.plot.save("#screenimage#")
posix.system("daq_blogger.sh " + filename)
return
def on_bsave_clicked(self, widget, data=None):
filename = self.wTree.fileentry.get_text()
dirname = self.wTree.direntry.get_text()
if (dirname == ""): dirname = "."
if (filename == ""): filename = "blank"
filename = dirname+"/"+filename+".png"
self.wTree.plot.save("#screenimage#")
posix.system('mv \#screenimage\# ' + filename)
return
def clearcache():
for x in cache.keys():
try:
sts = posix.system('rm -f ' + cache[x])
if sts:
print cmd
print 'Exit status', sts
except:
print cmd
print 'Exception?!'
del cache[x]
def Main():
form = cgi.FieldStorage()
if not form.has_key("recipient"):
style.SendError("Enter Sender")
if not form.has_key("email"):
style.SendError("Enter your email address")
if not form.has_key("subject"):
style.SendError("Enter Subject")
real_recipient = form["recipient"].value
real_name = form["name"].value
real_email = form["email"].value
real_subject = form["subject"].value
real_content = form["content"].value
# Format the Content of the Email
mailsender = "Sent from our website by:\n"
mailsender = mailsender + real_name
mailbreak = "\n---------------------------------\n"
mailfrom = "Senders address:\n"
mailfrom = mailfrom + real_email
mailcontent = "Content:\n"
mailcontent = mailcontent + real_content
mailstring = mailsender + mailbreak + mailfrom + mailbreak + mailcontent + mailbreak
sysstring = 'echo "' + mailstring + '" | mail -s "' + real_subject + '" "' + real_recipient + '"'
posix.system(sysstring)
style.header("Email Successfully Sent!", "/images/ISU_bkgrnd.gif")
style.std_top("Sent email")
print '<a href="http://www.pals.iastate.edu/home/email.html">Send another Email</a>--'
print '<a href="http://www.pals.iastate.edu">GO to PALS Homepage</a>'
print "<HR>\n"
print "<center>"
print "<H1>Email Sent to:</H1>\n"
print real_recipient
print "<br><BR><BR><BR><BR><BR>"
style.std_bot()
def runChaco(graphFile, nProcs) :
paramsFile = file('User_Params', 'w')
paramsFile.write('OUTPUT_ASSIGN=true\n')
paramsFile.write('PROMPT=false\n')
paramsFile.write('ARCHITECTURE=1\n')
paramsFile.write('REFINE_PARTITION=4\n')
paramsFile.write('INTERNAL_VERTICES=true\n')
paramsFile.write('MATCH_TYPE=4\n')
paramsFile.write('COARSE_NLEVEL_KL=1\n')
paramsFile.write('CUT_TO_HOP_COST=1.0\n')
paramsFile.flush()
inputFile = file('chacoInput', 'w')
inputFile.write('%s.graph\n' % graphFile)
inputFile.write('%s.assign\n' % graphFile)
inputFile.write('1\n')
inputFile.write('400\n')
inputFile.write('%d\n' % nProcs)
inputFile.write('1\n')
inputFile.write('n\n')
inputFile.flush()
inputFile.close()
posix.system('chaco < chacoInput')
def playfile(name): if G.mode <> 'mac': tempname = name elif cache.has_key(name): tempname = cache[name] else: tempname = G.tempprefix + `rand.rand()` cmd = HOME_BIN_SGI + 'macsound2sgi' cmd = cmd + ' ' + commands.mkarg(name) cmd = cmd + ' >' + tempname if G.debug: print cmd sts = posix.system(cmd) if sts: print cmd print 'Exit status', sts stdwin.fleep() return cache[name] = tempname fp = open(tempname, 'r') try: hdr = sunaudio.gethdr(fp) except sunaudio.error, msg: hdr = ()
def runMetis(self, nProcs):
posix.system("kmetis %s.graph %d" % (self.filename_, nProcs))
posix.system("cp %s.graph.part.%d %s.assign" % (self.filename_, nProcs, self.filename_))
# Now use our plotting widget
import posix
import sys
import string
from plotwidget import *
from math import *
line = raw_input("Enter a function of x : ")
ranges = string.split(raw_input("Enter xmin,ymin,xmax,ymax :"),",")
print "Making a plot..."
w = PlotWidget(500,500,string.atof(ranges[0]),string.atof(ranges[1]),
string.atof(ranges[2]),string.atof(ranges[3]))
code = "def func(x): return " + line
exec(code)
w.set_pymethod(func)
w.plot()
f = open("plot.gif","w")
w.save(f)
f.close()
posix.system("xv plot.gif &")
def ps():
posix.system('ps -l | grep python | grep -v grep')
# Now use our plotting widget
import posix
import sys
import string
from plotwidget import *
from math import *
line = raw_input("Enter a function of x : ")
ranges = string.split(raw_input("Enter xmin,ymin,xmax,ymax :"), ",")
print "Making a plot..."
w = PlotWidget(500, 500, string.atof(ranges[0]), string.atof(ranges[1]),
string.atof(ranges[2]), string.atof(ranges[3]))
code = "def func(x): return " + line
exec(code)
w.set_pymethod(func)
w.plot()
f = open("plot.gif", "w")
w.save(f)
f.close()
posix.system("xv plot.gif &")
def Main(userKey, caseNum, forecast_pts, bonus_pts, className):
userKey, lastTime, gradeTime, startTime, noonTime, endTime, caseNum, className = functs.retreiveUser()
name = advdb.query("SELECT name, email from users WHERE userKey = '"+str(userKey)+"' ").dictresult()
subject = "Adv SxFrcst output for "+name[0]["name"]
try:
remoteHost = os.environ["REMOTE_HOST"]
except:
remoteHost = "NATF"
nowDate = mx.DateTime.now()
startDate = mx.DateTime.localtime( int(float(userKey)) )
endDate = mx.DateTime.ISO.ParseDateTimeGMT(endTime)
now_date = nowDate.strftime("%x %I:%M %p")
start_date = startDate.strftime("%x %I:%M %p")
str_date = endDate.strftime("%x %I Z")
mailstring = "**** On-Line Forecasting Exercise Results **** \n"
mailstring = mailstring + "Case Number => "+caseNum+" \n"
mailstring = mailstring + "Case End Date => "+str_date+" \n"
mailstring = mailstring + "Student Name => "+name[0]["name"]+" \n"
mailstring = mailstring + "Student Email => "+name[0]["email"]+" \n"
mailstring = mailstring + "Student Started At => "+start_date+" \n"
mailstring = mailstring + "Student Finished At=> "+now_date+" \n"
mailstring = mailstring + "Class of Student => "+className+" \n"
mailstring = mailstring + "IP of Remote Host => "+remoteHost+" \n"
mailstring = mailstring + "********************************************** \n\n"
mailstring = mailstring + "**** Points earned from automatic Grading **** \n"
mailstring = mailstring + "Forecasting Points => "+forecast_pts+"\n"
mailstring = mailstring + "Bonus Points => "+bonus_pts+"\n"
mailstring = mailstring + "********************************************** \n\n"
forecasts = advdb.query("SELECT etime, state, optiona, optionb, optionc, optiond from users WHERE userKey = '"+str(userKey)+"' ").getresult()
mailstring = mailstring + "**** The Students Forecast **** \n"
mailstring = mailstring + "Forecasted State => "+forecasts[0][1]+"\n"
if caseNum[0] == 's':
mailstring = mailstring + "Forecasted Time => "+forecasts[0][0]+"\n"
mailstring = mailstring + "Heavy Rainfall => "+forecasts[0][2]+"\n"
mailstring = mailstring + "Tornado => "+forecasts[0][3]+"\n"
mailstring = mailstring + "Hail => "+forecasts[0][4]+"\n"
elif caseNum[0] == 'w':
mailstring = mailstring + "Six Inch Snowfall => "+forecasts[0][2]+"\n"
mailstring = mailstring + "Twelve Inch Snow => "+forecasts[0][3]+"\n"
mailstring = mailstring + "Freezing Rainfall => "+forecasts[0][4]+"\n"
mailstring = mailstring + "Wind Chill => "+forecasts[0][5]+"\n"
mailstring = mailstring + "********************************************** \n\n"
sections = tmpdb.query("SELECT * from s"+str(userKey)+" ").dictresult()
mailstring = mailstring + "***** Answers to individual questions ***** \n"
for i in range(len(sections)):
q_id = sections[i]["ticks"]
question = sections[i]["question"]
theirAnswer = sections[i]["answer"]
correctAnswer = sections[i]["cor_answer"]
theirAnswer = regsub.gsub("´", "'", theirAnswer)
if len(theirAnswer) > 1 or correctAnswer == 'T': # We have a text question
mailstring = mailstring +" \n Question "+q_id+": \n \t "+question+" \n \n "+name[0]["name"]+" Replied: \n \t "+theirAnswer+" \n"
else: # We have a multiple choice
guessOption= "option"+string.lower(theirAnswer[0][0])
answerOption = "option"+string.lower(correctAnswer[0][0])
guessTxt = advdb.query("SELECT "+guessOption+" from questions WHERE q_id = '"+q_id+"' ").getresult()
if len(guessTxt) == 0:
guessTxt = advdb.query("SELECT "+guessOption+" from questions_custom WHERE className = '"+className+"' and validTime = '"+q_id+"' ").getresult()
answerTxt = advdb.query("SELECT "+answerOption+" from questions WHERE q_id = '"+q_id+"' ").getresult()
if len(answerTxt) == 0:
answerTxt = advdb.query("SELECT "+answerOption+" from questions_custom WHERE className = '"+className+"' and validTime = '"+q_id+"' ").getresult()
mailstring = mailstring +" \n Question "+q_id+": \n \t "+question+" \n \n "+name[0]["name"]+" Replied: \n \t "+string.upper(theirAnswer)+". "+guessTxt[0][0]+"\n"
mailstring = mailstring +"\n The Correct Answer was: \n \t "+correctAnswer[0][0]+". "+answerTxt[0][0]+" \n"
mailstring = mailstring +"-------------------------------------------------------------------------------"
instructorEmail =advdb.query("SELECT instructor_email from classes WHERE class_abv = '"+className+"' ").getresult()[0][0]
sysstring = 'echo "' + mailstring+ '" | mail -s "'+subject+'" "'+SENDTO+'"'
posix.system(sysstring)
sysstring = 'echo "' + mailstring+ '" | mail -s "'+subject+'" "'+instructorEmail+'"'
posix.system(sysstring)
# $Id: addPyGistTracker.py,v 1.1 2009/11/19 23:44:45 dave Exp $ # ----------------------------------------------------------------- # LLNL-specific file # ----------------------------------------------------------------- from posix import system try: system ( "/usr/apps/tracker/bin/tracker -s -n PYGIST -v %s" % __version__ ) except: pass
def func1(x):
return 0.5 * sin(x) + 0.25 * sin(2 * x) + 0.125 * cos(4 * x)
print "Making plot1.gif..."
# Make a widget and set callback
w = PlotWidget(500, 500, -10, -2, 10, 2)
w.set_pymethod(func1)
w.plot()
f = open("plot1.gif", "w")
w.save(f)
f.close()
# Comment this line out if you don't have xv
posix.system("xv plot1.gif &")
# Make another plot
print "Making plot2.gif..."
w1 = PlotWidget(500, 500, -4, -1, 4, 16)
w1.set_pymethod(lambda x: x * x)
w1.plot()
f = open("plot2.gif", "w")
w1.save(f)
f.close()
posix.system("xv plot2.gif &")
# Make yet another plot
qdevice(MOUSE2) # Middle button
unqdevice(INPUTCHANGE)
#
lasttime = 0
Gl.change = 1
while 1:
if realtime:
localtime = time.time() - Gl.tzdiff
if Gl.alarm_set:
if localtime%(24*HOUR) = Gl.alarm_time:
# Ring the alarm!
if Gl.debug:
print 'Rrrringg!'
Gl.alarm_on = 1
if Gl.alarm_cmd <> '':
d = posix.system(Gl.alarm_cmd+' '+`Gl.alarm_time/3600`+' '+`(Gl.alarm_time/60)%60` + ' &')
Gl.change = 1
clearall()
if Gl.alarm_on:
if (localtime - Gl.alarm_time) % (24*HOUR) > 300:
# More than 5 minutes away from alarm
Gl.alarm_on = 0
if Gl.debug:
print 'Alarm turned off'
Gl.change = 1
clearall()
Gl.indices = R, G, B
else:
if localtime % 2 = 0:
# Permute color indices
Gl.indices = Gl.indices[2:] + Gl.indices[:2]
def ncdf2tri(filename) :
cmd = './Exo2Triangle.exe --i=%s.ncdf --o=%s' % (filename, filename)
posix.system(cmd)
def ncdf2tri(filename):
cmd = './Exo2Triangle.exe --i=%s.ncdf --o=%s' % (filename, filename)
posix.system(cmd)
from posix import system
BASE_URL = 'https://github.com/rcore-os/rCore_tutorial/tree/'
for line in open('commit_ids.txt').readlines():
path, commit_id = line[:-1].split(': ')
path = path + '.md'
find = r'^\[CODE\].*'
replace = '[CODE]: {}{}'.format(BASE_URL, commit_id)
system("sed -i '' -E 's#{}#{}#g' {}".format(find, replace, path))
from math import *
def func1(x):
return 0.5*sin(x)+0.25*sin(2*x)+0.125*cos(4*x)
print "Making plot1.gif..."
# Make a widget and set callback
w = PlotWidget(500,500,-10,-2,10,2)
w.set_pymethod(func1)
w.plot()
f = open("plot1.gif","w")
w.save(f)
f.close()
# Comment this line out if you don't have xv
posix.system("xv plot1.gif &")
# Make another plot
print "Making plot2.gif..."
w1 = PlotWidget(500,500,-4,-1,4,16)
w1.set_pymethod(lambda x: x*x)
w1.plot()
f = open("plot2.gif","w")
w1.save(f)
f.close()
posix.system("xv plot2.gif &")
# Make yet another plot
Here is the vegetation albedo in vegetation.h
"""
import sys
import os
from posix import system
#values to cycle
Pressures = [0.5, 1., 1.5] #times the Earth value
#simtype, version, simulation number
simtype = "Std"
version = "1.1.02"
number = 1
# multiple output directory preparation
system("mkdir -p RisultatiMultipli")
system("mkdir -p Database")
system("cp -r CCM_RH60 Src")
for p in Pressures:
# preparing Src (usually done by run.bash)
system("cp ModulesDef/* Src")
system("cp Std/* Src")
if simtype == "VegPassive":
system("cp VegPassive/* Src")
system("cp= VegPassive/Modules/* Src")
elif simtype == "VegAlbedoFB":
system("cp VegAlbedoFB/* Src")
system("cp VegAlbedoFB/Modules/* Src")
iCF += 1
if exit==0:
pl=pl+'\n'
pl=pl+' > '
pf.write(pl)
tf.close()
pf.close()
#print TOLR
#print vOLR
print 'updated parameter file parEBM.h'
from posix import system
system('make')
print 'linked codeEBM.x'
system('./codeEBM.x')
def kill(self, selected):
c = self.format_list[self.format.get()][2]
pid = split(selected)[c]
posix.system('kill' + ' -9 ' + pid)
self.do_update()
def exo2ncdf(filename):
cmd = 'ncdump %s.exo > %s.ncdf' % (filename, filename)
posix.system(cmd)
def runMetis(self, nProcs):
posix.system('kmetis %s.graph %d' % (self.filename_, nProcs))
posix.system('cp %s.graph.part.%d %s.assign' %
(self.filename_, nProcs, self.filename_))
## Automatically adapted for numpy Jul 30, 2006 by numeric2numpy.py
# $Id: addPyGistTracker.py 598 2006-12-13 11:12:09Z mbec $
# -----------------------------------------------------------------
# LLNL-specific file
# -----------------------------------------------------------------
from posix import system
try:
system("/usr/apps/tracker/bin/tracker -s -n PYGIST -v %s" % __version__)
except:
pass
def exo2ncdf(filename) :
cmd = 'ncdump %s.exo > %s.ncdf' % (filename, filename)
posix.system(cmd)
'</a></li>')
print '</ul></div>'
print '''
<p style="float:right; text-align:right; font-size: small">
<a rel="license" href="http://creativecommons.org/licenses/by-nc-sa/2.5/ca/"><img alt="Creative Commons License" style="border-width:0" src="http://i.creativecommons.org/l/by-nc-sa/2.5/ca/88x31.png" /></a><br /><span xmlns:dc="http://purl.org/dc/elements/1.1/" href="http://purl.org/dc/dcmitype/Text" property="dc:title" rel="dc:type">Licensed under a <a rel="license" href="http://creativecommons.org/licenses/by-nc-sa/2.5/ca/">Creative Commons<br />Attribution-Noncommercial-Share<br />Alike 2.5 Canada License</a>.
</p>
<p style="page-break-after:always">
<br />
<em>Produced by <strong>Emanuel Borsboom</strong>
<br />Mayne Island, B.C.
<br />web: <a href="https://borsboom.io/">borsboom.io</a></em>
</p>
<p class="printonly" style="page-break-after:always;text-align:center">(this page intentionally left blank)</p>
'''
for month in range(1,13):
print ('<h3 style="margin-bottom:4pt;page-break-before:always"><a name="' + ('%02d' % month) + '" />' +
time.strftime('%B, %Y', time.localtime(time.mktime((year,month,1,0,0,0,0,0,0)))) +
'<span class="printonly" style="float:right;font-size:smaller">Current Atlas Lookup Tables: Juan de Fuca Strait to Strait of Georgia</span>' +
'</h3><center> <br />')
sys.stdout.flush()
posix.system('tide -l "Point Atkinson, British Columbia" -f c -b "' +
time.strftime('%Y-%m-%d %H:%M', time.localtime(time.mktime((year,month,0,12,0,0,0,0,0)))) +
'" -e "' +
time.strftime('%Y-%m-%d %H:%M', time.localtime(time.mktime((year,month+1,1,12,0,0,0,0,0)))) +
'" | ./calculate.py --time-interval 60 | ./format.py --html --header-time-format "%H" --time-format "%H%M" --date-format \'%d<br /><span class="ca_span_dayofweek">%a</span>\' --deviations')
print '</center>'
print '</body></html>'
import os
import posix
path = "."
my_list = os.listdir(path)
for file_name in my_list:
if 'java' in file_name.split('.'):
command_string = 'j2py -i '+file_name+' -o '+file_name.split('.')[0]+'.py'
print command_string
posix.system(command_string)
else:
print 'not java file'
dataX.append(float(dataItem))
dataY = []
for dataItem in Y:
dataY.append(float(dataItem))
dataF = []
for dataItem in frequency:
dataF.append(float(dataItem))
# Calculate power X^2 + Y^2
j = 0
power = []
for item in dataX:
power.append(ASF * ASF * item * item + dataY[j] * dataY[j])
j = j + 1
# save [frequency power] for xmgr plotting/fitting
powerfile = "./junkPower_" + thisStepNumberS
n = len(frequency)
fd = open(powerfile, "w")
for i in range(n - 1):
print >> fd, frequency[i] / FSF, power[i]
fd.close()
# Write to files, cleaup
system("cat junkXY* > " + filenameS + "_" + str(startFreq) + "-" + str(stopFreq) + "Hz")
system("cat junkPower* > power" + filenameS + "_" + str(startFreq) + "-" + str(stopFreq) + "Hz")
system("rm junk*")
