def getParsedPrefs(): cfg = loadConfig() args = argParser.parse_args() prefsDict = dict() prefsDict['currBoard'] = args.board if args.images == None: prefsDict['asciiImagesEnable'] = cfg['images']['enableAsciiImages'] else: prefsDict['asciiImagesEnable'] = args.images if args.op_only == None: prefsDict['ignoreReplies'] = cfg['display']['onlyShowOP'] else: prefsDict['ignoreReplies'] = args.op_only if args.width == None: prefsDict['termWidth'] = cfg['display']['terminalWidth'] else: prefsDict['termWidth'] = args.width if args.indent == None: prefsDict['replyIndent'] = cfg['display']['replyIndent'] else: prefsDict['replyIndent'] = args.indent if args.wh_ratio == None: prefsDict['asciiWidthHeightRatio'] = cfg['images']['asciiWidthHeightRatio'] else: prefsDict['asciiWidthHeightRatio'] = args.wh_ratio return prefsDict
def getParsedPrefs():
cfg = loadConfig()
args = argParser.parse_args()
prefsDict = dict()
prefsDict['currBoard'] = args.board
if args.images == None:
prefsDict['asciiImagesEnable'] = cfg['images']['enableAsciiImages']
else:
prefsDict['asciiImagesEnable'] = args.images
if args.op_only == None:
prefsDict['ignoreReplies'] = cfg['display']['onlyShowOP']
else:
prefsDict['ignoreReplies'] = args.op_only
if args.width == None:
prefsDict['termWidth'] = cfg['display']['terminalWidth']
else:
prefsDict['termWidth'] = args.width
if args.indent == None:
prefsDict['replyIndent'] = cfg['display']['replyIndent']
else:
prefsDict['replyIndent'] = args.indent
if args.wh_ratio == None:
prefsDict['asciiWidthHeightRatio'] = cfg['images'][
'asciiWidthHeightRatio']
else:
prefsDict['asciiWidthHeightRatio'] = args.wh_ratio
return prefsDict
def getSubjectsWithSvgFiles():
cfg = loadConfig()
directory = cfg['dataLoc']['svgDir']
extension = 'svg'
subjListLoc = cfg['dataLoc']['subjList']
with open(subjListLoc, 'r') as subjData:
fullSubjList = cPickle.load(subjData)
subjList = []
fileList = glob.glob(directory + '/' + '*.' + extension)
for fileName in fileList:
fnSplit = fileName.split('/')
fnDotted = fnSplit[len(fnSplit) - 1]
fnDSplit = fnDotted.split('.')
fnClean = fnDSplit[0]
subjList.append(fnClean)
intersectList = [val for val in subjList if val in fullSubjList]
intersectList.sort()
return intersectList
def saveCourseDict(): startTime = time.clock() cfg = loadConfig() season = cfg['oneStop']['season'] year = cfg['oneStop']['year'] courseDataDir = cfg['dataLoc']['courseDataDir'] dataExt = cfg['dataLoc']['courseDataExt'] # **** is the abbreviation for 'all subjects' oneStopLookupUrl = oneStopUtils.getOneStopSearchUrl(season, year, '****') timeScraped = unixTime() # retrieve html from OneStop htmlObj = urllib2.urlopen(oneStopLookupUrl) rawHtml = htmlObj.read() courseDict = bsParseHtml(rawHtml) with open(courseDataDir + '/' + str(timeScraped) + '.' + dataExt, 'w') as dataOut: cPickle.dump(courseDict, dataOut) totalTime = time.clock() - startTime return totalTime
import sqlite3 as lite
import sys
from scipy.sparse import lil_matrix
import cPickle
import loadConfig
FILE = ''
DATABASE = '/Users/cyriltrosset/Desktop/SPECIAL_PROJ_DB/database-50.sqlite'
APP_KEY = {}
APP_SECRET = {}
loadConfig.loadConfig(FILE,DATABASE,APP_KEY,APP_SECRET)
con = lite.connect(DATABASE)
con.row_factory = lite.Row
cur = con.cursor()
cur.execute("SELECT * FROM ProfilesIds")
rows = cur.fetchall()
profilesMatrix = lil_matrix((132,1))
for row in rows:
profilesMatrix[row['id'],0] = row['idProfile']
f = open('profilesMatrix.pkl','wb')
cPickle.dump(profilesMatrix,f,-1)
f.close()
import string
import random
import os
# read yaml config: proxy data directory
from loadConfig import loadConfig
cfg = loadConfig()
dataDir = cfg['proxy']['dataDir']
# taken from http://stackoverflow.com/a/2257449
# takes in: size (int)
# returns: a random string of uppercase letters and digits of length size
def genRandomID(size):
allChars = string.ascii_uppercase + string.digits
return ''.join(random.choice(allChars) for x in range(size))
# takes in: a filename
# returns: true if dataDir/filename exists, false otherwise
def fileExists(filename):
filePath = dataDir + '/' + filename
return os.path.isfile(filePath)
# takes in: length of random filename to generate
# returns: tuple of (filename - .extension, extension)
# example:
# >>> genUnusedFilename(8, 'dat')
# '8JCB980K.dat'
# (dataDir/8JCB980K.dat does not exist yet)
import os
import sys
import flask
import threadParse
import parseForWeb
import urllib2
from loadConfig import loadConfig
from htmlParse import stripTags
# make sure config file exists
try:
cfg = loadConfig()
except IOError, err:
print 'Error reading config file:', err
print ' (Maybe you didn\'t copy sampleConfig.yml to config.yml?)'
sys.exit()
# read yaml config: server devel mode, port
develMode = cfg['server']['develMode']
serverPort = cfg['server']['port']
analyticsEnabled = cfg['server']['analytics']
app = flask.Flask(__name__)
app.debug = develMode
boardList = [['a', 'c', 'w', 'm', 'cgl', 'cm', 'f', 'n', 'jp', 'vp'], ['v', 'vg', 'co', 'g', 'tv', 'k', 'o', 'an', 'tg', 'sp', 'sci', 'int'], ['i', 'po', 'p', 'ck', 'ic', 'wg', 'mu', 'fa', 'toy', '3', 'diy', 'wsg'], ['s', 'hc', 'hm', 'h', 'e', 'u', 'd', 'y', 't', 'hr', 'gif'], ['q', 'trv', 'fit', 'x', 'lit', 'adv', 'mlp'], ['b', 'r', 'r9k', 'pol', 'soc']]
@app.route('/')
def index():
if analyticsEnabled:
debris versus clean area
batch
Create a list that groups the fits files by date.
Run LINT on pre-grouped (by date) fits files.
Plot the debris accumulation over time as: scatter plot
To do:
-add logger
-add help command in optional arguments
-check to see if dependencies are installed
-add Try command for errors
-mask bad pixel columns
-test installation code
------------------------------------------------------------------------------------------------------------------------------
This research makes use of:
-Astropy, a community-developed core Python package for Astronomy (Astropy Collaboration, 2013).
-Bertin, E. & Arnouts, S. 1996: SExtractor: Software for source extraction, Astronomy & Astrophysics Supplement 317, 393
-PyDev for Eclipse 4.5.5.201603221110 org.python.pydev.feature.feature.group Fabio Zadrozny
-Hunter, J. D. Matplotlib: A 2D graphics environment. 2007
'''
# Import #######################################################################################
from loadConfig import loadConfig
from batch import timePlot
################################################################################################
if __name__ == '__main__':
#Load dictionary of user inputs (from LINT.config using loadConfig()) and begin processing. Using loadConfig to load variables from LINT.config into dictonary.
timePlot(loadConfig())
