def OnInit( self ):
self.drawCapture = 0
self.capturedImage = ()
self.useStringDraw = 0
self.reverseShape = 0
self.capturedImageFormat = GL_RGB
self.planRot = 0;
self.frameIter = 0;
self.iter = 0
self.strPos = 0
self.newSystemTime = 45
self.systemIterator = 0
self.uniqueIDs = []
self.whichSTR = 0
glutReshapeWindow( 1400, 850)
glutPositionWindow( 0, 0 )
glutFullScreen( )
self.time = Timer( duration = 60.0, repeating = 1 )
self.time.addEventHandler( "fraction", self.OnTimerFraction )
self.time.register (self)
self.time.start ()
#self.updater = Timer(duration = 61, repeating = 1)
#self.updater.addEventHandler("cycle", self.updateFromSQL )
#self.updater.register(self)
#self.updater.start ()
self.rot = 0
self.offset = 3
#dragging flag
self.startDrag = 0
#holder for last detail rendered planet
self.lastDetail = ()
#make some random planets and systems
#self.universe = universe.Universe()
self.addEventHandler( 'keypress', name='s', function=self.OnSave )
#get fonts
providers = fontprovider.getProviders( 'solid' )
if not providers:
raise ImportError( """NONONO solid font providers registered! Demo won't function properly!""" )
registry = self.getTTFFiles()
styles = []
for font in registry.familyMembers( 'SANS' ):
names = registry.fontMembers( font, 400, 0)
for name in names:
styles.append( fontstyle3d.FontStyle3D(
family = [name],
size = .06,
justify = "LEFT",
thickness = .02,
quality = 3,
renderSides = 1,
renderFront = 1,
renderBack = 1,
))
self.styles = styles
#render all ascii
self.ascii = []
asciiNum = 32
while asciiNum<128:
self.ascii.append( basenodes.Text( fontStyle=self.styles[0], string=chr(asciiNum) ) )
asciiNum += 1
#### Starting SQL Integration Here
self.universe = universe.Universe()
numSys = 1
self.universe.addSys(self.systemIterator)
conn = MySQLdb.connect( host = "ec2-75-101-245-127.compute-1.amazonaws.com",
user = "******",
passwd = "ohhai",
db = "wikihole")
self.stringArray = []
cursor = conn.cursor()
cursor.execute( "SELECT * FROM history")
self.planetMoons = list();
offsetset = 0
while (1):
row = cursor.fetchone()
if row == None:
break
print "%s\t%s\t%s" % (row[0], row[2], row[1])
if(not offsetset):
self.offset = row[0]
offsetset = 1
lastTime = "%s" % row[2]
thisTime = "%s" % row[2]
else:
lastTime = thisTime
thisTime = "%s" % row[2]
if( not gethistory.timeDiff(lastTime, thisTime, self.newSystemTime) ):
self.systemIterator = self.systemIterator + 1
self.universe.addSys(self.systemIterator)
print "MADE NEW SYSTEM"
#print lastTime
#print thisTime
url = row[1]
self.uniqueIDs.append(row[0])
imageurls = gethistory.getImageUrls(url)
#make geometry array for description
geom = []
gNum = 0
descripStr = gethistory.getDescription(url)
while gNum<200:
strr = descripStr[ gNum ] #self.bigString[ gNum ]
asciiNumber = ord( strr )-32
if( not asciiNumber>=0 or not asciiNumber<=95 ):
asciiNumber = 0
print "OUTOFBOUNDS"
geom.append( self.ascii[ asciiNumber ] )
gNum += 1
if( self.whichSTR == 0):
self.whichSTR = 1
else:
self.whichSTR = 0
print self.whichSTR
#render font geom for title
names = url.split('/')
wikititle = names[len(names) - 1]
wikititle = wikititle.replace('_', ' ')
self.stringArray.append(wikititle)
title = basenodes.Text( fontStyle=self.styles[0], string=wikititle )
#get list of image urls for planet moons
fileList = list()
for image in imageurls:
linetoExec = "wget " + image
fullpath = image.split('/')
existsOrNot = os.path.exists( fullpath[len(fullpath) - 1] )
if(existsOrNot):
fileList.append( fullpath[len(fullpath) - 1] )
else:
fileList.append( fullpath[len(fullpath) - 1] )
os.system(linetoExec) #uncomment this before real runs
#self.planetMoons.append(fileList)
####
#FINALLY add the planet to the current solar system
self.universe.addPlanet(row[0], len(imageurls), title, geom, fileList)
"""Setup callbacks and build geometry for rendering"""
#on mouse down
self.addEventHandler( "mousebutton", button = 0, state=1, function = self.mouseDown )
#on mouse up
self.addEventHandler( "mousebutton", button = 0, state = 0, function = self.mouseUp )
glutinteractivecontext.GLUTInteractiveContext.setupDefaultEventCallbacks(self)
self.initialPosition = ( 0,0,20 )
self.STEPDISTANCE = 5.0
self.newPos = self.initialPosition
self.goTo = 0
def updateFromSQL(self):
print "ACTUALLY CALLED updateFromSQL!!! wohoo!!!\n"
largestRecord = -12
for ident in self.uniqueIDs:
if(ident > largestRecord):
largestRecord = ident
conn = MySQLdb.connect( host = "ec2-75-101-245-127.compute-1.amazonaws.com",
user = "******",
passwd = "ohhai",
db = "wikihole")
cursor = conn.cursor()
cursor.execute("SELECT * FROM history WHERE id = %d" % largestRecord)
row = cursor.fetchone()
lastHighest = "%s" % row[2]
cursor = conn.cursor()
cursor.execute( "SELECT * FROM history WHERE id > %d" % largestRecord)
print "checking for records larger than %d" % largestRecord
first = 1
while (1):
row = cursor.fetchone()
if row == None:
break
print "%s\t%s\t%s" % (row[0], row[2], row[1])
if(first):
lastTime = lastHighest
thisTime = "%s" % row[2]
first = 0
else:
lastTime = thisTime
thisTime = "%s" % row[2]
if( not gethistory.timeDiff(lastTime, thisTime, self.newSystemTime) ):
self.systemIterator = self.systemIterator + 1
self.universe.addSys(self.systemIterator)
print "MADE NEW SYSTEM"
#print lastTime
#print thisTime
url = row[1]
self.uniqueIDs.append(row[0])
imageurls = gethistory.getImageUrls(url)
#render font geom for title
names = url.split('/')
wikititle = names[len(names) - 1]
wikititle = wikititle.replace('_', ' ')
self.stringArray.append(wikititle)
title = basenodes.Text( fontStyle=self.styles[0], string=wikititle )
#make geometry array for description
geom = []
gNum = 0
descripStr = gethistory.getDescription(url)
while gNum<200:
strr = descripStr[ gNum ] #self.bigString[ gNum ]
asciiNumber = ord( strr )-32
if( not asciiNumber>=0 or not asciiNumber<=95 ):
asciiNumber = 0
print "OUTOFBOUNDS"
geom.append( self.ascii[ asciiNumber ] )
gNum += 1
fileList = list()
#do this stuff in a thread
for image in imageurls:
linetoExec = "wget " + image
fullpath = image.split('/')
fileList.append( fullpath[len(fullpath) - 1] )
os.system(linetoExec) #uncomment this before real runs
self.planetMoons.append(fileList)
#self.universe.addPlanet(row[0], len(imageurls))
self.universe.addPlanet(row[0], len(imageurls), title, geom, fileList)
names = url.split('/')
wikititle = names[len(names) - 1]
wikititle = wikititle.replace('_', ' ')
self.stringArray.append(wikititle)