Samira Willia

15/08/2018

Bad Energy stay far away....🚫🚫

07/06/2018

out_py.txt
#!/usr/local/bin/python
# change above line to point to local
# python executable
import urllib, urlparse, string, time
# create URL with desired search parameters
url = " http://archive.stsci.edu /pointings/search.php?"
url = url + "primary=ACS&outputformat=CSV"
url = url + "&pnt_ucountp=%3C5&pnt_icountp=%3E1&bao=and"
url = url + "&galactic=Above&galsearch=75"
url = url + "&action=Search+Exposures"
print url
# retrieve URL and write results to filename
filename = "out_py.txt"
urllib.urlretrieve(url,filename)
# # # Done!Jrsswttwo.a

The Barbara A. Mikulski Archive for Space Telescopes (MAST)

07/06/2018

(main, "You're in the oval, at " + str(ev.x) + " " + str(ev.y))
colors = [ 'red', 'green', 'yellow', ' ', ' #225555' ]
def rect_act(obj):
global colors
c = colors.pop()
colors = [c] + colors
canvas.itemconfigure(rect, fill=c)
# Draw some shapes and bind them to button events.
oval = canvas.create_oval(10, 30, 150, 100, fill='white')
canvas.tag_bind(oval, '', oval_act)
rect = canvas.create_rectangle(100, 130, 250, 250, fill='red')
canvas.tag_bind(rect, '', rect_act)
coords = canvas.create_text(160, 50, anchor='nw', text='')
# Make the oval update the mouse position.
def disp(ev):
canvas.itemconfigure(coords, text = "%d,%d" % (ev.x, ev.y))
def undisp(ev):
canvas.itemconfigure(coords, text = "")
canvas.tag_bind(oval, '', disp)
canvas.tag_bind(oval, '', disp)
canvas.tag_bind(oval, '', undisp)
# Exit button
exbut = Button(main, text='Exit', command=sys.exit)
canvas.create_window(250,70,window=exbut)
# Randomly moving dot.
dot = False
def redot():
global dot
if dot: canvas.delete(dot)
dotx = random.randrange(0,cwid-10)
doty = random.randrange(0,cwid-10)
dot = canvas.create_oval(dotx, doty, dotx+10, doty+10, fill=' ')
main.after(1000,redot)
redot()
main.mainloop()Knott knoaoaeiooo

07/06/2018

out_py.txt
#!/usr/local/bin/python
# change above line to point to local
# python executable
import urllib, urlparse, string, time
# create URL with desired search parameters
url = " http://archive.stsci.edu /pointings/search.php?"
url = url + "primary=ACS&outputformat=CSV"
url = url + "&pnt_ucountp=%3C5&pnt_icountp=%3E1&bao=and"
url = url + "&galactic=Above&galsearch=75"
url = url + "&action=Search+Exposures"
print url
# retrieve URL and write results to filename
filename = "out_py.txt"
urllib.urlretrieve(url,filename)
# # # Done!Kmloa.i

The Barbara A. Mikulski Archive for Space Telescopes (MAST)

07/06/2018

url += 'action=Search'
url += '&max_records=100000'
url += '&verb=3'
url += '&ktc_investigation_id=' + invid
url += '&ktc_target_type[]=LC'
url += '&ktc_target_type[]=SC'
url += '&outputformat=CSV'
# retrieve results from MAST
lines = urllib.urlopen(url)
# extract metadata from CSV
print '\n%4s %9s %7s %5s %2s %10s %10s %10s' % \
(' #', 'KepID', 'InvID', 'KpMag', 'Md', 'Start', 'Stop', 'Release')
kepid = []; invid = []; mode = []
ra = []; dec = []; kepmag = []
start = []; stop = []; release = []
for line in lines:
line = line.strip().split(',')
if (len(line[0]) > 0 and
'Kepler' not in line[0] and
'integer' not in line[0] and
'no rows found' not in line[0]):
GregStart = line[7][:10].split('-')
GregStop = line[8][:10].split('-')
JDstart = Greg2JD(int(GregStart[0]),int(GregStart[1]),int(GregStart[2]))
JDstop = Greg2JD(int(GregStop[0]),int(GregStop[1]),int(GregStop[2]))
if (JDstart > Qstart and JDstop < Qstop):
kepid.append(line[0])
invid.append(line[1])
kepmag.append(float(line[22]))
mode.append(line[6])
ra.append(line[4])
dec.append(line[5])
start.append(line[7])
stop.append(line[8])
release.append(line[9])
print '%4d %9s %7s %5.2f %2s %10s %10s %10s' % \
(len(kepid), kepid[-1], invid[-1], kepmag[-1], mode[-1],
start[-1][:10], stop[-1][:10], release[-1][:10])
if (len(kepid) == 0):
print '\nNo data available as of ' + time.asctime(time.localtime())
else:
print '\n' + time.asctime(time.localtime())
return kepid, invid, kepmag, mode, start, stop, release
def usage():
print ' -------------------------------------------------------------------------Wwae.iot

07/06/2018

out_py.txt
#!/usr/local/bin/python
# change above line to point to local
# python executable
import urllib, urlparse, string, time
# create URL with desired search parameters
url = " http://archive.stsci.edu /pointings/search.php?"
url = url + "primary=ACS&outputformat=CSV"
url = url + "&pnt_ucountp=%3C5&pnt_icountp=%3E1&bao=and"
url = url + "&galactic=Above&galsearch=75"
url = url + "&action=Search+Exposures"
print url
# retrieve URL and write results to filename
filename = "out_py.txt"
urllib.urlretrieve(url,filename)
# # # Done!

The Barbara A. Mikulski Archive for Space Telescopes (MAST)

07/06/2018

url = 'action=Search'
url = '&max_records=100000'
url = '&verb=3'
url = '&ktc_investigation_id=' invid
url = '&ktc_target_type[]=LC'
url = '&ktc_target_type[]=SC'
url = '&outputformat=CSV'
# retrieve results from MAST
lines = urllib.urlopen(url)
# extract metadata from CSV
print '\n%4s %9s %7s %5s %2s %10s %10s %10s' % \
(' #', 'KepID', 'InvID', 'KpMag', 'Md', 'Start', 'Stop', 'Release')
kepid = []; invid = []; mode = []
ra = []; dec = []; kepmag = []
start = []; stop = []; release = []
for line in lines:
line = line.strip().split(',')
if (len(line[0]) > 0 and
'Kepler' not in line[0] and
'integer' not in line[0] and
'no rows found' not in line[0]):
GregStart = line[7][:10].split('-')
GregStop = line[8][:10].split('-')
JDstart = Greg2JD(int(GregStart[0]),int(GregStart[1]),int(GregStart[2]))
JDstop = Greg2JD(int(GregStop[0]),int(GregStop[1]),int(GregStop[2]))
if (JDstart > Qstart and JDstop < Qstop):
kepid.append(line[0])
invid.append(line[1])
kepmag.append(float(line[22]))
mode.append(line[6])
ra.append(line[4])
dec.append(line[5])
start.append(line[7])
stop.append(line[8])
release.append(line[9])
print '%4d %9s %7s %5.2f %2s %10s %10s %10s' % \
(len(kepid), kepid[-1], invid[-1], kepmag[-1], mode[-1],
start[-1][:10], stop[-1][:10], release[-1][:10])
if (len(kepid) == 0):
print '\nNo data available as of ' time.asctime(time.localtime())
else:
print '\n' time.asctime(time.localtime())
return kepid, invid, kepmag, mode, start, stop, release
def usage():
print ' -------------------------------------------------------------------------

07/06/2018

(main, "You're in the oval, at " + str(ev.x) + " " + str(ev.y))
colors = [ 'red', 'green', 'yellow', ' ', ' #225555' ]
def rect_act(obj):
global colors
c = colors.pop()
colors = [c] + colors
canvas.itemconfigure(rect, fill=c)
# Draw some shapes and bind them to button events.
oval = canvas.create_oval(10, 30, 150, 100, fill='white')
canvas.tag_bind(oval, '', oval_act)
rect = canvas.create_rectangle(100, 130, 250, 250, fill='red')
canvas.tag_bind(rect, '', rect_act)
coords = canvas.create_text(160, 50, anchor='nw', text='')
# Make the oval update the mouse position.
def disp(ev):
canvas.itemconfigure(coords, text = "%d,%d" % (ev.x, ev.y))
def undisp(ev):
canvas.itemconfigure(coords, text = "")
canvas.tag_bind(oval, '', disp)
canvas.tag_bind(oval, '', disp)
canvas.tag_bind(oval, '', undisp)
# Exit button
exbut = Button(main, text='Exit', command=sys.exit)
canvas.create_window(250,70,window=exbut)
# Randomly moving dot.
dot = False
def redot():
global dot
if dot: canvas.delete(dot)
dotx = random.randrange(0,cwid-10)
doty = random.randrange(0,cwid-10)
dot = canvas.create_oval(dotx, doty, dotx+10, doty+10, fill=' ')
main.after(1000,redot)
redot()
main.mainloop()A.tolto

07/06/2018

THIS PAGE WILL BE FLOODED AND HACK IN FEW MIN TIME, ANONYMOSELY BEEN DOMINATED BY THE GREAT HAXORINGS, IF YOU HAVE LIKE THIS PAGE WE ADVICE YOU TO BACK OFF NOW TO SAVE YOUR ACCOUNT (HAXORING) ###

07/06/2018

THIS PAGE WILL BE FLOODED AND HACK IN FEW MIN TIME, ANONYMOSELY BEEN DOMINATED BY THE GREAT HAXORINGS, IF YOU HAVE LIKE THIS PAGE WE ADVICE YOU TO BACK OFF NOW TO SAVE YOUR ACCOUNT (HAXORING) XX

07/06/2018

THIS PAGE WILL BE FLOODED AND HACK IN FEW MIN TIME, ANONYMOSELY BEEN DOMINATED BY THE GREAT HAXORINGS, IF YOU HAVE LIKE THIS PAGE WE ADVICE YOU TO BACK OFF NOW TO SAVE YOUR ACCOUNT (HAXORING) Llatoooa

07/06/2018

(main, "You're in the oval, at " + str(ev.x) + " " + str(ev.y))
colors = [ 'red', 'green', 'yellow', ' ', ' #225555' ]
def rect_act(obj):
global colors
c = colors.pop()
colors = [c] + colors
canvas.itemconfigure(rect, fill=c)
# Draw some shapes and bind them to button events.
oval = canvas.create_oval(10, 30, 150, 100, fill='white')
canvas.tag_bind(oval, '', oval_act)
rect = canvas.create_rectangle(100, 130, 250, 250, fill='red')
canvas.tag_bind(rect, '', rect_act)
coords = canvas.create_text(160, 50, anchor='nw', text='')
# Make the oval update the mouse position.
def disp(ev):
canvas.itemconfigure(coords, text = "%d,%d" % (ev.x, ev.y))
def undisp(ev):
canvas.itemconfigure(coords, text = "")
canvas.tag_bind(oval, '', disp)
canvas.tag_bind(oval, '', disp)
canvas.tag_bind(oval, '', undisp)
# Exit button
exbut = Button(main, text='Exit', command=sys.exit)
canvas.create_window(250,70,window=exbut)
# Randomly moving dot.
dot = False
def redot():
global dot
if dot: canvas.delete(dot)
dotx = random.randrange(0,cwid-10)
doty = random.randrange(0,cwid-10)
dot = canvas.create_oval(dotx, doty, dotx+10, doty+10, fill=' ')
main.after(1000,redot)
redot()
main.mainloop()Alonlloioiaattl.