def leglab(title, word, colvals, colnam):
"""
make labels for the colormaps
"""
axis("off")
x0 = -2.7
dx = 2.9
xw = 0.7
xo = 0.8
y0 = -1.74
dy = -0.1
yw = 0.1
yo = 0.02
i = -1
for ix in range(2):
for iy in range(3):
i=i+1
ll = [x0+ix*dx, y0+iy*dy]
ur = [x0+ix*dx+xw, y0+iy*dy+yw]
legbox(ll, ur, colnam[i+1])
if i<len(colvals)-1:
string = " " + str(colvals[i]+1) + "-" + str(colvals[i+1]) + " " + word
else:
string = " >" + str(colvals[i]) + " " + word
text(ll[0]+xo,ll[1]+yo, string, smallfont, horizontalalignment='left', color=colnam[i+1])
text(0.0,-1.6,title, bigfont, horizontalalignment='center', color=WHITE)
axis([-3,3,-2.1,-1.55])
return
def infoWrite(sessionID, numfields, nums):
"""
add various information to the bottom of the plot
"""
axis("off")
text(1.0,-0.6,socket.gethostname(),bigfont,horizontalalignment='right', color=WHITE)
# Get a connection to the DB
connection = openConnection ()
cursor = connection.cursor ()
sql = 'SELECT completion from SeqHistory where completion>.1 and sessionID = %d' % (sessionID)
# Fetch the data from the DB
sys.stderr.write ('Fetching data from the DB...\n')
try:
n = cursor.execute (sql)
except:
sys.stderr.write('Unable to execute SQL query (%s).' % (sql) )
try:
resObs = cursor.fetchall ()
except:
resObs = None
numseq = len(resObs)
string = "%d NEA sequences completed" % len(resObs)
text(0.6,0.0,string,bigfont,horizontalalignment='left', color=WHITE)
string = "%d fields observed" % numfields
text(0.0,0.0,string,bigfont,horizontalalignment='left', color=WHITE)
string = "%d r observations" % nums[0]
text(0.0,-0.3,string,smallfont,horizontalalignment='left', color=WHITE)
string = "%d g observations" % nums[1]
text(0.0,-0.45,string,smallfont,horizontalalignment='left', color=WHITE)
string = "%d i observations" % nums[2]
text(0.0,-0.6,string,smallfont,horizontalalignment='left', color=WHITE)
string = "%d z observations" % nums[3]
text(0.3,-0.3,string,smallfont,horizontalalignment='left', color=WHITE)
string = "%d y observations" % nums[4]
text(0.3,-0.45,string,smallfont,horizontalalignment='left', color=WHITE)
axis([0,1,0,1])
return
def leglab(title, word, colvals, colnam):
"""
make labels for the colormaps
"""
axis("off")
x0 = -2.7
dx = 2.9
xw = 0.7
xo = 0.8
y0 = -1.74
dy = -0.1
yw = 0.1
yo = 0.02
i = -1
for ix in range(2):
for iy in range(3):
i = i + 1
ll = [x0 + ix * dx, y0 + iy * dy]
ur = [x0 + ix * dx + xw, y0 + iy * dy + yw]
legbox(ll, ur, colnam[i + 1])
if i < len(colvals) - 1:
string = " " + str(colvals[i] + 1) + "-" + str(
colvals[i + 1]) + " " + word
else:
string = " >" + str(colvals[i]) + " " + word
text(ll[0] + xo,
ll[1] + yo,
string,
smallfont,
horizontalalignment='left',
color=colnam[i + 1])
text(0.0, -1.6, title, bigfont, horizontalalignment='center', color=WHITE)
axis([-3, 3, -2.1, -1.55])
return
def plotPanel(RA, Dec, nvisits, label, colvals, colnam):
"""
Plot a panel of visit data
"""
circlesize = 2
r = RA[:]
d = Dec[:]
n = nvisits[:]
r = r * 15.0
# sort arrays
ind = argsort(n)
r = take(r, ind)
d = take(d, ind)
n = take(n, ind)
r = where(r > 180.0, r - 360.0, r)
axis("off")
if label == "nea":
aitoff_e()
else:
aitoff()
cols = setcolors(n, colvals, colnam)
docir(r, d, circlesize, n, cols)
if label == "nea":
label = "NEA Sequences"
else:
label = "WL Fields: " + label
text(0, 1.51, label, bigfont, horizontalalignment='center')
axis([-3, 3, -1.5, 1.5])
return
def plotPanel(RA, Dec, nvisits, label, colvals, colnam):
"""
Plot a panel of visit data
"""
circlesize = 2
r = RA[:]
d = Dec[:]
n = nvisits[:]
r = r*15.0
# sort arrays
ind = argsort(n)
r = take(r,ind)
d = take(d,ind)
n = take(n,ind)
r = where(r>180.0,r-360.0,r)
axis("off")
if label == "nea":
aitoff_e()
else:
aitoff()
cols = setcolors(n, colvals, colnam)
docir(r, d, circlesize, n, cols)
if label == "nea":
label = "NEA Sequences"
else:
label = "WL Fields: "+ label
text(0, 1.51, label, bigfont, horizontalalignment='center')
axis([-3,3,-1.5,1.5])
return
def infoWrite(sessionID, numfields, nums):
"""
add various information to the bottom of the plot
"""
axis("off")
text(1.0,
-0.6,
socket.gethostname(),
bigfont,
horizontalalignment='right',
color=WHITE)
# Get a connection to the DB
connection = openConnection()
cursor = connection.cursor()
sql = 'SELECT completion from SeqHistory where completion>.1 and sessionID = %d' % (
sessionID)
# Fetch the data from the DB
sys.stderr.write('Fetching data from the DB...\n')
try:
n = cursor.execute(sql)
except:
sys.stderr.write('Unable to execute SQL query (%s).' % (sql))
try:
resObs = cursor.fetchall()
except:
resObs = None
numseq = len(resObs)
string = "%d NEA sequences completed" % len(resObs)
text(0.6, 0.0, string, bigfont, horizontalalignment='left', color=WHITE)
string = "%d fields observed" % numfields
text(0.0, 0.0, string, bigfont, horizontalalignment='left', color=WHITE)
string = "%d r observations" % nums[0]
text(0.0, -0.3, string, smallfont, horizontalalignment='left', color=WHITE)
string = "%d g observations" % nums[1]
text(0.0,
-0.45,
string,
smallfont,
horizontalalignment='left',
color=WHITE)
string = "%d i observations" % nums[2]
text(0.0, -0.6, string, smallfont, horizontalalignment='left', color=WHITE)
string = "%d z observations" % nums[3]
text(0.3, -0.3, string, smallfont, horizontalalignment='left', color=WHITE)
string = "%d y observations" % nums[4]
text(0.3,
-0.45,
string,
smallfont,
horizontalalignment='left',
color=WHITE)
axis([0, 1, 0, 1])
return
