def do_rot(transfer=False):
ngc6633 = OpenCluster(objectname='NGC 6633',
uname='NGC 6633 rot',
obsmode='rot')
ngc6633.title = 'SOCS'
ngc6633.abstract = 'Photometric monitoring of open stellar clusters'
ngc6633_subframes = ngc6633.plan_wifsip(nfields=4)
import matplotlib.pyplot as plt
fig = plt.figure()
ax = fig.add_subplot(111)
ax.set_aspect(1.)
for sf in ngc6633_subframes:
print sf.uname
sf.plot(ax)
sf.tycho()
sf.tofile(config.projectpath + 'submit/')
if transfer:
sf.transfer()
xmin, xmax = plt.xlim()
plt.xlim(xmax, xmin)
#plt.show()
plt.savefig(config.plotpath + 'ngc6633submit.pdf')
plt.close()
def do_cmd(transfer=False):
m48 = OpenCluster(objectname='M 48',
uname='M 48 BVR',
obsmode='BVR')
m48.title = 'SOCS'
m48.abstract = 'Photometric monitoring of open stellar clusters'
m48_subframes = m48.plan_wifsip(nfields=5)
for sf in m48_subframes:
print sf.uname
sf.tofile(config.projectpath)
if transfer: sf.transfer()
def do_phot(transfer=False):
ngc2281phot = OpenCluster(objectname='NGC 2281', obsmode='UBVRI')
ngc2281phot.title = 'SOCS'
ngc2281phot.startdate = datetime.datetime(2017, 4, 26)
ngc2281phot.enddate = datetime.datetime(2017, 5, 13)
ngc2281phot.abstract = 'Photometric monitoring of open stellar clusters'
ngc2281phot_subframes = ngc2281phot.plan_wifsip(nfields=5)
for sf in ngc2281phot_subframes:
print sf.uname, sf.duration
sf.tofile(config.projectpath)
if transfer:
sf.transfer()
def do_cmd(self):
obs_cmd = OpenCluster(self.objectname, obsmode='BVR')
obs_cmd.title = 'SOCS'
obs_cmd.abstract = 'Photometric monitoring of open stellar clusters'
obs_cmd_subframes = obs_cmd.plan_wifsip(self.nfields)
obs_cmd_group = ClusterGroup(obs_cmd)
for sf in obs_cmd_subframes:
print(sf.uname)
sf.tofile(self.projectpath)
obs_cmd_group.add_daughter(sf.uname)
if self.transfer: sf.transfer()
obs_cmd_group.tofile(self.projectpath)
if self.transfer:
obs_cmd_group.transfer(self.projectpath)
def do_cmd(transfer=False):
m67cmd = OpenCluster(objectname='M 67', uname='M 67 BVR', obsmode='BVR')
m67cmd.title = 'SOCS'
m67cmd.abstract = 'Photometric monitoring of open stellar clusters'
m67cmd_subframes = m67cmd.plan_wifsip(nfields=5)
m67cmd_group = ClusterGroup(m67cmd)
for sf in m67cmd_subframes:
print(sf.uname)
sf.tofile(config.projectpath)
m67cmd_group.add_daughter(sf.uname)
if transfer: sf.transfer()
m67cmd_group.tofile(config.projectpath)
if transfer:
m67cmd_group.transfer()
def do_cmd(transfer=False):
ngc2422cmd = OpenCluster(objectname='NGC 2422',
uname='NGC 2422 BVR',
obsmode='BVR')
ngc2422cmd.title = 'SOCS'
ngc2422cmd.abstract = 'Photometric monitoring of open stellar clusters'
ngc2422cmd_subframes = ngc2422cmd.plan_wifsip(nfields=5)
ngc2422cmd_group = ClusterGroup(ngc2422cmd)
for sf in ngc2422cmd_subframes:
print sf.uname
sf.tofile(config.projectpath)
ngc2422cmd_group.add_daughter(sf.uname)
if transfer: sf.transfer()
ngc2422cmd_group.tofile(config.projectpath)
if transfer:
ngc2422cmd_group.transfer(config.projectpath)
def do_frot(transfer=False):
ngc6940frot = OpenCluster(objectname='NGC 6940', obsmode='frot')
ngc6940frot.mode['pernight'] = 6
ngc6940frot.title = 'SOCS'
ngc6940frot.abstract = 'Photometric monitoring of open stellar clusters'
ngc6940frot_subframes = ngc6940frot.plan_wifsip(nfields=4)
ngc6940frot_group = ClusterGroup(ngc6940frot)
for sf in ngc6940frot_subframes:
print(sf.uname, sf.duration)
sf.tofile(config.projectpath)
ngc6940frot_group.add_daughter(sf.uname)
if transfer:
sf.transfer()
ngc6940frot_group.tofile(config.projectpath)
if transfer:
ngc6940frot_group.transfer()
def do_cmd(transfer=False):
ngc1528cmd = OpenCluster(objectname='NGC 1528', obsmode='BVR')
ngc1528cmd.title = 'SOCS'
ngc1528cmd.abstract = 'Photometric monitoring of open stellar clusters'
ngc1528cmd.startdate = datetime.datetime(2017, 9, 30)
ngc1528cmd.enddate = datetime.datetime(2017, 10, 20)
ngc1528cmd_subframes = ngc1528cmd.plan_wifsip(nfields=5)
ngc1528cmd_group = ClusterGroup(ngc1528cmd)
for sf in ngc1528cmd_subframes:
print(sf.uname)
sf.tofile(config.projectpath)
ngc1528cmd_group.add_daughter(sf.uname)
if transfer:
sf.transfer()
ngc1528cmd_group.tofile(config.projectpath)
if transfer:
ngc1528cmd_group.transfer()
def do_rot(self):
obs_rot = OpenCluster(self.objectname, obsmode='rot')
obs_rot.title = 'SOCS'
obs_rot.abstract = 'Photometric monitoring of open stellar clusters'
# we do not need a central field
rotfields = self.nfields
if self.nfields == 5:
rotfields = 4
obs_rot_subframes = obs_rot.plan_wifsip(rotfields)
obs_rot_group = ClusterGroup(obs_rot)
for sf in obs_rot_subframes:
print(sf.uname)
sf.tofile(self.projectpath)
obs_rot_group.add_daughter(sf.uname)
if self.transfer: sf.transfer()
obs_rot_group.tofile(self.projectpath)
if self.transfer:
obs_rot_group.transfer(self.projectpath)
def do_rot(transfer=False):
ngc2281rot = OpenCluster(objectname='NGC 2281',
uname='NGC 2281 rot',
obsmode='rot')
ngc2281rot.title = 'SOCS'
ngc2281rot.abstract = 'Photometric monitoring of open stellar clusters'
ngc2281rot_subframes = ngc2281rot.plan_wifsip(nfields=4)
ngc2281rot_group = ClusterGroup(ngc2281rot)
ngc2281rot_group.startdate = datetime.datetime(2016, 8, 20)
ngc2281rot_group.enddate = datetime.datetime(2017, 5, 13)
for sf in ngc2281rot_subframes:
print sf.uname, sf.duration
sf.tofile(config.projectpath)
ngc2281rot_group.add_daughter(sf.uname)
if transfer:
sf.transfer()
ngc2281rot_group.tofile(config.projectpath)
if transfer:
ngc2281rot_group.transfer()
def do_rot(transfer=False):
ngc2422rot = OpenCluster(objectname='NGC 2422',
uname='NGC 2422 rot',
obsmode='rot')
'''
override priority, so it doesn't overrule ngc2323
'''
ngc2422rot.priority = 0.8
ngc2422rot.title = 'SOCS'
ngc2422rot.abstract = 'Photometric monitoring of open stellar clusters'
ngc2422rot_subframes = ngc2422rot.plan_wifsip(nfields=4)
ngc2422rot_group = ClusterGroup(ngc2422rot)
for sf in ngc2422rot_subframes:
print sf.uname
sf.tofile(config.projectpath)
ngc2422rot_group.add_daughter(sf.uname)
if transfer: sf.transfer()
ngc2422rot_group.tofile(config.projectpath)
if transfer:
ngc2422rot_group.transfer()
def do_rot(transfer=False):
import datetime
ngc6940rot = OpenCluster(objectname='NGC 6940', obsmode='rot')
ngc6940rot.priority = 0.5
ngc6940rot.mode['pernight'] = 6
ngc6940rot.title = 'SOCS'
ngc6940rot.abstract = 'Photometric monitoring of open stellar clusters'
ngc6940rot_subframes = ngc6940rot.plan_wifsip(nfields=4)
ngc6940rot_group = ClusterGroup(ngc6940rot)
ngc6940rot_group.startdate = datetime.datetime(2017, 4, 15)
ngc6940rot_group.enddate = datetime.datetime(2017, 12, 29)
for sf in ngc6940rot_subframes:
print(sf.uname, sf.duration)
sf.tofile(config.projectpath)
ngc6940rot_group.add_daughter(sf.uname)
if transfer:
sf.transfer()
ngc6940rot_group.tofile(config.projectpath)
if transfer:
ngc6940rot_group.transfer()
Created on Apr 12, 2013
@author: jwe <*****@*****.**>
'''
if __name__ == '__main__':
import matplotlib
matplotlib.use('WXAgg')
from opencluster import OpenCluster
import time
ngc6819 = OpenCluster(objectname='NGC 6819',
uname='NGC6819 BV',
obsmode='bvsl20')
ngc6819.title = 'SOCS'
ngc6819.abstract = 'Photometric monitoring of open stellar clusters'
ngc6819_subframes = ngc6819.plan_wifsip(nfields=5)
import matplotlib.pyplot as plt
fig = plt.figure()
ax = fig.add_subplot(111)
ax.set_aspect(1.)
#ngc6819.mode['timeout'] = 5030000.0 # redoing two fields in BVI
for sf in ngc6819_subframes:
print sf.uname
time.sleep(1) # otherwise submit.jnlp gets confused
print sf.timeout
sf.tofile('/work2/jwe/NGC6819')
sf.transfer()
#sf.plot(ax)