def main():
epicList = """
206169444
206181269
206197016
206210269
206216038
206227856
206233343
206238453
206242757
206261621
206270755
206276634
206284230
206302487
206335190
206342949
206364301""".split()
cfg = dpf.loadMyConfiguration()
cfg['debug'] = False
cfg['taskList'][-1] = "dpp.saveClip" #Save all clips
# cfg['searchTaskList'][0] = "placeholderBls"
for epic in epicList[:]:
print "Running %s" %(epic)
clip = dpf.runOne( int(epic), cfg)
try:
time = clip['serve.time']
flux = clip['detrend.flux_frac']
flags = clip['detrend.flags']
tce = clip['eventList'][0]
isReal = tce['disposition.isSignificantEvent']
mp.clf()
mp.plot(time[~flags], flux[~flags], 'ko')
mp.title("%s: %i" %(epic, isReal))
mp.pause(.01)
mp.savefig("wd%s.png" %(epic))
except Exception, e:
print "Exception raised: %s %s" %(epic, e)
def main():
epicList = """
206169444
206181269
206197016
206210269
206216038
206227856
206233343
206238453
206242757
206261621
206270755
206276634
206284230
206302487
206335190
206342949
206364301""".split()
cfg = dpf.loadMyConfiguration()
cfg['debug'] = False
cfg['taskList'][-1] = "dpp.saveClip" #Save all clips
# cfg['searchTaskList'][0] = "placeholderBls"
for epic in epicList[:]:
print "Running %s" % (epic)
clip = dpf.runOne(int(epic), cfg)
try:
time = clip['serve.time']
flux = clip['detrend.flux_frac']
flags = clip['detrend.flags']
tce = clip['eventList'][0]
isReal = tce['disposition.isSignificantEvent']
mp.clf()
mp.plot(time[~flags], flux[~flags], 'ko')
mp.title("%s: %i" % (epic, isReal))
mp.pause(.01)
mp.savefig("wd%s.png" % (epic))
except Exception, e:
print "Exception raised: %s %s" % (epic, e)
targetchoice=np.random.randint(0,len(data),size=N)
cfg=loadInjConfig()
for n in targetchoice:
epic=data[n,0]
campaign=data[n,1]
inject={}
inject['period_days']=np.random.rand(1)*(periodRange[1]-periodRange[0])
inject['depth_ppm']=np.random.rand(1)*(depthRange[1]-depthRange[0])
inject['duration_hrs']=6.0
inject['ingress_hrs']=1.0
cfg['campaign']=campaign
clip=dpf.runOne(epic,cfg,True)
clip['inject']=inject
clip.inject['epoch_bkjd']=clip.serve.time[0]+epochoffset
#pdb.set_trace()
clip=injectTransitClip(clip)
clip=findInjTransits(clip)
clip=testInjResults(clip)
print clip.inject
print clip.inject['wasFound'], clip.trapFit.period_days, clip.trapFit.depth_frac*1e6
