def getDomePosition(self):
cur, task = self._position.getDomePosition()
cur = str(getDegrees(cur))
task = str(getDegrees(task))
print(cur,task)
pos = dict()
pos['cur'] = cur.split(':')[0]+':'+cur.split(':')[1]
pos['task'] = task.split(':')[0]+':'+task.split(':')[1]
return pos
def _incrementDec(self, dec, speed, sign):
dec = astronomy.getDegrees(dec)
if speed == 1:
dec = astronomy.getDegrees(dec + astronomy.DEC_SECOND * sign)
if speed == 2:
dec = astronomy.getDegrees(dec + astronomy.DEC_MINUTE * sign)
if speed == 3:
dec = astronomy.getDegrees(dec + astronomy.DEC_DEGREE * sign)
if dec > astronomy.normDec(dec) or dec < astronomy.normDec(dec):
dec = astronomy.normDec(dec)
return str(dec)
def readLog(self, starName=None, startDate=None, endDate=None):
""" Read log, result can be filtered by star name or logging period """
select = "SELECT l.`id`,l.`time`, s.`name`, s.`ra`,s.`dec`, m.`text`, l.`ra`, l.`dec`, l.`altitude`, l.`focus`, l.`temp_in`, l.`temp_out`, l.`status` FROM `log` l LEFT JOIN `star` s ON l.star_id=s.id LEFT JOIN `message` m ON l.msg_id=m.id"
condition = self.conditionConstruct(starName, startDate, endDate)
rows = self.selectAll(select, where=condition)
list = []
for row in rows:
data = dict()
data['id'] = row[0]
data['time'] = time.ctime(int(row[1]))
data['name'] = row[2]
data['sRa'], data['sDec'] = astronomy.rad2str(row[3], row[4])
data['msg'] = row[5]
data['ra'], data['dec'] = astronomy.rad2str(row[6], row[7])
data['alt'] = str(astronomy.getDegrees(row[8]))
data['focus'] = row[9]
data['temp_in'], data['temp_out'] = row[10], row[11]
data['status'] = row[12]
#print('get from DB', data)
list.append(data)
self._log = list
return list