def load_from_pa(self, pa):
from app.settings import alg_win
wins = []
for f in pa.alg['fkeys']:
wins.append(alg_win[f])
win_data = ''
for win in wins:
win_data += self.WinSetting(**win).pack()
self.enable = pa.enabled,
self.mu_factor = sensitivitycompound(pa.digitalzoom),
self.mode = pa.alg['mode'],
self.win_size = len(wins),
self.data = win_data
def load_from_pa(self, pa):
self.enable = pa.enabled
self.mu_factor = sensitivitycompound(pa.digitalzoom)
self.mode = pa.alg['mode']
# pre_process_mode = 1
# photoelectron_valuee = 1
from app.settings import alg_win
windows = []
for f in pa.alg['fkeys']:
windows.append(alg_win[f])
self.win_size = 4
self.defence_start = pa.alg['defence_start']
self.defence_end = pa.alg['defence_end']
work_mode = 1
if pa.alg['alarm_workmode'] == u'ifpms_adaptation':
work_mode = 0
elif pa.alg['alarm_workmode'] == u'ifpms_normal':
work_mode = 1
elif pa.alg['alarm_workmode'] == u'ifpms_dector':
work_mode = 2
elif pa.alg['alarm_workmode'] == u'ifpms_meansquare':
work_mode = 3
# 下位机标准周界对应第一个窗口，自适应对应第二个窗口
if work_mode == 0 or work_mode == 2:
setattr(self, 'begin2', windows[0]['begin'])
setattr(self, 'end2', windows[0]['end'])
setattr(self, 'noise2', windows[0]['noise'])
if work_mode == 1:
setattr(self, 'begin1', windows[0]['begin'])
setattr(self, 'end1', windows[0]['end'])
setattr(self, 'noise1', windows[0]['noise'])
if work_mode == 3: # 下位机低频窗口noise由0变成5，高频窗口noise由0变成1，高频窗口
setattr(self, 'begin3', windows[0]['begin'])
setattr(self, 'end3', windows[0]['end'])
setattr(self, 'noise3', windows[0]['noise'] + 5)
setattr(self, 'begin4', windows[1]['begin'])
setattr(self, 'end4', windows[1]['end'])
setattr(self, 'noise4', windows[1]['noise'] + 1)
self.work_mode = work_mode
self.sensitivity = pa.alg[pa.alg['alarm_workmode']][0]['sensitivity']
self.response_time = pa.alg[pa.alg['alarm_workmode']][0]['responsetime']
self.noise_immunity = pa.alg[pa.alg['alarm_workmode']][0]['ratio']
