def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
param = param_str.split(',')
self.seconds_count = 0
self.rt_limit = tankcore.expand_to_milliseconds(param[0])
self.frac = param[1][:-1]
self.seconds_limit = tankcore.expand_to_seconds(param[2])
self.autostop = autostop
self.data = deque()
self.second_window = deque()
self.real_frac = float()
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
param = param_str.split(',')
self.seconds_count = 0
self.rt_limit = tankcore.expand_to_milliseconds(param[0])
self.frac = param[1][:-1]
self.seconds_limit = tankcore.expand_to_seconds(param[2])
self.autostop = autostop
self.data = deque()
self.second_window = deque()
self.real_frac = float()
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
self.seconds_count = 0
self.codes_mask = param_str.split(',')[0].lower()
self.codes_regex = re.compile(self.codes_mask.replace("x", '.'))
self.autostop = autostop
self.tangents = deque()
self.second_window = deque()
self.total_tan = float()
self.tangents.append(0)
self.last = 0
self.seconds_limit = tankcore.expand_to_seconds(param_str.split(',')[1])
self.measurement_error = float()
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
self.autostop = autostop
self.data = deque()
self.second_window = deque()
params = param_str.split(',')
# qunatile in ms
self.timing = tankcore.expand_to_milliseconds(params[0])
# width of time in seconds
self.width = tankcore.expand_to_seconds(params[1])
# max height of deviations in percents
self.height = float(params[2].split('%')[0])
# last deviation in percents
self.deviation = float()
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
self.autostop = autostop
self.data = deque()
self.second_window = deque()
params = param_str.split(',')
# qunatile in ms
self.timing = tankcore.expand_to_milliseconds(params[0])
# width of time in seconds
self.width = tankcore.expand_to_seconds(params[1])
# max height of deviations in percents
self.height = float(params[2].split('%')[0])
# last deviation in percents
self.deviation = float()
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
self.seconds_count = 0
self.codes_mask = param_str.split(',')[0].lower()
self.codes_regex = re.compile(self.codes_mask.replace("x", '.'))
self.autostop = autostop
self.tangents = deque()
self.second_window = deque()
self.total_tan = float()
self.tangents.append(0)
self.last = 0
self.seconds_limit = tankcore.expand_to_seconds(
param_str.split(',')[1])
self.measurement_error = float()
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
self.seconds_count = 0
self.codes_mask = param_str.split(',')[0].lower()
self.codes_regex = re.compile(self.codes_mask.replace("x", '.'))
self.autostop = autostop
self.data = deque()
self.second_window = deque()
level_str = param_str.split(',')[1].strip()
if level_str[-1:] == '%':
self.level = float(level_str[:-1])
self.is_relative = True
else:
self.level = int(level_str)
self.is_relative = False
self.seconds_limit = tankcore.expand_to_seconds(param_str.split(',')[2])
def __init__(self, autostop, param_str):
AbstractCriteria.__init__(self)
self.seconds_count = 0
self.codes_mask = param_str.split(',')[0].lower()
self.codes_regex = re.compile(self.codes_mask.replace("x", '.'))
self.autostop = autostop
self.data = deque()
self.second_window = deque()
level_str = param_str.split(',')[1].strip()
if level_str[-1:] == '%':
self.level = float(level_str[:-1])
self.is_relative = True
else:
self.level = int(level_str)
self.is_relative = False
self.seconds_limit = tankcore.expand_to_seconds(
param_str.split(',')[2])