def __init__(self, data, table_name, presence_table):
MessageSending.__init__(self, table_name, presence_table)
self.buffer = {}
self.value = []
self.sent = []
#checkpoint code
self.checkpoint_interval = 60
f_stop = threading.Event()
self.f(f_stop)
def __init__(self, data, table_name, presence_table):
MessageSending.__init__(self, table_name, presence_table)
TempSending.__init__(self, )
self.data = data # {pk: [R0,R1]} -> {R0: [pk,pj,pl]}
self.delta = 1 / cloudconfig.infer_fps
self.count = 0
self.idle_orch = False
self.frame_count = 0
self.removeduplicates = []
#checkpoint code
self.activitycheckpoint = 500
self.checkpoint_history = {
} # mapping of Object id -> Region -> [ [frameids], [frametimes], [type of object or list types of keypoints]
self.checkpoint_idle = {}
self.last_flush_frame = 0
self.hysterisis_length = cloudconfig.posepresence_hysteresis
self.thresholds = {
"Liquid": 0.8,
"Label": 0.8,
"Monitor": 0.5,
"L1S1": 1.0,
"L1S2": 1.0,
"R7": 0.6
}
# self.checkpoint_interval = 30
# f_stop = threading.Event()
# self.f(f_stop)
self.object_type_mappings = {
'pallet': 'pl',
'forklift': 'fl',
'Person': 'p',
0: 'pa',
1: 'pb',
2: 'pc',
3: 'pd',
4: 'pe',
5: 'pf',
6: 'pg',
7: 'ph',
8: 'pi',
9: 'pj',
10: 'pk',
11: 'pl',
12: 'pm',
13: 'pn',
14: 'po',
15: 'pp',
16: 'pq',
17: 'pr'
}
def __init__(self, data, table_name, presence_table):
MessageSending.__init__(self, table_name, presence_table)
self.bool = False
self.lights = {
} #mapping between light id and [hysteresis,type,timestamp]
self.hysteresis = 100 # CHANGEABLE; number of state before i declate it as that state
self.buffer = {}
self.sent = []
#checkpoint code
self.checkpoint_interval = 60
f_stop = threading.Event()
self.f(f_stop)
def __init__(self, data, table_name, presence_table):
MessageSending.__init__(self, table_name, presence_table)
self.data = data
self.clip_input = True
#this will create a buffer for the past some minutes to capture the state
self.buffer = {}
self.sent = []
self.frame_threshold = 100
self.delta = 1 / cloudconfig.infer_fps
#checkpoint code
self.checkpoint_interval = 300
f_stop = threading.Event()
self.f(f_stop)
def __init__(self,data,table_name,presence_table):
"""
Clean this up where I remove the unused stuff
https://stackoverflow.com/questions/51509808/how-to-measure-distances-in-a-image-with-python
"""
MessageSending.__init__(self,table_name,presence_table)
#data input with reges
self.data = data
self.width = 1920
#this will tell me what objects to capture the idle state for
#self.regex = idle_regex
#create a mapping between id's and their last observed keypoint
self.mappings_last_keypoint = {}
#mappings between keypoints and their last centroid, timestamp
self.mappings_last_distance = {}
#create a mapping between ids and their object type
self.mappings = {}
def __init__(self,
region,
lines,
rule,
rule_map,
commands,
table_name,
presence_table,
region_presence_state,
region_presence_regex,
pose_presence_state,
pose_presence_regex,
ergonomic_state,
ergonomic_regex,
pose=False): # if pose=false, we want pose
Geometry.__init__(self,region,lines)
MessageSending.__init__(self,table_name,presence_table)
Regex.__init__(self,rule,rule_map)
Database.__init__(self,table_name)
self.commands = commands
#Region: Hardcoded Track id
self.apriori_regions = cloudconfig.region_to_trackid_hardcode
# self.apriori_regions = {
# 'Sort' : 1,
# 'Pack' : 1,
# 'Base' : 1,
# 'Cover' : 1
# }
self.kp_rule_map = rule_map
self.pose_flag = pose
#this determines if the presence state if it sgood to do the presence region
self.region_presence_flag = region_presence_state
self.region_presence = PersonFinder(region_presence_regex,table_name,presence_table) if self.region_presence_flag else False
#this will create the flags for the pose presence
self.pose_resgion_flag = pose_presence_state
self.pose_presence = PoseFinder(pose_presence_regex,table_name,presence_table) if self.pose_resgion_flag else False
# this will create the flags for ergonomics
self.ergonomic_flag = ergonomic_state
self.ergonomic = Ergonomics(ergonomic_regex,table_name,
presence_table) if self.ergonomic_flag else False
def __init__(self, data, table_name, presence_table):
MessageSending.__init__(self, table_name, presence_table)
self.window_size = 30
self.values = []
self.sum = 0
self.rules = data # maps from threeKP (tuple) to [angleCompare,angleThresh,tmin]
self.delta = 1 / cloudconfig.infer_fps
self.counter = 0
self.checkpoint_history = {} #checkpoint
self.last_flush_frame = 0
self.hysteresis_length = cloudconfig.ergo_hysteresis
self.frame_count = 0
self.object_type_mappings = {
'pallet': 'pl',
'forklift': 'fl',
'Person': 'p',
0: 'pa',
1: 'pb',
2: 'pc',
3: 'pd',
4: 'pe',
5: 'pf',
6: 'pg',
7: 'ph',
8: 'pi',
9: 'pj',
10: 'pk',
11: 'pl',
12: 'pm',
13: 'pn',
14: 'po',
15: 'pp',
16: 'pq',
17: 'pr'
}
def __init__(self, data, table_name, presence_table):
MessageSending.__init__(self, table_name, presence_table)
self.data = data
self.prev_region_mappings = {}
self.current_frame_objectids = []