def GET(self):
i = web.input(camuid="", date="", hour="")
camuid = i.camuid
date = i.date
hour = i.hour
configLoad.load_cameras()
camera_list = configLoad.globalConfig['cameras']
theCam = {}
for camera in camera_list:
if camera['uid'] == camuid:
theCam = camera
break
camDir = theCam['base_path']
hisDir = camDir + '/history/'
folder_list = []
folderDir = hisDir + date
pics = os.listdir(folderDir)
pics = [x for x in pics if '.jpg' in x]
pics.sort()
picList = []
hour = str(hour)
hour = hour.zfill(2)
for pic in pics:
if hour == pic[9:11]:
picList.append(pic)
print folderDir, ": ", len(pics), "pics"
folder_list.append([folderDir, picList, camuid])
return render.cam_history_pics(folder_list)
def GET(self):
configLoad.load_cameras();
configLoad.load_camera_config();
result_to_show=[];
for camera in configLoad.globalConfig['cameras']:
frames_path=camera['frame_path'];
if camera.has_key('savedProgress'):
cameradata={};
cameradata['uid']=camera['uid'];
oneImage=camera['savedProgress'];
resimage_path=camera['result_personarea_path']+'/'+oneImage.replace(source_flag,result_flag);
#resimage = Image.open(camera['result_personarea_path']+'/'+oneImage.replace(source_flag,result_flag))
cameradata['image']=resimage_path;
frames=[];
with open(camera['result_person_box_path']+'/'+oneImage.replace(source_flag,boundingbox_flag)) as fframes:
for line in fframes:
values=line.split(' ');
frames.append((int(values[0]),int(values[1]),int(values[2]),int(values[3]),float(values[4])));
cameradata['frames']=frames;
result_to_show.append(cameradata);
i = web.input(orderby="default");
if i.orderby=='count':
#print len(result_to_show[0]['frames'])
result_to_show.sort(key=lambda x:len(x['frames']),reverse=True);
return render.mainpage(result_to_show);
def GET(self):
configLoad.load_cameras()
configLoad.load_camera_config()
result_to_show = []
for camera in configLoad.globalConfig['cameras']:
frames_path = camera['frame_path']
if camera.has_key('savedProgress'):
cameradata = {}
cameradata['uid'] = camera['uid']
oneImage = camera['savedProgress']
resimage_path = camera[
'result_personarea_path'] + '/' + oneImage.replace(
source_flag, result_flag)
#resimage = Image.open(camera['result_personarea_path']+'/'+oneImage.replace(source_flag,result_flag))
cameradata['image'] = resimage_path
frames = []
with open(camera['result_person_box_path'] + '/' +
oneImage.replace(source_flag, boundingbox_flag)
) as fframes:
for line in fframes:
values = line.split(' ')
frames.append(
(int(values[0]), int(values[1]), int(values[2]),
int(values[3]), float(values[4])))
cameradata['frames'] = frames
result_to_show.append(cameradata)
i = web.input(orderby="default")
if i.orderby == 'count':
#print len(result_to_show[0]['frames'])
result_to_show.sort(key=lambda x: len(x['frames']), reverse=True)
return render.mainpage(result_to_show)
def GET(self):
i = web.input(camuid="")
camuid = i.camuid
configLoad.load_cameras()
camera_list = configLoad.globalConfig['cameras']
theCam = {}
for camera in camera_list:
if camera['uid'] == camuid:
theCam = camera
break
camDir = theCam['base_path']
hisDir = camDir + '/history/'
folders = os.listdir(hisDir)
folders.sort()
folders.reverse()
folder_list = []
for folder in folders:
folderDir = camDir + '/history/' + folder
pics = os.listdir(folderDir)
pics = [x for x in pics if '.jpg' in x]
pics.sort()
print folderDir, ": ", len(pics), "pics"
folder_list.append([folderDir, pics, camuid])
return render.cam_history(folder_list)
def GET(self):
configLoad.load_cameras()
configLoad.load_mode_config()
camera_list = configLoad.globalConfig['cameras']
mode_config = ConfigParser.ConfigParser()
mode_config.read('./mode_config')
mode_list = []
for index, section in enumerate(mode_config.sections()):
if section != "Default":
option_list = ""
for option in mode_config.options(section):
if option != "runtime" and option != "week":
option_list = option_list + option + ", "
mode_list.append({
'mode_name':
section,
'week':
mode_config.get(section, 'week'),
'run_time':
mode_config.get(section, 'runtime'),
'cameras':
option_list
})
print 'mode_name', section, 'cameras', option_list
data_to_pass = [camera_list, mode_list]
return render.setmode(data_to_pass)
def GET(self):
#__init__
picurl = ''
taskid = ''
name = ''
subpage = 0
mfiles = []
pagenum = 1
width = 640
height = 480
configLoad.load_cameras()
configLoad.load_camera_config()
i = web.input(subpage="0")
subpage = int(i.subpage)
if (subpage < 0):
return "error"
name = []
output = {}
if subpage == 0:
for camera in configLoad.globalConfig['cameras']:
name.append(camera['uid'])
elif subpage == 1:
i = web.input(taskid="none", pagenum="0")
pagenum = int(i.pagenum)
taskid = i.taskid
if (taskid != 'none'):
mCameraConfig = None
for camera in configLoad.globalConfig['cameras']:
if taskid == camera['uid']:
mCameraConfig = camera
break
if mCameraConfig is not None:
biaodingdir = mCameraConfig['frame_path'] + '/'
files = os.listdir(biaodingdir)
mfiles = [
biaodingdir + '/' + mfile for mfile in files
if configLoad.source_flag in mfile
]
picurl = mfiles[pagenum]
print mCameraConfig['config']['config']
width = int(mCameraConfig['config']['config']['width'])
height = int(mCameraConfig['config']['config']['height'])
output['IImagePath'] = 'static/' + picurl
output['taskid'] = taskid
output['name'] = name
output['subpage'] = subpage
output['sumpage'] = len(mfiles)
output['pagenum'] = pagenum
output['width'] = width
output['height'] = height
#return "hello"
return render.calibration(output)
def GET(self):
#__init__
picurl=''
taskid='';
name='';
subpage=0;
mfiles=[];
pagenum=1;
width=640;
height=480;
configLoad.load_cameras()
configLoad.load_camera_config()
i = web.input(subpage="0")
subpage=int(i.subpage);
if (subpage<0):
return "error"
name = []
output = {}
if subpage==0:
for camera in configLoad.globalConfig['cameras']:
name.append(camera['uid']);
elif subpage==1:
i = web.input(taskid="none", pagenum="0")
pagenum = int(i.pagenum)
taskid = i.taskid
if (taskid != 'none'):
mCameraConfig=None;
for camera in configLoad.globalConfig['cameras']:
if taskid == camera['uid']:
mCameraConfig=camera;
break;
if mCameraConfig is not None:
biaodingdir = mCameraConfig['frame_path'] +'/';
files = os.listdir(biaodingdir)
mfiles = [biaodingdir + '/' + mfile for mfile in files if configLoad.source_flag in mfile]
picurl = mfiles[pagenum]
print mCameraConfig['config']['config']
width=int(mCameraConfig['config']['config']['width']);
height = int(mCameraConfig['config']['config']['height']);
output['IImagePath'] ='static/'+ picurl
output['taskid'] = taskid
output['name'] = name
output['subpage'] = subpage
output['sumpage'] = len(mfiles)
output['pagenum'] = pagenum
output['width'] = width
output['height'] = height
#return "hello"
return render.calibration(output)
def GET(self):
configLoad.load_cameras();
configLoad.load_camera_config();
result_to_show=[];
for camera in configLoad.globalConfig['cameras']:
frames_path=camera['frame_path'];
if camera.has_key('savedProgress'):
cameradata={};
cameradata['uid']=camera['uid'];
oneImage=camera['savedProgress'];
resimage_path=camera['result_personarea_path']+'/'+oneImage.replace(source_flag,result_flag);
#resimage = Image.open(camera['result_personarea_path']+'/'+oneImage.replace(source_flag,result_flag))
cameradata['image']=resimage_path;
frames=[];
with open(camera['result_person_box_path']+'/'+oneImage.replace(source_flag,boundingbox_flag)) as fframes:
for line in fframes:
values=line.split(' ');
frames.append((int(values[0]),int(values[1]),int(values[2]),int(values[3]),float(values[4])));
cameradata['frames']=frames;
result_to_show.append(cameradata);
return render.mainpage(result_to_show);
run = True
net = maineval_voc.initNet()
source_flag = configLoad.source_flag
result_flag = configLoad.result_flag
boundingbox_flag = configLoad.boundingbox_flag
inter_time = 0.0
clean_time = 0.0
db = MySQLdb.connect("localhost", "root", "lm2323", "people_c")
cursor = db.cursor()
while run:
configLoad.load_count_config()
configLoad.load_cameras()
configLoad.load_camera_config()
clean_flag = int(
configLoad.globalConfig['count_config']['default']['cleanflag'])
for camera in configLoad.globalConfig['cameras']:
# check max number;
# camera
if not os.path.exists(camera['config_path'] + 'Device.ini'):
continue
mode_config = ConfigParser.ConfigParser()
mode_config.read(camera['config_path'] + 'Device.ini')
camUid = camera['uid'].strip()
ip = mode_config.get('DEVICE', 'ip')
def POST(self):
i = web.input(action="")
if i.action == "mode_set":
i = web.input(camera="", plan_name="", run_time="", week="")
camera = i.camera.encode('utf8')
camera_id_list = camera.split(',')
camera_id_list.pop()
plan_name = i.plan_name
plan_name = plan_name.encode('utf8')
week = i.week
week = week.encode('utf8')
#print "camera_id_list",camera_id_list;
#print "run_time_list",run_time_list;
configLoad.load_cameras()
configLoad.load_mode_config()
mode_config = ConfigParser.ConfigParser()
mode_config.read('./mode_config')
mode_config.add_section(plan_name)
mode_config.set(plan_name, 'week', i.week)
mode_config.set(plan_name, 'runtime', i.run_time)
for camera_id in camera_id_list:
mode_config.set(plan_name, camera_id, 1)
print "setmode", plan_name, camera_id, week, i.run_time
# with codecs.open('./mode_config', encoding="utf-8-sig" ) as f:
# mode_config.write(f);
mode_config.write(codecs.open('./mode_config', 'w', 'utf-8'))
configLoad.load_cameras()
configLoad.load_mode_config()
camera_list = configLoad.globalConfig['cameras']
mode_list = []
for index, section in enumerate(mode_config.sections()):
if section != "Default":
option_list = ""
for option in mode_config.options(section):
if option != "runtime" and option != "week":
option_list = option_list + option + ", "
mode_list.append({
'mode_name':
section,
'week':
mode_config.get(section, 'week'),
'run_time':
mode_config.get(section, 'runtime'),
'cameras':
option_list
})
print 'mode_name', section, 'cameras', option_list
data_to_pass = [camera_list, mode_list]
return render.setmode(data_to_pass)
if i.action == "mode_delete":
i = web.input(mode_name="")
mode_name = i.mode_name
print "mode_name", mode_name
print isinstance(mode_name, unicode)
print mode_name.encode('utf8')
mode_name = mode_name.encode('utf8')
mode_config = ConfigParser.ConfigParser()
mode_config.read('./mode_config')
runtime = mode_config.get(mode_name, 'runtime')
cameras = mode_config.options(mode_name)
mode_config.remove_section(mode_name)
mode_config.write(codecs.open('./mode_config', 'w', 'utf-8'))
configLoad.load_cameras()
configLoad.load_mode_config()
camera_list = configLoad.globalConfig['cameras']
mode_list = []
for index, section in enumerate(mode_config.sections()):
if section != "Default":
option_list = ""
for option in mode_config.options(section):
if option != "runtime" and option != "week":
option_list = option_list + option + ", "
mode_list.append({
'mode_name':
section,
'week':
mode_config.get(section, 'week'),
'run_time':
mode_config.get(section, 'runtime'),
'cameras':
option_list
})
print 'mode_name', section, 'cameras', option_list
data_to_pass = [camera_list, mode_list]
return render.setmode(data_to_pass)
def GET(self):
configLoad.load_count_config()
configLoad.load_cameras()
configLoad.load_camera_config()
configLoad.load_mode_config()
result_to_show = []
cam_without_person = []
cam_onalarm = []
unhandled_num = 0
clean_flag = int(
configLoad.globalConfig['count_config']['default']['cleanflag'])
hidenotrunning_flag = int(configLoad.globalConfig['count_config']
['default']['hidenotrunningflag'])
for camera in configLoad.globalConfig['cameras']:
if camera.has_key(
'savedProgress') and camera['savedProgress'].strip() != '':
cameradata = {}
cameradata['uid'] = camera['uid']
oneImage = camera['savedProgress']
#Cam with people
if os.path.exists(
camera['result_person_box_path'] +
oneImage.replace(source_flag, boundingbox_flag)):
resimage_path = camera[
'result_personarea_path'] + oneImage.replace(
source_flag, result_flag)
cameradata['image'] = resimage_path
frames = []
with open(camera['result_person_box_path'] +
oneImage.replace(source_flag, boundingbox_flag)
) as fframes:
for line in fframes:
values = line.split(' ')
frames.append((int(values[0]), int(values[1]),
int(values[2]), int(values[3]),
float(values[4])))
cameradata['frames'] = frames
result_to_show.append(cameradata)
#Cam without people
elif clean_flag == 0:
resimage_path = camera['result_personarea_path'] + oneImage
cameradata['image'] = resimage_path
cam_without_person.append(cameradata)
#Alert pics
alertUnhandledFolder = 'camera/Alert/unhandled/'
files = os.listdir(alertUnhandledFolder)
for file in files:
if camera['uid'] + '_' + oneImage.replace(
source_flag, result_flag) in file:
cameraAlert = {}
cameraAlert['uid'] = camera['uid']
cameraAlert['path'] = alertUnhandledFolder + file
cam_onalarm.append(cameraAlert)
break
#Unhandled pics number
unhandled_num = len(files)
result = [
result_to_show, cam_without_person, clean_flag, cam_onalarm,
hidenotrunning_flag, unhandled_num
]
return render.mainpage(result)
import maineval_voc
import time
import matplotlib.pyplot as plt
from PIL import Image
import numpy as np
import boxTu
run=True;
net=maineval_voc.initNet();
source_flag=configLoad.source_flag;
result_flag=configLoad.result_flag;
boundingbox_flag=configLoad.boundingbox_flag
while run:
configLoad.load_cameras();
configLoad.load_camera_config();
for camera in configLoad.globalConfig['cameras']:
#check max number;
#camera
#
frames_path=camera['frame_path'];
if camera.has_key('savedProgress'):
oneImage=CheckNewImage.get_last_new_image(frames_path,filter=source_flag,saved_progress=camera['savedProgress']);
else:
oneImage=CheckNewImage.get_last_new_image(frames_path,filter=source_flag);
if oneImage=='':
continue;
originimage = Image.open(frames_path+'/'+oneImage)
print 'dealing:' + oneImage
midImage=maineval_voc.processImage(net,originimage)