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): #__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);
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') ip = ip[0:(len(ip) - 2)].strip()
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 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) #origin = np.array(originimage, dtype=np.uint8)