def get_context_data(self, **kwargs):
helper = utils()
kwargs = super(UpdateAppointmentStatus, self).get_context_data(**kwargs)
# if the doctor click the update button
appointment_id = self.request.GET["appointment_id"]
if self.request.GET['start'] == '1':
# start the session
db_sync(appointment_id, {"status": STATUS_IN_SESSION})
# update the session start time
dbutils.update(appointment_id, {"session_start_time": helper.get_current_time()})
# get waiting time and update waiting_duration
arrive_time = dbutils.query(appointment_id, "arrive_time")
waiting_duration = helper.get_duration(arrive_time, helper.get_current_time())
dbutils.update(appointment_id, {"waiting_duration": waiting_duration})
else:
# end the session
db_sync(appointment_id, {"status": STATUS_COMPLETED})
# get session time
session_start_time = dbutils.query(appointment_id, "session_start_time")
session_time = helper.get_duration(session_start_time, helper.get_current_time())
dbutils.update(appointment_id, {"session_duration": session_time})
messages.success(self.request, "You have updated the appointment status successfully!")
return kwargs
def get_context_data(self, **kwargs):
kwargs = super(PatientCheckIn, self).get_context_data(**kwargs)
helper = utils()
# get first_name and last_name from url
first_name = self.request.GET.get("first_name")
last_name = self.request.GET.get("last_name")
full_name = first_name + " " + last_name
# get date_of_birth from url
date_of_birth = self.request.GET.get("date_of_birth")
# get all appointments
try:
appointments_iterator = helper.get_all_appointments(first_name, last_name, date_of_birth)
except Exception:
# indication of whether there exists appointment today. 1 denote there is no appointment today
kwargs["err"] = 1
return kwargs
result = helper.get_appointments_render(appointments_iterator)
# compare the newest result with db, if there is new data, add it.
dbutils.add(result)
# pass all appointment to the page
kwargs["appointments"] = result
# patient name
kwargs["last_name"] = last_name
kwargs["first_name"] = first_name
kwargs["pid"] = helper.get_patient(first_name, last_name, date_of_birth)["id"]
# size for no appointments
kwargs["size"] = len(result)
return kwargs
def transition_terminar(self):
"Crear las lineas de producto en la venta y finalizar wizard"
logger.info('Borrar lineas del producto temporal al Finalizar Wizard')
pool = Pool()
t = Transaction()
ut = utils()
Sale = pool.get('sale.sale')
sale = Sale.search([('id', '=', t.context['active_id'])])[0]
OrdenTrabajo = pool.get('sale_printery_budget.orden_trabajo')
SaleLine = pool.get('sale.line')
interior = OrdenTrabajo.search([('id', '=', self.elegir_interior.orden_trabajo.id)])[0]
sale_lines = SaleLine.search(['id_interior', '=', interior.id_interior])
# Borrar lineas anteriores y orden de trabajo anterior
SaleLine.delete(sale_lines)
OrdenTrabajo.delete([interior])
# Genero lineas nuevas.
ut.interior = self.interior
lineas_venta = ut.creo_lineas_de_venta()
ut.creo_orden_trabajo(sale, lineas_venta)
ut.crear_otra_cantidad_base(sale)
ut.borrar_productos_temporales(self.interior.id_wizard_start)
return 'end'
def transition_terminar(self):
"Crear las lineas de producto en la venta y finalizar wizard"
logger.info('Borrar lineas del producto temporal al Finalizar Wizard')
t = Transaction()
Sale = Pool().get('sale.sale')
sale = Sale.search([('id', '=', t.context['active_id'])])[0]
ut = utils()
ut.interior = self.interior
if hasattr(self.interior, 'producto_papel') == False or self.interior.producto_papel is None:
# Primera vez que se ejecuta la pantalla interior.
try:
ut.borrar_productos_temporales(self.interior.id_wizard_start)
except:
logger.info('Primera vez que se ejecuta la pantalla. No se pudo borrar productos temporales')
# Debo verificar que la venta ya tiene lineas de venta. Si es así,
# calcular otras cantidades y return 'end'.
if sale.lines:
ut.crear_otra_cantidad_base(sale)
return 'end'
lineas_venta = ut.creo_lineas_de_venta()
ut.creo_orden_trabajo(sale, lineas_venta)
ut.crear_otra_cantidad_base(sale)
ut.borrar_productos_temporales(self.interior.id_wizard_start)
return 'end'
def __init__(self):
self.path = None
self.data = loader()
self.processedmetro = None
self.windir = None
self.weather = None
self.meanmetro = None
self.helper = utils()
def get_context_data(self, **kwargs):
helper = utils()
kwargs = super(TimeStat, self).get_context_data(**kwargs)
appointment_id = self.request.GET['appointment_id']
"""
get the time stat
"""
kwargs["time_stat"] = helper.get_time_stat(appointment_id)
return kwargs
def __init__(self):
self.utils = utils()
self.prefix = 'l_'
self.suffix = 'fk'
self.shoulder = ('%sshoulder%s' % (self.prefix, self.suffix))
self.elbow = ('%selbow_%s' % (self.prefix, self.suffix))
self.wrist = ('%swrist_%s' % (self.prefix, self.suffix))
self.radius = 0.2
self.scale = 1
def Greedy_Search(self):
graph = Graph()
funcUtils = utils()
funcUtils.read_file_first_space('Cidades_grafo.txt', graph)
funcUtils.read_file_and_connect('Cidades_grafo.txt', graph)
heuristics = {}
funcUtils.create_heuristics('Cidades_Faro.txt', heuristics)
nodeStart = input("What is the source node?\n")
funcUtils.Greedy_Search_util(graph, heuristics, nodeStart.capitalize(),
'Faro')
def depth_Limited_Search(self):
graph = Graph()
funcUtils = utils()
funcUtils.read_file_first_space('Cidades_grafo.txt', graph)
funcUtils.read_file_and_connect('Cidades_grafo.txt', graph)
nodeStart = input("What is the source node?\n")
nodeGoal = input("What is the goal node?\n")
limit = input("what is the limit?\n")
funcUtils.depth_Limited_Search_util(graph, nodeStart.capitalize(),
nodeGoal.capitalize(), limit)
def uniform_cost_search(self):
graph = Graph()
funcUtils = utils()
funcUtils.read_file_first_space('Cidades_grafo.txt', graph)
funcUtils.read_file_and_connect('Cidades_grafo.txt', graph)
nodeStart = input("What is the source node?\n")
nodeGoal = input("What is the goal node?\n")
funcUtils.uniform_cost_search_util(graph,
nodeStart.capitalize(),
nodeGoal.capitalize(),
verbose=True)
def default_interior(self, fields):
"Crear las lineas de producto en la venta"
logger.info('default_retomar_calcular_papel_interior')
pool = Pool()
ut = utils()
OrdenTrabajo = pool.get('sale_printery_budget.orden_trabajo')
interior = OrdenTrabajo.search([('id', '=', self.elegir_interior.orden_trabajo.id)])[0]
# Borrar producto temporal anterior
ut.interior = interior
ut.borrar_productos_temporales(interior.id_interior)
# Copiar la orden de trabajo en modelo interior
res = {
'cantidad': interior.cantidad,
'sale_id': interior.sale.id,
'calle_horizontal': interior.calle_horizontal,
'calle_vertical': interior.calle_vertical,
'cantidad': interior.cantidad,
'colores_frente': interior.colores_frente,
'colores_dorso': interior.colores_dorso,
'es_tapa': interior.es_tapa,
'tipo_papel': interior.tipo_papel.id,
'sin_pinza': interior.sin_pinza,
'formato_pliego': interior.formato_pliego,
'categoria': interior.categoria,
'ancho': interior.ancho,
'altura': interior.altura,
'postura_papel': interior.postura_papel,
'postura_trabajo': interior.postura_trabajo,
#'maquina': interior.maquina.id,
'tinta_superficie_cubierta': interior.tinta_superficie_cubierta,
'tinta': interior.tinta.id,
'solapa': interior.solapa,
'lomo': interior.lomo,
'gramaje': interior.gramaje,
'id_wizard_start': interior.id_interior,
'velocidad_maquina': interior.velocidad_maquina,
'plancha_adicional': 0,
'cantidad_paginas': interior.cantidad_paginas,
}
if hasattr(interior, 'doblado') != False and interior.doblado is not None:
res['doblado'] = interior.doblado.id
if hasattr(interior, 'encuadernado') != False and interior.encuadernado is not None:
res['encuadernado'] = interior.encuadernado.id
res['cantidad_broches'] = interior.cantidad_broches
if hasattr(interior, 'laminado') != False and interior.laminado is not None:
res['laminado'] = interior.laminado.id
res['laminado_orientacion'] = interior.laminado_orientacion
return res
def __init__(self, args, sess):
self.sess = sess
if args.train:
self.mode = 'all'
elif args.pretrain:
self.mode = 'pretrain_generator'
else:
self.mode = 'test'
#model config
self.rec_base = 0.0
self.rec_weight = 0.5
self.discriminator_iterations = 3
self.reconstructor_iterations = 3
self.pretrain_discriminator_steps = 501
self.coverage_weight = 0.1
self.lmbda = 10
self.source_sequence_length = args.source_length
self.code_sequence_length = args.code_length
self.batch_size = args.batch_size
self.num_steps = args.num_steps
self.load_model = args.load
self.saving_step = args.saving_step
self.result_path = args.test_output
self.input_path = args.test_input
#trivial things
self.generator_lstm_length = [
self.source_sequence_length + 1 for _ in range(self.batch_size)
]
self.code_lstm_length = [
self.code_sequence_length + 1 for _ in range(self.batch_size)
]
self.utils = utils(args)
#the model of generator, reconstructor, discriminator will be save in seperately directory
self.model_dir = args.model_dir
"""
if not os.path.exists(os.path.join(self.model_dir,'code')):
os.makedirs(os.path.join(self.model_dir,'code'))
if self.mode == 'all':
subprocess.call('cp ./*.py '+ os.path.join(self.model_dir,'code'), shell=True)
"""
self.vocab_size = self.utils.vocab_size
self.word_embedding_dim = 300
self.BOS = 1
self.EOS = 0
self.build_model()
self.tensorflow_init()
def __init__(self):
self.utils = utils()
self.config = self.utils.load_config()
self.json_f = self.config['json']
fp = open(self.json_f, 'r')
self.json = json.load(fp)
fp.close()
self.db = MySQLDatabase(self.json['db_name'],
host = self.json['db_ip'],
port = self.json['db_port'],
user = self.json['db_user'],
passwd = self.json['db_pwd'])
def __init__(self):
self.utils = utils()
self.config = self.utils.load_config()
self.json_f = self.config['json']
fp = open(self.json_f, 'r')
self.json = json.load(fp)
fp.close()
#generate schema
self.schema = self.gen_sql_schema()
#inject schema (create/drop DB if needed)
self.inject_schema()
def get_context_data(self, **kwargs):
helper = utils()
kwargs = super(Demographic, self).get_context_data(**kwargs)
appointment_id = self.request.GET['appointment_id']
patient_id = self.request.GET['patient_id']
patient_detail = helper.get_patient_id(patient_id)
# get the recent body info
boiler_plate_body = PatientBodyDbUtils.get_recent_body_info(patient_id)
boiler_plate_important = helper.get_init_dict(patient_detail)
# give the patient a boilerplate
form = DemographicForm(initial=helper.merge(boiler_plate_body, boiler_plate_important))
kwargs['form'] = form
kwargs['appointment_id'] = appointment_id
kwargs['patient_id'] = patient_id
return kwargs
def get_context_data(self, **kwargs):
helper = utils()
kwargs = super(AddAppointmentStatus, self).get_context_data(**kwargs)
my_request_get = self.request.GET
# construct the params for post
res = {'doctor': DOCTOR_ID,
'duration': my_request_get['duration'],
'exam_room': my_request_get['exam_room'],
'office': OFFICE_ID,
'patient': my_request_get['patient_id'],
'scheduled_time': my_request_get['scheduled_time']}
try:
helper.post_appointment(res)
messages.success(self.request, "You have added the appointment successfully!")
except Exception:
messages.error(self.request, "add failure!")
kwargs["patient_id"] = my_request_get['patient_id']
return kwargs
def ToDoList(request):
"""
to-do list app
"""
helper = utils()
if request.method == 'POST':
form = ListForm(request.POST or None)
if form.is_valid():
form.save()
all_items = List.objects.all
messages.success(request, "new item has been added successfully!!!")
return render(request, "to_do_list.html", {'all_items': all_items})
else:
all_items = List.objects.all
return render(request, "to_do_list.html", {'all_items': all_items})
def get_context_data(self, **kwargs):
kwargs = super(DoctorWelcome, self).get_context_data(**kwargs)
helper = utils()
# get doctor info
doctor = helper.get_doctor(DOCTOR_ID)
# get all today's appointments for the doctor
appointments_iterator = helper.get_all_appointments(doctor_id=DOCTOR_ID)
# iterate
result = helper.get_appointments_render(appointments_iterator)
# doctor first name and last name for the welcome
kwargs['first_name'] = doctor['first_name']
kwargs['last_name'] = doctor['last_name']
kwargs['appointments'] = result
kwargs["size"] = len(result)
# get average waiting time for today
kwargs['average_waiting_time'] = helper.get_average_waiting_time(result)
return kwargs
def save_apk_info_file(self, button):
apk_path = utils().save_file()
text = ''
if apk_path is not '':
f = open(apk_path, 'w')
start_iter = self.main_info_textview.get_buffer().get_start_iter()
end_iter = self.main_info_textview.get_buffer().get_end_iter()
text = self.main_info_textview.get_buffer().get_text(
start_iter, end_iter, True)
start_iter = self.permission_textview.get_buffer().get_start_iter()
end_iter = self.permission_textview.get_buffer().get_end_iter()
text += self.permission_textview.get_buffer().get_text(
start_iter, end_iter, True)
start_iter = self.signature_textview.get_buffer().get_start_iter()
end_iter = self.signature_textview.get_buffer().get_end_iter()
text += self.signature_textview.get_buffer().get_text(
start_iter, end_iter, True)
f.write(text)
f.close()
def get_context_data(self, **kwargs):
helper = utils()
kwargs = super(UpdatePatientInfo, self).get_context_data(**kwargs)
my_request_get = self.request.GET
# get appointment id
appointment_id = my_request_get["appointment_id"]
# get current time
current_time = helper.get_current_time()
# update in the local db hange the status on the remote db
db_sync(appointment_id, {"status": STATUS_ARRIVED, "arrive_time": current_time})
helper.change_appointment_status(appointment_id, STATUS_ARRIVED)
# update the demographic data
patient_id = my_request_get["patient_id"]
helper.update_patient_info(patient_id, helper.get_init_dict(my_request_get))
# update the patient body information to the database
PatientBodyDbUtils.add(helper.get_body_info_dict(my_request_get))
messages.success(self.request, "You have checked in successfully! Please wait patiently :-)")
return kwargs
def default_interior(self, fields):
"Crear las lineas de producto en la venta"
logger.info('default_interior')
## Desde aca puedo crear las lineas de los productos.
# Primero preguntar si cls.interior.producto_papel es distinto de None.
# Si es asi, entonces cargo las lineas.
t = Transaction()
Sale = Pool().get('sale.sale')
ut = utils()
ut.interior = self.interior
sale = Sale.search([('id', '=', t.context['active_id'])])[0]
res = {
'categoria': 'folleto',
'calle_horizontal': Decimal('0.5'),
'calle_vertical': Decimal('0.5'),
'colores_frente': 0,
'colores_dorso': 0,
'plancha_adicional': 0,
'cantidad_paginas': 4,
'cantidad': sale.cantidad,
'sale_id': sale.id,
}
if hasattr(self.interior, 'producto_papel') == False or self.interior.producto_papel is None:
# Primera vez que se ejecuta la pantalla interior.
try:
ut.borrar_productos_temporales(self.interior.id_wizard_start)
except:
logger.info('Primera vez que se ejecuta la pantalla. No se pudo borrar productos temporales')
return res
lineas_venta = ut.creo_lineas_de_venta()
ut.creo_orden_trabajo(sale, lineas_venta)
ut.crear_otra_cantidad_base(sale)
ut.borrar_productos_temporales(self.interior.id_wizard_start)
return res
def get_apk_path():
path = utils().select_file()
return path
def classify(self,dataSet,labels,inputVector):
'''
tile(input,A) repeats the input A times. We want the input to be replicated m times, but no replication along columns.
So, tile args = (dataSet.numRows,1)
'''
diffMat = tile(inputVector, (dataSet.shape[0],1)) - dataSet
#calculate Euclidean distance = sqrt((in.p1-data.p1)^2 +(in.p2-data.p2)^2+...)
sqDiffMat = diffMat**2
sqDistances = sqDiffMat.sum(axis=1)
distances = sqDistances**0.5
sortedDistIndices = distances.argsort()
classCount={}
#for each entry in the top k, find the label for that entry, and inc count of that label.
for i in range(self.k):
labelI = labels[sortedDistIndices[i]]
classCount[labelI] = classCount.get(labelI,0) +1
#find the most frequent label.
sortedClassCount = sorted(classCount.iteritems(), key=operator.itemgetter(1),reverse=True)
return sortedClassCount[0][0]
if __name__=='__main__':
kNNObject = kNN(4)
#[group,labels] = kNNObject.createTestDataSet()
utilityObject = utils()
[group,labels] = utilityObject.file2Matrix('../datingTestSet.txt')
classifiedLabel = kNNObject.classify(group,labels,[999,-222,0.1])
print classifiedLabel
fig = plt.figure()
ax = fig.add_subplot(111)
ax.scatter(group[:,1],group[:,2])
plt.show()
ikHandle = self.createIkHandle()[0]
# Create and constrain arm ik handle
cmds.pointConstraint(wristControl, ikHandle)
cmds.poleVectorConstraint(poleVector, ikHandle)
# Create null groups
self.utils.createNullGroup(wristControl)
self.utils.createNullGroup(poleVector)
# Lock controller attributes
self.utils.lockAttrs(wristControl, rotate=True, scale=True, visibility=True)
self.utils.lockAttrs(poleVector, rotate=True, scale=True, visibility=True)
# Create an Arm Rig
myUtils = utils()
myIkArm = IKSkeleton()
myFkArm = FKSkeleton()
prefix = 'l_'
armBindJoints = ['%sshoulder_bind' % prefix, '%selbow_bind' % prefix, '%swrist_bind' % prefix]
# Create IK Armutils
myUtils.jointCheck(armBindJoints)
ikJoints = myUtils.createJoints(armBindJoints, myIkArm.prefix, myIkArm.suffix, myIkArm.radius)
myIkArm.createIkControls()
# Create Fk Arm
fkJoints = myUtils.createJoints(armBindJoints, myFkArm.prefix, myFkArm.suffix, myFkArm.radius)
myFkArm.createFkControls(fkJoints, armBindJoints)
# Position IK/FK Switcher
# app.py - a flask api using flask_restful
from flask import Flask, request, jsonify
from flask_cors import CORS
from utils import *
import json
import uclnlp_service_pb2_grpc as pb2_grpc
import uclnlp_service_pb2 as pb2
from config import config, rpc_endpoints
app = Flask(__name__)
CORS(
app
) # to enable CORS for the routes, unless from the front end response becomes Network Error
@app.route('/get_score', methods=['GET'])
def get_score():
url = request.args.get('url')
result = utils.get_stance_classify(url)
return str(result)
proxy_port = 7005
utils = utils()
if __name__ == '__main__':
app.run(debug=True, host='0.0.0.0', port=proxy_port)
import cv2 import numpy as np import PIL.Image import matplotlib.pyplot as plt from utils import * import time # Set this variable to False if you want to view a background image # and also set the path to your background image # Background Image Source: https://pixabay.com/photos/monoliths-clouds-storm-ruins-sky-5793364/ BLUR = True BG_PTH = "bg1.jpg" utilsInst = utils() utilsInst.init() # Load the DeepLabv3 model to memory utilsInst.load_model() # Read the background image to memory bg_image = cv2.imread(BG_PTH) bg_image = cv2.cvtColor(bg_image, cv2.COLOR_BGR2RGB) # Start a video cam session video_session = cv2.VideoCapture(0) # Define a blurring value kernel size for cv2's Gaussian Blur blur_value = (51, 51) # Define two axes for showing the mask and the true video in realtime # And set the ticks to none for both the axes
def db_sync(appointment_id, params):
helper = utils()
dbutils.update(appointment_id, params)
helper.change_appointment_status(appointment_id, params['status'])
def get_context_data(self, **kwargs):
helper = utils()
kwargs = super(NewAppointmentForm, self).get_context_data(**kwargs)
patient_id = self.request.GET['patient_id']
kwargs["patient_id"] = patient_id
return kwargs