def create_config(n_clicks, val, wellbore, section):
if (val and wellbore and section):
input_text = val
input_text.strip()
text = input_text.split()
username = text[0][text[0].find('=') + 2:-1]
apikey = text[1][text[1].find('=') + 2:-1]
licenseguid = text[2][text[2].find('=') + 2:-1]
session = openlab.http_client(username=username,
apikey=apikey,
licenseguid=licenseguid)
with open(f'Configurations/{wellbore}_section_{section}.json',
'r') as f:
data = json.load(f)
new_config = session.create_configuration(
f'{wellbore}_section_{section}', data['Data'])
import openlab
#initiate http_client_session
session = openlab.http_client()
#get configuration data
configs = session.configurations()
#show all theconfigs and their simulations if they have any
for config in configs:
has_simulations = config["HasSimulations"]
msg = "has" if has_simulations else "does not have"
print("Configuration '{}' {} simulations".format(config["Name"],msg))
if has_simulations:
simulations = session.configuration_simulations(config["ConfigurationID"])
#sort the simulations by update date
sortedSimulations = sorted(simulations, key=lambda k:k['LastUpdatedDate'], reverse=True)
for simulation in sortedSimulations:
print("\tName: {:20}\tID: {:}\tLast Updated: {}\tCurrent Step: {}".format(
simulation["Name"], simulation["SimulationID"],
simulation["LastUpdatedDate"],simulation["CurrentStep"]))
"""
A simple drilling simulation that increases the RPM by 20 every 30 steps
"""
import openlab
import numpy
config_name = "PUT CONFIGURATION NAME HERE"
sim_name = "Simple Python Simulation"
initial_bit_depth = 2500
client = openlab.http_client()
sim = client.create_simulation(config_name, sim_name, initial_bit_depth)
#this is how setpoints set. the sim.step() method handles getting the setpoints at every step
sim.setpoints.RPM = 0 #Hz
sim.setpoints.DesiredROP = 0.02 #m/s
sim.setpoints.TopOfStringVelocity = 0.02
sim.setpoints.FlowRateIn = 2500 / 60000 #60000 is to convert m^3/s
#number of steps to take
maxSimulationSteps = 1000
#sweep Values
rpmValues = numpy.arange(
20, 160, 20) #won't include the endpoint i.e. this will be 0 : 120
rpmStepDuration = 30 #seconds
#"jsonify" the np.array
rpmValuesList = rpmValues.tolist()
rpmIndex = 0