def get_project_seasonality(project_name):
user, project = Project.get_user_and_project(g.username, project_name)
if project.windTMatrix:
return jsonify(result={
"exists": True,
"seasonality": project.get_Seasonality()
})
else:
return jsonify(result={"exists": False})
def get_project_seasonality(project_name):
user, project = Project.get_user_and_project(g.username, project_name)
if project.windTMatrix:
return jsonify(
result={
"exists": True,
"seasonality":project.get_Seasonality()
})
else:
return jsonify(result={"exists": False})
def check_wind_status(project_name):
user, project = Project.get_user_and_project(g.username, project_name)
expected_winddays_ready = bool(project.expected_winddays)
expected_windday_risks_ready = bool(project.expected_windday_risks)
if expected_winddays_ready and expected_windday_risks_ready:
project.wind_status = "Wind Day calculations ready."
project.save()
return jsonify(
result={
"status": project.wind_status,
"byMonth": project.expected_winddays,
"risks": project.expected_windday_risks,
"conditions": project.windday_conditions
})
return jsonify(result={"status": project.wind_status})
def check_wind_status(project_name):
user, project = Project.get_user_and_project(g.username, project_name)
expected_winddays_ready = bool(project.expected_winddays)
expected_windday_risks_ready = bool(project.expected_windday_risks)
if expected_winddays_ready and expected_windday_risks_ready:
project.wind_status = "Wind Day calculations ready."
project.save()
return jsonify(
result = {
"status": project.wind_status,
"byMonth": project.expected_winddays,
"risks": project.expected_windday_risks,
"conditions": project.windday_conditions
})
return jsonify(
result = {"status": project.wind_status}
)
def calulate_wind(project_name):
user, project = Project.get_user_and_project(g.username, project_name)
if project.windTMatrix:
try:
conditions = request.json
project.windday_conditions = conditions
project.expected_winddays = []
project.expected_windday_risks = []
project.wind_status = "Calculating Expected Risks of Wind Days"
project.save()
expected = calculate_expected_winddays.delay(*(g.username, project_name))
risks = calculate_windday_risks.delay(*(g.username, project_name))
except Exception as e:
project.wind_status = "Error Calculating Wind Days"
raise ProjectException("Error Calculating Wind Days: " + str(e))
return jsonify(result={"message": project.wind_status})
else:
raise ProjectException("Please upload wind data.")
def calulate_wind(project_name):
user, project = Project.get_user_and_project(g.username, project_name)
if project.windTMatrix:
try:
conditions = request.json
project.windday_conditions = conditions
project.expected_winddays = []
project.expected_windday_risks = []
project.wind_status = "Calculating Expected Risks of Wind Days"
project.save()
expected = calculate_expected_winddays.delay(*(g.username,
project_name))
risks = calculate_windday_risks.delay(*(g.username, project_name))
except Exception as e:
project.wind_status = "Error Calculating Wind Days"
raise ProjectException("Error Calculating Wind Days: " + str(e))
return jsonify(result={"message": project.wind_status})
else:
raise ProjectException("Please upload wind data.")
def calculate_windday_risks(username, project_name):
user, project = Project.get_user_and_project(username, project_name)
try:
project.expected_windday_risks = []
project.save()
risks = risk_by_hour_and_month(
project.windHeight,
project.windday_conditions['height'],
project.windday_conditions['maxws'],
project.windday_conditions['maxhours'],
project.windday_conditions['daylength'],
project.get_TMatrix(),
consecutive=project.windday_conditions['consecutive'])
project.expected_windday_risks = risks
project.save()
return risks
except Exception as e:
project.wind_status = "Error Calculating Wind Days"
project.save()
print "Error Calculating Wind Days Risks: " + str(e)
def calculate_windday_risks(username, project_name):
user, project = Project.get_user_and_project(username, project_name)
try:
project.expected_windday_risks = []
project.save()
risks = risk_by_hour_and_month(
project.windHeight,
project.windday_conditions['height'],
project.windday_conditions['maxws'],
project.windday_conditions['maxhours'],
project.windday_conditions['daylength'],
project.get_TMatrix(),
consecutive=project.windday_conditions['consecutive']
)
project.expected_windday_risks = risks
project.save()
return risks
except Exception as e:
project.wind_status = "Error Calculating Wind Days"
project.save()
print "Error Calculating Wind Days Risks: " + str(e)
def calculate_expected_winddays(username, project_name):
user, project = Project.get_user_and_project(username, project_name)
try:
project.expected_winddays = []
project.save()
winddays = estimate_winddays(
project.windHeight,
project.windday_conditions['height'],
project.windday_conditions['maxws'],
project.windday_conditions['maxhours'],
project.windday_conditions['starthr'],
project.windday_conditions['daylength'],
project.get_TMatrix(),
project.windday_conditions['certainty'],
consecutive=project.windday_conditions['consecutive'])
project.expected_winddays = winddays
project.save()
return winddays
except Exception as e:
project.wind_status = "Error Calculating Wind Days"
project.save()
print "Error Calculating Wind Days: " + str(e)
def calculate_expected_winddays(username, project_name):
user, project = Project.get_user_and_project(username, project_name)
try:
project.expected_winddays = []
project.save()
winddays = estimate_winddays(
project.windHeight,
project.windday_conditions['height'],
project.windday_conditions['maxws'],
project.windday_conditions['maxhours'],
project.windday_conditions['starthr'],
project.windday_conditions['daylength'],
project.get_TMatrix(),
project.windday_conditions['certainty'],
consecutive = project.windday_conditions['consecutive']
)
project.expected_winddays = winddays
project.save()
return winddays
except Exception as e:
project.wind_status = "Error Calculating Wind Days"
project.save()
print "Error Calculating Wind Days: " + str(e)