def execute(self, hazardEvent=None, metaDict=None):
self.AAWUinitialize(hazardEvent, metaDict)
CommonMetaData.writelines(sys.stderr, ['Calling SIGMET.W', '\n'])
sigmetTypes = [
"Thunderstorm", "Severe Turbulence", "Severe Icing",
"Widespread Duststorm", "Widespread Sandstorm", "Tropical Cyclone"
]
AAWUSigmetDesigs = ["INDIA", "JULIET", "KILO", "LIMA", "MIKE"]
HFOSigmetDesigs = [
"SIERRA", "TANGO", "UNIFORM", "VICTOR", "WHISKEY", "XRAY",
"YANKEE", "ZULU"
]
GUMSigmetDesigs = ["INDIA", "JULIET", "KILO", "LIMA", "MIKE"]
advisoryType = 'SIGMET'
metaData = [
self.getAdvisoryType(advisoryType),
self.getHazardType(sigmetTypes),
self.getHazardSubtype(),
self.getVerticalExtent(),
self.getMaxCbTops(),
self.getMovement(),
self.getIntensity(),
self.getForecastOrObserved(),
self.getAdvisoryArea(advisoryType),
self.getAdvisoryName(AAWUSigmetDesigs),
]
return {
METADATA_KEY: metaData,
}
def applyInterdependencies(triggerIdentifiers, mutableProperties):
AMChanges = MetaData_AIRMET_SIGMET.applyInterdependencies(
triggerIdentifiers, mutableProperties)
if AMChanges is None:
AMChanges = {}
import sys
CommonMetaData.writelines(sys.stderr, ['Hello World [SIGMET] !\n'])
subHaz = None
if triggerIdentifiers:
subHaz = {}
for ti in triggerIdentifiers:
if ti.find('AAWUHazardType') >= 0:
ht = mutableProperties.get('AAWUHazardType')['values']
hazType = {
"Thunderstorm": [
"Obscured", "Embedded", "Widespread", "Squall Line",
"Isolated Severe"
],
"Severe Icing": ["Not Applicable", "with Freezing Rain"]
}
sel = hazType.get(ht)
CommonMetaData.writelines(
sys.stderr,
['HT: ', str(ht), ' -- SEL: ',
str(sel), '\n'])
if sel is None:
choices = ['Not Applicable']
enable = False
else:
choices = sel
enable = True
subHaz['AAWUHazardSubType'] = {
"choices": choices,
"enable": enable,
"values": choices[0]
}
AMChanges['AAWUHazardSubType'] = subHaz['AAWUHazardSubType']
if ht == "Thunderstorm":
subHaz['AAWUMaxCbTops'] = {"enable": True}
else:
subHaz['AAWUMaxCbTops'] = {"enable": False}
AMChanges['AAWUMaxCbTops'] = subHaz['AAWUMaxCbTops']
CommonMetaData.writelines(sys.stderr, ['SubHaz:', str(subHaz), '\n'])
CommonMetaData.writelines(
sys.stderr, ['AMChanges: ', str(AMChanges), '\n'])
return AMChanges
def execute(self, hazardEvent=None, metaDict=None):
self.AAWUinitialize(hazardEvent, metaDict)
CommonMetaData.writelines(sys.stderr, ['Calling LLWS', '\n'])
hazardEvent.setVisualFeatures(VisualFeatures([]))
self._geomType = AviationUtils.AviationUtils().getGeometryType(hazardEvent)
trigger = 'generation'
boundingStatement = AviationUtils.AviationUtils().boundingStatement(hazardEvent,self._geomType,[],trigger)
self.flush()
advisoryType = 'LLWS'
metaData = [
self.getAdvisoryType(advisoryType),
self.getLLWSInputs(self._geomType),
]
return {
METADATA_KEY: metaData,
METADATA_MODIFIED_HAZARD_EVENT: hazardEvent
}
def execute(self, hazardEvent=None, metaDict=None):
self.AAWUinitialize(hazardEvent, metaDict)
CommonMetaData.writelines(sys.stderr,
['Calling SIGMET.International', '\n'])
hazardEvent.setVisualFeatures(VisualFeatures([]))
self._geomType = AviationUtils.AviationUtils().getGeometryType(
hazardEvent)
volcanoDict = VolcanoMetaData.VolcanoMetaData().getVolcanoDict()
self.flush()
advisoryType = 'SIGMET.International'
metaData = [
self.getAdvisoryType(advisoryType),
self.getInternationalSigmetInputs(self._geomType, volcanoDict),
]
return {
METADATA_KEY: metaData,
METADATA_MODIFIED_HAZARD_EVENT: hazardEvent
}
def applyInterdependencies(triggerIdentifiers, mutableProperties):
propertyChanges = CommonMetaData.applyInterdependencies(
triggerIdentifiers, mutableProperties)
if triggerIdentifiers:
if "damOrLeveeName" in triggerIdentifiers:
damOrLeveeNameDict = mutableProperties.get("damOrLeveeName")
if damOrLeveeNameDict is not None:
damOrLeveeName = damOrLeveeNameDict.get("values")
if damOrLeveeName is not None:
# Attempt to populate the riverName from the dam metadata if available
from MapsDatabaseAccessor import MapsDatabaseAccessor
mapsAccessor = MapsDatabaseAccessor()
damMetaData = mapsAccessor.getDamInundationMetadata(
damOrLeveeName)
if damMetaData:
riverName = damMetaData.get("riverName", "")
if not propertyChanges:
propertyChanges = {}
propertyChanges["riverName"] = {"values": riverName}
return propertyChanges
def applyInterdependencies(triggerIdentifiers, mutableProperties):
propertyChanges = CommonMetaData.applyInterdependencies(
triggerIdentifiers, mutableProperties)
return propertyChanges
def applyInterdependencies(triggerIdentifiers, mutableProperties): return CommonMetaData.applyFLInterdependencies(triggerIdentifiers, mutableProperties)