def transform(cls, data: OrderedDict, model: Model) -> OrderedDict:
data = super().transform(data, model)
query_dict("metadata", data).pop("date_creation", None)
query_dict("wellbore.metadata", data).pop("date_creation", None)
data = cls.copy_header_to_root(data)
data = cls.add_production_hash(data)
return data
def transform(cls, data: OrderedDict, model: Model) -> OrderedDict:
id = query_dict("metadata.identification", data=data)
existing = model.objects(_id=str(id)).first() or model()
if not hasattr(existing, "hashes"):
existing.hashes = {}
data = super().transform(data, model)
data = cls.copy_header_to_root(data)
data = cls.copy_content_to_root(data)
data = cls.copy_operator_to_root(data)
data = cls.add_survey_hash(data)
data = cls.add_location_hash(data)
data = cls.create_geometries(data, existing)
return data
def production_header(self) -> Dict:
output: Dict = OrderedDict()
data: Dict = {}
wellbore: Dict = {}
if hasattr(self, "header"):
data = self.header
if hasattr(self, "wellbore"):
wellbore = self.wellbore
get = functools.partial(query_dict, data=data)
output["api10"] = self.api10
output["api14"] = self.api14
output["entity"] = self.identification
output["entity12"] = str(self.identification)[:12]
output["status"] = self.status
output["last_update_at"] = self.last_update_at
output["name"] = get("designation.name")
output["hole_direction"] = query_dict("header.designation.code",
wellbore)
output["county_name"] = get("geopolitical.county.name")
output["county_code"] = get("geopolitical.county.code")
output["state_name"] = get("geopolitical.province_state.name")
output["state_code"] = get("geopolitical.province_state.code")
output["region_name"] = get("geopolitical.region.name")
output["operator_name"] = get("operators.current.name")
output["operator_alias"] = get("operators.current.alternate")
output["products"] = get("products.primary.code")
output["production_type"] = get("type.name")
output["product_primary"] = get("products.primary.name")
output["perf_upper"] = get("depths.perforation_uppermost.value")
output["perf_upper_uom"] = get("depths.perforation_uppermost.uom")
output["perf_lower"] = get("depths.perforation_lowermost.value")
output["perf_lower_uom"] = get("depths.perforation_lowermost.uom")
if output["perf_upper"] and output["perf_lower"]:
output["perfll"] = output["perf_lower"] - output["perf_upper"]
else:
output["perfll"] = None
output["well_counts"] = get("wells")
output["dates"] = self.dates
output["statuses"] = self.statuses
output["gatherers"] = self.gatherers
return output
def extract_last_updated_date(cls, data: OrderedDict) -> OrderedDict:
return query_dict("header.dates.last_update.standard", data or {})
def extract_identifier(cls, data: OrderedDict) -> str:
return str(query_dict("wellbore.metadata.identification", data))
def transform(self, data, **kwargs) -> Dict:
header: Dict = {}
engineering: Dict = {}
if hasattr(data, "header"):
header = data["header"]
if hasattr(data, "engineering"):
engineering = data["engineering"]
get = functools.partial(query_dict, data=header)
output = super().transform(data)
output["county"] = get("geopolitical.county.name")
output["county_code"] = get("geopolitical.county.code")
output["state"] = get("geopolitical.province_state.name")
output["state_code"] = get("geopolitical.province_state.code")
output["products"] = get("products.objective.code")
output["region"] = get("geopolitical.region.name")
output["operator"] = get("operators.current.name")
output["operator_alias"] = get("operators.current.alternate")
output["operator_code"] = get("operators.current.code")
output["operator_city"] = get("operators.current_city")
output["operator_original"] = get("operators.original.name")
output["operator_original_alias"] = get("operators.original.alternate")
output["operator_original_code"] = get("operators.original.code")
output["operator_original_city"] = get("operators.original_city")
output["basin"] = get("basin.main.name")
output["sub_basin"] = get("basin.sub_basin.name")
output["permit_number"] = get("permit.number")
output["permit_status"] = get("statuses.permit.name")
output["tvd"] = get("depths.total_true_vertical.value")
output["tvd_uom"] = get("depths.total_true_vertical.uom")
output["md"] = get("depths.total_measured.value")
output["md_uom"] = get("depths.total_measured.uom")
output["plugback_depth"] = get("depths.plugback.value")
output["plugback_depth_uom"] = get("depths.plugback.uom")
output["area_rights_value"] = get("areas.rights.value")
output["area_rights_uom"] = get("areas.rights.uom")
output["product_primary"] = get("products.objective.code")
output["perf_upper"] = query_dict(
"completion.header.depths.top.value", data=engineering
)
output["perf_upper_uom"] = query_dict(
"completion.header.depths.top.uom", data=engineering
)
output["perf_lower"] = query_dict(
"completion.header.depths.base.value", data=engineering
)
output["perf_lower_uom"] = query_dict(
"completion.header.depths.base.uom", data=engineering
)
if output["perf_upper"] and output["perf_lower"]:
output["perfll"] = output["perf_lower"] - output["perf_upper"]
else:
output["perfll"] = None
output["statuses"] = data.well_statuses or {}
output["elevations"] = data.well_elevations or {}
output["frac"] = data.frac or {}
output["dates"] = data.well_dates or {}
return output