def wdpapoly2mpa():
wpolys = WdpaPolygon.objects.all().defer(*WdpaPolygon.get_geom_fields()).order_by("wdpaid")
count = 0
for wpoly in wpolys:
mpa, created = Mpa.objects.get_or_create(wdpa_id=wpoly.wdpaid)
count += 1
print count
mpa.name = wpoly.name
mpa.wdpa_id = wpoly.wdpaid
mpa.country = wpoly.country
mpa.sub_location = wpoly.sub_loc
mpa.designation = wpoly.desig
mpa.designation_eng = wpoly.desig_eng
mpa.designation_type = wpoly.desig_type
mpa.iucn_category = wpoly.iucn_cat
mpa.int_criteria = wpoly.int_crit
mpa.marine = wpoly.marine
mpa.status = wpoly.status
mpa.status_year = wpoly.status_yr
mpa.area_notes = wpoly.area_notes
mpa.rep_m_area = wpoly.rep_m_area
mpa.calc_m_area = wpoly.gis_m_area
mpa.rep_area = wpoly.rep_area
mpa.calc_area = wpoly.gis_area
mpa.gov_type = wpoly.gov_type
mpa.mgmt_auth = wpoly.mang_auth
mpa.mgmt_plan_ref = wpoly.mang_plan
# mpa.geom_smerc = wpoly.geom_smerc
# mpa.geom = wpoly.geom
# mpa.geog = wpoly.geog
mpa.save()
# SQL update all geometry rows, much faster than through django
print "UPDATE geometry columns"
cursor = connection.cursor()
cursor.execute("UPDATE mpa_mpa SET geog = w.geog FROM wdpa_wdpapolygon as w WHERE mpa_mpa.wdpa_id = w.wdpaid")
transaction.commit_unless_managed()
print "UPDATE complete"
Mpa.set_all_geom_from_geog()
def usmpa2mpa(usmpa_id=None):
usmpas = USMpaPolygon.objects.all().defer(*USMpaPolygon.get_geom_fields()).order_by("site_id")
if usmpa_id is not None:
usmpas = usmpas.filter(site_id=usmpa_id)
count = 0
for usmpa in usmpas:
mpa, created = Mpa.objects.get_or_create(usmpa_id=usmpa.site_id)
count += 1
print count, usmpa.site_name, usmpa.state, usmpa.site_id
mpa.name = usmpa.site_name
mpa.long_name = usmpa.site_name
mpa.short_name = usmpa.site_label
mpa.usmpa_id = usmpa.site_id
mpa.country = "USA"
mpa.mgmt_auth = usmpa.mgmt_agency
if usmpa.mgmt_plan and usmpa.mgmt_plan.lower() != "no management plan":
mpa.mgmt_plan_type = usmpa.mgmt_plan
mpa.mgmt_plan_ref = None
mpa.gov_type = usmpa.gov_level
statecode = re.compile(r"^(\D\D)\d*")
match = statecode.match(usmpa.site_id)
if match:
mpa.sub_location = match.group(1)
print " ", mpa.sub_location
mpa.constancy = usmpa.constancy
if usmpa.permanence == "Permanent":
mpa.permanence = "Permanent"
elif usmpa.permanence == "Conditional":
mpa.permanence = "Non-Permanent - Conditional"
elif usmpa.permanence == "Temporary":
mpa.permanence = "Non-Permanent - Temporary"
# mpa.designation = usmpa.desig
# mpa.designation_eng = usmpa.desig_eng
mpa.designation_type = "National"
mpa.marine = True
mpa.status = "Designated"
if usmpa.establishment_year:
mpa.status_year = int(usmpa.establishment_year)
# mpa.protection_level
if usmpa.primary_conservation_focus == "Natural Heritage":
mpa.primary_conservation_focus == "Biodiversity Protection"
elif usmpa.primary_conservation_focus == "Sustainable Production":
mpa.primary_conservation_focus == "Biomass Enhancement"
elif usmpa.primary_conservation_focus == "Cultural Heritage":
mpa.primary_conservation_focus == "Cultural Heritage"
else:
mpa.primary_conservation_focus == "Unknown"
confoci = usmpa.conservation_focus.split(" and ")
for i in range(0, len(confoci)):
confocus = confoci[i]
if confocus == "Natural Heritage":
confocus == "Biodiversity Protection"
elif confocus == "Sustainable Production":
confocus == "Biomass Enhancement"
elif confocus == "Cultural Heritage":
confocus == "Cultural Heritage"
else:
confocus == "Unknown"
if i == 0:
mpa.secondary_conservation_focus = confocus
else:
tertiary_conservation_focus = confocus
if usmpa.protection_focus == "Ecosystem":
mpa.protection_focus = "Ecosystem"
elif usmpa.protection_focus == "Focal Resource":
mpa.protection_focus = "Focal Species"
if usmpa.fishing_restriction == "No Site Restrictions":
mpa.fishing = "Yes"
elif usmpa.fishing_restriction == "Commercial and Recreational Fishing Prohibited":
mpa.fishing = "No"
elif usmpa.fishing_restriction == "Restrictions Unknown":
mpa.fishing = "Unknown"
else:
mpa.fishing = "Some Restrictions"
mpa.fishing_info = usmpa.fishing_restriction
if usmpa.vessel == "Prohibited":
mpa.access = "No"
elif usmpa.vessel == "Restricted":
mpa.access = "Restricted"
elif usmpa.vessel == "Unrestricted":
mpa.access = "Yes"
# Create a contact and url for this site
c, created = Contact.objects.get_or_create(agency=usmpa.site_label + " Website", url=usmpa.url)
# c.mpa_main_set.add(mpa)
mpa.contact = c
# mpa.geom_smerc = wpoly.geom_smerc
# mpa.geom = wpoly.geom
# mpa.geog = wpoly.geog
mpa.save()
# SQL update all geometry rows, much faster than through django
print "UPDATE geometry columns"
cursor = connection.cursor()
cursor.execute(
"UPDATE mpa_mpa SET geom = u.geom, geog = u.geog, geom_smerc = u.geom_smerc FROM usmpa_usmpapolygon as u WHERE mpa_mpa.usmpa_id = u.site_id"
)
transaction.commit_unless_managed()
print "UPDATE complete"
Mpa.set_all_geom_from_geog()
def wdpapoint2mpa():
wpoints = WdpaPoint.objects.all().order_by("wdpaid")
count = 0
for wpoint in wpoints:
try:
mpa, created = Mpa.objects.get_or_create(wdpa_id=wpoint.wdpaid)
except:
mpa = Mpa() # create a new object if wpoint has no wdpaid
print "wdpaid error", wpoint.wdpaid, wpoint.pk
count += 1
print count
mpa.is_point = True
mpa.name = wpoint.name
mpa.wdpa_id = wpoint.wdpaid
mpa.country = wpoint.country
mpa.sub_location = wpoint.sub_loc
mpa.designation = wpoint.desig
mpa.designation_eng = wpoint.desig_eng
mpa.designation_type = wpoint.desig_type
mpa.iucn_category = wpoint.iucn_cat
mpa.int_criteria = wpoint.int_crit
mpa.marine = wpoint.marine
mpa.status = wpoint.status
mpa.status_year = wpoint.status_yr
mpa.rep_m_area = wpoint.rep_m_area
mpa.rep_area = wpoint.rep_area
mpa.gov_type = wpoint.gov_type
mpa.mgmt_auth = wpoint.mang_auth
mpa.mgmt_plan_ref = wpoint.mang_plan
# mpa.point_geom_smerc = wpoint.point_geom_smerc
# mpa.point_geom = wpoint.point_geom
# mpa.point_geog = wpoint.point_geog
mpa.save()
# SQL update all geometry rows, much faster than through django
print "UPDATE point geometry columns"
cursor = connection.cursor()
cursor.execute("UPDATE mpa_mpa SET point_geog = w.geog FROM wdpa_wdpapoint as w WHERE mpa_mpa.wdpa_id = w.wdpaid")
transaction.commit_unless_managed()
print "UPDATE complete"
Mpa.set_all_geom_from_geog()
