/
lep.py
536 lines (479 loc) · 35.3 KB
/
lep.py
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# ! are the imports needed if they are defined in main?
import arcpy as ap
import os
import shutil
from census import Census
from us import states
import pandas as pd
from arcgis import GIS
from helpers import *
# ! I like the API route, but how finished is this? And how does it feed into the lep
def lepTracts(census_key, year, tract_mergedgdb, tract_file, root_dir, gdb, final_gdb_loc, region):
# initial census call
c = Census(census_key, year=2000+int(year))
print('here') # <3
# call the acs 5 year tracts api for MO and IL convert to DF's and merge
mo = c.acs5.state_county_tract(("GEO_ID", "C16001_005E", "C16001_008E","C16001_011E","C16001_014E","C16001_017E","C16001_020E","C16001_023E","C16001_026E","C16001_029E","C16001_035E"), states.MO.fips, '189,510', Census.ALL)
mo = pd.DataFrame(mo)
il = c.acs5.state_county_tract(("GEO_ID", "C16001_005E", "C16001_008E","C16001_011E","C16001_014E","C16001_017E","C16001_020E","C16001_023E","C16001_026E","C16001_029E","C16001_035E"), states.IL.fips, '163', Census.ALL)
il = pd.DataFrame(il)
mergeddf = mo.append(il, ignore_index=True)
mergeddf["GEOID_DATA"] = mergeddf["GEO_ID"]
mergeddf['GEOID_DATA'] = mergeddf['GEOID_DATA'].str.slice(start=9)
# import geo to geopandas
# pd.DataFrame.spatial.from_layer(os.path.join(tract_mergedgdb, tract_file))
# # CLIP FEATURE CLASS
# # CALC COVERAGE OF FIELDS
tracts = pd.DataFrame.spatial.from_featureclass(os.path.join(tract_mergedgdb, tract_file))
tracts = tracts.merge(mergeddf, left_on='GEOID', right_on='GEOID_DATA')
print(tracts.columns)
# ["TLEPFrench", "DOUBLE"], # C16001e8 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: French, Haitian, or Cajun: Speak English less than "very well": Population 5 years and over -- (Estimate)
# ["TLEPGerm", "DOUBLE"], # C16001e11 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: German or other West Germanic languages: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPRuss", "DOUBLE"],# C16001e14 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Russian, Polish, or other Slavic languages: Speak English less than "very well": Population 5 years and over -- (Estimate)
# ["TLEPOIndoEuro", "DOUBLE"],# C16001e17 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Other Indo-European languages: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPKor", "DOUBLE"],# C16001e20 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Korean: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPChin", "DOUBLE"],# C16001e23 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Chinese (incl. Mandarin, Cantonese): Speak English less than "very well": Population 5 years and over -- (Estimate)
# ["TLEPViet", "DOUBLE"],# C16001e26 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Vietnamese: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPTaglog", "DOUBLE"],# C16001e29 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Tagalog (incl. Filipino): Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPArabic", "DOUBLE"],# C16001e35 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Arabic: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# RENAME FIELDS
fields = [["C16001_005E", "TLEPSpan"], ["C16001_008E", "TLEPFrench"],["C16001_011E", "TLEPGerm"],["C16001_014E", "TLEPRuss"],["C16001_017E", "TLEPOIndoEuro"],["C16001_020E", "TLEPKor"],["C16001_023E", "TLEPChin"],["C16001_026E", "TLEPViet"],["C16001_029E", "TLEPTaglog"],["C16001_035E", "TLEPArabic"], ["sqmiles", "org_sqmiles"]]
for field in fields:
tracts[field[1]] = tracts[field[0]]
tracts.drop(field[0], axis=1)
tracts.to_csv(os.path.join(root_dir, rf"LEP_Lang_{year}.csv"), index=False)
tracts.spatial.to_featureclass(location=os.path.join(gdb, rf"LEP_Lang_{year}"))
ap.env.workspace = gdb
ap.env.overwriteOutput = True
ap.CalculateField_management(f"LEP_Lang_{year}", "org_sqmiles", '!shape.area@squaremiles!', 'PYTHON3')
ap.Clip_analysis(f"LEP_Lang_{year}", region, f"LEP_Lang_{year}_Region")
ap.AddField_management(f"LEP_Lang_{year}_Region", "NewSqMiles", field_type='float')
ap.CalculateField_management(f"LEP_Lang_{year}_Region", "NewSqMiles", '!shape.area@squaremiles!', 'PYTHON3')
tracts_clipped = pd.DataFrame.spatial.from_featureclass(os.path.join(ap.env.workspace, f"LEP_Lang_{year}_Region"))
tracts_clipped['Coverage'] = tracts_clipped['NewSqMiles'] / tracts_clipped['org_sqmiles']
coverage_fields = ['c16001_005_e', 'c16001_008_e', 'c16001_011_e', 'c16001_014_e', 'c16001_017_e','c16001_020_e', 'c16001_023_e', 'c16001_026_e', 'c16001_029_e','c16001_035_e', 'tlep_french','tlep_germ', 'tlep_russ', 'tlepo_indo_euro', 'tlep_kor', 'tlep_chin','tlep_viet', 'tlep_taglog', 'tlep_arabic']
for field in coverage_fields:
tracts_clipped[field] = tracts_clipped[field] * tracts_clipped['Coverage']
print(field)
tracts_clipped.spatial.to_featureclass(location=os.path.join(final_gdb_loc, rf"LEP_Lang_{year}_Region"))
tracts_clipped.to_csv(os.path.join(root_dir, rf"LEP_Lang_{year}_Region.csv"), index=False)
def lep(year, root_dir, bg_mergedgdb, region, places, bg_file, lep_file, final_gdb_loc, census_key, tract_mergedgdb, tract_file):
gdb = f"LEP{year}.gdb"
ap.env.workspace = os.path.join(root_dir, gdb) # -----> Change Year
ap.ClearWorkspaceCache_management()
outputgdb = ap.env.workspace
working_file = "LEP_working"
# lep_table = os.path.join(bg_mergedgdb, lep_file)
# bg = os.path.join(bg_mergedgdb, bg_file)
# working_gdb = os.path.join(root_dir, gdb)
# Working file locations
cw_file = f"LEP{year}_working_County"
cw = os.path.join(outputgdb, cw_file)
rw_file = f"LEP{year}_working_Region"
rw = os.path.join(outputgdb, rw_file)
twcw_file = f"LEP{year}_working_CountyJoin"
twcw = os.path.join(outputgdb, twcw_file)
twrw_file = f"LEP{year}_working_RegionJoin"
twrw = os.path.join(outputgdb, twrw_file)
twrw_places_file = f"LEP{year}_working_RegionJoin_Places"
twrw_places = os.path.join(outputgdb, twrw_places_file)
final_file = f"LEP{year}_Final"
final = os.path.join(outputgdb, final_file)
# LIST OF FIELDS TO DELETE
delete_fields = ["Join_Count", "TARGET_FID", "Join_Count_1", "TARGET_FID_1", "Join_Count_12", "TARGET_FID_12",
"ALAND_1", "AWATER_1", "Shape_Length_12", "Shape_Area_12", "Shape_Length_1", "Shape_Area_1",
"GEOID_1", "B16004e1", "B16004e10", "B16004e11", "B16004e12", "B16004e13", "B16004e14",
"B16004e15", "B16004e16", "B16004e17", "B16004e18", "B16004e19", "B16004e2", "B16004e20",
"B16004e21", "B16004e22", "B16004e23", "B16004e24", "B16004e25", "B16004e26", "B16004e27",
"B16004e28", "B16004e29", "B16004e3", "B16004e30", "B16004e31", "B16004e32", "B16004e33",
"B16004e34", "B16004e35", "B16004e36", "B16004e37", "B16004e38", "B16004e39", "B16004e4",
"B16004e40", "B16004e41", "B16004e42", "B16004e43", "B16004e44", "B16004e45", "B16004e46",
"B16004e47", "B16004e48", "B16004e49", "B16004e5", "B16004e50", "B16004e51", "B16004e52",
"B16004e53", "B16004e54", "B16004e55", "B16004e56", "B16004e57", "B16004e58", "B16004e59",
"B16004e6", "B16004e60", "B16004e61", "B16004e62", "B16004e63", "B16004e64", "B16004e65",
"B16004e66", "B16004e67", "B16004e7", "B16004e8", "B16004e9", "B16004m1", "B16004m10", "B16004m11",
"B16004m12", "B16004m13", "B16004m14", "B16004m15", "B16004m16", "B16004m17", "B16004m18",
"B16004m19", "B16004m2", "B16004m20", "B16004m21", "B16004m22", "B16004m23", "B16004m24",
"B16004m25", "B16004m26", "B16004m27", "B16004m28", "B16004m29", "B16004m3", "B16004m30",
"B16004m31", "B16004m32", "B16004m33", "B16004m34", "B16004m35", "B16004m36", "B16004m37",
"B16004m38", "B16004m39", "B16004m4", "B16004m40", "B16004m41", "B16004m42", "B16004m43",
"B16004m44", "B16004m45", "B16004m46", "B16004m47", "B16004m48", "B16004m49", "B16004m5",
"B16004m50", "B16004m51", "B16004m52", "B16004m53", "B16004m54", "B16004m55", "B16004m56",
"B16004m57", "B16004m58", "B16004m59", "B16004m6", "B16004m60", "B16004m61", "B16004m62",
"B16004m63", "B16004m64", "B16004m65", "B16004m66", "B16004m67", "B16004m7", "B16004m8",
"B16004m9", "C16002e1", "C16002e10", "C16002e11", "C16002e12", "C16002e13", "C16002e14",
"C16002e2", "C16002e3", "C16002e4", "C16002e5", "C16002e6", "C16002e7", "C16002e8", "C16002e9",
"C16002m1", "C16002m10", "C16002m11", "C16002m12", "C16002m13", "C16002m14", "C16002m2",
"C16002m3", "C16002m4", "C16002m5", "C16002m6", "C16002m7", "C16002m8", "C16002m9", "GEOID",
"SUM_TPOP", "SUM_SqMiles", "SUM_TEngOnly", "SUM_TEngVW", "SUM_TLEP", "SUM_TLEPAsian",
"SUM_TLEPSpan", "SUM_TLEPEuro", "SUM_TLEPOther", "SUM_TPOP_1", "SUM_SqMiles_1", "SUM_TEngOnly_1",
"SUM_TEngVW_1", "SUM_TLEP_1", "SUM_TLEPAsian_1", "SUM_TLEPSpan_1", "SUM_TLEPEuro_1",
"SUM_TLEPOther_1",
# "C16001e8","C16001e11","C16001e14","C16001e17","C16001e20","C16001e23","C16001e26","C16001e29","C16001e35",
"SUM_TLEPFrench"
"SUM_TLEPFrench_1", "SUM_TLEPGerm", "SUM_TLEPGerm_1", "SUM_TLEPRuss", "SUM_TLEPRuss_1", "SUM_TLEPOIndoEuro",
"SUM_TLEPOIndoEuro_1", "SUM_TLEPKor", "SUM_TLEPKor_1", "SUM_TLEPChin", "SUM_TLEPChin_1", "SUM_TLEPViet",
"SUM_TLEPViet_1", "SUM_TLEPTaglog", "SUM_TLEPTaglog_1", "SUM_TLEPArabic", "SUM_TLEPArabic_1"]
# replaceGDB(root_dir, gdb)
# fields_list = ["B16004e1", "B16004e10", "B16004e11", "B16004e12", "B16004e13", "B16004e14", "B16004e15", "B16004e16", "B16004e17", "B16004e18", "B16004e19", "B16004e2", "B16004e20", "B16004e21", "B16004e22", "B16004e23", "B16004e24", "B16004e25", "B16004e26", "B16004e27", "B16004e28", "B16004e29", "B16004e3", "B16004e30", "B16004e31", "B16004e32", "B16004e33", "B16004e34", "B16004e35", "B16004e36", "B16004e37", "B16004e38", "B16004e39", "B16004e4", "B16004e40", "B16004e41", "B16004e42", "B16004e43", "B16004e44", "B16004e45", "B16004e46", "B16004e47", "B16004e48", "B16004e49", "B16004e5", "B16004e50", "B16004e51", "B16004e52", "B16004e53", "B16004e54", "B16004e55", "B16004e56", "B16004e57", "B16004e58", "B16004e59", "B16004e6", "B16004e60", "B16004e61", "B16004e62", "B16004e63", "B16004e64", "B16004e65", "B16004e66", "B16004e67", "B16004e7", "B16004e8", "B16004e9", "B16004m1", "B16004m10", "B16004m11", "B16004m12", "B16004m13", "B16004m14", "B16004m15", "B16004m16", "B16004m17", "B16004m18", "B16004m19", "B16004m2", "B16004m20", "B16004m21", "B16004m22", "B16004m23", "B16004m24", "B16004m25", "B16004m26", "B16004m27", "B16004m28", "B16004m29", "B16004m3", "B16004m30", "B16004m31", "B16004m32", "B16004m33", "B16004m34", "B16004m35", "B16004m36", "B16004m37", "B16004m38", "B16004m39", "B16004m4", "B16004m40", "B16004m41", "B16004m42", "B16004m43", "B16004m44", "B16004m45", "B16004m46", "B16004m47", "B16004m48", "B16004m49", "B16004m5", "B16004m50", "B16004m51", "B16004m52", "B16004m53", "B16004m54", "B16004m55", "B16004m56", "B16004m57", "B16004m58", "B16004m59", "B16004m6", "B16004m60", "B16004m61", "B16004m62", "B16004m63", "B16004m64", "B16004m65", "B16004m66", "B16004m67", "B16004m7", "B16004m8", "B16004m9", "C16002e1", "C16002e10", "C16002e11", "C16002e12", "C16002e13", "C16002e14", "C16002e2", "C16002e3", "C16002e4", "C16002e5", "C16002e6", "C16002e7", "C16002e8", "C16002e9", "C16002m1", "C16002m10", "C16002m11", "C16002m12", "C16002m13", "C16002m14", "C16002m2", "C16002m3", "C16002m4", "C16002m5", "C16002m6", "C16002m7", "C16002m8", "C16002m9", "C16001e5",
# "C16001e8","C16001e11","C16001e14","C16001e17","C16001e20","C16001e23","C16001e26","C16001e29","C16001e35"]
# # clipPolygons(census_gdb, census_file, boundary_file, output_gdb, output_file, join_table, fields_list)
# clipPolygons(bg_mergedgdb, bg_file, region, os.path.join(root_dir, gdb), working_file)
# joinAndCalcFields(working_file, bg_mergedgdb, os.path.join(root_dir, gdb), 'GEOID_Data', lep_file, 'GEOID', fields_list)
# ap.env.workspace = outputgdb
# # ADDING ALL THE BLOCK GROUP CENSUS FIELDS
# ap.management.AddFields(working_file,
# [["TPOP", "DOUBLE"],
# ["SqMiles", "DOUBLE"],
# ["TEngOnly", "DOUBLE"],
# ["TEngVW", "DOUBLE"],
# ["PEngVW", "DOUBLE"],
# ["TLEP", "DOUBLE"],
# ["PLEP", "DOUBLE"],
# ["LEPDens", "DOUBLE"],
# ["TLEPAsian", "DOUBLE"],
# ["PLEPAsian", "DOUBLE"],
# ["LEPAsianDens", "DOUBLE"],
# ["TLEPSpan", "DOUBLE"],
# ["PLEPSpan", "DOUBLE"],
# ["LEPSpanDens", "DOUBLE"],
# ["TLEPEuro", "DOUBLE"],
# ["PLEPEuro", "DOUBLE"],
# ["LEPEuroDens", "DOUBLE"],
# ["TLEPOther", "DOUBLE"],
# ["PLEPOther", "DOUBLE"],
# ['LEPOtherDens', "DOUBLE"],
# ["CoAbvLEP", "DOUBLE"],
# ["RegAbvLEP", "DOUBLE"],
# ["TLEPFrench", "DOUBLE"], # C16001e8 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: French, Haitian, or Cajun: Speak English less than "very well": Population 5 years and over -- (Estimate)
# ["TLEPGerm", "DOUBLE"], # C16001e11 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: German or other West Germanic languages: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPRuss", "DOUBLE"],# C16001e14 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Russian, Polish, or other Slavic languages: Speak English less than "very well": Population 5 years and over -- (Estimate)
# ["TLEPOIndoEuro", "DOUBLE"],# C16001e17 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Other Indo-European languages: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPKor", "DOUBLE"],# C16001e20 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Korean: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPChin", "DOUBLE"],# C16001e23 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Chinese (incl. Mandarin, Cantonese): Speak English less than "very well": Population 5 years and over -- (Estimate)
# ["TLEPViet", "DOUBLE"],# C16001e26 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Vietnamese: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPTaglog", "DOUBLE"],# C16001e29 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Tagalog (incl. Filipino): Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ["TLEPArabic", "DOUBLE"],# C16001e35 LANGUAGE SPOKEN AT HOME FOR THE POPULATION 5 YEARS AND OVER: Arabic: Speak English less than ""very well"": Population 5 years and over -- (Estimate)
# ])
# print("")
# print("---------------------------")
# print("Added fields")
# # CALCULATE OUT BLOCK GROUP CENSUS VALUES
# ap.CalculateFields_management(working_file, "PYTHON3",
# [["SqMiles", "!shape.area@squaremiles!"],
# ["TPOP", "!B16004e1!"],
# ["TLEP",
# "!B16004e6!+!B16004e7!+!B16004e8!+!B16004e11!+!B16004e12!+!B16004e13!+!B16004e16!+!B16004e17!+!B16004e18!+!B16004e21!+!B16004e22!+!B16004e23!+!B16004e28!+!B16004e29!+!B16004e30!+!B16004e33!+!B16004e34!+!B16004e35!+!B16004e38!+!B16004e39!+!B16004e40!+!B16004e43!+!B16004e44!+!B16004e45!+!B16004e50!+!B16004e51!+!B16004e52!+!B16004e55!+!B16004e56!+!B16004e57!+!B16004e60!+!B16004e61!+!B16004e62!+!B16004e65!+!B16004e66!+!B16004e67!"],
# ["PLEP", "!TLEP!/!TPOP!"],
# ["LEPDens", "!TLEP!/!SqMiles!"],
# ["TEngOnly", "!B16004e3!+!B16004e25!+!B16004e47!"],
# ["TEngVW",
# "!B16004e5!+!B16004e10!+!B16004e15!+!B16004e20!+!B16004e27!+!B16004e32!+!B16004e37!+!B16004e42!+!B16004e49!+!B16004e54!+!B16004e59!+!B16004e64!"],
# ["TLEPSpan",
# "!B16004e6!+!B16004e7!+!B16004e8!+!B16004e28!+!B16004e29!+!B16004e30!+!B16004e50!+!B16004e51!+!B16004e52!"],
# ["TLEPEuro",
# "!B16004e11!+!B16004e12!+!B16004e13!+!B16004e33!+!B16004e34!+!B16004e35!+!B16004e55!+!B16004e56!+!B16004e57!"],
# ["TLEPAsian",
# "!B16004e16!+!B16004e17!+!B16004e18!+!B16004e38!+!B16004e39!+!B16004e40!+!B16004e60!+!B16004e61!+!B16004e62!"],
# ["TLEPOther",
# "!B16004e21!+!B16004e22!+!B16004e23!+!B16004e43!+!B16004e44!+!B16004e45!+!B16004e65!+!B16004e66!+!B16004e67!"],
# ["PEngVW", "!TEngVW!/!TPOP!"],
# ["PLEPSpan", "!TLEPSpan!/!TPOP!"],
# ["PLEPEuro", "!TLEPEuro!/!TPOP!"],
# ["PLEPAsian", "!TLEPAsian!/!TPOP!"],
# ["PLEPOther", "!TLEPOther!/!TPOP!"],
# ["LEPSpanDens", "!TLEPSpan!/!SqMiles!"],
# ["LEPEuroDens", "!TLEPEuro!/!SqMiles!"],
# ["LEPAsianDens", "!TLEPAsian!/!SqMiles!"],
# ["LEPOtherDens", "!TLEPOther!/!SqMiles!"],
# ["TLEPFrench", "!C16001e8!"],
# ["TLEPGerm", "!C16001e11!"],
# ["TLEPRuss", "!C16001e14!"],
# ["TLEPOIndoEuro", "!C16001e17!"],
# ["TLEPKor", "!C16001e20!"],
# ["TLEPChin", "!C16001e23!"],
# ["TLEPViet", "!C16001e26!"],
# ["TLEPTaglog", "!C16001e29!"],
# ["TLEPArabic", "!C16001e35!"],
# ])
# print("")
# print("---------------------------")
# print("Finished calculating LEP Population Calcs")
# # DISSOLVE TRACTS BY COUNTY - SUM VALUES
# ap.Dissolve_management(working_file, cw, "COUNTYFP", [
# ["TPOP", "SUM"],
# ["SqMiles", "SUM"],
# ["TEngOnly", "SUM"],
# ["TEngVW", "SUM"],
# ["TLEP", "SUM"],
# ["TLEPAsian", "SUM"],
# ["TLEPSpan", "SUM"],
# ["TLEPEuro", "SUM"],
# ["TLEPOther", "SUM"],
# ["TLEPFrench", "SUM"],
# ["TLEPGerm", "SUM"],
# ["TLEPRuss", "SUM"],
# ["TLEPOIndoEuro", "SUM"],
# ["TLEPKor", "SUM"],
# ["TLEPChin", "SUM"],
# ["TLEPViet", "SUM"],
# ["TLEPTaglog", "SUM"],
# ["TLEPArabic", "SUM"]])
# print("")
# print("---------------------------")
# print("Dissolve County Stats")
# # DISSOLVE TRACTS BY REGION - SUM VALUES
# ap.Dissolve_management(working_file, rw, "", [
# ["TPOP", "SUM"],
# ["SqMiles", "SUM"],
# ["TEngOnly", "SUM"],
# ["TEngVW", "SUM"],
# ["TLEP", "SUM"],
# ["TLEPAsian", "SUM"],
# ["TLEPSpan", "SUM"],
# ["TLEPEuro", "SUM"],
# ["TLEPOther", "SUM"],
# ["TLEPFrench", "SUM"],
# ["TLEPGerm", "SUM"],
# ["TLEPRuss", "SUM"],
# ["TLEPOIndoEuro", "SUM"],
# ["TLEPKor", "SUM"],
# ["TLEPChin", "SUM"],
# ["TLEPViet", "SUM"],
# ["TLEPTaglog", "SUM"],
# ["TLEPArabic", "SUM"]])
# print("")
# print("---------------------------")
# print("Dissolve Region Stats")
# # ADD COUNTY FIELDS
# ap.management.AddFields(cw,
# [["CoTPOP", "DOUBLE"],
# ["CoSqMiles", "DOUBLE"],
# ["CoTLEP", "DOUBLE"],
# ["CoPLEP", "DOUBLE"],
# ["CoLEPDens", "DOUBLE"],
# ["CoTLEPAsian", "DOUBLE"],
# ["CoPLEPAsian", "DOUBLE"],
# ["CoLEPAsianDens", "DOUBLE"],
# ["CoTLEPSpan", "DOUBLE"],
# ["CoPLEPSpan", "DOUBLE"],
# ["CoLEPSpanDens", "DOUBLE"],
# ["CoTLEPEuro", "DOUBLE"],
# ["CoPLEPEuro", "DOUBLE"],
# ["CoLEPEuroDens", "DOUBLE"],
# ["CoTLEPOther", "DOUBLE"],
# ["CoPLEPOther", "DOUBLE"],
# ['CoLEPOtherDens', "DOUBLE"],
# ["CoTLEPOther", "DOUBLE"],
# ["CoTLEPFrench", "DOUBLE"],
# ["CoPLEPFrench", "DOUBLE"],
# ["CoLEPFrenchDens", "DOUBLE"],
# ["CoTLEPGerm", "DOUBLE"],
# ["CoPLEPGerm", "DOUBLE"],
# ["CoLEPGermDens", "DOUBLE"],
# ["CoTLEPRuss", "DOUBLE"],
# ["CoPLEPRuss", "DOUBLE"],
# ["CoLEPRussDens", "DOUBLE"],
# ["CoTLEPOIndoEuro", "DOUBLE"],
# ["CoPLEPOIndoEuro", "DOUBLE"],
# ["CoLEPOIndoEuroDens", "DOUBLE"],
# ["CoTLEPKor", "DOUBLE"],
# ["CoPLEPKor", "DOUBLE"],
# ["CoLEPKorDens", "DOUBLE"],
# ["CoTLEPChin", "DOUBLE"],
# ["CoPLEPChin", "DOUBLE"],
# ["CoLEPChinDens", "DOUBLE"],
# ["CoTLEPViet", "DOUBLE"],
# ["CoPLEPViet", "DOUBLE"],
# ["CoLEPVietDens", "DOUBLE"],
# ["CoTLEPTaglog", "DOUBLE"],
# ["CoPLEPTaglog", "DOUBLE"],
# ["CoLEPTaglogDens", "DOUBLE"],
# ["CoTLEPArabic", "DOUBLE"],
# ["CoPLEPArabic", "DOUBLE"],
# ["CoLEPArabicDens", "DOUBLE"]])
# print("")
# print("---------------------------")
# print(cw_file + " fields added !!!")
# # ADD REGIONAL FIELDS
# ap.management.AddFields(rw,
# [["RegTPOP", "DOUBLE"],
# ["RegSqMiles", "DOUBLE"],
# ["RegTLEP", "DOUBLE"],
# ["RegPLEP", "DOUBLE"],
# ["RegLEPDens", "DOUBLE"],
# ["RegTLEPAsian", "DOUBLE"],
# ["RegPLEPAsian", "DOUBLE"],
# ["RegLEPAsianDens", "DOUBLE"],
# ["RegTLEPSpan", "DOUBLE"],
# ["RegPLEPSpan", "DOUBLE"],
# ["RegLEPSpanDens", "DOUBLE"],
# ["RegTLEPEuro", "DOUBLE"],
# ["RegPLEPEuro", "DOUBLE"],
# ["RegLEPEuroDens", "DOUBLE"],
# ["RegTLEPOther", "DOUBLE"],
# ["RegPLEPOther", "DOUBLE"],
# ['RegLEPOtherDens', "DOUBLE"],
# ["RegTLEPFrench", "DOUBLE"],
# ["RegPLEPFrench", "DOUBLE"],
# ["RegLEPFrenchDens", "DOUBLE"],
# ["RegTLEPGerm", "DOUBLE"],
# ["RegPLEPGerm", "DOUBLE"],
# ["RegLEPGermDens", "DOUBLE"],
# ["RegTLEPRuss", "DOUBLE"],
# ["RegPLEPRuss", "DOUBLE"],
# ["RegLEPRussDens", "DOUBLE"],
# ["RegTLEPOIndoEuro", "DOUBLE"],
# ["RegPLEPOIndoEuro", "DOUBLE"],
# ["RegLEPOIndoEuroDens", "DOUBLE"],
# ["RegTLEPKor", "DOUBLE"],
# ["RegPLEPKor", "DOUBLE"],
# ["RegLEPKorDens", "DOUBLE"],
# ["RegTLEPChin", "DOUBLE"],
# ["RegPLEPChin", "DOUBLE"],
# ["RegLEPChinDens", "DOUBLE"],
# ["RegTLEPViet", "DOUBLE"],
# ["RegPLEPViet", "DOUBLE"],
# ["RegLEPVietDens", "DOUBLE"],
# ["RegTLEPTaglog", "DOUBLE"],
# ["RegPLEPTaglog", "DOUBLE"],
# ["RegLEPTaglogDens", "DOUBLE"],
# ["RegTLEPArabic", "DOUBLE"],
# ["RegPLEPArabic", "DOUBLE"],
# ["RegLEPArabicDens", "DOUBLE"]])
# print("")
# print("---------------------------")
# print(rw_file + " fields added !!!")
# # CALCULATE COUNTY VALUES
# ap.CalculateFields_management(cw, "PYTHON3",
# [["CoTPOP", "!SUM_TPOP!"],
# ["CoSqMiles", "!SUM_SqMiles!"],
# ["CoTLEP", "!SUM_TLEP!"],
# ["CoTLEPAsian", "!SUM_TLEPAsian!"],
# ["CoTLEPSpan", "!SUM_TLEPSpan!"],
# ["CoTLEPEuro", "!SUM_TLEPEuro!"],
# ["CoTLEPOther", "!SUM_TLEPOther!"],
# ["CoTLEPFrench", "!SUM_TLEPFrench!"],
# ["CoTLEPGerm", "!SUM_TLEPGerm!"],
# ["CoTLEPRuss", "!SUM_TLEPRuss!"],
# ["CoTLEPOIndoEuro", "!SUM_TLEPOIndoEuro!"],
# ["CoTLEPKor", "!SUM_TLEPKor!"],
# ["CoTLEPChin", "!SUM_TLEPChin!"],
# ["CoTLEPViet", "!SUM_TLEPViet!"],
# ["CoTLEPTaglog", "!SUM_TLEPTaglog!"],
# ["CoTLEPArabic", "!SUM_TLEPArabic!"]])
# # CALCULATE REGIONAL PERCENTAGES AND DENSITIES
# ap.CalculateFields_management(cw, "PYTHON3",
# [["CoPLEP", "!CoTLEP!/!CoTPOP!"],
# ["CoLEPDens", "!CoTLEP!/!CoSqMiles!"],
# ["CoPLEPAsian", "!CoTLEPAsian!/!CoTPOP!"],
# ["CoLEPAsianDens", "!CoTLEPAsian!/!CoSqMiles!"],
# ["CoPLEPSpan", "!CoTLEPSpan!/!CoTPOP!"],
# ["CoLEPSpanDens", "!CoTLEPSpan!/!CoSqMiles!"],
# ["CoPLEPEuro", "!CoTLEPEuro!/!CoTPOP!"],
# ["CoLEPEuroDens", "!CoTLEPEuro!/!CoSqMiles!"],
# ["CoPLEPOther", "!CoTLEPOther!/!CoTPOP!"],
# ['CoLEPOtherDens', "!CoTLEPOther!/!CoSqMiles!"],
# ["CoPLEPFrench", "!CoTLEPFrench! / !CoTPOP!"],
# ["CoLEPFrenchDens", "!CoTLEPFrench! / !CoSqMiles!"],
# ["CoPLEPGerm", "!CoTLEPGerm! / !CoTPOP!"],
# ["CoLEPGermDens", "!CoTLEPGerm! / !CoSqMiles!"],
# ["CoPLEPRuss", "!CoTLEPRuss! / !CoTPOP!"],
# ["CoLEPRussDens", "!CoTLEPRuss! / !CoSqMiles!"],
# ["CoPLEPOIndoEuro", "!CoTLEPOIndoEuro! / !CoTPOP!"],
# ["CoLEPOIndoEuroDens", "!CoTLEPOIndoEuro! / !CoSqMiles!"],
# ["CoPLEPKor", "!CoTLEPKor! / !CoTPOP!"],
# ["CoLEPKorDens", "!CoTLEPKor! / !CoSqMiles!"],
# ["CoPLEPChin", "!CoTLEPChin! / !CoTPOP!"],
# ["CoLEPChinDens", "!CoTLEPChin! / !CoSqMiles!"],
# ["CoPLEPViet", "!CoTLEPViet! / !CoTPOP!"],
# ["CoLEPVietDens", "!CoTLEPViet! / !CoSqMiles!"],
# ["CoPLEPTaglog", "!CoTLEPTaglog! / !CoTPOP!"],
# ["CoLEPTaglogDens", "!CoTLEPTaglog! / !CoSqMiles!"],
# ["CoPLEPArabic", "!CoTLEPArabic! / !CoTPOP!"],
# ["CoLEPArabicDens", "!CoTLEPArabic! / !CoSqMiles!"]])
# print("")
# print("---------------------------")
# print(cw_file + " fields calculated !!!")
# # CALCULATE REGIONAL VALUES
# ap.CalculateFields_management(rw, "PYTHON3",
# [["RegTPOP", "!SUM_TPOP!"],
# ["RegSqMiles", "!SUM_SqMiles!"],
# ["RegTLEP", "!SUM_TLEP!"],
# ["RegTLEPAsian", "!SUM_TLEPAsian!"],
# ["RegTLEPSpan", "!SUM_TLEPSpan!"],
# ["RegTLEPEuro", "!SUM_TLEPEuro!"],
# ["RegTLEPOther", "!SUM_TLEPOther!"],
# ["RegTLEPFrench", "!SUM_TLEPFrench!"],
# ["RegTLEPGerm", "!SUM_TLEPGerm!"],
# ["RegTLEPRuss", "!SUM_TLEPRuss!"],
# ["RegTLEPOIndoEuro", "!SUM_TLEPOIndoEuro!"],
# ["RegTLEPKor", "!SUM_TLEPKor!"],
# ["RegTLEPChin", "!SUM_TLEPChin!"],
# ["RegTLEPViet", "!SUM_TLEPViet!"],
# ["RegTLEPTaglog", "!SUM_TLEPTaglog!"],
# ["RegTLEPArabic", "!SUM_TLEPArabic!"]])
# # CALCULATE REGIONAL PERCENTAGES AND DENSITIES
# ap.CalculateFields_management(rw, "PYTHON3",
# [["RegPLEP", "!RegTLEP!/!RegTPOP!"],
# ["RegLEPDens", "!RegTLEP!/!RegSqMiles!"],
# ["RegPLEPAsian", "!RegTLEPAsian!/!RegTPOP!"],
# ["RegLEPAsianDens", "!RegTLEPAsian!/!RegSqMiles!"],
# ["RegPLEPSpan", "!RegTLEPSpan!/!RegTPOP!"],
# ["RegLEPSpanDens", "!RegTLEPSpan!/!RegSqMiles!"],
# ["RegPLEPEuro", "!RegTLEPEuro!/!RegTPOP!"],
# ["RegLEPEuroDens", "!RegTLEPEuro!/!RegSqMiles!"],
# ["RegPLEPOther", "!RegTLEPOther!/!RegTPOP!"],
# ['RegLEPOtherDens', "!RegTLEPOther!/!RegSqMiles!"],
# ["RegPLEPFrench", "!RegTLEPFrench! / !RegTPOP!"],
# ["RegLEPFrenchDens", "!RegTLEPFrench! / !RegSqMiles!"],
# ["RegPLEPGerm", "!RegTLEPGerm! / !RegTPOP!"],
# ["RegLEPGermDens", "!RegTLEPGerm! / !RegSqMiles!"],
# ["RegPLEPRuss", "!RegTLEPRuss! / !RegTPOP!"],
# ["RegLEPRussDens", "!RegTLEPRuss! / !RegSqMiles!"],
# ["RegPLEPOIndoEuro", "!RegTLEPOIndoEuro! / !RegTPOP!"],
# ["RegLEPOIndoEuroDens", "!RegTLEPOIndoEuro! / !RegSqMiles!"],
# ["RegPLEPKor", "!RegTLEPKor! / !RegTPOP!"],
# ["RegLEPKorDens", "!RegTLEPKor! / !RegSqMiles!"],
# ["RegPLEPChin", "!RegTLEPChin! / !RegTPOP!"],
# ["RegLEPChinDens", "!RegTLEPChin! / !RegSqMiles!"],
# ["RegPLEPViet", "!RegTLEPViet! / !RegTPOP!"],
# ["RegLEPVietDens", "!RegTLEPViet! / !RegSqMiles!"],
# ["RegPLEPTaglog", "!RegTLEPTaglog! / !RegTPOP!"],
# ["RegLEPTaglogDens", "!RegTLEPTaglog! / !RegSqMiles!"],
# ["RegPLEPArabic", "!RegTLEPArabic! / !RegTPOP!"],
# ["RegLEPArabicDens", "!RegTLEPArabic! / !RegSqMiles!"]])
# print("")
# print("---------------------------")
# print(rw_file + " fields calculated !!!")
# # SPATIAL JOIN TRACTS FILE WITH COUNTY FILE
# ap.SpatialJoin_analysis(working_file, cw, twcw)
# print("")
# print("---------------------------")
# print("County Spaital Join")
# # SPATIAL JOIN TRACTS FILE WITH REGION FILE
# ap.SpatialJoin_analysis(twcw, rw, twrw)
# print("")
# print("---------------------------")
# print("Region Spaital Join")
# # CALCULATE OUT ABOVE REGIONAL AND COUNTY AVERAGE DENSITIES FOR TRACTS
# # NEW WAY USING PERCENT POPULATION
# ap.CalculateFields_management(in_table=twrw, expression_type="PYTHON3",
# fields="CoAbvLEP 'ifBlock(!PLEP!, !CoPLEP!)';RegAbvLEP 'ifBlock(!PLEP!, !RegPLEP!)'",
# code_block="""def ifBlock(area, region):
# if area > region:
# return 1
# else:
# return 0
# """)
# # OLD WAY USING POPULATION DENSITY
# print("")
# print("---------------------------")
# print("Above LEP Density Calculations Completed")
# # SPATIAL JOIN TRACTS FILE WITH PLACES FILE
# ap.SpatialJoin_analysis(twrw, places, twrw_places)
# print("")
# print("---------------------------")
# print("Places Spaital Join")
# cleanUp(twrw_places, gdb, final_file, final_gdb_loc, delete_fields)
lepTracts(census_key, int(year), tract_mergedgdb, tract_file, root_dir, gdb, final_gdb_loc, region)