def print_wiod_compare():
usa97 = wiod_comparison_data[1997]
usa02 = wiod_comparison_data[2002]
envgen97 = wiod.common.envgen_for_year(1997, ["FC_HH"])
envgen97.set_condition_args("USA")
wiod97 = envgen97.get_env_vector("CO2")
envgen02 = wiod.common.envgen_for_year(2002, ["FC_HH"])
envgen02.set_condition_args("USA")
wiod02 = envgen02.get_env_vector("CO2")
sectors = sorted(envgen97.get_sectors())
if "FC_HH" not in sectors:
sectors.append("FC_HH")
for sector in sectors:
short_sector = sector.replace("sec", "")
if short_sector in usa97:
label = wiod_code_map.sector_title(short_sector)
vals = []
vals.append(usa97[short_sector]["tons"] / 1000)
vals.append(wiod97.get_element(sector))
vals.append(usa02[short_sector]["tons"] / 1000)
vals.append(wiod02.get_element(sector))
row = [label] + [utils.add_commas(val) for val in vals]
print(" & ".join(row) + " \\NN")
def print_wiod_compare():
usa97 = wiod_comparison_data[1997]
usa02 = wiod_comparison_data[2002]
envgen97 = wiod.common.envgen_for_year(1997, ["FC_HH"])
envgen97.set_condition_args("USA")
wiod97 = envgen97.get_env_vector("CO2")
envgen02 = wiod.common.envgen_for_year(2002, ["FC_HH"])
envgen02.set_condition_args("USA")
wiod02 = envgen02.get_env_vector("CO2")
sectors = sorted(envgen97.get_sectors())
if "FC_HH" not in sectors:
sectors.append("FC_HH")
for sector in sectors:
short_sector = sector.replace("sec", "")
if short_sector in usa97:
label = wiod_code_map.sector_title(short_sector)
vals = []
vals.append(usa97[short_sector]["tons"] / 1000)
vals.append(wiod97.get_element(sector))
vals.append(usa02[short_sector]["tons"] / 1000)
vals.append(wiod02.get_element(sector))
row = [label] + [utils.add_commas(val) for val in vals]
print(" & ".join(row) + " \\NN")
def print_co2_allyears():
headrow = ["sector"] + [str(year) for year in config.STUDY_YEARS]
print(" & ".join(headrow) + " \\\\")
for sector in sorted(wiod_code_map.codes.keys()):
row = [wiod_code_map.sector_title(sector)]
for year in config.STUDY_YEARS:
agg_data = wiod_comparison_data[year]
sector_data = agg_data[sector]
row.append(utils.add_commas(sector_data["tons"] / 1000))
#row.append(utils.add_commas(sector_data["dollars"]))
#row.append("%.3f" % (sector_data["tons"] / sector_data["dollars"]))
print(" & ".join(row) + " \\NN")
def print_co2_allyears():
headrow = ["sector"] + [str(year) for year in config.STUDY_YEARS]
print(" & ".join(headrow) + " \\\\")
for sector in sorted(wiod_code_map.codes.keys()):
row = [wiod_code_map.sector_title(sector)]
for year in config.STUDY_YEARS:
agg_data = wiod_comparison_data[year]
sector_data = agg_data[sector]
row.append(utils.add_commas(sector_data["tons"] / 1000))
#row.append(utils.add_commas(sector_data["dollars"]))
#row.append("%.3f" % (sector_data["tons"] / sector_data["dollars"]))
print(" & ".join(row) + " \\NN")
