if in_eu_rect(WorldMapPlot.get_centroid(country)) and country != "TUR":
worldmaps["export-eu"].add_tiny_barchart(country, value_pairs)
else:
worldmaps["export"].add_tiny_barchart(country, value_pairs)
worldmaps = {}
if use_levels:
group = "wiod-sda"
else:
group = "wiod-sda-intensity"
for fdtype in ("export", "pce"):
world_plot = WorldMapPlot(fdtype, "", group)
worldmaps[fdtype] = world_plot
eu_plot = WorldMapPlot(fdtype + "-eu", "", group)
eu_plot.xrange = eu_xrange
eu_plot.yrange = eu_yrange
worldmaps[fdtype + "-eu"] = eu_plot
bubblecharts = {}
for sector in intense_sectors:
bubblecharts[sector] = BubblePlot(sector, "", "wiod-descriptive")
for country in config.country_rough_sort:
if country in config.bad_data_blacklist:
import sys
import_dollar_series = "Import share of GDP"
emission_series = "Actual imported emissions"
self_emission_series = "Imported emissions under DTA"
export_dollar_series = "Export share of GDP"
export_emissions_series = "Exported emissions"
balance_plots = {}
dta_plots = {}
minyear = min(config.STUDY_YEARS)
maxyear = max(config.STUDY_YEARS)
worldmap = {
minyear: WorldMapPlot("balance-map-%d" % minyear, "", "wiod"),
maxyear: WorldMapPlot("balance-map-%d" % maxyear, "", "wiod"),
}
class TradeResultsTable:
__active = False
__sqltable = None
def activate():
TradeResultsTable.__active = True
TradeResultsTable.__sqltable = SQLTable(
"trade_results",
["year", "country", "is_export", "industry", "value"],
["int", "char(3)", "bool", "varchar(15)", "float"])
