def builds():
focus = request.args.get('focus')
build_args = {}
build_args["classification"] = request.args.get('classification', 'hs92')
build_args["origin_id"] = request.args.get('origin_id') or request.args.get('dest_id')
build_args["dest_id"] = request.args.get('dest_id') or None
build_args["prod_id"] = request.args.get('prod_id') or None
build_args["year"] = request.args.get('year', available_years[build_args["classification"]][-1])
build_args["defaults"] = {"origin":"nausa", "dest":"aschn", "prod":"010101"}
build_args["viz"] = ["tree_map", "rings"]
if build_args["origin_id"] == build_args["dest_id"]:
origin_dest_prod = get_origin_dest_prod(None, build_args["dest_id"], build_args["prod_id"], build_args["classification"], [build_args["year"]], "export")
build_args["dest_id"] = origin_dest_prod[0].id_3char
all_builds = get_all_builds(**build_args)
if build_args["origin_id"] and build_args["dest_id"]:
build_args["origin_id"], build_args["dest_id"] = build_args["dest_id"], build_args["origin_id"]
all_builds = get_all_builds(**build_args) + all_builds
'''
Need some way of ranking these build...
'''
for build in all_builds:
build.relevance = 0
for var in ["trade_flow", "origin_id", "dest_id", "prod_id"]:
build_arg_var = build_args.get(var) or request.args.get(var)
build_var = getattr(build, var.replace("_id", ""))
if hasattr(build_var, "get_display_id"):
if build_var.get_display_id() == build_arg_var:
build.relevance += 2
else:
if build_arg_var == build_var:
build.relevance += 1
all_builds.sort(key=lambda x: x.relevance, reverse=True)
# raise Exception(all_builds[0])
if focus == "origin_id":
attr = Country.query.filter_by(id_3char=build_args["origin_id"]).first() or Country.query.filter(Country.id.endswith(build_args["origin_id"])).first()
elif focus == "dest_id":
attr = Country.query.filter_by(id_3char=build_args["dest_id"]).first() or Country.query.filter(Country.id.endswith(build_args["dest_id"])).first()
elif focus == "prod_id":
tbl = globals()[build_args["classification"].title()]
c = build_args["classification"]
attr = tbl.query.filter(getattr(tbl,c)==build_args["prod_id"]).first()
attr_name = attr.get_name()
profile = {
"title":gettext("Profile for %(attr)s", attr=attr_name),
"url":attr.get_profile_url(),
"icon":attr.get_icon(),
"color":attr.color,
"name":attr_name
}
return jsonify(profile=profile, builds=[{"title": b.question(), "url": b.url(), "viz": b.viz["slug"]} for b in all_builds])
def get_builds(self):
origins, dests, products = [[None]] * 3
if len(self.countries):
origins = self.countries[0]
if len(self.countries) > 1:
dests = self.countries[1]
if len(self.hs) or len(self.sitc):
products = sum([self.hs, self.sitc], [])
combos = itertools.product([self.trade_flow], origins, dests, products)
combos = [c for c in combos if len(set(filter(None, c))) == len(filter(None, c))]
def get_default(looking_for, have, trade_flow, classification, year):
if looking_for == "dest":
entity = getattr(db_data, "{}_models".format(classification)).Yod.query \
.filter_by(origin=have) \
.filter_by(year=available_years[classification][-1]) \
.order_by(desc(trade_flow+"_val")).limit(1).first()
elif looking_for == "origin":
entity = getattr(db_data, "{}_models".format(classification)).Yop.query \
.filter_by(product=have) \
.filter_by(year=available_years[classification][-1]) \
.order_by(desc(trade_flow+"_val")).limit(1).first()
elif looking_for == "product":
entity = getattr(db_data, "{}_models".format(classification)).Yop.query \
.filter_by(origin=have) \
.filter_by(year=available_years[classification][-1]) \
.order_by(desc(trade_flow+"_val")).limit(1).first()
if entity:
return getattr(entity, looking_for)
exact = []
for combo in combos[:4]:
trade_flow, origin, dest, product = combo
origin = origin or get_default("origin", dest, "export", "hs92", self.year)
dest = dest or get_default("dest", origin, "export", "hs92", self.year)
product = product or get_default("product", origin, "export", "hs92", self.year)
# raise Exception([origin, dest, product])
# origin, dest, product = map(lambda c: c.get_display_id(), [origin, dest, product])
# origin, dest, product = [c.get_display_id() if c else c for c in [origin, dest, product]]
origin = origin.get_display_id() if origin else None
dest = dest.get_display_id() if dest else "all"
product = product.get_display_id() if product else "all"
defaults = {"origin":"nausa", "dest":"aschn", "prod":"010101"}
builds = models.get_all_builds("hs92", origin, dest, product, self.year, defaults, viz=["tree_map","rings","network","geo_map"])
for b in builds:
exact.append({"value": b.question(), "name": b.url()})
return exact
def get_builds(self):
origins, dests, products = [[None]] * 3
if len(self.countries):
origins = self.countries[0]
if len(self.countries) > 1:
dests = self.countries[1]
if len(self.hs) or len(self.sitc):
products = sum([self.hs, self.sitc], [])
combos = itertools.product([self.trade_flow], origins, dests, products)
combos = [
c for c in combos
if len(set(filter(None, c))) == len(filter(None, c))
]
def get_default(looking_for, have, trade_flow, classification, year):
if looking_for == "dest":
entity = getattr(db_data, "{}_models".format(classification)).Yod.query \
.filter_by(origin=have) \
.filter_by(year=available_years[classification][-1]) \
.order_by(desc(trade_flow+"_val")).limit(1).first()
elif looking_for == "origin":
entity = getattr(db_data, "{}_models".format(classification)).Yop.query \
.filter_by(product=have) \
.filter_by(year=available_years[classification][-1]) \
.order_by(desc(trade_flow+"_val")).limit(1).first()
elif looking_for == "product":
entity = getattr(db_data, "{}_models".format(classification)).Yop.query \
.filter_by(origin=have) \
.filter_by(year=available_years[classification][-1]) \
.order_by(desc(trade_flow+"_val")).limit(1).first()
if entity:
return getattr(entity, looking_for)
exact = []
for combo in combos[:4]:
trade_flow, origin, dest, product = combo
origin = origin or get_default("origin", dest, "export", "hs92",
self.year)
dest = dest or get_default("dest", origin, "export", "hs92",
self.year)
product = product or get_default("product", origin, "export",
"hs92", self.year)
# raise Exception([origin, dest, product])
# origin, dest, product = map(lambda c: c.get_display_id(), [origin, dest, product])
# origin, dest, product = [c.get_display_id() if c else c for c in [origin, dest, product]]
origin = origin.get_display_id() if origin else None
dest = dest.get_display_id() if dest else "all"
product = product.get_display_id() if product else "all"
defaults = {"origin": "nausa", "dest": "aschn", "prod": "010101"}
builds = models.get_all_builds(
"hs92",
origin,
dest,
product,
self.year,
defaults,
viz=["tree_map", "rings", "network", "geo_map"])
for b in builds:
exact.append({"value": b.question(), "name": b.url()})
return exact
def visualize(app_name,
classification,
trade_flow,
origin_id,
dest_id,
prod_id,
year=None):
g.page_type = "visualize"
g.page_sub_type = app_name
if app_name == "scatter":
year = [y for y in year if y >= 1980]
elif trade_flow == "eci":
year = [y for y in year if y >= 1964]
'''sanitize input args'''
redir = sanitize(app_name, classification, trade_flow, origin_id, dest_id,
prod_id, year)
if redir:
flash(redir[0])
return redirect(redir[1])
'''get this build'''
build = Build(app_name, classification, trade_flow, origin_id, dest_id,
prod_id, year)
if build.title() is None and build.question() is None:
abort(404)
'''get every possible build for sub nav'''
origin, dest, prod = get_origin_dest_prod(origin_id, dest_id, prod_id,
classification, year, trade_flow)
all_builds = get_all_builds(classification, origin_id, dest_id, prod_id,
year, {
"origin": origin,
"dest": dest,
"prod": prod
})
'''create the ui array for the current build'''
ui = []
all_country = {
"color": "#333333",
"display_id": "all",
"id": "all",
"icon": "/static/img/icons/app/app_geo_map.png",
"name": "All"
}
all_placed = False
if build.trade_flow != "eci" and build.viz["slug"] not in (
"scatter", "geo_map") and build.origin != "show":
if isinstance(build.origin, Country):
origin_country = build.origin.serialize()
else:
origin_country = all_country
all_placed = True
ui.append({
"id": "origin",
"name": gettext("Country"),
"data": [origin_country],
"url": url_for('attr.attrs', attr='country', lang=g.locale)
})
dest_country = False
prod_exists = isinstance(build.prod, (Sitc, Hs92, Hs96, Hs02, Hs07))
if isinstance(build.dest, Country):
dest_country = build.dest.serialize()
elif not all_placed and not prod_exists and build.viz["slug"] in (
"tree_map", "line", "stacked"):
dest_country = all_country
if dest_country:
ui.append({
"id":
"destination",
"name":
gettext("Country")
if build.trade_flow == "eci" else gettext("Partner"),
"data": [dest_country],
"url":
url_for('attr.attrs', attr='country', lang=g.locale)
})
if prod_exists:
product = {
"id": "product",
"name": gettext("Product"),
"data": [build.prod.serialize()],
"url": url_for('attr.attrs',
attr=build.classification,
lang=g.locale)
}
ui.append(product)
if build.viz["slug"] == "scatter":
trade_flow = {
"id":
"trade_flow",
"name":
gettext("Y Axis"),
"current":
build.trade_flow,
"data": [{
"name": gettext("GDP"),
"display_id": "gdp"
}, {
"name": gettext("GDPpc (constant '05 US$)"),
"display_id": "gdp_pc_constant"
}, {
"name": gettext("GDPpc (current US$)"),
"display_id": "gdp_pc_current"
}, {
"name": gettext("GDPpc PPP (constant '11)"),
"display_id": "gdp_pc_constant_ppp"
}, {
"name": gettext("GDPpc PPP (current)"),
"display_id": "gdp_pc_current_ppp"
}]
}
else:
trade_flow = {
"id":
"trade_flow",
"name":
gettext("Trade Flow"),
"current":
build.trade_flow,
"data": [{
"name": gettext("Export"),
"display_id": "export"
}, {
"name": gettext("Import"),
"display_id": "import"
}]
}
if build.trade_flow not in ("show", "eci"):
ui.append(trade_flow)
if build.trade_flow != "eci":
ui.append({
"id": "classification",
"name": gettext("Dataset"),
"current": build.classification,
"data": ["HS92", "HS96", "HS02", "HS07", "SITC"]
})
years = set()
for d in available_years:
[
years.add(y) for y in available_years[d]
if (build.trade_flow == "eci" and y >= 1964) or
(build.viz["slug"] == "scatter" and y >= 1980) or (
build.viz["slug"] != "scatter" and build.trade_flow != "eci")
]
if build.viz["slug"] in ("stacked", "line"):
ui.append({
"id": "start_year",
"name": gettext("Start Year"),
"current": build.year[0],
"data": years
})
ui.append({
"id": "end_year",
"name": gettext("End Year"),
"current": build.year[-1],
"data": years
})
else:
ui.append({
"id": "year",
"name": gettext("Year"),
"current": build.year[-1],
"data": years
})
builds_by_app = {}
for b in all_builds:
if b.viz["slug"] not in ("stacked", "line"):
b.year = [b.year[-1]]
b.year_str = Build.year_to_str(b, b.year)
if not hasattr(builds_by_app, b.viz["slug"]):
builds_by_app[b.viz["slug"]] = []
for b in all_builds:
builds_by_app[b.viz["slug"]].append(b)
page = "index_new" if request.args.get("beta") == "" else "index"
return render_template("visualize/{}.html".format(page),
current_build=build,
build_ui=ui,
all_builds=builds_by_app.values())
def visualize(app_name, classification, trade_flow, origin_id, dest_id, prod_id, year=None):
g.page_type = "visualize"
g.page_sub_type = app_name
if app_name == "scatter":
year = [y for y in year if y >= 1980]
elif trade_flow == "eci":
year = [y for y in year if y >= 1964]
'''sanitize input args'''
redir = sanitize(app_name, classification, trade_flow, origin_id, dest_id, prod_id, year)
if redir:
flash(redir[0])
return redirect(redir[1])
'''get this build'''
build = Build(app_name, classification, trade_flow, origin_id, dest_id, prod_id, year)
if build.title() is None and build.question() is None:
abort(404)
'''get every possible build for sub nav'''
origin, dest, prod = get_origin_dest_prod(origin_id, dest_id, prod_id, classification, year, trade_flow)
all_builds = get_all_builds(classification, origin_id, dest_id, prod_id, year, {"origin":origin, "dest":dest, "prod":prod})
'''create the ui array for the current build'''
ui = []
all_country = {
"color": "#333333",
"display_id": "all",
"id": "all",
"icon": "/static/img/icons/app/app_geo_map.png",
"name": "All"
}
all_placed = False
if build.trade_flow != "eci" and build.viz["slug"] not in ("scatter", "geo_map") and build.origin != "show":
if isinstance(build.origin, Country):
origin_country = build.origin.serialize()
else:
origin_country = all_country
all_placed = True
ui.append({
"id": "origin",
"name": gettext("Country"),
"data": [origin_country],
"url": url_for('attr.attrs', attr='country', lang=g.locale)
})
dest_country = False
prod_exists = isinstance(build.prod, (Sitc, Hs92, Hs96, Hs02, Hs07))
if isinstance(build.dest, Country):
dest_country = build.dest.serialize()
elif not all_placed and not prod_exists and build.viz["slug"] in ("tree_map", "line", "stacked"):
dest_country = all_country
if dest_country:
ui.append({
"id": "destination",
"name": gettext("Country") if build.trade_flow == "eci" else gettext("Partner"),
"data": [dest_country],
"url": url_for('attr.attrs', attr='country', lang=g.locale)
})
if prod_exists:
product = {
"id": "product",
"name": gettext("Product"),
"data": [build.prod.serialize()],
"url": url_for('attr.attrs', attr=build.classification, lang=g.locale)
}
ui.append(product)
if build.viz["slug"] == "scatter":
trade_flow = {
"id": "trade_flow",
"name": gettext("Y Axis"),
"current": build.trade_flow,
"data": [
{"name": gettext("GDP"), "display_id":"gdp"},
{"name": gettext("GDPpc (constant '05 US$)"), "display_id":"gdp_pc_constant"},
{"name": gettext("GDPpc (current US$)"), "display_id":"gdp_pc_current"},
{"name": gettext("GDPpc PPP (constant '11)"), "display_id":"gdp_pc_constant_ppp"},
{"name": gettext("GDPpc PPP (current)"), "display_id":"gdp_pc_current_ppp"}
]
}
else:
trade_flow = {
"id": "trade_flow",
"name": gettext("Trade Flow"),
"current": build.trade_flow,
"data": [
{"name": gettext("Export"), "display_id":"export"},
{"name": gettext("Import"), "display_id":"import"}
]
}
if build.trade_flow not in ("show", "eci"):
ui.append(trade_flow)
if build.trade_flow != "eci":
ui.append({
"id": "classification",
"name": gettext("Dataset"),
"current": build.classification,
"data": ["HS92", "HS96", "HS02", "HS07", "SITC"]
})
years = set()
for d in available_years:
[years.add(y) for y in available_years[d] if (build.trade_flow == "eci" and y >= 1964) or (build.viz["slug"] == "scatter" and y >= 1980) or (build.viz["slug"] != "scatter" and build.trade_flow != "eci")]
if build.viz["slug"] in ("stacked", "line"):
ui.append({
"id": "start_year",
"name": gettext("Start Year"),
"current": build.year[0],
"data": years
})
ui.append({
"id": "end_year",
"name": gettext("End Year"),
"current": build.year[-1],
"data": years
})
else:
ui.append({
"id": "year",
"name": gettext("Year"),
"current": build.year[-1],
"data": years
})
builds_by_app = {}
for b in all_builds:
if b.viz["slug"] not in ("stacked", "line"):
b.year = [b.year[-1]]
b.year_str = Build.year_to_str(b, b.year)
if not hasattr(builds_by_app, b.viz["slug"]):
builds_by_app[b.viz["slug"]] = []
for b in all_builds:
builds_by_app[b.viz["slug"]].append(b)
page = "index_new" if request.args.get("beta") == "" else "index"
return render_template("visualize/{}.html".format(page),
current_build = build, build_ui = ui,
all_builds = builds_by_app.values())
