def GET(self):
from util import AntiFraud
input = web.input()
rooms = input.get("rooms", "")
rooms = rooms.replace(" ", "+")
analyses = handler.filteredAnalyses(web)
analyses = AntiFraud.getWithoutDuplicities(analyses)
longLegend = "(%s)" % len(analyses)
legend = ""
if rooms:
analyses = [a for a in analyses if a["rooms"].startswith(rooms)]
groupCounts = viewer.getGroupCounts(analyses)
longLegend = ", ".join("%s (%s)" % pair for pair in groupCounts)
legend = ", ".join(pair[0] for pair in groupCounts)
property = "price"
unit = 100000
minMax = (1*10**6, 4*10**6)
dataJs1, maxCount1 = viewer.getHistogramDataJs(analyses, property,
unit, legend=legend, minMax=minMax)
minMax = (4*10**6, 7*10**6)
dataJs2, maxCount2 = viewer.getHistogramDataJs(analyses, property,
unit, legend=legend, minMax=minMax)
maxCount = max(10, maxCount1, maxCount2)
print formatter.page("histogram", _(u"Histogram of Prague Homes"),
type="withFilter")(dataJs1, dataJs2, maxCount, longLegend)
def GET(self):
scale = ColorScale.unitPriceScale
colors = []
for x in range(ColorScale.UNIT_PRICE_SCALE_MAX,
ColorScale.UNIT_PRICE_SCALE_MIN - 1, -10000):
name = str(x)
colors.append((name, "%02x%02x%02x" % scale.getRgb(x)))
print formatter.page("scale", _(u"Color scale of prices"))(colors)
def GET(self):
from util import AntiFraud
analyses = handler.filteredAnalyses(web)
analyses = AntiFraud.getWithoutDuplicities(analyses)
timeline = charter.getTimeline(analyses)
motionDataJs = formatter.RENDER.motionData(timeline)
print formatter.page("chart", _(u"Chart of home prices in Prague"),
type="withFilter")(motionDataJs)
def GET(self):
input = web.input(limit=100)
limit = handler.validN(input.limit)
analyses = handler.filteredAnalyses(web, limit)
days = lister.getListingByDays(analyses)
ungettext = _.im_self.ungettext
counting = ungettext(u"Showing one home.", u"Showing %(count)s homes.",
len(analyses)) % {"count": len(analyses)}
print formatter.page("item_list", _(u"Latest home offers in Prague"),
type="withFilter")(days, counting)
def showTemplate(self, pageName, title, extraHead=None):
pageTemplate = formatter.page(pageName, title, extraHead)
def outputer(*args, **kwargs):
self.show(pageTemplate(*args, **kwargs))
return outputer
def GET(self):
sight = None
input = web.input()
homeUrl = input.get("byt")
if homeUrl:
homeUrl = homeUrl.replace(" ", "+")
analyses = handler.filteredAnalyses(web)
for analysis in analyses:
if analysis["url"] == homeUrl:
sight = MapFormatter.createSight(analysis)
break
else:
logging.info("No such home: %r", homeUrl)
print formatter.page("map", _(u"Map of Prague homes"),
type="withFilter toggleFilter")(
config.MAP_KEY, locality.GEO_BOUNDS, sight)
def GET(self):
input = web.input(path="/byty")
path = input.path
handler.knowParsedFilter(web)
perColumn = 5
localityColumns = []
index = 0
ncols = len(locality.LOCALITY_CHOICES) // perColumn
if len(locality.LOCALITY_CHOICES) % perColumn != 0:
ncols += 1
for col in range(ncols):
localityColumns.append([])
for choice in locality.LOCALITY_CHOICES[index:index+perColumn]:
localityColumns[-1].append((index, choice))
index += 1
print formatter.page("preferences", _(u"Preferences"))(
path, localityColumns)
def GET(self):
print formatter.page("index", _(u"Search for preferred home in Prague"))()
def GET(self):
print formatter.page("info", _(u"About the website"))()
def _producePage(self):
dataJs1, lastCounts = viewer.getTimeAvgsDataJs()
dataJs2, lastCounts = viewer.getTimeAvgsDataJs(showCounts=True)
return formatter.page("view", _(u"Exploratory Visualization")
)(dataJs1, dataJs2, lastCounts)