def plot_monthly_cycles(monthly_cycles, prefix, ylims=(None, None)):
weekly_plotinfo = {}
daily_plotinfo = {}
for month in monthly_cycles.keys():
weekly_plotinfo[month] = {}
weekly_plotinfo[month]["x"] = range(7 * 24)
weekly_plotinfo[month]["y"] = monthly_cycles[month]["weekly"]
weekly_plotinfo[month]["line_style"] = "-"
weekly_plotinfo[month]["label"] = "Total: " + month
daily_plotinfo[month] = {}
daily_plotinfo[month]["x"] = range(24)
daily_plotinfo[month]["y"] = monthly_cycles[month]["hourly"]
daily_plotinfo[month]["line_style"] = "-"
daily_plotinfo[month]["label"] = "Total: " + month
weekly_axisinfo = {
"filename": prefix + "per_month_weekly",
"ylabel": r"Number of page-views",
"ylim": get_ylims(weekly_plotinfo),
}
plot_week(weekly_plotinfo, weekly_axisinfo, ylims=ylims)
daily_axisinfo = {
"filename": prefix + "per_month_hourly",
"ylabel": r"Number of page-views",
"ylim": get_ylims(daily_plotinfo),
}
plot_day(daily_plotinfo, daily_axisinfo, ylims=ylims)
def plot_cycles(cycles, prefix, yearly=False, monthly=False):
weekly_plotinfo = {"normal": {}}
weekly_plotinfo["normal"]["x"] = xrange(7 * 24)
weekly_plotinfo["normal"]["y"] = cycles.weekly
weekly_plotinfo["normal"]["line_style"] = "-"
weekly_plotinfo["normal"]["line_color"] = "blue"
weekly_plotinfo["normal"]["label"] = "Total"
weekly_axisinfo = {
"filename": prefix + "weekly",
"ylabel": r"Number of page-views",
"ylim": get_ylims(weekly_plotinfo),
}
plot_week(weekly_plotinfo, weekly_axisinfo)
daily_plotinfo = {"normal": {}}
daily_plotinfo["normal"]["x"] = range(24)
daily_plotinfo["normal"]["y"] = cycles.hourly
daily_plotinfo["normal"]["line_style"] = "-"
daily_plotinfo["normal"]["line_color"] = "blue"
daily_plotinfo["normal"]["label"] = "Total"
daily_axisinfo = {
"filename": prefix + "hourly",
"ylabel": r"Number of page-views",
"ylim": get_ylims(daily_plotinfo),
}
plot_day(daily_plotinfo, daily_axisinfo)
if yearly:
plot_yearly_cycles(cycles.yearly_cycles, prefix)
if monthly:
plot_monthly_cycles(cycles.monthly_cycles, prefix)
def plot_yearly_cycles(yearly_cycles, prefix, ylims=(None, None)):
weekly_plotinfo = {}
daily_plotinfo = {}
for year in yearly_cycles.keys():
weekly_plotinfo[year] = {}
weekly_plotinfo[year]["x"] = range(7 * 24)
weekly_plotinfo[year]["y"] = yearly_cycles[year]["weekly"]
weekly_plotinfo[year]["line_style"] = "-"
weekly_plotinfo[year]["label"] = "Total: " + str(year)
daily_plotinfo[year] = {}
daily_plotinfo[year]["x"] = range(24)
daily_plotinfo[year]["y"] = yearly_cycles[year]["hourly"]
daily_plotinfo[year]["line_style"] = "-"
daily_plotinfo[year]["label"] = "Total: " + str(year)
weekly_axisinfo = {
"filename": prefix + "per_year_weekly",
"ylabel": r"Number of page-views",
"ylim": get_ylims(weekly_plotinfo),
}
plot_week(weekly_plotinfo, weekly_axisinfo, ylims=ylims)
daily_axisinfo = {
"filename": prefix + "per_year_hourly",
"ylabel": r"Number of page-views",
"ylim": get_ylims(daily_plotinfo),
}
plot_day(daily_plotinfo, daily_axisinfo, ylims=ylims)
def plot_art(art, pattern, plotfolder):
xticks = ["" for _ in art.views]
i = 0
while i < len(art.views):
xticks[i] = str(i % 24) + "h"
i += 6
max_length = len(art.views)
log_estimate = zeros(max_length).tolist()
if art.pattern.has_gamma:
log_estimate[art.pattern.start : art.pattern.length * 24] = [
log(art.red_views[art.pattern.start]) + log(art.beta) * x for x in range(art.pattern.length * 24)
]
log_estimate[art.pattern.length * 24 : max_length] = [
log(art.red_views[art.pattern.start]) + log(art.gamma) + log(art.beta) * (x - 1)
for x in range(art.pattern.length * 24, max_length)
]
else:
log_estimate[art.pattern.start : art.pattern.start + art.pattern.length * 24] = [
log(art.red_views[art.pattern.start]) + log(art.beta) * x for x in range(art.pattern.length * 24)
]
estimate = [exp(log_estimate[x]) for x in range(max_length)]
plotinfo = {"normal": {}, "estimate": {}, "model": {}}
plotinfo["normal"]["x"] = xrange(len(art.views))
plotinfo["normal"]["y"] = art.views
plotinfo["normal"]["line_style"] = "-"
plotinfo["normal"]["line_color"] = "blue"
plotinfo["normal"]["label"] = "Page-views"
plotinfo["model"]["x"] = xrange(len(art.views))
plotinfo["model"]["y"] = estimate
plotinfo["model"]["line_style"] = "--"
plotinfo["model"]["line_color"] = "green"
plotinfo["model"]["label"] = "Model"
plotinfo["estimate"]["x"] = xrange(len(art.views))
plotinfo["estimate"]["y"] = art.est_params
plotinfo["estimate"]["line_style"] = "--"
plotinfo["estimate"]["line_color"] = "red"
if pattern.has_gamma:
plotinfo["estimate"]["label"] = r"Estimated views ($\beta,\gamma$)"
plotinfo["gamma"] = {}
plotinfo["gamma"]["x"] = xrange(len(art.views))
plotinfo["gamma"]["y"] = art.est_gamma_func
plotinfo["gamma"]["line_style"] = "--"
plotinfo["gamma"]["line_color"] = "black"
plotinfo["gamma"]["label"] = r"Estimated views ($\beta,\gamma(v_1)$)"
else:
plotinfo["estimate"]["label"] = r"Estimated views ($\beta$)"
axisinfo = {
"filename": plotfolder + art.link_title,
"ylabel": r"Number of page-views",
"xticks": xticks,
"title": "Hourly progression of " + art.title,
"xlim": {"start": 0, "end": len(xticks)},
"ylim": get_ylims(plotinfo),
}
plot_pattern(plotinfo, axisinfo)
plotinfo = {"cumsum": {}}
plotinfo["cumsum"]
plotinfo["cumsum"]["x"] = xrange(len(art.views))
plotinfo["cumsum"]["y"] = cumsum(art.views)
plotinfo["cumsum"]["line_style"] = "-"
plotinfo["cumsum"]["line_color"] = "blue"
plotinfo["cumsum"]["label"] = "Cumulative views"
axisinfo = {
"filename": plotfolder + "cum_" + art.link_title,
"ylabel": r"Cumulative number of page-views",
"xticks": xticks,
"title": "Cumulative progression of " + art.title,
"xlim": {"start": 0, "end": len(xticks)},
"ylim": get_ylims(plotinfo),
}
plot_pattern(plotinfo, axisinfo)
plotinfo = {"normalized": {}}
plotinfo["normalized"]
plotinfo["normalized"]["x"] = xrange(len(art.views))
plotinfo["normalized"]["y"] = art.norm_views
plotinfo["normalized"]["line_style"] = "-"
plotinfo["normalized"]["line_color"] = "blue"
plotinfo["normalized"]["label"] = "Normalized views"
axisinfo = {
"filename": plotfolder + "norm_" + art.link_title,
"ylabel": r"Number of page-views",
"xticks": xticks,
"title": "Hourly progression of " + art.title,
"xlim": {"start": 0, "end": len(xticks)},
"ylim": {"start": 0, "end": ceil(max(plotinfo["normalized"]["y"]) * 100) / 100},
}
plot_pattern(plotinfo, axisinfo)