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908dccc2c0
Instead of the old approach to sibling spacing, we instead try to pick a due date that doesn't have any siblings.
330 lines
14 KiB
Python
330 lines
14 KiB
Python
# -*- coding: utf-8 -*-
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# Copyright: Damien Elmes <anki@ichi2.net>
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# License: GNU GPL, version 3 or later; http://www.gnu.org/copyleft/gpl.html
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import time, sys, os, datetime
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import anki, anki.utils
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from anki.lang import _, ngettext
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from anki.hooks import runFilter
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# Card stats
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##########################################################################
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class CardStats(object):
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def __init__(self, deck, card):
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self.deck = deck
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self.card = card
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def report(self):
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c = self.card
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fmt = anki.utils.fmtTimeSpan
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fmtFloat = anki.utils.fmtFloat
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self.txt = "<table>"
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self.addLine(_("Added"), self.strTime(c.created))
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first = self.deck.db.scalar(
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"select time/1000 from revlog where rep = 1 and cardId = :id", id=c.id)
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if first:
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self.addLine(_("First Review"), self.strTime(first))
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self.addLine(_("Changed"), self.strTime(c.modified))
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if c.reps:
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next = time.time() - c.due
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if next > 0:
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next = _("%s ago") % fmt(next)
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else:
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next = _("in %s") % fmt(abs(next))
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self.addLine(_("Due"), next)
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self.addLine(_("Interval"), fmt(c.interval * 86400))
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self.addLine(_("Ease"), fmtFloat(c.factor, point=2))
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if c.reps:
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self.addLine(_("Reviews"), "%d/%d (s=%d)" % (
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c.reps-c.lapses, c.reps, c.successive))
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(cnt, total) = self.deck.db.first(
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"select count(), sum(userTime)/1000 from revlog where cardId = :id", id=c.id)
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if cnt:
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self.addLine(_("Average Time"), fmt(total / float(cnt), point=2))
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self.addLine(_("Total Time"), fmt(total, point=2))
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self.addLine(_("Model Tags"), c.fact.model.tags)
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self.addLine(_("Card Template") + " "*5, c.cardModel.name)
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self.txt += "</table>"
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return self.txt
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def addLine(self, k, v):
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self.txt += "<tr><td><b>%s<b></td><td>%s</td></tr>" % (k, v)
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def strTime(self, tm):
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s = anki.utils.fmtTimeSpan(time.time() - tm)
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return _("%s ago") % s
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# Deck stats
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##########################################################################
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class DeckStats(object):
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def __init__(self, deck):
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self.deck = deck
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def report(self):
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"Return an HTML string with a report."
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fmtPerc = anki.utils.fmtPercentage
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fmtFloat = anki.utils.fmtFloat
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if self.deck.isEmpty():
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return _("Please add some cards first.") + "<p/>"
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d = self.deck
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html="<h1>" + _("Deck Statistics") + "</h1>"
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html += _("Deck created: <b>%s</b> ago<br>") % self.createdTimeStr()
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total = d.cardCount()
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new = d.newCountAll()
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young = d.youngCardCount()
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old = d.matureCardCount()
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newP = new / float(total) * 100
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youngP = young / float(total) * 100
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oldP = old / float(total) * 100
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stats = {}
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(stats["new"], stats["newP"]) = (new, newP)
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(stats["old"], stats["oldP"]) = (old, oldP)
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(stats["young"], stats["youngP"]) = (young, youngP)
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html += _("Total number of cards:") + " <b>%d</b><br>" % total
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html += _("Total number of facts:") + " <b>%d</b><br><br>" % d.factCount()
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html += "<b>" + _("Card Maturity") + "</b><br>"
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html += _("Mature cards: <!--card count-->") + " <b>%(old)d</b> (%(oldP)s)<br>" % {
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'old': stats['old'], 'oldP' : fmtPerc(stats['oldP'])}
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html += _("Young cards: <!--card count-->") + " <b>%(young)d</b> (%(youngP)s)<br>" % {
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'young': stats['young'], 'youngP' : fmtPerc(stats['youngP'])}
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html += _("Unseen cards:") + " <b>%(new)d</b> (%(newP)s)<br>" % {
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'new': stats['new'], 'newP' : fmtPerc(stats['newP'])}
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avgInt = self.getAverageInterval()
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if avgInt:
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html += _("Average interval: ") + ("<b>%s</b> ") % fmtFloat(avgInt) + _("days")
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html += "<br>"
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html += "<br>"
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html += "<b>" + _("Correct Answers") + "</b><br>"
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(mAll, mYes, mPerc) = self.getMatureCorrect()
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(yAll, yYes, yPerc) = self.getYoungCorrect()
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(nAll, nYes, nPerc) = self.getNewCorrect()
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html += _("Mature cards: <!--correct answers-->") + " <b>" + fmtPerc(mPerc) + (
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"</b> " + _("(%(partOf)d of %(totalSum)d)") % {
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'partOf' : mYes,
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'totalSum' : mAll } + "<br>")
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html += _("Young cards: <!--correct answers-->") + " <b>" + fmtPerc(yPerc) + (
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"</b> " + _("(%(partOf)d of %(totalSum)d)") % {
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'partOf' : yYes,
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'totalSum' : yAll } + "<br>")
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html += _("First-seen cards:") + " <b>" + fmtPerc(nPerc) + (
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"</b> " + _("(%(partOf)d of %(totalSum)d)") % {
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'partOf' : nYes,
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'totalSum' : nAll } + "<br><br>")
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# average pending time
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existing = d.cardCount() - d.newCount
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def tr(a, b):
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return "<tr><td>%s</td><td align=right>%s</td></tr>" % (a, b)
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def repsPerDay(reps,days):
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retval = ("<b>%d</b> " % reps) + ngettext("rep", "reps", reps)
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retval += ("/<b>%d</b> " % days) + ngettext("day", "days", days)
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return retval
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if existing and avgInt:
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html += "<b>" + _("Recent Work") + "</b>"
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if sys.platform.startswith("darwin"):
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html += "<table width=250>"
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else:
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html += "<table width=200>"
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html += tr(_("In last week"), repsPerDay(
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self.getRepsDone(-7, 0),
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self.getDaysReviewed(-7, 0)))
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html += tr(_("In last month"), repsPerDay(
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self.getRepsDone(-30, 0),
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self.getDaysReviewed(-30, 0)))
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html += tr(_("In last 3 months"), repsPerDay(
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self.getRepsDone(-92, 0),
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self.getDaysReviewed(-92, 0)))
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html += tr(_("In last 6 months"), repsPerDay(
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self.getRepsDone(-182, 0),
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self.getDaysReviewed(-182, 0)))
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html += tr(_("In last year"), repsPerDay(
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self.getRepsDone(-365, 0),
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self.getDaysReviewed(-365, 0)))
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html += tr(_("Deck life"), repsPerDay(
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self.getRepsDone(-13000, 0),
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self.getDaysReviewed(-13000, 0)))
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html += "</table>"
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html += "<br><br><b>" + _("Average Daily Reviews") + "</b>"
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if sys.platform.startswith("darwin"):
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html += "<table width=250>"
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else:
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html += "<table width=200>"
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html += tr(_("Deck life"), ("<b>%s</b> ") % (
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fmtFloat(self.getSumInverseRoundInterval())) + _("cards/day"))
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html += tr(_("In next week"), ("<b>%s</b> ") % (
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fmtFloat(self.getWorkloadPeriod(7))) + _("cards/day"))
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html += tr(_("In next month"), ("<b>%s</b> ") % (
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fmtFloat(self.getWorkloadPeriod(30))) + _("cards/day"))
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html += tr(_("In last week"), ("<b>%s</b> ") % (
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fmtFloat(self.getPastWorkloadPeriod(7))) + _("cards/day"))
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html += tr(_("In last month"), ("<b>%s</b> ") % (
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fmtFloat(self.getPastWorkloadPeriod(30))) + _("cards/day"))
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html += tr(_("In last 3 months"), ("<b>%s</b> ") % (
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fmtFloat(self.getPastWorkloadPeriod(92))) + _("cards/day"))
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html += tr(_("In last 6 months"), ("<b>%s</b> ") % (
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fmtFloat(self.getPastWorkloadPeriod(182))) + _("cards/day"))
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html += tr(_("In last year"), ("<b>%s</b> ") % (
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fmtFloat(self.getPastWorkloadPeriod(365))) + _("cards/day"))
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html += "</table>"
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html += "<br><br><b>" + _("Average Added") + "</b>"
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if sys.platform.startswith("darwin"):
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html += "<table width=250>"
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else:
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html += "<table width=200>"
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html += tr(_("Deck life"), _("<b>%(a)s</b>/day, <b>%(b)s</b>/mon") % {
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'a': fmtFloat(self.newAverage()), 'b': fmtFloat(self.newAverage()*30)})
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np = self.getNewPeriod(7)
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html += tr(_("In last week"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(7))}))
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np = self.getNewPeriod(30)
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html += tr(_("In last month"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(30))}))
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np = self.getNewPeriod(92)
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html += tr(_("In last 3 months"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(92))}))
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np = self.getNewPeriod(182)
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html += tr(_("In last 6 months"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(182))}))
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np = self.getNewPeriod(365)
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html += tr(_("In last year"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(365))}))
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html += "</table>"
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html += "<br><br><b>" + _("Average New Seen") + "</b>"
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if sys.platform.startswith("darwin"):
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html += "<table width=250>"
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else:
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html += "<table width=200>"
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np = self.getFirstPeriod(7)
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html += tr(_("In last week"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(7))}))
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np = self.getFirstPeriod(30)
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html += tr(_("In last month"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(30))}))
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np = self.getFirstPeriod(92)
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html += tr(_("In last 3 months"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(92))}))
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np = self.getFirstPeriod(182)
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html += tr(_("In last 6 months"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(182))}))
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np = self.getFirstPeriod(365)
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html += tr(_("In last year"), _("<b>%(a)d</b> (<b>%(b)s</b>/day)") % (
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{'a': np, 'b': fmtFloat(np / float(365))}))
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html += "</table>"
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html += "<br><br><b>" + _("Card Ease") + "</b><br>"
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html += _("Lowest factor: %.2f") % d.s.scalar(
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"select min(factor) from cards") + "<br>"
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html += _("Average factor: %.2f") % d.s.scalar(
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"select avg(factor) from cards") + "<br>"
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html += _("Highest factor: %.2f") % d.s.scalar(
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"select max(factor) from cards") + "<br>"
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html = runFilter("deckStats", html)
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return html
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def getMatureCorrect(self, test=None):
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if not test:
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test = "lastInterval > 21"
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head = "select count() from revlog where %s"
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all = self.deck.db.scalar(head % test)
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yes = self.deck.db.scalar((head % test) + " and ease > 1")
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return (all, yes, yes/float(all)*100)
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def getYoungCorrect(self):
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return self.getMatureCorrect("lastInterval <= 21 and rep != 1")
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def getNewCorrect(self):
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return self.getMatureCorrect("rep = 1")
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def getDaysReviewed(self, start, finish):
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today = self.deck.failedCutoff
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x = today + 86400*start
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y = today + 86400*finish
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return self.deck.db.scalar("""
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select count(distinct(cast((time/1000-:off)/86400 as integer))) from revlog
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where time >= :x*1000 and time <= :y*1000""",x=x,y=y, off=self.deck.utcOffset)
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def getRepsDone(self, start, finish):
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now = datetime.datetime.today()
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x = time.mktime((now + datetime.timedelta(start)).timetuple())
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y = time.mktime((now + datetime.timedelta(finish)).timetuple())
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return self.deck.db.scalar(
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"select count() from revlog where time >= :x*1000 and time <= :y*1000",
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x=x, y=y)
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def getAverageInterval(self):
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return self.deck.db.scalar(
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"select sum(interval) / count(interval) from cards "
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"where cards.reps > 0") or 0
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def intervalReport(self, intervals, labels, total):
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boxes = self.splitIntoIntervals(intervals)
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keys = boxes.keys()
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keys.sort()
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html = ""
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for key in keys:
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html += ("<tr><td align=right>%s</td><td align=right>" +
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"%d</td><td align=right>%s</td></tr>") % (
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labels[key],
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boxes[key],
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fmtPerc(boxes[key] / float(total) * 100))
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return html
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def splitIntoIntervals(self, intervals):
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boxes = {}
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n = 0
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for i in range(len(intervals) - 1):
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(min, max) = (intervals[i], intervals[i+1])
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for c in self.deck:
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if c.interval > min and c.interval <= max:
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boxes[n] = boxes.get(n, 0) + 1
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n += 1
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return boxes
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def newAverage(self):
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"Average number of new cards added each day."
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return self.deck.cardCount() / max(1, self.ageInDays())
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def createdTimeStr(self):
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return anki.utils.fmtTimeSpan(time.time() - self.deck.created)
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def ageInDays(self):
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return (time.time() - self.deck.created) / 86400.0
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def getSumInverseRoundInterval(self):
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return self.deck.db.scalar(
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"select sum(1/round(max(interval, 1)+0.5)) from cards "
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"where cards.reps > 0 "
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"and queue != -1") or 0
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def getWorkloadPeriod(self, period):
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cutoff = time.time() + 86400 * period
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return (self.deck.db.scalar("""
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select count(id) from cards
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where due < :cutoff
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and queue != -1 and type between 0 and 1""", cutoff=cutoff) or 0) / float(period)
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def getPastWorkloadPeriod(self, period):
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cutoff = time.time() - 86400 * period
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return (self.deck.db.scalar("""
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select count(*) from revlog
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where time > :cutoff*1000""", cutoff=cutoff) or 0) / float(period)
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def getNewPeriod(self, period):
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cutoff = time.time() - 86400 * period
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return (self.deck.db.scalar("""
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select count(id) from cards
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where created > :cutoff""", cutoff=cutoff) or 0)
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def getFirstPeriod(self, period):
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cutoff = time.time() - 86400 * period
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return (self.deck.db.scalar("""
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select count(*) from revlog
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where rep = 1 and time > :cutoff*1000""", cutoff=cutoff) or 0)
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