# HG changeset patch
# User John "Elwin" Edwards
# Date 1389895669 28800
# Node ID 3ecbd4fa2a084b88ad87c3476a41235d04db1a68
# Parent  e1de8aeb5ed46a3adbc1c1ad2d635d77f728a0e1
stats2.py: make graphs of maxdepth.

diff -r e1de8aeb5ed4 -r 3ecbd4fa2a08 py/stats2.py
--- a/py/stats2.py	Sat Jan 11 10:45:33 2014 -0500
+++ b/py/stats2.py	Thu Jan 16 10:07:49 2014 -0800
@@ -71,16 +71,102 @@
       divs = 5
   return divs, lim
 
+def mkxlgraph(game, xls, xlcounts):
+  xlgraph = open("{0}/xl-{1}.svg".format(svgpath, game.uname), "w")
+  xlgraph.write(dochead)
+  xlgraph.write(stylesheet.format("0000ff"))
+  xlgraph.write(framerect)
+  xldivs, xlmax = ylimits(max(xlcounts))
+  scale = 500 / xlmax
+  for xl, count in zip(xls, xlcounts):
+    barx = xl * 50 + 60
+    barh = round(scale * count)
+    bary = 550 - barh
+    xlgraph.write(barstr.format(30, barh, barx, bary))
+    xlgraph.write(xllabel.format(barx + 15, xl))
+  for yl in range(xldivs + 1):
+    labeln = int(xlmax * yl / xldivs)
+    labelh = 550 + 8 - 500 * yl / xldivs
+    xlgraph.write(ylabel.format(labelh, labeln))
+  xlgraph.write(xlabelf.format("Experience level"))
+  xlgraph.write(ylabelf.format("# of games"))
+  xlgraph.write(ltitle.format(sitename))
+  xlgraph.write(ctitle.format(game.name))
+  xlgraph.write(rtitle.format(timestr))
+  xlgraph.write('</svg>\n')
+  xlgraph.close()
+  return
+
+def mkscoregraph(game, scoreblocks, scorecounts):
+  if isinstance(game, rlgall.ARogueGame):
+    scorewidth = 1500
+  else:
+    scorewidth = 1000
+  scoregraph = open("{0}/score-{1}.svg".format(svgpath, game.uname), "w")
+  scoregraph.write(dochead)
+  scoregraph.write(stylesheet.format("ffff00"))
+  scoregraph.write(framerect)
+  scoredivs, scoremax = ylimits(max(scorecounts))
+  scale = 500 / scoremax
+  for block, count in zip(scoreblocks, scorecounts):
+    barx = block * 75 + 100
+    barh = round(scale * count)
+    bary = 550 - barh
+    scoregraph.write(barstr.format(75, barh, barx, bary))
+    scoregraph.write(xllabel.format(barx, block * scorewidth))
+  for yl in range(scoredivs + 1):
+    labeln = int(scoremax * yl / scoredivs)
+    labelh = 550 + 8 - 500 * yl / scoredivs
+    scoregraph.write(ylabel.format(labelh, labeln))
+  scoregraph.write(xlabelf.format("Score"))
+  scoregraph.write(ylabelf.format("# of games"))
+  scoregraph.write(ltitle.format(sitename))
+  scoregraph.write(ctitle.format(game.name))
+  scoregraph.write(rtitle.format(timestr))
+  scoregraph.write('</svg>\n')
+  scoregraph.close()
+  return
+
+def mkdeepgraph(game, deeps, deepcounts):
+  deepgraph = open("{0}/deep-{1}.svg".format(svgpath, game.uname), "w")
+  deepgraph.write(dochead)
+  deepgraph.write(stylesheet.format("808000"))
+  deepgraph.write(framerect)
+  deepdivs, deepmax = ylimits(max(deepcounts))
+  scale = 500 / deepmax
+  for lev, count in zip(deeps, deepcounts):
+    barx = lev * 25 + 75
+    barh = round(scale * count)
+    bary = 550 - barh
+    deepgraph.write(barstr.format(25, barh, barx, bary))
+    if lev % 3 == 0:
+      deepgraph.write(xllabel.format(barx + 12.5, lev))
+  for yl in range(deepdivs + 1):
+    labeln = int(deepmax * yl / deepdivs)
+    labelh = 550 + 8 - 500 * yl / deepdivs
+    deepgraph.write(ylabel.format(labelh, labeln))
+  deepgraph.write(xlabelf.format("Deepest dungeon level"))
+  deepgraph.write(ylabelf.format("# of games"))
+  deepgraph.write(ltitle.format(sitename))
+  deepgraph.write(ctitle.format(game.name))
+  deepgraph.write(rtitle.format(timestr))
+  deepgraph.write('</svg>\n')
+  deepgraph.close()
+  return
+
 con = psycopg2.connect("dbname=rlg")
 cur = con.cursor()
 
 for game in rlgall.gamelist:
   xlq = "SELECT count(*) FROM {0} WHERE xl = %s;".format(game.uname)
   scrq = "SELECT count(*) FROM {0} WHERE score >= %s AND score < %s;".format(game.uname)
+  deepq = "SELECT count(*) FROM {0} WHERE maxdepth = %s;".format(game.uname)
   xls = range(1, 16)
   scoreblocks = range(10)
+  deeps = range(1, 31)
   xlcounts = []
   scorecounts = []
+  deepcounts = []
   if isinstance(game, rlgall.ARogueGame):
     scorewidth = 1500
   else:
@@ -96,55 +182,12 @@
       hscore = (sn + 1) * scorewidth
     cur.execute(scrq, (lscore, hscore))
     scorecounts.append(cur.fetchone()[0])
-  xlgraph = open("{0}/xl-{1}.svg".format(svgpath, game.uname), "w")
-  scoregraph = open("{0}/score-{1}.svg".format(svgpath, game.uname), "w")
-  xlgraph.write(dochead)
-  scoregraph.write(dochead)
-  xlgraph.write(stylesheet.format("0000ff"))
-  scoregraph.write(stylesheet.format("ffff00"))
-  xlgraph.write(framerect)
-  scoregraph.write(framerect)
-
-  xldivs, xlmax = ylimits(max(xlcounts))
-  scale = 500 / xlmax
-  for xl, count in zip(xls, xlcounts):
-    barx = xl * 50 + 60
-    barh = round(scale * count)
-    bary = 550 - barh
-    xlgraph.write(barstr.format(30, barh, barx, bary))
-    xlgraph.write(xllabel.format(barx + 15, xl))
-  for yl in range(xldivs + 1):
-    labeln = int(xlmax * yl / xldivs)
-    labelh = 550 + 8 - 500 * yl / xldivs
-    xlgraph.write(ylabel.format(labelh, labeln))
-
-  scoredivs, scoremax = ylimits(max(scorecounts))
-  scale = 500 / scoremax
-  for block, count in zip(scoreblocks, scorecounts):
-    barx = block * 75 + 100
-    barh = round(scale * count)
-    bary = 550 - barh
-    scoregraph.write(barstr.format(75, barh, barx, bary))
-    scoregraph.write(xllabel.format(barx, block * scorewidth))
-  for yl in range(scoredivs + 1):
-    labeln = int(scoremax * yl / scoredivs)
-    labelh = 550 + 8 - 500 * yl / scoredivs
-    scoregraph.write(ylabel.format(labelh, labeln))
-
-  xlgraph.write(xlabelf.format("Experience level"))
-  xlgraph.write(ylabelf.format("# of games"))
-  scoregraph.write(xlabelf.format("Score"))
-  scoregraph.write(ylabelf.format("# of games"))
-  xlgraph.write(ltitle.format(sitename))
-  xlgraph.write(ctitle.format(game.name))
-  xlgraph.write(rtitle.format(timestr))
-  scoregraph.write(ltitle.format(sitename))
-  scoregraph.write(ctitle.format(game.name))
-  scoregraph.write(rtitle.format(timestr))
-  xlgraph.write('</svg>\n')
-  xlgraph.close()
-  scoregraph.write('</svg>\n')
-  scoregraph.close()
+  for lev in deeps:
+    cur.execute(deepq, [lev])
+    deepcounts.append(cur.fetchone()[0])
+  mkxlgraph(game, xls, xlcounts)
+  mkscoregraph(game, scoreblocks, scorecounts)
+  mkdeepgraph(game, deeps, deepcounts)
 
 cur.close()
 con.close()