updated data files

Author: JohnCremona

2adic/2adic.390000-399999

@@ -1,4 +1,4 @@
-Manin constants and optimal curves: conductors 60000-390000
+Manin constants and optimal curves: conductors 60000-400000
 -----------------------------------------------------------
 
 For all conductors (levels) N up to 60000 we have computed the full
@@ -11,16 +11,16 @@ Applied Mathematics Quarterly, Vol. 2 no.2 (2006), pp. 617-636.]
 Here we report on what is known for larger conductors, currently
 covering the range 60000-390000.
 
-# isogeny classes:                          1440190
-# isogeny classes with only one curve:      1002497
-# isogeny classes with more than one curve:  437693
+# isogeny classes:                          1482500
+# isogeny classes with only one curve:      1032801
+# isogeny classes with more than one curve:  449649
 
-Of the latter, c=1 known for:               437650+43=437693
-               optimality known for:        203623+43=203766
-               optimality not known for:              233884
-[191106,39141,3277,163,197 classes have 2,3,4,5,6 possible candidates]
+Of the latter, c=1 known for:               449655+44=449699
+               optimality known for:        209322+44=209366
+               optimality not known for:              240289
+[196391,40180,3354,166,198 classes have 2,3,4,5,6 possible candidates]
 
-For all 1002497 classes with only one curve, obviously that curve is
+For all 1032801 classes with only one curve, obviously that curve is
 optimal, and we have shown that c=1.
 
 For all classes with more than one curve, we have proved that the
@@ -39,12 +39,12 @@ that c=3 is impossible unless N is a multiple of 3.
 
 -----------------------------------------------------------
 
-In detail,  for the  437693 classes with more than one curve:
+In detail,  for the  449699 classes with more than one curve:
 
-In 203766 classes the optimal curve is provably the first one listed,
+In 209366 classes the optimal curve is provably the first one listed,
 and c=1.
 
-In 233884 classes the optimal curve is one of up to 6 possible curves
+In 240289 classes the optimal curve is one of up to 6 possible curves
 in the class, but c=1 in any case.
 
 e.g. 130050em: class has 8 curves
@@ -53,7 +53,7 @@ e.g. 130050em: class has 8 curves
  -either the optimal curve has type 1 and is #1 or #3 with c=1 [c*aj=1]
  -or the optimal curve has type 2 and is #2, #4, #6, or #7 with c=1 [c*aj=2]
 
-Note that for 43 classes, there would be a possibility that c=2 and
+Note that for 44 classes, there would be a possibility that c=2 and
 that the optimal curve is the second one listed, if we relied only on
 the information given by modular symbols with sign +1.  These all have
 the same form: 2 curves in the class with types 1,2 and aj=1,1 so
@@ -70,7 +70,7 @@ These classes are: the 13 listed in the appendix to the paper cited,
                    217172b, 219088b, 220916b, 236212b, 240116a,
                    250064a, 256052a, 260116a, 280916a, 285172a,
                    291664a, 300368a, 302516a, 306932a, 329492a,
-                   343412a, 345808a, 367252a, 377012b, 384464d.
+                   343412a, 345808a, 367252a, 377012b, 384464d, 391892a.
 
 In all of the above cases I have computed the full modular symbol
 space to eliminate the second possibility.  Hence, in this range all

allbigsha/allbigsha.390000-399999

@@ -6,7 +6,7 @@ In main g0n directory (~/g0n):
 
 ./postproc nnn
 
-(e.g. ./postproc 379 for the range 379000-379999);  this will keep
+(e.g. ./postproc 399 for the range 399000-399999);  this will keep
 looping until all are done.
 
 2. Batches of 100 & 1000: when postproc has finished a batch of 1000,
@@ -29,7 +29,7 @@ to create 12 files of the form g0n/data/*.nn0000-nn9999 .  Copy these
 into ~/ecdata, move them into the appropriate subdirectories, and use
 "git add" to add them to the git repository:
 
-nn=38
+nn=39
 NN=${nn}0000-${nn}9999
 cd ~/g0n/data
 for f in curves allcurves paricurves allbigsha allbsd alldegphi allgens allisog aplist count degphi intpts; do cp ${f}.${NN} ~/ecdata/${f}; done
@@ -40,15 +40,15 @@ for f in curves allcurves paricurves allbigsha allbsd alldegphi allgens allisog
 4.  Make alllabels file:
 
 sage: %runfile "scripts/labels.py"
-sage: make_alllabels("curves/curves.380000-389999")
+sage: make_alllabels("curves/curves.390000-399999")
 (outputs a line to screen every 1000 input lines, takes about 40s per
 1000, so about 30 minutes)
 [quit sage]
 
-Check that outputfile (e.g. talllabels.380000-389999) & rename without
+Check that outputfile (e.g. talllabels.390000-399999) & rename without
 the prefix "t", moving to the alllabels/ subdirectory.  Add to git
 tracking:
-mv talllabels.380000-389999 alllabels/alllabels.380000-389999
+mv talllabels.390000-399999 alllabels/alllabels.390000-399999
 git add alllabels/
 
 From now on work in data directory (~/ecdata) which is a git
@@ -58,13 +58,13 @@ which only contains the html files, from which GitHub automatically
 cretes the website at http://johncremona.github.io/ecdata/ .
 
 5. Email Sutherland and ask him to run his script on any new
-allcurves file (e.g. allcurves.380000-389999) and rename his output
-galrep.* (e.g. galrep.380000-389999), move to into galrep/ and
+allcurves file (e.g. allcurves.390000-399999) and rename his output
+galrep.* (e.g. galrep.390000-399999), move to into galrep/ and
 git add galrep/
 
 5a. Create 2adic images file and move to correct place:
-magma -b filename:=allcurves/allcurves.380000-389999 scripts/2adic.m
-mv 2adic.380000-389999 2adic/
+magma -b filename:=allcurves/allcurves.390000-399999 scripts/2adic.m
+mv 2adic.390000-399999 2adic/
 git add 2adic/
 
 6. Files to be edited are: html/table.html, html/shas.html, Makefile,
@@ -86,7 +86,7 @@ table. Current range is s^2 for s in range(32)+[33,41,47,50,75].
 
 Use sharanktable.py to create a new version newshas.html:
        sage: %runfile scripts/sharanktable.py
-       sage: make_rankshatable(39) # to go up to 389999
+       sage: make_rankshatable(40) # to go up to 399999
 If happy:
    mv newshas.html html/shas.html
 
@@ -100,7 +100,7 @@ to see if the script needs adjusting (record is now 4).
 
 Use scripts/summarytable.py to create a new version newtable.html:
        sage: %runfile scripts/summarytable.py
-       sage: make_table(39) # to go up to 389999
+       sage: make_table(40) # to go up to 399999
 If happy:
   mv newtable.html html/table.html
 
@@ -127,7 +127,7 @@ cd ..
 (6f) doc/manin.txt needs some real work:
 
 [In g0n working dir]
-N=38
+N=39
 let 'Nminus1 = N-1'
 NCL=`awk '$3==1' data/allcurves.${N}0000-${N}9999 | wc -l`
 echo "$NCL isogeny classes in range ${N}0000-${N}9999"
@@ -148,8 +148,8 @@ grep -v "c=1" data/optimality.${N}
 cat h1pp/h1pp.conc.13-${Nminus1} data/optimality.${N} > h1pp/h1pp.conc.13-${N}
 cat h1pp/h1pp.conc.6-${Nminus1} data/optimality.${N} > h1pp/h1pp.conc.6-${N}
 # Numbers for lines 14-16 of manin.txt (edit the lines below):
-Nall=`cat ~/ecdata/curves/curves.*9 | awk '($1>60000)&&($1<390000)' | wc -l`
-N2=`cat ~/ecdata/allcurves/allcurves.*9 | awk '($3==2)&&($1>60000)&&($1<390000)' | wc -l`
+Nall=`cat ~/ecdata/curves/curves.*9 | awk '($1>60000)&&($1<400000)' | wc -l`
+N2=`cat ~/ecdata/allcurves/allcurves.*9 | awk '($3==2)&&($1>60000)&&($1<400000)' | wc -l`
 let 'N1=Nall-N2'
 echo $Nall $N1 $N2
 

allbsd/allbsd.390000-399999

@@ -1,8 +1,9 @@
 # ecdata release notes (since 2001)
 
-## Last major update: 2016-08-20
+## Last major update: 2016-10-17
 
 ### 2016
+- 17 October 2016: Added all data for 390000-399999
 - 20 August 2016: Added all data for 380000-389999
 -  7 February 2016: Added all data for 370000-379999