theran

In[1]:= Riddle[tasksL_, tasksR_, timeL_, timeR_] :=
 If[timeL == timeR,
  {tasksL, tasksR, timeL, timeR},
  If[timeL < timeR,
   Riddle[tasksL + 1, tasksR, timeL + RandomInteger[{1, 5}], timeR],
   Riddle[tasksL, tasksR + 1, timeL, timeR +  RandomInteger[{1, 5}]]]]

In[24]:= X = 
  Table[Riddle[1, 1, RandomInteger[{1, 5}], 
    RandomInteger[{1, 5}]], {50000}];

theran

RandomIntPoints[n_, d_, b_] :=
 Table[RandomInteger[2^b], {n}, {d}]

RandomFloatPoints[n_, d_] :=
 
 RandomVariate[NormalDistribution[], {n, d}]

SparseRigidityMatrix[g_Graph, d_, P_List] :=
 
 Module[{ptrules, edgerules},

theran

/****************************************************************************/
/* Properties of varieties L24 and L35                                      */
/*                                                                          */
/* To run, launch magma and type: load "<yourpath>/L24.txt"                 */
/*                                                                          */
/* Accompanies manuscript:                                                  */
/*  I. Gkioulekas, S. J. Gortler, L. Theran, and T. Zickler, "Determining   */
/*  Generic Point Configurations From Unlabeled Path or Loop Lengths,"      */
/*  2017.                                                                   */
/*                                                                          */