Regular

code/lib/lmdk_bgt.py

@@ -146,7 +146,7 @@ def exponential(seq, lmdks, epsilon):
   # Otherwise
   bgts = np.zeros([len(seq)])
   if len(seq) != len(lmdks):
-    # Find worst case regural point
+    # Find worst case regular point
     p_sel = 0
     for p in seq:
       if not np.any(lmdks[:] == p):
@@ -190,7 +190,7 @@ def linear_zero(seq, lmdks, epsilon):
       bgts - The privacy budget allocation.
   '''
   bgts = np.zeros([len(seq)])
-  # Find worst case regural point
+  # Find worst case regular point
   p_sel = 0
   for p in seq:
     if not np.any(lmdks[:] == p):
@@ -227,7 +227,7 @@ def linear(seq, lmdks, epsilon):
   # Fallback to uniform if zero or max landmarks
   if len(lmdks) == 0 or len(lmdks) == len(seq):
     return uniform(seq, lmdks, epsilon)
-  # Find worst case regural point
+  # Find worst case regular point
   p_sel = 0
   for p in seq:
     if not np.any(lmdks[:] == p):