Think I got it

abp/graphstate.py

@@ -134,7 +134,7 @@ class GraphState(object):
         ci = self.get_connection_info(a, b)
         if ci["non1"] and not clifford.is_diagonal(self.node[a]["vop"]):
             debug("cphase: left one needs treatment again -> putting it to Id")
-            self.remove_vop(b, a)
+            self.remove_vop(a, b)
 
         self.cz_with_table(a, b)
 

debug_anders.txt

@@ -1,381 +0,0 @@
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 1 and 2
-Vertex 1: VOp YC, neighbors 
-Vertex 2: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 1: VOp YC, neighbors 
-Vertex 2: VOp YC, neighbors 
-deling edge 1 - 2
-deling edge
-cphase_with_table: after:
-Vertex 1: VOp YC, neighbors 
-Vertex 2: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp YC, neighbors 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 
-adding edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 
-before cphase between 1 and 2
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp IA, neighbors 1 
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp IA, neighbors 1 
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-adding edge
-cphase_with_table: after:
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp IA, neighbors 1 
-before cphase between 1 and 2
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp YC, neighbors 1 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp YC, neighbors 1 
-Vertex 0: VOp IA, neighbors 1 
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 2 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp YC, neighbors 1 
-Vertex 0: VOp IA, neighbors 1 
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp YC, neighbors 1 
-adding edge
-cphase_with_table: after:
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp XF, neighbors 1 
-before cphase between 1 and 2
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp XF, neighbors 1 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp XF, neighbors 1 
-Vertex 0: VOp IA, neighbors 1 
-using V
-V ->Inverting about Vertex 0: VOp IA, neighbors 1 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp XF, neighbors 1 
-Vertex 0: VOp YD, neighbors 1 
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp XF, neighbors 1 
-adding edge
-cphase_with_table: after:
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp ZC, neighbors 1 
-before cphase between 1 and 2
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp ZC, neighbors 1 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp ZC, neighbors 1 
-Vertex 0: VOp YD, neighbors 1 
-using V
-V ->Inverting about Vertex 0: VOp YD, neighbors 1 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp ZC, neighbors 1 
-Vertex 0: VOp XA, neighbors 1 
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp ZC, neighbors 1 
-adding edge
-cphase_with_table: after:
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 2: VOp IF, neighbors 1 
-before cphase between 0 and 1
-Vertex 0: VOp XA, neighbors 1 
-Vertex 1: VOp XB, neighbors 0 2 
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp XB, neighbors 0 2 
-Vertex 0: VOp XA, neighbors 1 
-Vertex 2: VOp IF, neighbors 1 
-using V
-V ->Inverting about Vertex 2: VOp IF, neighbors 1 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 0: VOp XA, neighbors 1 
-Vertex 2: VOp YC, neighbors 1 
-cphase_with_table called on:
-Vertex 0: VOp XA, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp ZA, neighbors 2 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp ZA, neighbors 2 
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp ZA, neighbors 2 
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp IA, neighbors 1 
-using VV
-V ->Inverting about Vertex 2: VOp IA, neighbors 1 
-V ->Inverting about Vertex 2: VOp YD, neighbors 1 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2 
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp XA, neighbors 1 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2 
-adding edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 0: VOp IA, neighbors 1 
-Vertex 2: VOp ZC, neighbors 1 
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 2 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 0: VOp IA, neighbors 1 
-Vertex 2: VOp ZC, neighbors 1 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2 
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2 
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp ZC, neighbors 1 
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 2 
-U ->Inverting about Vertex 1: VOp YD, neighbors 2 
-U ->Inverting about Vertex 1: VOp XA, neighbors 2 
-U ->Inverting about Vertex 1: VOp ZD, neighbors 2 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2 
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp ZC, neighbors 1 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2 
-adding edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 0: VOp YC, neighbors 1 
-Vertex 2: VOp XA, neighbors 1 
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 2 
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 2 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 0: VOp YC, neighbors 1 
-Vertex 2: VOp XA, neighbors 1 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 1 
-Vertex 1: VOp IA, neighbors 0 2 
-adding edge
-cphase_with_table: after:
-Vertex 0: VOp IF, neighbors 1 
-Vertex 1: VOp YB, neighbors 0 2 
-before cphase between 1 and 2
-Vertex 1: VOp YB, neighbors 0 2 
-Vertex 2: VOp XA, neighbors 1 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp YB, neighbors 0 2 
-Vertex 2: VOp XA, neighbors 1 
-Vertex 0: VOp IF, neighbors 1 
-using VVV
-V ->Inverting about Vertex 0: VOp IF, neighbors 1 
-V ->Inverting about Vertex 0: VOp YC, neighbors 1 
-V ->Inverting about Vertex 0: VOp XF, neighbors 1 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp XA, neighbors 1 
-Vertex 0: VOp ZC, neighbors 1 
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp XA, neighbors 1 
-deling edge 1 - 2
-deling edge
-cphase_with_table: after:
-Vertex 1: VOp ZA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp ZC, neighbors 1 
-Vertex 1: VOp ZA, neighbors 0 
-cphase_with_table called on:
-Vertex 0: VOp ZC, neighbors 1 
-Vertex 1: VOp ZA, neighbors 0 
-adding edge
-cphase_with_table: after:
-Vertex 0: VOp IF, neighbors 1 
-Vertex 1: VOp YB, neighbors 0 
-before cphase between 1 and 2
-Vertex 1: VOp YB, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp YB, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp IF, neighbors 1 
-using VVV
-V ->Inverting about Vertex 0: VOp IF, neighbors 1 
-V ->Inverting about Vertex 0: VOp YC, neighbors 1 
-V ->Inverting about Vertex 0: VOp XF, neighbors 1 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp ZC, neighbors 1 
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp IA, neighbors 
-adding edge
-cphase_with_table: after:
-Vertex 1: VOp IA, neighbors 0 2 
-Vertex 2: VOp IA, neighbors 1 
-before cphase between 0 and 1
-Vertex 0: VOp ZC, neighbors 1 
-Vertex 1: VOp YC, neighbors 0 2 
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp YC, neighbors 0 2 
-Vertex 0: VOp ZC, neighbors 1 
-Vertex 2: VOp IA, neighbors 1 
-using UVVVU
-U ->Inverting about Vertex 1: VOp YC, neighbors 0 2 
-V ->Inverting about Vertex 2: VOp YB, neighbors 0 1 
-V ->Inverting about Vertex 2: VOp XE, neighbors 0 1 
-V ->Inverting about Vertex 2: VOp ZB, neighbors 0 1 
-U ->Inverting about Vertex 1: VOp ZD, neighbors 2 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2 
-Vertex 0: VOp ZC, neighbors 2 
-Vertex 2: VOp YC, neighbors 0 1 
-cphase: left one needs treatment again -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 0: VOp ZC, neighbors 2 
-Vertex 1: VOp IA, neighbors 2 
-Vertex 2: VOp YC, neighbors 0 1 
-using UUUVU
-U ->Inverting about Vertex 0: VOp ZC, neighbors 2 
-V ->Inverting about Vertex 2: VOp ZE, neighbors 0 1 
-U ->Inverting about Vertex 0: VOp YD, neighbors 1 2 
-U ->Inverting about Vertex 0: VOp XA, neighbors 1 2 
-U ->Inverting about Vertex 0: VOp ZD, neighbors 1 2 
-remove_byprod_op, after: (v, avoid, vb):
-Vertex 0: VOp IA, neighbors 1 2 
-Vertex 1: VOp IA, neighbors 0 
-Vertex 2: VOp XA, neighbors 0 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 1 2 
-Vertex 1: VOp IA, neighbors 0 
-deling edge 0 - 1
-deling edge
-cphase_with_table: after:
-Vertex 0: VOp IA, neighbors 2 
-Vertex 1: VOp IA, neighbors 

debug_pete.txt

@@ -1,364 +0,0 @@
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table: after
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table: after
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table: after
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table: after
-Vertex 0: VOp YC, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 1 and 2
-Vertex 1: VOp YC, neighbors 
-Vertex 2: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 1: VOp YC, neighbors 
-Vertex 2: VOp YC, neighbors 
-cphase_with_table: after
-Vertex 1: VOp YC, neighbors 
-Vertex 2: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp YC, neighbors 
-cphase_with_table: after
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp YC, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 
-cphase_with_table: after
-Vertex 0: VOp IA, neighbors 1
-Vertex 1: VOp IA, neighbors 0
-before cphase between 1 and 2
-Vertex 1: VOp IA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp IA, neighbors 1
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0
-U ->Inverting about Vertex 1: VOp YD, neighbors 0
-U ->Inverting about Vertex 1: VOp XA, neighbors 0
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp IA, neighbors 1
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-cphase_with_table: after
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp IA, neighbors 1
-before cphase between 1 and 2
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp YC, neighbors 1
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp YC, neighbors 1
-Vertex 0: VOp IA, neighbors 1
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 2
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 2
-deling edge
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 2
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 2
-deling edge
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp YC, neighbors 1
-Vertex 0: VOp IA, neighbors 1
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp YC, neighbors 1
-cphase_with_table: after
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp XF, neighbors 1
-before cphase between 1 and 2
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp XF, neighbors 1
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp XF, neighbors 1
-Vertex 0: VOp IA, neighbors 1
-using V
-V ->Inverting about Vertex 0: VOp IA, neighbors 1
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp XF, neighbors 1
-Vertex 0: VOp YD, neighbors 1
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp XF, neighbors 1
-cphase_with_table: after
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp ZC, neighbors 1
-before cphase between 1 and 2
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp ZC, neighbors 1
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp ZC, neighbors 1
-Vertex 0: VOp YD, neighbors 1
-using V
-V ->Inverting about Vertex 0: VOp YD, neighbors 1
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp ZC, neighbors 1
-Vertex 0: VOp XA, neighbors 1
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp ZC, neighbors 1
-cphase_with_table: after
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 2: VOp IF, neighbors 1
-before cphase between 0 and 1
-Vertex 0: VOp XA, neighbors 1
-Vertex 1: VOp XB, neighbors 0 2
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp XB, neighbors 0 2
-Vertex 0: VOp XA, neighbors 1
-Vertex 2: VOp IF, neighbors 1
-using V
-V ->Inverting about Vertex 2: VOp IF, neighbors 1
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 0: VOp XA, neighbors 1
-Vertex 2: VOp YC, neighbors 1
-cphase_with_table called on:
-Vertex 0: VOp XA, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-deling edge
-cphase_with_table: after
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp ZA, neighbors 2
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp ZA, neighbors 2
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp ZA, neighbors 2
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp IA, neighbors 1
-using VV
-V ->Inverting about Vertex 2: VOp IA, neighbors 1
-V ->Inverting about Vertex 2: VOp YD, neighbors 1
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp XA, neighbors 1
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2
-cphase_with_table: after
-Vertex 0: VOp IA, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 0: VOp IA, neighbors 1
-Vertex 2: VOp ZC, neighbors 1
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 2
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 2
-deling edge
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 2
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 2
-deling edge
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 0: VOp IA, neighbors 1
-Vertex 2: VOp ZC, neighbors 1
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-deling edge
-cphase_with_table: after
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2
-before cphase between 0 and 1
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp ZC, neighbors 1
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 2
-U ->Inverting about Vertex 1: VOp YD, neighbors 2
-U ->Inverting about Vertex 1: VOp XA, neighbors 2
-U ->Inverting about Vertex 1: VOp ZD, neighbors 2
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2
-Vertex 0: VOp IA, neighbors 
-Vertex 2: VOp ZC, neighbors 1
-cphase_with_table called on:
-Vertex 0: VOp IA, neighbors 
-Vertex 1: VOp IA, neighbors 2
-cphase_with_table: after
-Vertex 0: VOp IA, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-before cphase between 0 and 1
-Vertex 0: VOp YC, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 0: VOp YC, neighbors 1
-Vertex 2: VOp XA, neighbors 1
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 0 2
-U ->Inverting about Vertex 1: VOp YD, neighbors 0 2
-deling edge
-U ->Inverting about Vertex 1: VOp XA, neighbors 0 2
-U ->Inverting about Vertex 1: VOp ZD, neighbors 0 2
-deling edge
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 0: VOp YC, neighbors 1
-Vertex 2: VOp XA, neighbors 1
-cphase_with_table called on:
-Vertex 0: VOp YC, neighbors 1
-Vertex 1: VOp IA, neighbors 0 2
-cphase_with_table: after
-Vertex 0: VOp IF, neighbors 1
-Vertex 1: VOp YB, neighbors 0 2
-before cphase between 1 and 2
-Vertex 1: VOp YB, neighbors 0 2
-Vertex 2: VOp XA, neighbors 1
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp YB, neighbors 0 2
-Vertex 2: VOp XA, neighbors 1
-Vertex 0: VOp IF, neighbors 1
-using VVV
-V ->Inverting about Vertex 0: VOp IF, neighbors 1
-V ->Inverting about Vertex 0: VOp YC, neighbors 1
-V ->Inverting about Vertex 0: VOp XF, neighbors 1
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp XA, neighbors 1
-Vertex 0: VOp ZC, neighbors 1
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp XA, neighbors 1
-deling edge
-cphase_with_table: after
-Vertex 1: VOp ZA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-before cphase between 0 and 1
-Vertex 0: VOp ZC, neighbors 1
-Vertex 1: VOp ZA, neighbors 0
-cphase_with_table called on:
-Vertex 0: VOp ZC, neighbors 1
-Vertex 1: VOp ZA, neighbors 0
-cphase_with_table: after
-Vertex 0: VOp IF, neighbors 1
-Vertex 1: VOp YB, neighbors 0
-before cphase between 1 and 2
-Vertex 1: VOp YB, neighbors 0
-Vertex 2: VOp IA, neighbors 
-cphase: left vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp YB, neighbors 0
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp IF, neighbors 1
-using VVV
-V ->Inverting about Vertex 0: VOp IF, neighbors 1
-V ->Inverting about Vertex 0: VOp YC, neighbors 1
-V ->Inverting about Vertex 0: VOp XF, neighbors 1
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-Vertex 0: VOp ZC, neighbors 1
-cphase_with_table called on:
-Vertex 1: VOp IA, neighbors 0
-Vertex 2: VOp IA, neighbors 
-cphase_with_table: after
-Vertex 1: VOp IA, neighbors 0 2
-Vertex 2: VOp IA, neighbors 1
-before cphase between 0 and 1
-Vertex 0: VOp ZC, neighbors 1
-Vertex 1: VOp YC, neighbors 0 2
-cphase: right vertex has NONs -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp YC, neighbors 0 2
-Vertex 0: VOp ZC, neighbors 1
-Vertex 2: VOp IA, neighbors 1
-using UVVVU
-U ->Inverting about Vertex 1: VOp YC, neighbors 0 2
-V ->Inverting about Vertex 2: VOp YB, neighbors 0 1
-deling edge
-V ->Inverting about Vertex 2: VOp XE, neighbors 0 1
-V ->Inverting about Vertex 2: VOp ZB, neighbors 0 1
-deling edge
-U ->Inverting about Vertex 1: VOp ZD, neighbors 2
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2
-Vertex 0: VOp ZC, neighbors 2
-Vertex 2: VOp YC, neighbors 0 1
-cphase: left one needs treatment again -> putting it to Id
-remove_byprod_op called: (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2
-Vertex 0: VOp ZC, neighbors 2
-Vertex 2: VOp YC, neighbors 0 1
-using UUUU
-U ->Inverting about Vertex 1: VOp IA, neighbors 2
-U ->Inverting about Vertex 1: VOp YD, neighbors 2
-U ->Inverting about Vertex 1: VOp XA, neighbors 2
-U ->Inverting about Vertex 1: VOp ZD, neighbors 2
-remove_byprod_op: after (v, avoid, vb):
-Vertex 1: VOp IA, neighbors 2
-Vertex 0: VOp ZC, neighbors 2
-Vertex 2: VOp YC, neighbors 0 1
-cphase_with_table called on:
-Vertex 0: VOp ZC, neighbors 2
-Vertex 1: VOp IA, neighbors 2
-{'was_edge': False, 'non1': True, 'non2': True}
-11
-0
-cphase_with_table: after
-Vertex 0: VOp YC, neighbors 2
-Vertex 1: VOp IA, neighbors 2