diff --git a/test/scheduleGenerator/v3.py b/test/scheduleGenerator/v3.py
index 1970d21..a2ff45c 100644
--- a/test/scheduleGenerator/v3.py
+++ b/test/scheduleGenerator/v3.py
@@ -345,25 +345,34 @@ def generateScheduleV3(
   conflicts = []
 
   for student in students:
-    print(student["Pupil #"])
+    #print("====New Student====")
+    # print(student["Pupil #"])
     blocks = [student["schedule"][block] for block in student["schedule"]]
+    #print("Blocks: ", blocks)
     origin = list(block)
     exceptions = []
     count, hasConflict = 0, True
     initialCount = sum(1 for b in blocks if len(b)==1)
+    #print("Initial Count: ", initialCount)
     if initialCount == student["classes"]:
+      #print("Classes already set")
       hasConflict = False
       
       if initialCount < student["expectedClasses"]:
+        #print("New Conflict 1: Missing Classes")
         conflicts.append({
           "Pupil #": student["Pupil #"],
           "Email": "",
           "Conflict": "Missing classes"
         })
 
+    #print("Begin conflic Check...")
+    #print("Has Conflict: ", hasConflict)
     while hasConflict:
+      #print("Retrieve clash...")
       # Get clash
       if len(exceptions) > 0:
+        #print("Exceptions exists, make new list to ignore exceptions")
         blocks = [elem for i, elem in enumerate(blocks) if i not in exceptions]
         exceptCopy = list(exceptions)
         while len(exceptCopy) > 0:
@@ -371,32 +380,50 @@ def generateScheduleV3(
           blocks.insert(minIndex, ['nil'])
 
       count = sum(1 for b in blocks if len(b)==1)
+      #print("New Count: ", count)
 
       if count < student["expectedClasses"]:
+        #print("There must be a clash...")
         if count == student["classes"]:
+          #print("New Conflict 2: Missing Classes")
           conflicts.append({
             "Pupil #": student["Pupil #"],
             "Email": "",
             "Conflict": "Missing classes"
           })
           hasConflict = False
+          #print("end conflicts...")
           break
 
         blockLens = [len(block) for block in blocks]
         index = blockLens.index(max(blockLens))
+        #print("Block Lengths: ", blockLens)
+        #print("Clash Index: ", index)
 
         blockOut = f"block{index+1}"
+        #print("blockOut: ", blockOut)
         done = False
         moveIndex = 0
+        #print("moveIndex: ", moveIndex)
         freeBlocks = [blockIndex for blockIndex in range(len(blocks)) if len(blocks[blockIndex]) == 0]
+        #print("Free blocks: ", freeBlocks)
+        #print("Begin attempt to move...")
         while not done:
           classOut = blocks[index][moveIndex]
+          #print("classOut: ",classOut)
           found = False
+          #print("begin check for blocks in running...")
           for block in running:
-            if found: break
+            #print("Block: ", block)
+            if found:
+              #print("Found, breaking check for blocks in running")
+              break
             if list(running).index(block) != index and list(running).index(block) in freeBlocks:
+              #print("This block is available, begin check for classes in this block")
               for cname in running[block]:
+                #print("Class: ", cname)
                 if cname[:-2] == blocks[index][moveIndex][:-2] and len(running[block][cname]["students"]) < classCap:
+                  #print("Exists! This class matches target and has space!")
                   studentData = {
                     "Pupil #": student["Pupil #"],
                     "index": student["studentIndex"]
@@ -412,24 +439,47 @@ def generateScheduleV3(
                   running[block][cname]["students"].append(studentData)
                   
                   found, done = True, True
+                  #print("Found: ", found)
+                  #print("done: ", done)
                   break
+                # else:
+                  #print("This class does not match the target, or this class is full")
+              #print("Found: ", found)
+            # else:
+              #print("This block is the conflict, or is not free")
 
+          
+          #print("end check for blocks in running...")
           if not found:
+            #print("Could not find a solution for this class")
             if moveIndex < len(blocks[index])-1:
+              #print("Trying next class")
               moveIndex += 1
             elif moveIndex == len(blocks[index])-1:
+              #print("No more attempts possible, add to exceptions")
               if index not in exceptions: exceptions.append(index)
+              conflicts.append({
+                "Pupil #": student["Pupil #"],
+                "Email": "",
+                "Conflict": "Error"
+              })
+              done = True
+              hasConflict = False
               
             else:
               print('impossible err 3')
          
-          elif found: done = True
-          
+          elif found:
+            done = True
+            #print("Done: ", done)
+
           else:
             print('impossible err 2')
 
       elif count == student["expectedClasses"]:
+        #print("No conflicts")
         if len(exceptions) > 0:
+          #print("Exceptions exist, new conflict 3: More than one class per block")
           for i in range(len(exceptions)):
             blocks[i] = origin[i]
 
@@ -441,6 +491,7 @@ def generateScheduleV3(
 
         hasConflict = False
       elif count > student["expectedClasses"]:
+        #print("New conflict 4: More classes than expected")
         conflicts.append({
           "Pupil #": student["Pupil #"],
           "Email": "",
diff --git a/test/tinker.py b/test/tinker.py
index 1cf378a..442f928 100644
--- a/test/tinker.py
+++ b/test/tinker.py
@@ -45,6 +45,17 @@ if __name__ == '__main__':
     timetable["Version"] = 3
     timetable["timetable"] = generateScheduleV3(sampleStudents, samplemockCourses, 40, "./output/students.json", "./output/conflicts.json")
   
+    f = open('./output/conflicts.json')
+    conflicts = json.load(f)
+ 
+    print(f"{len(conflicts)}/{len(sampleStudents)} have errors")
+    percent = len(conflicts) / len(sampleStudents) * 100
+
+    print(f"{round(percent, 2)}% errors")
+    print(f"{100-(round(percent, 2))}% success")
+ 
+    f.close()
+
   else:
     print("Invalid argument")
     exit()