rough code

matches.csv

@@ -1,19 +1,17 @@
 Blue 1 ID, Blue 1 Name, Blue 2 ID, Blue 2 Name, Gold 1 ID, Gold 1 Name, Gold 2 ID, Gold 2 Name
-37,CCPA,15,Pinole Valley,10,Skyline,1,Albany
-31,Arroyo,26,OSA,8,Bishop O'Dowd,29,Realm
-35,Hayward One,40,Salesian,17,ACLC,41,ARISE
-36,Miramonte,3,De Anza,42,John Henry,20,Encinal
-12,El Cerrito,9,Hercules,4,LPS Richmond,6,Middle College
-43,Hayward Two,36,Miramonte,20,Encinal,40,Salesian
-41,ARISE,35,Hayward One,8,Bishop O'Dowd,1,Albany
-12,El Cerrito,40,Salesian,43,Hayward Two,10,Skyline
-3,De Anza,20,Encinal,29,Realm,15,Pinole Valley
-6,Middle College,42,John Henry,37,CCPA,26,OSA
-36,Miramonte,9,Hercules,4,LPS Richmond,17,ACLC
-31,Arroyo,29,Realm,35,Hayward One,8,Bishop O'Dowd
-41,ARISE,3,De Anza,26,OSA,17,ACLC
-40,Salesian,35,Hayward One,1,Albany,43,Hayward Two
-29,Realm,15,Pinole Valley,20,Encinal,8,Bishop O'Dowd
-36,Miramonte,4,LPS Richmond,12,El Cerrito,9,Hercules
-37,CCPA,42,John Henry,6,Middle College,31,Arroyo
-10,Skyline,35,Hayward One,8,Bishop O'Dowd,1,Albany
+36,Miramonte,6,Middle College,10,Skyline,4,LPS Richmond
+17,ACLC,31,Arroyo,8,Bishop O'Dowd,43,Hayward Two
+3,De Anza,20,Encinal,26,OSA,9,Hercules
+29,Realm,37,CCPA,12,El Cerrito,40,Salesian
+42,John Henry,35,Hayward One,15,Pinole Valley,41,ARISE
+1,Albany,8,Bishop O'Dowd,17,ACLC,9,Hercules
+31,Arroyo,43,Hayward Two,12,El Cerrito,4,LPS Richmond
+42,John Henry,26,OSA,35,Hayward One,6,Middle College
+20,Encinal,36,Miramonte,3,De Anza,41,ARISE
+15,Pinole Valley,37,CCPA,29,Realm,40,Salesian
+1,Albany,10,Skyline,4,LPS Richmond,35,Hayward One
+42,John Henry,17,ACLC,6,Middle College,9,Hercules
+43,Hayward Two,12,El Cerrito,3,De Anza,40,Salesian
+37,CCPA,41,ARISE,15,Pinole Valley,29,Realm
+10,Skyline,8,Bishop O'Dowd,36,Miramonte,31,Arroyo
+1,Albany,20,Encinal,26,OSA,-1,Spooky Team

newscheduler.py

@@ -2,6 +2,12 @@
 from random import randint
 import os.path
 from itertools import permutations
+import argparse
+parser = argparse.ArgumentParser()
+parser.add_argument('-input')
+args = parser.parse_args()
+print(args)
+
 
 class Match:
     def __init__(self, b1, b2, g1, g2):
@@ -16,16 +22,18 @@ def __init__(self, id, name):
         self.name = name
         self.canPlay = 0
         self.playedWith = []
+        self.playedAgainst = []
 
 schools = []
-
+print("test")
 def process(line):
     values = line.rstrip().split(",")
+    print(values)
     schools.append(Team(values[0], values[1]))
 
-input = sys.stdin.readline().rstrip().split(" ")
-csvFile = input[0]
-roundsPerTeam = int(input[1])
+#input = sys.stdin.readline().rstrip().split(" ")
+csvFile = args.input
+
 
 with open(csvFile) as f:
     for line in f:
@@ -36,6 +44,7 @@ def process(line):
 totalRounds = len(schools)//4*3
 for i in range(totalRounds):
     matchedTeams = []
+    print(i)
     if len(teamsLeft) >= 4:
         j = 0
         while j < 4:
@@ -55,23 +64,26 @@ def process(line):
                 matchedTeams.append(team)
                 teamsLeft.remove(team)
                 k += 1
-        perm = list(permutations(range(4)))
-        for p in perm:
-            if matchedTeams[p[0]] not in matchedTeams[p[1]].playedWith and matchedTeams[p[2]] not in matchedTeams[p[3]].playedWith:
-                matches.append(Match(matchedTeams[p[0]],matchedTeams[p[1]],matchedTeams[p[2]],matchedTeams[p[3]]))
-                matchedTeams[p[0]].playedWith.append(matchedTeams[p[1]])
-                matchedTeams[p[1]].playedWith.append(matchedTeams[p[0]])
-                matchedTeams[p[2]].playedWith.append(matchedTeams[p[3]])
-                matchedTeams[p[3]].playedWith.append(matchedTeams[p[2]])
-                for t in [matchedTeams[p[r]] for r in range(4)]:
-                    t.canPlay = gap*-1 -1
-                break
-        for s in schools:
-            s.canPlay += 1
+    perm = list(permutations(range(4)))
+    for p in perm:
+        if matchedTeams[p[0]] not in matchedTeams[p[1]].playedWith and matchedTeams[p[2]] not in matchedTeams[p[3]].playedWith:
+            print("making match")
+            matches.append(Match(matchedTeams[p[0]],matchedTeams[p[1]],matchedTeams[p[2]],matchedTeams[p[3]]))
+            matchedTeams[p[0]].playedWith.append(matchedTeams[p[1]])
+            matchedTeams[p[1]].playedWith.append(matchedTeams[p[0]])
+            matchedTeams[p[2]].playedWith.append(matchedTeams[p[3]])
+            matchedTeams[p[3]].playedWith.append(matchedTeams[p[2]])
+            for t in [matchedTeams[p[r]] for r in range(4)]:
+                t.canPlay = gap*-1 -1
+            break
+    for s in schools:
+        s.canPlay += 1
+print(len(matches))
 if teamsLeft:
     ghosts = 4 - len(teamsLeft)
     for g in range(ghosts):
-        teamsLeft.append(Team(-g-1,"Spooky Team"))
+        teamsLeft.append(Team("-1","Spooky Team"))
+matchedTeams = teamsLeft
 perm = list(permutations(range(4)))
 for p in perm:
     if matchedTeams[p[0]] not in matchedTeams[p[1]].playedWith and matchedTeams[p[2]] not in matchedTeams[p[3]].playedWith:
@@ -86,8 +98,8 @@ def process(line):
     if writeHeader:
         f.write("Blue 1 ID, Blue 1 Name, Blue 2 ID, Blue 2 Name, Gold 1 ID, Gold 1 Name, Gold 2 ID, Gold 2 Name\n")
     for m in matches:
+        print(m.g2.name)
         f.write(m.b1.id + "," + m.b1.name +
         "," + m.b2.id + "," + m.b2.name +
         "," + m.g1.id + "," + m.g1.name +
-        "," + m.g2.id + "," +
-        m.g2.name + "\n")
+        "," + m.g2.id + "," + m.g2.name + "\n")

schedule.py

@@ -3,7 +3,6 @@
 import os.path
 parser = argparse.ArgumentParser()
 parser.add_argument('-input')
-parser.add_argument('-n')
 args = parser.parse_args()
 print(args)