def determineRole(player):
if not player.roleSwitching:
return player.goLater(player.gameState)
openSpaces = [True, True, True, True]
for mate in player.brain.teamMembers:
if mate.playerNumber == player.brain.playerNumber:
continue
if not roleConstants.isGoalie(mate.role) \
and mate.frameSinceActive < 30:
openSpaces[mate.role - 2] = False
position = 0
for i in range(4):
if openSpaces[i] and roleConstants.canRoleSwitchTo(i+2):
roleConstants.setRoleConstants(player, i+2)
return player.goLater(player.gameState)
elif openSpaces[i]:
position = i+2
if position == 0:
print "Came out of penalty and found no open spaces!!!"
roleConstants.setRoleConstants(player, i+2)
return player.goLater(player.gameState)
def determineRole(player):
if not player.roleSwitching:
return player.goLater(player.gameState)
openSpaces = [True, True, True, True]
for mate in player.brain.teamMembers:
if mate.playerNumber == player.brain.playerNumber:
continue
if not roleConstants.isGoalie(mate.role) \
and mate.frameSinceActive < 30:
openSpaces[mate.role - 2] = False
position = 0
for i in range(4):
if openSpaces[i] and roleConstants.canRoleSwitchTo(i + 2):
roleConstants.setRoleConstants(player, i + 2)
return player.goLater(player.gameState)
elif openSpaces[i]:
position = i + 2
if position == 0:
print "Came out of penalty and found no open spaces!!!"
roleConstants.setRoleConstants(player, i + 2)
return player.goLater(player.gameState)
def checkForConsistency(player):
"""
Checks to see if anyone else has the same role as us. If they also have
a lower playerNumber then we change. Otherwise we assume that they will
fix the issue. Very similar in structure to determineRole in penalty states.
"""
if not player.roleSwitching:
return
openSpaces = [True, True, True, True]
conflict = False
position = 0
for mate in player.brain.teamMembers:
if mate.playerNumber == player.brain.playerNumber:
continue
openSpaces[mate.role - 2] = False
if mate.role == player.role and mate.playerNumber > player.brain.playerNumber and mate.frameSinceActive < 30:
conflict = True
if not conflict:
return # The expected outcome
for i in range(3):
if openSpaces[i] and constants.canRoleSwitchTo(i + 2):
constants.setRoleConstants(player, i + 2)
return
elif openSpaces[i]:
position = i + 2
if position == 0:
print "We have conflicting role AND there are no more open roles..."
constants.setRoleConstants(player, position)
return
def chaserIsOut(player):
"""
There is a chaser spot ready to be filled.
"""
if not player.roleSwitching or player.brain.gameController.penalized:
return False
if not player.gameState == "gamePlaying":
return False
checkForConsistency(player)
if constants.canRoleSwitchTo(player.role):
return False
openPositions = ()
positions = [False, False, False, False]
for mate in player.brain.teamMembers:
if mate.role <= 1:
continue
if mate.frameSinceActive < 30:
positions[mate.role - 2] = True
if mate.playerNumber == player.brain.playerNumber:
continue
if constants.canRoleSwitchTo(mate.role) and mate.frameSinceActive > 30:
openPositions += (mate.role,)
if (
constants.willRoleSwitch(mate.role)
and mate.playerNumber > player.brain.playerNumber
and (mate.frameSinceActive < 30 or not mate.active)
):
return False # Active, higher numbered player takes precedence
for pos in openPositions:
if not positions[pos - 2]:
player.openChaser = pos
print "Switching to role: ", pos
return True
return False
def chaserIsOut(player):
"""
There is a chaser spot ready to be filled.
"""
if not player.roleSwitching or player.brain.gameController.penalized:
return False
if not player.gameState == "gamePlaying":
return False
checkForConsistency(player)
if constants.canRoleSwitchTo(player.role):
return False
openPositions = ()
positions = [False, False, False, False]
for mate in player.brain.teamMembers:
if mate.role <= 1:
continue
if mate.frameSinceActive < 30:
positions[mate.role - 2] = True
if mate.playerNumber == player.brain.playerNumber:
continue
if constants.canRoleSwitchTo(mate.role) and mate.frameSinceActive > 30:
openPositions += (mate.role, )
if constants.willRoleSwitch(mate.role) \
and mate.playerNumber > player.brain.playerNumber \
and (mate.frameSinceActive < 30 or not mate.active):
return False # Active, higher numbered player takes precedence
for pos in openPositions:
if not positions[pos - 2]:
player.openChaser = pos
print "Switching to role: ", pos
return True
return False
def checkForConsistency(player):
"""
Checks to see if anyone else has the same role as us. If they also have
a lower playerNumber then we change. Otherwise we assume that they will
fix the issue. Very similar in structure to determineRole in penalty states.
"""
if not player.roleSwitching:
return
openSpaces = [True, True, True, True]
conflict = False
position = 0
for mate in player.brain.teamMembers:
if mate.playerNumber == player.brain.playerNumber:
continue
openSpaces[mate.role - 2] = False
if mate.role == player.role \
and mate.playerNumber > player.brain.playerNumber \
and mate.frameSinceActive < 30:
conflict = True
if not conflict:
return # The expected outcome
for i in range(3):
if openSpaces[i] and constants.canRoleSwitchTo(i + 2):
# US Open Hacks
if player.brain.game:
oppTeam = player.brain.game.team(1).team_number
else:
oppTeam = -1
constants.setRoleConstants(player, i + 2, oppTeam)
return
elif openSpaces[i]:
position = i + 2
if position == 0:
print "We have conflicting role AND there are no more open roles..."
# US Open Hacks
if player.brain.game:
oppTeam = player.brain.game.team(1).team_number
else:
oppTeam = -1
constants.setRoleConstants(player, position, oppTeam)
return
