def useableAmmo():
total = 0
currentPlayer = readData.getPlayerDetails()
hasWeapon = [True] + currentPlayer[6]
for i in range(1, 7):
if (hasWeapon[i]):
total += currentPlayer[5][mapWeaponToAmmoType(i)]
return total
def findFurthestHealth():
plrId = readData.getPlayerDetails()[0]
objList = readData.getObjectsDetails(plrId)
healthObj = []
for obj in objList:
if ("health" in obj[1].lower()):
healthObj.append(obj)
return findFurthestObject(healthObj)
def turnAbsAngle(_angle):
angle = readData.getPlayerDetails()[2]
turn = _angle - angle
if (abs(_angle - angle) > 180):
if (turn > 0): #if positive
left = False
else:
left = True
else: #turn the right way
if (turn > 0):
left = True
else:
left = False
while (abs(_angle - angle) >= 5):
angle = readData.getPlayerDetails()[2]
if (left):
actions.turnLeft(3)
else:
actions.turnRight(3)
def faceObject(objectID):
objectDetails = readData.getObjectDetails(objectID)
playerDetails = readData.getPlayerDetails()
if (objectDetails != []):
dx = objectDetails[2][0] - playerDetails[3][0] #get Xs
dy = objectDetails[2][1] - playerDetails[3][1] #get Ys
absRadAngle = math.atan2(dy, dx)
absDegAngle = math.degrees(absRadAngle)
if (absDegAngle < 0): absDegAngle += 360
turnAbsAngle(absDegAngle)
def findClosestNonEnemy():
objects = []
plrID = readData.getPlayerDetails()[0]
objList = readData.getObjectsDetails(plrID)
for obj in objList:
if (not ("player" in obj[1].lower())
and not ("dead" in obj[1].lower())):
objects.append(obj)
return findClosestObject(objects)
def listSeenEnemies():
seenEnemyList = []
currentPlayerID = readData.getPlayerDetails()[0]
objs = readData.getEnemyDetails(currentPlayerID)
if (objs != []):
for enemies in objs:
print(enemies)
if readData.LOS(currentPlayerID, enemies[0]):
seenEnemyList.append(enemies)
return seenEnemyList
def findFurhtestAmmo():
currentPlayer = readData.getPlayerDetails()
plrId = currentPlayer[0]
objList = readData.getObjectsDetails(plrId)
AmmoObj = []
for obj in objList:
if (("shells" in obj[1].lower() and currentPlayer[5][1])
or ("clips" in obj[1].lower() and currentPlayer[5][0])
or ("rockets" in obj[1].lower() and currentPlayer[5][3])):
AmmoObj.append(obj)
return findFurthestObject(AmmoObj)
def findLowestHPEnemy(_range):
enemyList = readData.getEnemyDetails(readData.getPlayerDetails()[0])
lowestHP = 9999
lowestEnemy = -1 #negative means no enemies in range
for enemy in enemyList:
dist = readData.getObjectDetails(enemy[0])[3]
if (dist <= _range and enemy[1] < lowestHP):
lowestEnemy = enemy[0]
lowestHP = enemy[1]
return lowestEnemy
def switchAndShoot(a):
currentPlayer = readData.getPlayerDetails()
print(currentPlayer[4])
if (
currentAmmo() == 0 or currentPlayer[4] == 0
or currentPlayer[4] == 7
): # if no ammo in held gun or fists are equipped, switch to somethin else
hasWeapon = [True] + currentPlayer[6]
actions.switchWeapon(1)
# hasWeapon=[True]+readData.getWeaponsStatus(plrDetails[0],plrDetails) #add [True] for fists
for i in range(
6, -1, -1
): #start checking from back (6) and end on fists (0) if no ammo
hasAmmo = currentPlayer[5][mapWeaponToAmmoType(i)] > 0
#print(i,"hasAmmo",hasAmmo,hasWeapon[i])
if (hasAmmo and hasWeapon[i]):
actions.switchWeapon(i) #switch to a weapon with ammo
time.sleep(1)
break
actions.shoot(a)
import utilityActions
import actions
import readData
import offensiveAction
import defensiveAction
import sys
import random
currentPlayerID = readData.getPlayerDetails()[0]
#state = HEALTH_SEARCH | AMMO_SEARCH | FIGHT | ENEMY_SEARCH
FIGHT = 0
HEALTH_SEARCH = 1
AMMO_SEARCH = 2
ENEMY_SEARCH = 3
state = FIGHT
enoughHP = True
enoughAmmo = True
previousZigZagDirection = None
#INIT position woth los
utilityActions.turnAbsAngle(90)
actions.forward(150)
count = 0
while (True): #main loop
#for not shooting everytime
count += 1
def currentAmmo():
ammoType = mapWeaponToAmmoType(readData.getPlayerDetails()[4])
if (ammoType >= 0):
return readData.getPlayerDetails()[5][ammoType]
else:
return 9999 #fists or chainsaw dont require ammo
