def hasResources(obj,blueID):
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(blueID)
req = blue.getRequiredResources()
for i in range(len(req)):
if obj.inv.findItemAmount(req[i][0])< req[i][1]:
return False
return True
def hasResources(obj, blueID):
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(blueID)
req = blue.getRequiredResources()
for i in range(len(req)):
if obj.inv.findItemAmount(req[i][0]) < req[i][1]:
return False
return True
def builder(obj,null):
if obj.AIPlaceGoals == [] and obj.mustBuild != None and obj.yVel ==0:
if obj.mustBuild != None:
lowest = obj.world.topFilledRow(obj.column,1)
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(obj.mustBuild)
for i in range(blue.width):
if obj.world.topFilledRow(obj.column + i,1) > lowest:#lower rows have higher row values
lowest = obj.world.topFilledRow(obj.column + i,1)
setBluePrint(obj,obj.mustBuild,(obj.column,lowest))
obj.currentBuildingProject = obj.mustBuild
obj.mustBuild = None
obj.buildStage = 1
obj.toBreak = []
for i in range(len(obj.AIPlaceGoals)):
obj.toBreak.append((obj.AIPlaceGoals[i][1],obj.AIPlaceGoals[i][0]))
else:
if obj.AIPlaceGoals != []:
if obj.buildStage == 1:
if obj.toBreak != []:
if obj.world.tiles[obj.toBreak[0][0]][obj.toBreak[0][1]][1] != None and obj.world.tiles[obj.toBreak[0][0]][obj.toBreak[0][1]][1].canBreak == True:
obj.selectedSlot = obj.inv.findEmpty()
obj.activateHeldItem((obj.toBreak[0][0]*32,obj.toBreak[0][1]*32,1),radCheck = False)
else:
if obj.world.tiles[obj.toBreak[0][0]][obj.toBreak[0][1]][0] != None and obj.world.tiles[obj.toBreak[0][0]][obj.toBreak[0][1]][0].canBreak == True:
obj.selectedSlot = obj.inv.findEmpty()
obj.activateHeldItem((obj.toBreak[0][0]*32,obj.toBreak[0][1]*32,1),radCheck = False, breakBack = True)
else:
del(obj.toBreak[0])
else:
if hasResources(obj,obj.currentBuildingProject) == True:
obj.buildStage = 2
if obj.buildStage == 2:
if obj.inv.findItemAmount(obj.AIPlaceGoals[0][3]) > 0:
obj.selectedSlot = obj.inv.findItem(obj.AIPlaceGoals[0][3])
if obj.activateHeldItem((obj.AIPlaceGoals[0][1]*32,obj.AIPlaceGoals[0][0]*32,1),radCheck=False) == True:
del(obj.AIPlaceGoals[0])
else:
obj.selectedSlot = obj.inv.findEmpty()
obj.activateHeldItem((obj.AIPlaceGoals[0][1]*32,obj.AIPlaceGoals[0][0]*32,1),radCheck =False)
else:
obj.speak("I'm missing an item."+str(obj.AIPlaceGoals[0][3]))
else:
obj.buildStage = 0
if obj.town != None:
obj.town.buildings.append(obj.currentBuildingProject)
obj.currentbuildingProject = None
def main(self):
for i in range(len(self.citizens)):
if self.citizens[i].villageRole == 'Lumberjack':
if self.citizens[i].toGive == None:
self.citizens[i].AI = AI.lumberJack
if self.citizens[i].toGive == None:
if self.citizens[i].inv.findItemAmount(6) >= 80:
closeCraft = self.findClosestVillager((self.citizens[i].column,self.citizens[i].row),'Crafter')
if closeCraft != None:
self.citizens[i].AI = AI.give
self.citizens[i].AIGoal = closeCraft
self.citizens[i].toGive = 6
elif self.citizens[i].villageRole == 'Builder':
if self.citizens[i].toTake == (None,None):
self.citizens[i].AI = AI.builder
if len(self.mustBuild) > 0:
if self.citizens[i].currentBuildingProject == None:
self.citizens[i].mustBuild = self.mustBuild[0]
del(self.mustBuild[0])
if self.citizens[i].currentBuildingProject != None:
if AI.hasResources(self.citizens[i],self.citizens[i].currentBuildingProject) == False:
if self.citizens[i].requiredResources == []:
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(self.citizens[i].currentBuildingProject)
req = blue.getRequiredResources()
for r in range(len(req)):
if self.citizens[i].inv.findItemAmount(req[r][0]) < req[r][1]:
self.citizens[i].requiredResources.append((req[r][0],req[r][1] - self.citizens[i].inv.findItemAmount(req[r][0])))
else:
if self.citizens[i].toTake == (None,None):
chests = self.storage
for l in range(len(chests)):
if len(self.citizens[i].requiredResources) > 0:
if chests[l].inv.findItemAmount(self.citizens[i].requiredResources[0][0]) >= self.citizens[i].requiredResources[0][1]:
self.citizens[i].toTake = (self.citizens[i].requiredResources[0][0],self.citizens[i].requiredResources[0][1])
self.citizens[i].AIGoal = chests[l]
self.citizens[i].AI = AI.take
del(self.citizens[i].requiredResources[0])
break
elif self.citizens[i].villageRole == 'Crafter':
if self.citizens[i].inv.findItemAmount(6) >= 80:
self.citizens[i].crafting.craftItem(8,20)
self.citizens[i].crafting.craftItem(9,1)
self.citizens[i].crafting.craftItem(10,1)
self.transferToNearestChest(self.citizens[i],8,40)
self.transferToNearestChest(self.citizens[i],9,1)
self.transferToNearestChest(self.citizens[i],10,1)
self.transferToNearestChest(self.citizens[i],6,20)
def main(self):
for i in range(len(self.citizens)):
if self.citizens[i].villageRole == 'Lumberjack':
if self.citizens[i].toGive == None:
self.citizens[i].AI = AI.lumberJack
if self.citizens[i].toGive == None:
if self.citizens[i].inv.findItemAmount(6) >= 80:
closeCraft = self.findClosestVillager(
(self.citizens[i].column, self.citizens[i].row),
'Crafter')
if closeCraft != None:
self.citizens[i].AI = AI.give
self.citizens[i].AIGoal = closeCraft
self.citizens[i].toGive = 6
elif self.citizens[i].villageRole == 'Builder':
if self.citizens[i].toTake == (None, None):
self.citizens[i].AI = AI.builder
if len(self.mustBuild) > 0:
if self.citizens[i].currentBuildingProject == None:
self.citizens[i].mustBuild = self.mustBuild[0]
del (self.mustBuild[0])
if self.citizens[i].currentBuildingProject != None:
if AI.hasResources(
self.citizens[i],
self.citizens[i].currentBuildingProject) == False:
if self.citizens[i].requiredResources == []:
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(
self.citizens[i].currentBuildingProject)
req = blue.getRequiredResources()
for r in range(len(req)):
if self.citizens[i].inv.findItemAmount(
req[r][0]) < req[r][1]:
self.citizens[i].requiredResources.append(
(req[r][0], req[r][1] -
self.citizens[i].inv.findItemAmount(
req[r][0])))
else:
if self.citizens[i].toTake == (None, None):
chests = self.storage
for l in range(len(chests)):
if len(self.citizens[i].requiredResources
) > 0:
if chests[l].inv.findItemAmount(
self.citizens[i].
requiredResources[0]
[0]) >= self.citizens[
i].requiredResources[0][1]:
self.citizens[i].toTake = (
self.citizens[i].
requiredResources[0][0],
self.citizens[i].
requiredResources[0][1])
self.citizens[i].AIGoal = chests[l]
self.citizens[i].AI = AI.take
del (self.citizens[i].
requiredResources[0])
break
elif self.citizens[i].villageRole == 'Crafter':
if self.citizens[i].inv.findItemAmount(6) >= 80:
self.citizens[i].crafting.craftItem(8, 20)
self.citizens[i].crafting.craftItem(9, 1)
self.citizens[i].crafting.craftItem(10, 1)
self.transferToNearestChest(self.citizens[i], 8, 40)
self.transferToNearestChest(self.citizens[i], 9, 1)
self.transferToNearestChest(self.citizens[i], 10, 1)
self.transferToNearestChest(self.citizens[i], 6, 20)
def setBluePrint(obj, blueID, colRow):
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(blueID)
obj.AIPlaceGoals = blue.getRel(colRow)
def builder(obj, null):
if obj.AIPlaceGoals == [] and obj.mustBuild != None and obj.yVel == 0:
if obj.mustBuild != None:
lowest = obj.world.topFilledRow(obj.column, 1)
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(obj.mustBuild)
for i in range(blue.width):
if obj.world.topFilledRow(
obj.column + i,
1) > lowest: #lower rows have higher row values
lowest = obj.world.topFilledRow(obj.column + i, 1)
setBluePrint(obj, obj.mustBuild, (obj.column, lowest))
obj.currentBuildingProject = obj.mustBuild
obj.mustBuild = None
obj.buildStage = 1
obj.toBreak = []
for i in range(len(obj.AIPlaceGoals)):
obj.toBreak.append(
(obj.AIPlaceGoals[i][1], obj.AIPlaceGoals[i][0]))
else:
if obj.AIPlaceGoals != []:
if obj.buildStage == 1:
if obj.toBreak != []:
if obj.world.tiles[obj.toBreak[0][0]][obj.toBreak[0][1]][
1] != None and obj.world.tiles[obj.toBreak[0][0]][
obj.toBreak[0][1]][1].canBreak == True:
obj.selectedSlot = obj.inv.findEmpty()
obj.activateHeldItem((obj.toBreak[0][0] * 32,
obj.toBreak[0][1] * 32, 1),
radCheck=False)
else:
if obj.world.tiles[obj.toBreak[0][0]][obj.toBreak[0][
1]][0] != None and obj.world.tiles[
obj.toBreak[0][0]][
obj.toBreak[0][1]][0].canBreak == True:
obj.selectedSlot = obj.inv.findEmpty()
obj.activateHeldItem((obj.toBreak[0][0] * 32,
obj.toBreak[0][1] * 32, 1),
radCheck=False,
breakBack=True)
else:
del (obj.toBreak[0])
else:
if hasResources(obj, obj.currentBuildingProject) == True:
obj.buildStage = 2
if obj.buildStage == 2:
if obj.inv.findItemAmount(obj.AIPlaceGoals[0][3]) > 0:
obj.selectedSlot = obj.inv.findItem(obj.AIPlaceGoals[0][3])
if obj.activateHeldItem((obj.AIPlaceGoals[0][1] * 32,
obj.AIPlaceGoals[0][0] * 32, 1),
radCheck=False) == True:
del (obj.AIPlaceGoals[0])
else:
obj.selectedSlot = obj.inv.findEmpty()
obj.activateHeldItem((obj.AIPlaceGoals[0][1] * 32,
obj.AIPlaceGoals[0][0] * 32, 1),
radCheck=False)
else:
obj.speak("I'm missing an item." +
str(obj.AIPlaceGoals[0][3]))
else:
obj.buildStage = 0
if obj.town != None:
obj.town.buildings.append(obj.currentBuildingProject)
obj.currentbuildingProject = None
def setBluePrint(obj,blueID,colRow):
blues = Blueprints.blueprintList()
blue = blues.getBlueprint(blueID)
obj.AIPlaceGoals = blue.getRel(colRow)
