def spawnResources(grid, centerPoint, resourceL, numRes, cellRange):
#creates new resources in empty cells nearby
spawnedResources = []
occupiedList = [centerPoint] #list of currently filled positions
for resource in resourceL:
occupiedList.append(resource.position)
#is there a reason that I don't just put in the resource.position?
for x in range(0, numRes):
resPoint = centerPoint
loopAgain = True
#will loop until 2 valid and empty position are found
while loopAgain or (not isValidPosition(grid, resPoint)):
cellList = getSurrounding(centerPoint, cellRange, grid)
#check how many empty surrounding cells
numEmpty = 0
for cell in cellList:
if cell == 0:
numEmpty += 1
#if there are less than 2 empty surrounding cells, stop
if numEmpty < 2:
print("No space for Resources")
return []
#Reset loopAgain and isOccupied.
#This way if not occupied but not valid, will reset
loopAgain = True
isOccupied = False
resPoint = entities.Point(
occupiedList[0].x +
random.randrange(-cellRange, cellRange + 1),
occupiedList[0].y +
random.randrange(-cellRange, cellRange + 1))
for pos in occupiedList:
if (resPoint.x == pos.x) and (resPoint.y == pos.y):
isOccupied = True
if not isOccupied:
loopAgain = False
occupiedList.append(resPoint)
spawnedResources.append(entities.MonsterEnergy(resPoint))
return spawnedResources
def handleLeftClicks(actionList, grid, keys, p, bgGrid): if keys[K_LSHIFT]: #new function below, pass grid, p, actionlist) e = findEntity(grid.entityList, p) if not e: return if isinstance(grid.entityList[e], entities.MonsterEnergy): grid.entityList.pop(e) t = entities.transformingMonster(p) grid.entityList.append(t) actionList.insert(t, 0) elif grid.placeMode == model.GATHERER: removePrevInCell(grid, p) newGath = entities.CSCStudent(5, p) grid.entityList.append(newGath) elif grid.placeMode == model.GENERATOR: removePrevInCell(grid, p) newGen = entities.CampusMarket(4, p) grid.entityList.append(newGen) elif grid.placeMode == model.RESOURCE: removePrevInCell(grid, p) newRes = entities.MonsterEnergy(p) grid.entityList.append(newRes) elif grid.placeMode == model.OBSTACLE: removePrevInCell(grid, p) newObs = entities.Obstacle(p) grid.entityList.append(newObs) #The following two only affect the bgGrid elif grid.placeMode == model.EMPTY: model.set_cell(bgGrid, p, model.EMPTY) elif grid.placeMode == model.CONCRETE: model.set_cell(bgGrid, p, model.CONCRETE) else: newRes = resourceClick(grid, p, grid.entityList) grid.entityList += newRes print (grid.entityList)
def handleLeftClicks(grid, keys, p, bgGrid):
if grid.placeMode == model.GATHERER:
newGath = entities.CSCStudent(5, p)
grid.entityList.append(newGath)
elif grid.placeMode == model.GENERATOR:
newGen = entities.CampusMarket(4, p)
grid.entityList.append(newGen)
elif grid.placeMode == model.RESOURCE:
newRes = entities.MonsterEnergy(p)
grid.entityList.append(newRes)
elif grid.placeMode == model.OBSTACLE:
newObs = entities.Obstacle(p)
grid.entityList.append(newObs)
#The following two only affect the bgGrid
elif grid.placeMode == model.EMPTY:
model.set_cell(bgGrid, p, model.EMPTY)
elif grid.placeMode == model.CONCRETE:
model.set_cell(bgGrid, p, model.CONCRETE)
else:
newRes = resourceClick(grid, p, grid.entityList)
grid.entityList += newRes
def load(grid, bgGrid):
model.emptyGrid(grid)
model.emptyGrid(bgGrid)
newList = []
with open('gaia.sav', 'r') as f:
for line in f:
l = line.split()
if l[0] == 'gatherer':
p = entities.Point(int(l[1]), int(l[2]))
resLim = 5
newEnt = entities.CSCStudent(resLim, p)
newEnt.rate = int(l[2]) * 100
#print('YOU FOUND A GATHERER')
elif l[0] == 'generator':
p = entities.Point(int(l[1]), int(l[2]))
rate = 2
newEnt = entities.CampusMarket(rate, p)
#print('YOU FOUND A GENERATOR')
elif l[0] == 'resource':
p = entities.Point(int(l[1]), int(l[2]))
newEnt = entities.MonsterEnergy(p)
#print('YOU FOUND A RESOURCE')
elif l[0] == 'obstacle':
p = entities.Point(int(l[1]), int(l[2]))
newEnt = entities.Obstacle(p)
elif l[0] == 'concrete':
p = entities.Point(int(l[1]), int(l[2]))
value = 6
model.set_cell(bgGrid, p, value)
newList.append(newEnt)
f.close()
grid.entityList = newList
print("You loaded the file!")
import os
import entities
import pickle
p1 = entities.Point(2, 2)
p2 = entities.Point(3, 5)
p3 = entities.Point(2, 9)
p4 = entities.Point(0, 1)
gatherer = entities.CSCStudent('Nathan', 3, p1)
generator = entities.CampusMarket('market', 6, p2)
res1 = entities.MonsterEnergy('res', p3)
res2 = entities.MonsterEnergy('res2', p4)
entList = [gatherer, generator, res1, res2]
with open('gaia.sav', 'wb') as output:
pickle.dump(entList, output, pickle.HIGHEST_PROTOCOL)
f = open('gaia.sav', 'r')
newList = pickle.load(f)
'''
for ent in entList:
if isinstance(ent, entities.CSCStudent):
f.write('gatherer' + ' ' + ent.name + ' ' + str(ent.resource_limit) + ' ' + str(ent.position.x) + ' ' + str(ent.position.y))
elif isinstance(ent, entities.CampusMarket):
f.write(ent.name + ' ' + ent.rate + ' ' + ent.position.x + ' ' + ent.position.y)
elif isinstance(ent, entities.MonsterEnergy):
f.write(ent.name + ' ' + ent.position.x + ' ' + ent.position.y)