import random, copy
import items

## monster,weapon, building and world classes

class monster:
    def __init__(self,name,speed,damage,health=100):
        self.distance=100
        self.health=health
        self.name=name
        self.speed=speed
        self.damage=damage
        self.value=10

    def info(self):
        if self.health>0:
            print self.name + " is " + str(self.distance) + " feet away."
            return 0
        else:
            print self.name + " is dead."
            return self.value

    def update(self):
        #move based on speed
        self.distance -= self.speed
        #Get too close and stil alive means boom
        if self.distance<1 and self.health>0:
            self.health=0
            return self.damage
        return 0
#weapon class
class weapon:
    def __init__(self,name="Basic Weapon",reach=60,damage=34,aoe=10):
        self.reach=reach
        self.damage=damage
        self.aoe=aoe
        self.name=name
        
    def fire(self,target,mlist):
        for m in mlist:
            if abs(m.distance - target)<self.aoe:
                m.health-=self.damage
                print m.name + " was hit for " + str(self.damage) + " damage. It is down to " + str(m.health) +" health."
    def info(self,start):
        print self.name + start\
              + " has a reach of " + str(self.reach)\
              + " feet, damage of " + str(self.damage)\
              +", and a extended radius of " + str(self.aoe)\
              + "."

#building class
class building:
    def __init__(self,name="Mini-money Tree",income=5):
        self.name=name
        self.income=income
    def produce(self):
        print self.name + " made you " + str(self.income) + " dollars."
        return self.income


#world holds the worldstate.
class worldclass:
    def __init__(self):
        self.health=100
        self.money=100
        self.score=1
        self.time=-2
        self.length=1
        self.mlist=[]
        self.towers=[[weapon(name="Rocks")],[0],[building("Money cloud",20)]]
        self.offer=None

    def damage(self,dam):
        self.health-=dam
        if dam>0:
            print "You were hit for " + str(dam) + " damage"

    def mrun(self):
        #fire ze missles
        templist= "Your men shot at "
        shotswitch=False
        for i in range(self.length):
            if self.towers[1][i]==1 and random.randrange(0,4):
                shotswitch=True
                temp=random.randrange(1,self.towers[0][i].reach)
                templist+= str(temp) + " "
                self.towers[0][i].fire(temp,self.mlist)
            elif self.towers[1][i]==3 and random.randrange(0,7):
                viable=filter(lambda x:x.distance<=self.towers[0][i].reach,self.mlist)
                if viable:
                    shotswitch=True
                    temp=random.choice(viable).distance
                    templist+= str(temp) + " "
                    self.towers[0][i].fire(temp,self.mlist)
        if shotswitch: print templist + "."
        #did anyone explode?
        for m in self.mlist:
            self.damage(m.update())

        #more monsters
        if self.time%5==0:
            self.mlist+=[monster(*random.choice(items.m[max(min((self.time//20)-1,2),0)]))]
        if self.time%7==3 and self.time>10:
            self.mlist+=[monster(*random.choice(items.m[max(min((self.time//20)-1,2),0)]))]
        if self.time%11==0 and self.time>30:
            self.mlist+=[monster(*random.choice(items.m[max(min((self.time//20)-1,2),0)]))]
        if self.time%17==1 and self.time>50:
            self.mlist+=[monster(*random.choice(items.m[max(min((self.time//20)-1,2),0)]))]
        if self.time%19==6 and self.time>70:
            self.mlist+=[monster(*random.choice(items.m[max(min((self.time//20)-1,2),0)]))]
        #list them by distance
        self.mlist.sort(cmp=lambda x,y: cmp(y.distance, x.distance))
        #Where are they?
        for m in self.mlist:
            self.score+=m.info()
        #dead monsters leave
        self.mlist=[m for m in self.mlist if m.health>0]
        #cheap weapons!
        self.offer=weapon(*random.choice(items.w[max(min((self.time//15)-1,1),0)]))
        if self.money>=50+self.time//2 and self.time%3==2:
            self.offer.info(" is for sale for " + str(50+self.time//2) + " dollars. It")
            
        
        #tick tock
        self.time+=1

        
    def status(self):
        print "Health: " + str(self.health) + "  Money: " + str(self.money) + "  Score: " + str(self.score)

    def produce(self):
        tot=0
        for b in self.towers[2]:
            self.money+=b.produce()
            
##init values
score = 0
build={"Mini-money Tree":["Money eye",10],"Money eye":["Money mountain",15],"Money mountain":["Money cloud",20],"Money cloud":["Money dishwasher",23],"Money dishwasher":["Money dishwasher",25]}


world=worldclass()

welcome = "Welcome to Awesome Block Game 3.5 . You must protect the castle. Type help for help."
helptext = "Commands are: quit, status, expand, produce, train, wait, inventory, upgrade, and fire x . Where x is some distance."

print welcome



#main loop
while score==0:
    #get input and split it into a list of words
    i=raw_input("> ").lower()
    i=i.split(" ")
    if i[0]=="quit" or i[0]=="q":
        score=world.score
    elif i[0]=="help" or i[0]=="h":
        print helptext
    elif i[0]=="status" or i[0]=="s":
        world.status()
    elif i[0]=="produce" or i[0]=="p":
        world.produce()
        world.mrun()
    elif i[0]=="wait" or i[0]=="w":
        world.mrun()
        if not random.randrange(0,world.time + 5):
            print "You find 200 gold just lying around."
            world.money+=200
    elif i[0]=="upgrade" or i[0]=="u" :
        if world.money>=10+2*world.time:
            print "Which slot?"
            slot=raw_input(": ")
            try: int(slot)
            except: print "We only accept numbers."
            else:
                if 0<=int(slot)<world.length:
                    print "You replaced your " + world.towers[2][int(slot)].name + " with a " + build[world.towers[2][int(slot)].name][0] + "."
                    world.towers[2][int(slot)]=building(*build[world.towers[2][int(slot)].name])
                    world.money-=20+2*world.time
                    world.mrun()
                else:print "That's not a valid slot."
        else:
            #this shouldn't ever actually be run
            print "You are too poor"
    elif i[0]=="train" or i[0]=="t" :
        if world.money>=50+10*sum(world.towers[1]):
            print "Which slot?"
            slot=raw_input(": ")
            try: int(slot)
            except: print "We only accept numbers."
            else:
                if 1<=int(slot)<world.length:
                    world.towers[1][int(slot)]=3
                    world.money-=50+10*sum(world.towers[1])
                    world.mrun()
                else:print "That's not a valid slot."
        else:
            #this shouldn't ever actually be run
            print "You are too poor"
    elif i[0]=="buy" or i[0]=="b" :
        if world.money>=50+world.time//2:
            print "Which slot?"
            slot=raw_input(": ")
            try: int(slot)
            except: print "We only accept numbers."
            else:
                if 0<=int(slot)<world.length:
                    world.towers[0][int(slot)]=copy.deepcopy(world.offer)
                    world.money-=50+world.time/2
                    world.mrun()
                else:print "That's not a valid slot."
        else:
            #this shouldn't ever actually be run
            print "You are too poor"
    elif i[0]=="inventory" or i[0]=="i":
        for i in range(world.length):
            world.towers[0][i].info(" is at slot #" + str(i) + " and ")
    #expand the castle if they have enough money
    elif i[0]=="expand" or i[0]=="e":
        if world.money>=50+20*world.length+20*(world.length//4):
            world.money-=50+20*world.length+20*(world.length//4)
            world.length+=1
            world.towers[0]+=[weapon()]
            world.towers[1]+=[1]
            world.towers[2]+=[building()]
            print "You now have a castle " + str(world.length) + " towers long."
            world.mrun()
        else:
            print "No, you are short by " + str(50+20*world.length-world.money) + " dollars."
    # fire command. see if they gave a range and if it's legal.
    elif i[0]=="fire" or i[0]=="f":
        try :
            int(i[1])
        except:
            print "Please enter a valid number after the word fire"
        else:
            firecmd=int(i[1])
            if firecmd>world.towers[0][0].reach:
                print "It's too far away. You have a range of " + str(world.towers[0][0].reach) + " currently."
            else:
                world.towers[0][0].fire(firecmd,world.mlist)
                world.mrun()
    #bad command
    else:
        print '"' + i[0] + '" is not a recognized verb'
    #If you are dead
    if world.health<=0:
            score=world.score+100

#it's over!
print "Game Over. " + str(score) + " was your score. Press enter to quit"
raw_input()