def fire(self,a,f,coins,player_life,score,last_element,player_pos_i,player_pos_j,remedy) :
p=Printer()
i=0
value=0
while(i<16): ############# MAIN LOOP THAT CONTROLS FIREBALLS ##################
if f[i]=='X':
break
if f[i]<4 and f[i+1]<3 :
f[i]=f[i]+1
f[i+1]+=1
i = i+2
continue
if f[i]==4 and f[i+1]==3:
a[f[i]][f[i+1]]='O'
################ moving fireballs forward ###############################
if a[f[i]+1][f[i+1]+1]=='X' or a[f[i]+1][f[i+1]-1]=='X' :
value=self.check_collision(a,f,player_pos_i,player_pos_j,player_life,score,remedy)
if value==1 :
return
a[f[i]][f[i+1]]=Fireball.last_pos[i/2]
if Fireball.last_pos[i/2]=='P':## to remove P after collision
a[f[i]][f[i+1]]=last_element ##
f[i+1]=f[i+1]+Fireball.lor[i/2]
Fireball.last_pos[i/2]=a[f[i]][f[i+1]]
###MARK ########
if Fireball.last_pos[i/2]=='O':
Fireball.last_pos[i/2]=0
a[f[i]][f[i+1]]='O'
if a[f[i]][f[i+1]+1]=='X' : ################## collision with wall
Fireball.lor[i/2]=-1
if a[f[i]][f[i+1]-1]=='X' : ################### collision with wall
Fireball.lor[i/2]=1
if a[f[i]+1][f[i+1]+1]=='H' and randint(0,2) : ########################### fall from stairs
a[f[i]+1][f[i+1]+1]='O'
a[f[i]][f[i+1]]=Fireball.last_pos[i/2]
Fireball.last_pos[i/2]='H'
p.printer(a,coins,player_life,score)
time.sleep(0.05)
a[f[i]+5][f[i+1]+1]='O'
a[f[i]+1][f[i+1]+1]='H'
f[i]=f[i]+5
f[i+1]=f[i+1]+1
if randint(1,9)>=4:
Fireball.lor[i/2]=1
else :
Fireball.lor[i/2]=-1
if a[f[i]+1][f[i+1]+1]==0: ############################### fall from empty structure
a[f[i]+1][f[i+1]+1]='O'
a[f[i]][f[i+1]]=Fireball.last_pos[i/2]
Fireball.last_pos[i/2]=0
p.printer(a,coins,player_life,score)
time.sleep(0.05)
a[f[i]+5][f[i+1]+1]='O'
a[f[i]+1][f[i+1]+1]=0
f[i]=f[i]+5
f[i+1]=f[i+1]+1
if randint(1,9)>=4:
Fireball.lor[i/2]=1
else :
Fireball.lor[i/2]=-1
i=i+2
p.printer(a,coins,player_life,score)
time.sleep(0.1)
def jumper(self,a,z,player_pos,coins,player_life,score,last_element,f):
p = Printer()
pre=0
i=player_pos[0]
j=player_pos[1]
a[i][j]=last_element
p.printer(a,coins,player_life,score) ########### JUMP IS ANIMATED USING APPROPRIATE DELAYS ###############
time.sleep(0.09)
pre=a[i-2][j]
a[i-2][j]='P'
p.printer(a,coins,player_life,score)
time.sleep(0.07)
a[i-2][j]=pre
p.printer(a,coins,player_life,score)
time.sleep(0.09)
pre=a[i-2][j+z]
a[i-2][j+z]='P'
p.printer(a,coins,player_life,score)
time.sleep(0.07)
a[i-2][j+z]=pre
p.printer(a,coins,player_life,score)
time.sleep(0.09)
pre=a[i][j+z]
a[i][j+z]='P'
p.printer(a,coins,player_life,score)
player_pos[1]=j+z
return pre
