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Apr 18th, 2005, 9:56 PM
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#1 |
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Programming Guru
 
Join Date: Apr 2005
Posts: 1,799
Rep Power: 5
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*is proud of himself*
I managed to make, in about 90 minutes, a program that will take a simple function call and output any amount of characters walking around on a set path by you.
from game_settings import *
from character_move import *
import pygame;screen=video_settings();pygame.draw.rect(screen,(255,255,255),((0,0),(800,700)),0)
def demo_movement(input,speed,inc,pos,step):
frames=len(input[0][2]);xChange=[];yChange=[]
for rep in range(len(input)):xChange.append(0);yChange.append(0)
for a in range(frames):
for rep in range(len(input)):
if len(step)==7:pic=pygame.image.load(input[rep][0]+"_"+pos+"_"+step[0:6]+".png")
else:pic=pygame.image.load(input[rep][0]+"_"+pos+"_"+step+".png")
screen.blit(pic,(input[rep][1][0]+xChange[rep],input[rep][1][1]+yChange[rep]))
time.sleep(speed);pygame.display.flip()
for a in range(frames):
step,pos=character_change(step,pos,input[rep][2][a])
pygame.draw.rect(screen,(255,255,255),((0,0),(800,700)),0)
for rep in range(len(input)):
if input[rep][2][a]=="RIGHT":xChange[rep]+=inc
elif input[rep][2][a]=="LEFT":xChange[rep]-=inc
elif input[rep][2][a]=="UP":yChange[rep]-=inc
elif input[rep][2][a]=="DOWN":yChange[rep]+=inc
if len(step)==7:pic=pygame.image.load(input[rep][0]+"_"+pos+"_"+step[0:6]+".png")
else:pic=pygame.image.load(input[rep][0]+"_"+pos+"_"+step+".png")
screen.blit(pic,(input[rep][1][0]+xChange[rep],input[rep][1][1]+yChange[rep]))
time.sleep(speed);pygame.display.flip()
R="RIGHT";L="LEFT";U="UP";D="DOWN"So for example, I could make some characters walk around like so: demo_movement(
(
( "Goblin", (200, 200), (R, D, L, U, L, L, D) ) ,
( "main_character", (400, 400), (R, D, L, U, L, L, D) )
) , 0.5 , 10 , "front" , "nostep" ,
)The arguments stand for: #demo_movement(
#(
#( "Domain of Sprite", (StartX, StartY), (Path to follow) ) ,
#( Repeat For More Characters )
#) , DelayBetweenSteps , DistanceOfSteps , "StartingPosition" , "ValueOfStep" ,
#)If anyone is interested in seeing the entire code and all the image requirements and the other modules that I made that are involved in it, gimme a hollar. The reason I'm so proud, is because I'm like a total n00b at this. :p |
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Apr 18th, 2005, 9:59 PM
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#2 |
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Expert Programmer
Join Date: Jul 2004
Location: Somerset, Pa
Posts: 707
Rep Power: 4
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Looks awesome sane. I would be interested in seeing all the code with the images. Post the zip.
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Apr 18th, 2005, 10:05 PM
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#3 |
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Programming Guru
Join Date: Apr 2005
Posts: 1,799
Rep Power: 5
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I think it's attatched to this message. You can run it from character_auto.py. Just take out the arguments for the main character, because the sprite collection was incomplete.
demo_movement(
(
( "Goblin", (200, 200), (R, D, L, U, L, L, D) ) ,
( "main_character", (400, 400), (R, D, L, U, L, L, D) )
) , 0.5 , 10 , "front" , "nostep" ,
)(Remove the bold, which includes the comma) P.S. The images right now don't have transparent pixels like they should. So if you tried to use these images on top of a non-white background, it won't work until you add the transparent pixels in PNG format.  Last edited by Sane; Apr 18th, 2005 at 10:13 PM. |
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Apr 19th, 2005, 6:30 PM
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#4 |
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Programming Guru
Join Date: Apr 2005
Posts: 1,799
Rep Power: 5
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Updated. Run from temp_call.py
See auto_character.py - def figure_path > for different path options, and the randomize option. (rand 20) I think I fixed all the bugs too.  Edit: I've been writing path functions to make it easier to mass program. Update for def path_figure def path_figure(event):
path=[]
if event[0:4]=="cust":
if event[5:]=="1":path=D,D,L,L,D,D,L,L,L,U,U,U,U
elif event[0:4]=="patt":
patha=event+" "
for a in range(4,len(event)+2):
if patha[a]==" ":
if patha[a+3]==" ":patha=patha[:a+2]+"0"+patha[a+2:]
b=(len(patha)-4)/4
for l in range(b):
r1=int(patha[6+l*4]);r2=int(patha[7+l*4]);r=10*(r1)+1*(r2)
for z in range(r+1):
a=patha[5+l*4]
if a=="D":path.append(D)
elif a=="U":path.append(U)
elif a=="L":path.append(L)
elif a=="R":path.append(R)
elif event[0:4]=="rand":
for z in range(int(event[5:])):
a=random.randrange(1,5)
if a==1:path.append(D)
elif a==2:path.append(U)
elif a==3:path.append(L)
elif a==4:path.append(R)
return pathUpdate for temp_call.py from character_auto import*
#########################################################################
##############################PATH_FIGURE################################
#########################################################################
# #
#To randomize movement -------------------------------- ("rand xx") #
#---- x = Any Number of Random Steps #
# #
#To make large sequences easily ----------------------- ("patt Dx Dxx") #
#---- D = Direction [U/D/L/R] #
#---- x = 1 or 2 digit number: steps for that direction #
# #
#To call a custom made path --------------------------- ("cust x") #
#---- x = Call number for that custom path #
# #
#########################################################################
path=path_figure("patt L5 D5 U12 R14 D6")
demo_movement((
("Goblin",(200,200),(path)),
("Goblin",(400,200),(path)),
),2,10,("front","nostep"),)I think I've finally got the whole Python thing down, I feel like a pro. :pI even made it so if you could input one digit, instead of 0 then the digit (8 vs 08). It then adds a 0 into the string to keep it synchronized with itself. If you look at the arguments you use for patt in path_figure, you'll see what I mean. It was tricky, but good practice. Last edited by Sane; Apr 19th, 2005 at 9:15 PM. |
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