Let's code some python!

[Tux1]

Pretty self explanatory, but there are some rules.

Rules:

• Your submission must be valid Python3, that is, if I put it into repl.it, it should not return an error.
• You may not end the program unless I say so.
• When I end the program, I will run it and see what I get.
• Have fun, I guess.

I'll start off simple:

print("Hello Program!")

[kerbiloid]

# I don't know Python but I did it!

[YNM]

How do you tell this thing ?

[Tux1]

  On 12/10/2017 at 10:00 AM, YNM said:

How do you tell this thing ?

Expand  

print("Oh you...")

[Kernel Kraken]

for I in range(9001)

    print(This may or not be a spambot, and may crash your PC I feel your running MS_Dos on a potato.)

#Pterodactyls.

#I love how simple python is!

[IncongruousGoat]

# Welp, we've already got a crash. @TheMadKraken2297 forgot a colon.

[Tux1]

# Jeremy, please finish this piece of code before Wednesday.

[TheKSPBeginner]

#killserver

[Kernel Kraken]

  On 2/4/2018 at 9:48 PM, IncongruousGoat said:

# Welp, we've already got a crash. @TheMadKraken2297 forgot a colon.

Expand  

#Aww crap! I was wondering why My #email spambot wasn't working...

for I in range(9001):

    print(JEBEDIAH)

#WOOOOOP! 100 rep!

print(I'mma start talking in python functions now)

Edited February 6, 2018 by TheMadKraken2297
Hashtags. And the dang colon. I just learned python, ok?!

[HansonKerman]

print(Is this valid? I've only ever coded Scratch.)

[Tux1]

  On 7/9/2018 at 12:11 AM, HansonKerman said:

print(Is this valid? I've only ever coded Scratch.)

Expand  

#No. No it isn't.

#Also, all of @Kernel Kraken 's code is invalid too.

Edited July 9, 2018 by Tux1

[MDZhB]

This ought to be a good start:

  Reveal hidden contents

class entity():
    def __init__(self, type, name, alignment, symbol):
        self.type = type
        self.name = name
        self.alignment = alignment
        self.symbol = symbol
    def move(self, player, cur_room, index):#, events, entities, index
        #honestly I forgot how this function works
        move = random.randint(0, 9)
        if move == 4:
            move = random.randint(0, 3) #what direction to move?
            if move == 0 and cur_room.thing_at_coord(x + 1, y) == (False, 0, 0):
                cur_room.entities[index][1] += 1
            if move == 1 and cur_room.thing_at_coord(x - 1, y) == (False, 0, 0):
                cur_room.entities[index][1] -= 1
            if move == 2 and cur_room.thing_at_coord(x, y + 1) == (False, 0, 0):
                cur_room.entities[index][2] += 1
            if move == 3 and cur_room.thing_at_coord(x, y - 1) == (False, 0, 0):
                cur_room.entities[index][2] -= 1

class player():
    def __init__(self, name, gold, x, y, alignment, species):
        self.name = name
        self.gold = gold
        self.fight_exp = 0
        self.magic_exp = 0
        self.species = species
        self.alignment = alignment
        self.resourcefulness = 0
        self.work_ethic = 0
        self.common_sense = 0
        self.smartness = 0
        self.cuteness = 0
        self.trickiness = 0
        self.happiness = 0
        self.boldness = 0
        self.sadness = 0
        self.calmness = 0
        self.x = x
        self.y = y
        self.inventory = []
        
class room():
    def __init__(self, width, height, openings, events, entities, id):#, big_things):
        self.width = width
        self.height = height
        self.openings = openings
        self.events = events
        self.entities = entities
        self.id = id
    def thing_at_coord(self, x, y):
        for i in self.openings:
            if i[1] == x and i[2] == y: #opening x and y is at index 1 and 2, the info is at 3
                return(True, "opn", i[3])
        for i in self.entities:
            if i[1] == x and i[2] == y: #event and entity x and y is at index 1 and 2
                return(True, "ent", i[0]) #the event or entity itself is at index 0, but is returned as index 2 because 0 is taken
        for i in self.events:
            if i[1] == x and i[2] == y:
                return(True, "evn", i[0])
        if x == self.width - 1 or x == 0: return(True, "wal", 0)
        if y == self.height - 1 or y == 0: return(True, "wal", 0)
        return(False, 0, 0)
    def update_entities(self, player):
        for i in self.entities:
            i[0].move(player, self, self.entities.index(i)) #self.events, self.entities, self.entities.index(i))

def draw_room(passed_room, player_char):
    global quest_stage
    w = passed_room.width
    h = passed_room.height
    openings = passed_room.openings
    events = passed_room.events
    entities = passed_room.entities
    room_map = {} #just to init the dict
    for x in range(w): #fill it with blanks
        for y in range(h):
            room_map[(x, y)] = "."
    for x in range(w): #outline the horizontal walls
        room_map[(x, 0)] = "#"
        room_map[(x,(h-1))] = "#"
    for y in range(h): #outline the vertical walls
        room_map[(0, y)] = "#"
        room_map[((w-1),y)] = "#"
    for get_coords in openings:
        room_map[(get_coords[1], get_coords[2])] = ']' #openings marked by brackets for visibility (clever)
    for get_coords in events:
        room_map[(get_coords[1], get_coords[2])] = get_coords[0].symbol
        print(end="")
    for get_coords in entities:
        room_map[(get_coords[1], get_coords[2])] = get_coords[0].symbol
        print(end="")
    room_map[(player_char.x, player_char.y)] = "@"
    for y in range(h): #cycle through each row
        for x in range(w): #in each row, print each column
            print(room_map[(x, y)], end="")
            if x == (w-1): #when at the end, print a \n
                print("")
    print(("Name: " + player_char.name).ljust(20) + "Alignment: " + player_char.alignment)
    print(("GP: " + str(player_char.gold)).ljust(20) + "Species: " + player_char.species)

#entity format: (type, name, alignment, symbol)
yuyuko = entity("ghost", "Yuyuko Saigyouji", "probably evil", "Y")
sanae = entity("shrine maiden", "Sanae Kochiya", "100% good girl", "S")
suiseiseki = entity("doll", "Suiseiseki", "meh", "Q")
lain = entity("actual deity", "Lain Iwakura", "beyond good and evil", "%")

player1 = player("Jebediah", 50, 4, 4, "BadS", "Kerbal")

#here's how rooms work:
#first two values: width and height
#third value is a list of openings.
#    each opening has this format: (ID#, x, y, (ID# of connecting room, ID# of connecting opening))
#fourth/fifth values are list of events (I didn't include the class for events) and entities
#    the format is: [event/entity, x, y]
#the sixth value is the room ID
BigS_room = room(25, 25, [[0, 5, 15, (1, 4)]], [], [[yuyuko, 4, 7], [suiseiseki, 12, 18], [sanae, 16, 2], [lain, 10, 10]], 0)
draw_room(BigS_room, player1)

This is part of a larger game, but I won't do all the work for you (you don't want to see the rest of the code anyway, I promise )

Edited July 10, 2018 by MDZhB

[kerbiloid]

What a self'ish language...

[Ho Lam Kerman]

print("Hello guys. I just had a python coding class today. Coincidence?")