def PlayerShow(self, players):
'''
List out all the players that are currently connected
'''
numPlay = len(players)
leftPlay = desktop.math.ceil(numPlay / 2)
rightPlay = desktop.math.floor(numPlay / 2)
center = int(super().getScreenH() / 2)
offset = int(super().getScreenH() / 10)
textColour = "white"
self.window.reset()
self.setup()
#left player list
if (leftPlay % 2) == 1:
for i in range(leftPlay):
label = desktop.Label(super().framelist[1],
text=players[2 * i],
font=self.window.deffont,
bg=super().framelist[1]['bg'],
fg=textColour)
label.place(anchor="w",
y=center -
((((leftPlay - 1) / 2) - i + 1) * offset),
x=super().getScreenW() / 64)
else:
for i in range(leftPlay):
label = desktop.Label(super().framelist[1],
text=players[2 * i],
font=self.window.deffont,
bg=super().framelist[1]['bg'],
fg=textColour)
label.place(anchor="w",
y=center - (leftPlay / 2 + .5 - i) * offset,
x=super().getScreenW() / 64)
#right player list
if (rightPlay % 2) == 1:
for i in range(rightPlay):
label = desktop.Label(super().framelist[2],
text=players[2 * i + 1],
font=self.window.deffont,
bg=super().framelist[2]['bg'],
fg=textColour)
label.place(anchor="w",
y=center -
((((rightPlay - 1) / 2) - i + 1) * offset),
x=super().getScreenW() / 64)
else:
for i in range(rightPlay):
label = desktop.Label(super().framelist[2],
text=players[2 * i + 1],
font=self.window.deffont,
bg=super().framelist[2]['bg'],
fg=textColour)
label.place(anchor="w",
y=center - (rightPlay / 2 + .5 - i) * offset,
x=super().getScreenW() / 64)
def display(self, players, timer, currentP, nextP, max):
'''
Displays the players, their current score, the current holds of the potato and the next player to go
'''
numPlay = len(players)
leftPlay = desktop.math.ceil(numPlay / 2)
rightPlay = desktop.math.floor(numPlay / 2)
center = int(super().getScreenH() / 2)
offset = int(super().getScreenH() / 10)
textColour = "white"
for i, player in enumerate(players):
playerScore = players[player].get("score")
xPos = super().getScreenW() / 32
yPos = 0
yPosS = super().getScreenW() / 40
fontSize = super().setFontSize(int((super().getScreenH()) / 40))
curFrame = super().framelist[2]
explosion = False
if timer <= 0:
result = "palm_explosion_Desktop.png"
explosion = True
else:
result = "palm_potato_Desktop.png"
explosion = False
resImg = super().imageCreation(result, super().getScreenH() / 12, super().getScreenW() / 12)
if i < leftPlay:
curFrame = super().framelist[1]
if leftPlay % 2 == 1:
yPos = center - ((((leftPlay - 1) / 2) - i + 1) * offset)
else:
yPos = center - (leftPlay / 2 + .5 - i) * offset
else:
if rightPlay % 2 == 1:
yPos = center - ((((rightPlay - 1) / 2) - (i - leftPlay) + 1) * offset)
else:
yPos = center - (rightPlay / 2 + .5 - (i - leftPlay)) * offset
label1 = desktop.Label(curFrame, text = player, font = fontSize, bg = super().backgroundC, fg = textColour)
label1.place(anchor = "nw", x = xPos, y = yPos)
label2 = desktop.Label(curFrame, text = "Score: " + str (playerScore), font = fontSize, bg = super().backgroundC, fg = textColour)
label2.place (anchor = "nw", x = xPos, y = yPos + yPosS)
if currentP == player:
label5 = desktop.Label(curFrame, image = resImg, bg = super().backgroundC)
label5.image = resImg
label5.place(anchor = "nw", y = yPos, x = super().getScreenW() / 4)
label3 = desktop.Label(super().framelist[0], text = "First to " + str(max) + " points wins!", font = super().setFontSize(int((super().getScreenH() / 30))), bg = super().backgroundC, fg = textColour)
label3.place(anchor = "s", x = super().getScreenW() / 2, y = super().getScreenH() / 20)
label4 = desktop.Label(super().framelist[0], text = "Next player: " + nextP, font = super().setFontSize(int((super().getScreenH() / 30))), bg = super().backgroundC, fg = textColour)
label4.place(anchor = "n", x = super().getScreenW() / 2, y = super().getScreenH() / 20)
if explosion:
desktop.time.sleep(3)
def setup(self):
def get_ip_address():
'''
Obtains the IP address for all platforms, so players know where to connect and for the generation of the QR code
'''
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
s.connect(("8.8.8.8", 80))
return s.getsockname()[0]
super().setup()
super().framelist[1] = desktop.Frame(
height=(super().getScreenH() / 10) * 8,
width=super().getScreenW() / 3,
bg=super().backgroundC)
super().framelist[1].pack_propagate(False)
super().framelist[1].place(x=0, y=super().getScreenH() / 10)
super().framelist[2] = desktop.Frame(
height=(super().getScreenH() / 10) * 8,
width=super().getScreenW() / 3,
bg=super().backgroundC)
super().framelist[2].pack_propagate(False)
super().framelist[2].place(x=(super().getScreenW() / 3) * 2,
y=super().getScreenH() / 10)
super().framelist[3] = desktop.Frame(
height=(super().getScreenH() / 10) * 8,
width=(super().getScreenW() / 3),
bg=super().backgroundC)
super().framelist[3].pack_propagate(False)
super().framelist[3].place(x=(super().getScreenW() / 3),
y=super().getScreenH() / 10)
IP = get_ip_address()
label1 = desktop.Label(
super().framelist[0],
text="Go to http://" + str(IP) +
":5000 or scan the below code to enter the lobby",
bg=super().framelist[0]['bg'],
fg="white",
font=self.window.deffont)
label1.place(x=super().getScreenW() / 2,
y=super().getScreenH() / 20,
anchor='center')
img = qrcode.make("http://" + str(IP) + ":5000")
resImg = desktop.ImageTk.PhotoImage(img)
label2 = desktop.Label(super().framelist[3], image=resImg)
label2.image = resImg # needed so images aren't garbage collected, thus not showing up
label2.place(anchor='center',
x=super().getScreenW() / 6,
y=super().getScreenH() * 2 / 5)
def __init__(self, ui, instructions):
'''
Will show the insturctions for the game the players are about to play
'''
self.window = ui
super().setWindow(ui.win)
super().setscreen(ui.screenW, ui.screenH)
super().reset()
windowFrame = desktop.Frame(height=super().getScreenH(),
width=super().getScreenW(),
bg=self.backgroundC)
windowFrame.pack_propagate(False)
windowFrame.place(x=0, y=0)
super().addFrame(windowFrame)
instr = desktop.Label(windowFrame,
text=instructions,
font=super().setFontSize(super().getScreenH() /
30),
bg=super().backgroundC,
fg='white',
justify='left',
wraplength=super().getScreenW())
instr.place(anchor='center',
x=super().getScreenW() / 2,
y=super().getScreenH() / 2)
def updateCard(self, card, position, highlighted):
'''
Displays the cards for the board
'''
if highlighted: # i.e. cursor is on that card
cardFrame = desktop.Frame(super().framelist[1],
height=super().getScreenH() / 5 - 20,
width=super().getScreenW() / 10 - 20,
bg=super().backgroundC,
highlightthickness=10)
cardImage = super().imageCreation(self.getCardImgName(card),
super().getScreenH() / 5 - 45,
super().getScreenW() / 10 - 45,
"/match/cards")
cardFrame.pack_propagate(False)
cardFrame.grid(row=position[0],
column=position[1],
padx=10,
pady=10)
label2 = desktop.Label(cardFrame,
image=cardImage,
bg=super().backgroundC)
label2.img = cardImage
label2.place(x=0, y=0)
else:
cardFrame = desktop.Frame(super().framelist[1],
height=super().getScreenH() / 5 - 20,
width=super().getScreenW() / 10 - 20,
bg=super().backgroundC)
cardImage = super().imageCreation(self.getCardImgName(card),
super().getScreenH() / 5 - 20,
super().getScreenW() / 10 - 20,
"/match/cards")
cardFrame.pack_propagate(False)
cardFrame.grid(row=position[0],
column=position[1],
padx=10,
pady=10)
label = desktop.Label(cardFrame,
image=cardImage,
bg=super().backgroundC)
label.img = cardImage
label.place(x=0, y=0)
def displaySimon(self, seq, timer, maxTimer):
'''
Setup for Simon
'''
if timer == maxTimer:
label = desktop.Label(super().framelist[0],
text="Watch the sequence",
font=super().setFontSize(
super().getScreenH() / 20),
bg=super().backgroundC,
fg="white")
label.place(anchor="s",
x=super().getScreenW() / 2,
y=super().getScreenH() / 10)
self.window.win.update()
desktop.time.sleep(1.5)
for i in seq:
super().framelist[3]['bg'] = i.lower()
self.timerLabel['bg'] = i.lower()
desktop.time.sleep(1.25)
self.window.win.update()
super().framelist[3]['bg'] = super().framelist[2]['bg']
self.timerLabel['bg'] = super().framelist[2]['bg']
desktop.time.sleep(.5)
self.window.win.update()
label = desktop.Label(super().framelist[0],
text="Replicate the sequence",
font=super().setFontSize(super().getScreenH() /
20),
bg=super().backgroundC,
fg="white")
label.place(anchor="s",
x=super().getScreenW() / 2,
y=super().getScreenH() / 10)
self.displayTimer(timer)
self.window.win.update()
def setup(self):
'''
Slight modification to the initial display setup
'''
super().setup()
self.timerLabel = desktop.Label(super().framelist[3],
text="",
fg='white',
bg=super().backgroundC,
font=super().setFontSize(
super().getScreenH() / 10))
self.timerLabel.place(anchor="center",
x=super().getScreenW() / 4,
y=super().getScreenH() * 2 / 5)
def displayTimer(self, timer):
'''
Displays the timer as it ticks
'''
timerHeader = desktop.Label(super().framelist[3],
text="Time Remaining: ",
fg='white',
bg=super().backgroundC,
font=super().setFontSize(
super().getScreenH() / 30))
timerHeader.place(anchor="s",
x=super().getScreenW() / 4,
y=super().getScreenH() * 1 / 5)
self.timerLabel.configure(text=str(timer))
def displayQM(self, formula, timer):
'''
Setup for QuickMaff
'''
label = desktop.Label(super().framelist[0],
text="Solve: " + str(formula),
bg=super().backgroundC,
fg='white',
font=super().setFontSize(super().getScreenH() /
20))
label.place(anchor="s",
x=super().getScreenW() / 2,
y=super().getScreenH() / 10)
self.displayTimer(timer)
self.window.win.update()
def displayTap(self, goal, timer):
'''
Setup for Tap
'''
label = desktop.Label(
super().framelist[0],
text="Tap the screen exactly " + str(goal) + " times",
font=super().setFontSize(super().getScreenH() / 20),
bg=super().backgroundC,
fg="white")
label.place(anchor="s",
x=super().getScreenW() / 2,
y=super().getScreenH() / 10)
self.displayTimer(timer)
self.window.win.update()
def setup(self, timer):
'''
Slight modification of the default setup
'''
super().setup()
self.timerLabel = desktop.Label(super().framelist[0],
text="Time Remaining: " + str(timer),
font=super().setFontSize(
int((super().getScreenH() / 30))),
bg=super().backgroundC,
fg='white')
self.timerLabel.place(anchor="n",
x=super().getScreenW() / 2,
y=super().getScreenH() / 20)
def __init__(self, ui, obj):
'''
Default setup, completed on first call
'''
self.window = ui
super().setWindow(self.window.win)
super().setscreen(self.window.screenW, self.window.screenH)
super().reset()
super().setup()
self.topFrameLabel = desktop.Label(super().framelist[0],
text='init',
font=self.window.deffont,
bg=super().framelist[2]['bg'],
fg="white")
self.topFrameLabel.place(anchor="center",
y=super().getScreenH() / 20,
x=super().getScreenW() / 2)
self.timer(obj.get('timer'), obj.get('players'))
self.display(obj.get('players'), obj.get('timer'))
def display(self, boardState, nextP, cursor, timer):
'''
Shows all the cards, the timer, the current player and the next player
'''
for i in range(self.rows):
for j in range(self.columns):
if cursor == [i, j]:
self.updateCard(boardState[i, j], [i, j], True)
else:
self.updateCard(boardState[i, j], [i, j], False)
self.displayTimer(timer, nextP[0])
self.nextLabel = desktop.Label(super().framelist[2],
text="Next Player: " + nextP[1],
bg=super().backgroundC,
font=super().setFontSize(
int((super().getScreenH() / 30))),
fg='white')
self.nextLabel.place(anchor="center",
x=super().getScreenW() / 2,
y=super().getScreenH() / 20)
def __init__(self, ui, obj, columns, rows):
'''
The inital setup for this game
'''
super().setWindow(ui.win)
super().setscreen(ui.screenW, ui.screenH)
super().reset()
self.setup()
self.topFrameLabel = desktop.Label(
super().framelist[0],
text="init",
bg=super().backgroundC,
font=super().setFontSize(int((super().getScreenH() / 30))),
fg='white')
self.topFrameLabel.place(anchor="center",
x=super().getScreenW() / 2,
y=super().getScreenH() / 20)
self.columns = columns
self.rows = rows
self.display(obj.get('gameBoard'), obj.get('next'), obj.get('cursor'),
obj.get('timer'))
def display(self, players, valid, game, timer, formula, maxTimer):
'''
Places the players and their HP as well as any other features needed for each of the subgames
'''
numPlay = len(players)
leftPlay = desktop.math.ceil(numPlay / 2)
rightPlay = desktop.math.floor(numPlay / 2)
center = int(super().getScreenH() / 2)
offset = int(super().getScreenH() / 8)
textColour = "white"
doubleFont = self.window.setFontSize(int(super().getScreenH() / 50))
for i, player in enumerate(players):
lives = self.heartDisplay(players[player].get("hp"))
curFrame = super().framelist[2]
xPosPH = super().getScreenW() / 128
xPosA = super().getScreenW() / 4.1
yPosP = 0
yPosHA = super().getScreenH() / 30
if i < leftPlay:
curFrame = super().framelist[1]
if (leftPlay / 2) % 2 == 1:
yPosP = center - ((((leftPlay - 1) / 2) - i + 1) * offset)
else:
yPosP = center - (leftPlay / 2 + .5 - i) * offset
else:
if (rightPlay % 2) == 1:
yPosP = center - ((((rightPlay - 1) / 2) -
(i - leftPlay) + 1) * offset)
else:
yPosP = center - (rightPlay / 2 + .5 -
(i - leftPlay)) * offset
label1 = desktop.Label(curFrame,
text=player,
font=doubleFont,
bg=curFrame['bg'],
fg=textColour)
label1.place(anchor="nw", y=yPosP, x=xPosPH)
label2 = desktop.Label(curFrame,
text="HP: ",
image=lives,
font=doubleFont,
bg=curFrame['bg'],
fg=textColour)
label2.image = lives
label2.place(anchor="nw", y=yPosP + yPosHA, x=xPosPH)
if not (players[player].get('old_correct')):
imgLast = "xMark.png"
else:
imgLast = "Checkmark.png"
prevAct = super().imageCreation(imgLast,
super().getScreenH() / 10,
super().getScreenW() / 11,
"/multigame")
label3 = desktop.Label(curFrame,
text="Prev: ",
image=prevAct,
font=doubleFont,
bg=curFrame['bg'],
fg=textColour)
label3.image = prevAct
label3.place(anchor="e", y=yPosP + yPosHA, x=xPosA)
if game == "Simon":
self.displaySimon(valid, timer, maxTimer)
elif game == "QuickMaff":
self.displayQM(formula, timer)
else:
self.displayTap(valid, timer)
def eventlog(self, players):
'''
Prints out a log of all the actions taken in the previous round so players know what is actually happening
'''
playerActed = [
] # used to ensure there is no double counting of actions
act = 0
result = 0
posCounter = 0
ELFont = super().setFontSize(int(super().getScreenH() / 50))
textColour = "white"
for player in players:
if players[player].get(
'hp') != "dead": # i.e. if the players are alive
curPlayerAction = players[player].get('defend')
if not (
curPlayerAction == "none" or curPlayerAction == "all"
or (player in playerActed)
): # i.e. if the players actually attacked and haven't already been shown
oppAct = players[curPlayerAction].get('defend')
playerActed.append(player)
if oppAct == 'all': # attack into a block
playerActed.append(curPlayerAction)
act = "Attack.png"
result = "Defend.png"
elif oppAct == 'none' or oppAct != player: # attack into a player attacking a different player
act = "Attack.png"
result = "Heart.png"
else: # players attacking one another
playerActed.append(curPlayerAction)
act = "CAttack.png"
result = "none"
posY = super().getScreenH() * (1 / 10 +
1 / 10 * posCounter)
label1 = desktop.Label(super().framelist[3],
text=player,
font=ELFont,
bg=super().framelist[3]['bg'],
fg=textColour)
label1.place(anchor="nw",
y=posY,
x=1 / 40 * super().getScreenW() / 2)
actImg = super().imageCreation(
act, int(super().getScreenH() / 20),
int(super().getScreenW() / 30))
label2 = desktop.Label(super().framelist[3],
image=actImg,
bg=super().framelist[3]['bg'])
label2.image = actImg
label2.place(anchor="nw",
y=posY,
x=17 / 40 * super().getScreenW() / 2)
label3 = desktop.Label(super().framelist[3],
text=curPlayerAction,
font=ELFont,
bg=super().framelist[3]['bg'],
fg=textColour)
label3.place(anchor="ne",
y=posY,
x=35.5 / 40 * super().getScreenW() / 2)
if result != 'none': # shows the result of the attackers attack (i.e. took HP or was blocked)
resImg = super().imageCreation(
result, int(super().getScreenH() / 20),
int(super().getScreenW() / 30))
label4 = desktop.Label(super().framelist[3],
image=resImg,
bg=super().framelist[3]['bg'])
label4.image = resImg
label4.place(anchor="nw",
y=posY,
x=36.5 / 40 * super().getScreenW() / 2)
posCounter += 1
self.window.win.update()
desktop.time.sleep(
2) # done so eventlog appears one entry at a time
else: # if the player is dead, we dont need to deal with them
playerActed.append(player)
for player in players: # this is done so that attacks show first, then defends that blocked nothing and reloads
act = ""
if not (player in playerActed):
playerAct = players[player].get('defend')
if playerAct == "none":
act = "Reload.png"
else:
act = "Defend.png"
posY = (1 / 10 + 1 / 10 * posCounter) * super().getScreenH()
label1 = desktop.Label(super().framelist[3],
text=player,
font=ELFont,
bg=super().framelist[3]['bg'],
fg=textColour)
label1.place(anchor="nw",
y=posY,
x=1 / 40 * super().getScreenW() / 2)
actImg = super().imageCreation(act,
super().getScreenH() / 20,
super().getScreenW() / 30)
label2 = desktop.Label(super().framelist[3],
image=actImg,
bg=super().framelist[3]['bg'])
label2.image = actImg
label2.place(anchor="nw",
y=posY,
x=17 / 40 * super().getScreenW() / 2)
posCounter += 1
self.window.win.update()
desktop.time.sleep(1)
self.window.win.update()
desktop.time.sleep(1)
def display(self, players, timer, fragment):
'''
Displays all the players, their current score and the image they need a fragment from
'''
numPlay = len(players)
leftPlay = desktop.math.ceil(numPlay / 2)
rightPlay = desktop.math.floor(numPlay / 2)
center = int(super().getScreenH() / 2)
offset = int(super().getScreenH() / 10)
textColour = "white"
for i, player in enumerate(players):
playerScore = players[player].get("score")
xPos = super().getScreenW() / 32
yPos = 0
yPosS = super().getScreenW() / 40
fontSize = super().setFontSize(int((super().getScreenH()) / 40))
curFrame = super().framelist[2]
if i < leftPlay:
curFrame = super().framelist[1]
if leftPlay % 2 == 1:
yPos = center - ((((leftPlay - 1) / 2) - i + 1) * offset)
else:
yPos = center - (leftPlay / 2 + .5 - i) * offset
else:
if rightPlay % 2 == 1:
yPos = center - ((((rightPlay - 1) / 2) -
(i - leftPlay) + 1) * offset)
else:
yPos = center - (rightPlay / 2 + .5 -
(i - leftPlay)) * offset
label1 = desktop.Label(curFrame,
text=player,
font=fontSize,
bg=super().backgroundC,
fg=textColour)
label1.place(anchor="nw", x=xPos, y=yPos)
label2 = desktop.Label(curFrame,
text="Score: " + str(playerScore),
font=fontSize,
bg=super().backgroundC,
fg=textColour)
label2.place(anchor="nw", x=xPos, y=yPos + yPosS)
label3 = desktop.Label(super().framelist[0],
text="Find the fragment that matches the image",
font=super().setFontSize(
int((super().getScreenH() / 30))),
bg=super().backgroundC,
fg=textColour)
label3.place(anchor="s",
x=super().getScreenW() / 2,
y=super().getScreenH() / 20)
fragmentImg = super().imageCreation(fragment,
super().getScreenW() / 2.5,
super().getScreenW() / 2.5,
"/fragments")
label5 = desktop.Label(super().framelist[3],
image=fragmentImg,
bg=super().backgroundC)
label5.img = fragmentImg
label5.place(anchor="center",
y=super().getScreenH() * (2 / 5),
x=super().getScreenW() / 4)
def display(self, players, timer):
'''
Prints out all the players, their current HP and their previous action
'''
numPlay = len(players)
leftPlay = desktop.math.ceil(numPlay / 2)
rightPlay = desktop.math.floor(numPlay / 2)
center = int(super().getScreenH() / 2)
offset = int(super().getScreenH() / 8)
textColour = "white"
doubleFont = super().setFontSize(int(super().getScreenH() / 50))
for i, player in enumerate(players):
lives = self.heartDisplay(players[player].get("hp"))
prevAct = self.actions(players[player].get("defend"))
curFrame = super().framelist[2]
xPosPH = super().getScreenW() / 128
xPosA = super().getScreenW() / 4.1
yPosP = 0
yPosHA = super().getScreenH() / 30
if i < leftPlay:
curFrame = super().framelist[1]
if (leftPlay / 2) % 2 == 1:
yPosP = center - ((((leftPlay - 1) / 2) - i + 1) * offset)
else:
yPosP = center - (leftPlay / 2 + .5 - i) * offset
else:
if (rightPlay % 2) == 1:
yPosP = center - ((((rightPlay - 1) / 2) -
(i - leftPlay) + 1) * offset)
else:
yPosP = center - (rightPlay / 2 + .5 -
(i - leftPlay)) * offset
label = desktop.Label(curFrame,
text=player,
font=doubleFont,
bg=curFrame['bg'],
fg=textColour)
label.place(anchor="nw", y=yPosP, x=xPosPH)
label2 = desktop.Label(curFrame,
text="HP: ",
image=lives,
font=doubleFont,
bg=curFrame['bg'],
fg=textColour)
label2.image = lives
label2.place(anchor="nw", y=yPosP + yPosHA, x=xPosPH)
label3 = desktop.Label(curFrame,
text="Act: ",
image=prevAct,
font=doubleFont,
bg=curFrame['bg'],
fg=textColour)
label3.image = prevAct
label3.place(anchor="e", y=yPosP + yPosHA, x=xPosA)