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This is a Poker mini game meant for the game corner.
Script:
Required graphics:
http://www.mediafire.com/file/pcxhcsx3noqaqlc/Pokepoker.rar/file
Instructions:
1. Unzip Pokepoker.rar and place it in your /Graphics/Pictures/ folder, its files directory should be:
.../Graphics/Pictures/Pokepoker/...
2. Make a new page in your script section above main below compiler and paste the script.
3. If you don't want NPC names to be random, set @randomnpcnames = true to false in line 15, if you want to add / remove / edit the names available to the npcs, change the array @randomnames in line 97.
4. Change @chipsvariable in line 14 to the number of an empty game variable of yours, do not use a variable you're using for something else or it will be overwritten.
5. Add the event on your game:
The event can be heavily customized, I will give an example of how it could look like:
First you need to check if the player has enough coins, let's say you want the player to start with 500 chips, then it needs to have 500 coins, you can alter the ratio, like 1 coin = 2 chips, it's up to you.
If the player has enough coins, you deduct them and start the pokepoker game with this event:
Pokepoker.new(X,Y)
In this example I have used 500 coins so I changed X to 500, Y is the value of the blind, the minimum bet one player needs to pay every round, in this example I set it to 10.
After the game you need to update players coins. In this example I have a fancy message in case the player lost everything but it isn't required.
Credits: Aioros for the scripting, AmirX3 for the graphics (and coming up with the idea).
And a word of appreciation for the people who gave me a little hand here and there in thundaga discord! :)
Script:
Spoiler:
Code:
######################################INSTRUCTIONS####################################
### 1. in your event call Pokepoker.new(X,Y) script command
### X is the fee to enter the game
### Y is the value of the blind
### example - Pokepoker.new(500,10) will start a game where everyone will have
### 500 chips at the start and a blind value of 10 chips
### 2. if you want npc names to never change set @randomnpcnames in line 15 to false
### 3. set @chipsvariable in line 14 to the number of an empty game variable
######################################################################################
class Pokepoker
def initialize(fee,blindvalue)
@chipsvariable = 140
@randomnpcnames = true
@deck = [
[1,"Two of Spades",2,"Spades"],
[2,"Three of Spades",3,"Spades"],
[3,"Four of Spades",4,"Spades"],
[4,"Five of Spades",5,"Spades"],
[5,"Six of Spades",6,"Spades"],
[6,"Seven of Spades",7,"Spades"],
[7,"Eight of Spades",8,"Spades"],
[8,"Nine of Spades",9,"Spades"],
[9,"Ten of Spades",10,"Spades"],
[10,"Jack of Spades",11,"Spades"],
[11,"Queen of Spades",12,"Spades"],
[12,"King of Spades",13,"Spades"],
[13,"Ace of Spades",14,"Spades"],
[14,"Two of Clubs",2,"Clubs"],
[15,"Three of Clubs",3,"Clubs"],
[16,"Four of Clubs",4,"Clubs"],
[17,"Five of Clubs",5,"Clubs"],
[18,"Six of Clubs",6,"Clubs"],
[19,"Seven of Clubs",7,"Clubs"],
[20,"Eight of Clubs",8,"Clubs"],
[21,"Nine of Clubs",9,"Clubs"],
[22,"Ten of Clubs",10,"Clubs"],
[23,"Jack of Clubs",11,"Clubs"],
[24,"Queen of Clubs",12,"Clubs"],
[25,"King of Clubs",13,"Clubs"],
[26,"Ace of Clubs",14,"Clubs"],
[27,"Two of Diamonds",2,"Diamonds"],
[28,"Three of Diamonds",3,"Diamonds"],
[29,"Four of Diamonds",4,"Diamonds"],
[30,"Five of Diamonds",5,"Diamonds"],
[31,"Six of Diamonds",6,"Diamonds"],
[32,"Seven of Diamonds",7,"Diamonds"],
[33,"Eight of Diamonds",8,"Diamonds"],
[34,"Nine of Diamonds",9,"Diamonds"],
[35,"Ten of Diamonds",10,"Diamonds"],
[36,"Jack of Diamonds",11,"Diamonds"],
[37,"Queen of Diamonds",12,"Diamonds"],
[38,"King of Diamonds",13,"Diamonds"],
[39,"Ace of Diamonds",14,"Diamonds"] ,
[40,"Two of Hearts",2,"Hearts"],
[41,"Three of Hearts",3,"Hearts"],
[42,"Four of Hearts",4,"Hearts"],
[43,"Five of Hearts",5,"Hearts"],
[44,"Six of Hearts",6,"Hearts"],
[45,"Seven of Hearts",7,"Hearts"],
[46,"Eight of Hearts",8,"Hearts"],
[47,"Nine of Hearts",9,"Hearts"],
[48,"Ten of Hearts",10,"Hearts"],
[49,"Jack of Hearts",11,"Hearts"],
[50,"Queen of Hearts",12,"Hearts"],
[51,"King of Hearts",13,"Hearts"],
[52,"Ace of Hearts",14,"Hearts"]
]
@pot = 0
@playersup = 0
@comcard1 = 0
@comcard2 = 0
@comcard3 = 0
@comcard4 = 0
@comcard5 = 0
@roundover = 0
@noraise = 5
@playing = 0 ###highlight whos playing
@call = 0 #value to call
@skips = 1 #value to check if round is over
@deckp = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,
27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52]
@blind = 0
@blindvalue = blindvalue
@round = 1
@gameover = 0
@previousbet = 0
@fee = fee
@players = [[0,1,1,$Trainer.name],
[0,1,1,"Jack"],
[0,1,1,"Sue"],
[0,1,1,"Chad"]] ### #1- chips #2- is up for round? #3- out of chips? #4- name
### if randomnpcnames is true it will randomize the player names
if @randomnpcnames == true
@randomnames = ["Jack","Sue","Chad","Ted","Barney","Lily","Robin","Marshall","Jim","Jack","Tom","Sarah","Anna"]
@randomnames.shuffle!
@players[1][3] = @randomnames[0]
@players[2][3] = @randomnames[1]
@players[3][3] = @randomnames[2]
end
@players[0][0] += @fee
@players[1][0] += @fee
@players[2][0] += @fee
@players[3][0] += @fee
@player1card1 = 0
@player1card2 = 0
@player2card1 = 0
@player2card2 = 0
@player3card1 = 0
@player3card2 = 0
@player4card1 = 0
@player4card2 = 0
@decision = 0
@raisevalue = 0
@player1srr = 0
@player2srr = 0
@player3srr = 0
@player4srr = 0
@viewport=Viewport.new(0,0,Graphics.width,Graphics.height) ## viewport for background table
@viewport.z=1
@viewport2=Viewport.new(0,0,Graphics.width,Graphics.height) ##viewport for stuff that goes on table
@viewport2.z=2
@viewport3=Viewport.new(0,0,Graphics.width,Graphics.height) ##viewport for written stuff
@viewport3.z=3
@viewport4=Viewport.new(0,0,Graphics.width,Graphics.height) ##viewport for the bet / raise
@viewport4.z=4
@viewport5=Viewport.new(0,0,Graphics.width,Graphics.height) ##viewport for select arrow
@viewport5.z=5
@sprites={}
@sprites["background"] = Sprite.new(@viewport)
@sprites["background"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/pokerbg") ###table sprite
@sprites["player1border"] = Sprite.new(@viewport2)
@sprites["player1border"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/names")
@sprites["player1border"].x = 16
@sprites["player1border"].y = 254
@sprites["player2border"] = Sprite.new(@viewport2)
@sprites["player2border"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/names")
@sprites["player2border"].x = 16
@sprites["player2border"].y = 16
@sprites["player3border"] = Sprite.new(@viewport2)
@sprites["player3border"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/names")
@sprites["player3border"].x = 370
@sprites["player3border"].y = 16
@sprites["player4border"] = Sprite.new(@viewport2)
@sprites["player4border"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/names")
@sprites["player4border"].x = 370
@sprites["player4border"].y = 254
@sprites["player1chips"] = Sprite.new(@viewport2)
@sprites["player1chips"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/chipscounter")
@sprites["player1chips"].x = 16
@sprites["player1chips"].y = 210
@sprites["player2chips"] = Sprite.new(@viewport2)
@sprites["player2chips"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/chipscounter")
@sprites["player2chips"].x = 16
@sprites["player2chips"].y = 60
@sprites["player3chips"] = Sprite.new(@viewport2)
@sprites["player3chips"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/chipscounter")
@sprites["player3chips"].x = 432
@sprites["player3chips"].y = 60
@sprites["player4chips"] = Sprite.new(@viewport2)
@sprites["player4chips"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/chipscounter")
@sprites["player4chips"].x = 432
@sprites["player4chips"].y = 210
@sprites["roundcounter"] = Sprite.new(@viewport2)
@sprites["roundcounter"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/roundcounter")
@sprites["roundcounter"].x = 203
@sprites["roundcounter"].y = 6
@sprites["potcounter"] = Sprite.new(@viewport2)
@sprites["potcounter"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/potcounter")
@sprites["potcounter"].x = 214
@sprites["potcounter"].y = 234
@sprites["p1name"] = Sprite.new(@viewport3)
@sprites["p1name"].bitmap = Bitmap.new(114,24)
@sprites["p1name"].x = 22
@sprites["p1name"].y = 260
textarray = [[@players[0][3],57,0,2,Color.new(0,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p1name"].bitmap,textarray)
@sprites["p2name"] = Sprite.new(@viewport3)
@sprites["p2name"].bitmap = Bitmap.new(114,24)
@sprites["p2name"].x = 22
@sprites["p2name"].y = 22
textarray = [[@players[1][3],57,0,2,Color.new(0,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p2name"].bitmap,textarray)
@sprites["p3name"] = Sprite.new(@viewport3)
@sprites["p3name"].bitmap = Bitmap.new(114,24)
@sprites["p3name"].x = 376
@sprites["p3name"].y = 22
textarray = [[@players[2][3],57,0,2,Color.new(0,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p3name"].bitmap,textarray)
@sprites["p4name"] = Sprite.new(@viewport3)
@sprites["p4name"].bitmap = Bitmap.new(114,24)
@sprites["p4name"].x = 376
@sprites["p4name"].y = 260
textarray = [[@players[3][3],57,0,2,Color.new(0,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p4name"].bitmap,textarray)
@sprites["p1chips"] = Sprite.new(@viewport3)
@sprites["p1chips"].bitmap = Bitmap.new(52,24)
@sprites["p1chips"].x = 22
@sprites["p1chips"].y = 216
textarray = [[@players[0][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["p1chips"].bitmap,textarray)
@sprites["p2chips"] = Sprite.new(@viewport3)
@sprites["p2chips"].bitmap = Bitmap.new(52,24)
@sprites["p2chips"].x = 22
@sprites["p2chips"].y = 66
textarray = [[@players[1][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["p2chips"].bitmap,textarray)
@sprites["p3chips"] = Sprite.new(@viewport3)
@sprites["p3chips"].bitmap = Bitmap.new(52,24)
@sprites["p3chips"].x = 438
@sprites["p3chips"].y = 66
textarray = [[@players[2][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["p3chips"].bitmap,textarray)
@sprites["p4chips"] = Sprite.new(@viewport3)
@sprites["p4chips"].bitmap = Bitmap.new(52,24)
@sprites["p4chips"].x = 438
@sprites["p4chips"].y = 216
textarray = [[@players[3][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["p4chips"].bitmap,textarray)
@sprites["potvalue"] = Sprite.new(@viewport3)
@sprites["potvalue"].bitmap = Bitmap.new(52,24)
@sprites["potvalue"].x = 230
@sprites["potvalue"].y = 250
textarray = [[@pot.to_s,26,0,2,Color.new(255,255,255),Color.new(248,240,160),false]]
pbDrawTextPositions(@sprites["potvalue"].bitmap,textarray)
@sprites["bet"] = Sprite.new(@viewport4)
@sprites["bet"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/betborder")
@sprites["bet"].x = 304
@sprites["bet"].y = 237
@sprites["bet"].opacity = 0
@sprites["betvalue"] = Sprite.new(@viewport5)
@sprites["betvalue"].bitmap = Bitmap.new(52,24)
@sprites["betvalue"].x = 310
@sprites["betvalue"].y = 243
textarray = [[@raisevalue.to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["betvalue"].bitmap,textarray)
@sprites["betvalue"].opacity = 0
@select = 1
@sprites["p1_1"] = Sprite.new(@viewport2)
@sprites["p1_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p1_1"].x = 84
@sprites["p1_1"].y = 204
@sprites["p1_1"].opacity = 0
@sprites["p1_2"] = Sprite.new(@viewport2)
@sprites["p1_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p1_2"].x = 124
@sprites["p1_2"].y = 204
@sprites["p1_2"].opacity = 0
@sprites["p2_1"] = Sprite.new(@viewport2)
@sprites["p2_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p2_1"].x = 84
@sprites["p2_1"].y = 54
@sprites["p2_1"].opacity = 0
@sprites["p2_2"] = Sprite.new(@viewport2)
@sprites["p2_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p2_2"].x = 124
@sprites["p2_2"].y = 54
@sprites["p2_2"].opacity = 0
@sprites["p3_1"] = Sprite.new(@viewport2)
@sprites["p3_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p3_1"].x = 356
@sprites["p3_1"].y = 54
@sprites["p3_1"].opacity = 0
@sprites["p3_2"] = Sprite.new(@viewport2)
@sprites["p3_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p3_2"].x = 396
@sprites["p3_2"].y = 54
@sprites["p3_2"].opacity = 0
@sprites["p4_1"] = Sprite.new(@viewport2)
@sprites["p4_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p4_1"].x = 356
@sprites["p4_1"].y = 204
@sprites["p4_1"].opacity = 0
@sprites["p4_2"] = Sprite.new(@viewport2)
@sprites["p4_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p4_2"].x = 396
@sprites["p4_2"].y = 204
@sprites["p4_2"].opacity = 0
@sprites["c1"] = Sprite.new(@viewport2)
@sprites["c1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c1"].x = 160
@sprites["c1"].y = 129
@sprites["c1"].opacity = 0
@sprites["c2"] = Sprite.new(@viewport2)
@sprites["c2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c2"].x = 200
@sprites["c2"].y = 129
@sprites["c2"].opacity = 0
@sprites["c3"] = Sprite.new(@viewport2)
@sprites["c3"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c3"].x = 240
@sprites["c3"].y = 129
@sprites["c3"].opacity = 0
@sprites["c4"] = Sprite.new(@viewport2)
@sprites["c4"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c4"].x = 280
@sprites["c4"].y = 129
@sprites["c4"].opacity = 0
@sprites["c5"] = Sprite.new(@viewport2)
@sprites["c5"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c5"].x = 320
@sprites["c5"].y = 129
@sprites["c5"].opacity = 0
@sprites["sq1"] = Sprite.new(@viewport2)
@sprites["sq1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq1"].x = 210
@sprites["sq1"].y = 46
@sprites["sq2"] = Sprite.new(@viewport2)
@sprites["sq2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq2"].x = 234
@sprites["sq2"].y = 46
@sprites["sq3"] = Sprite.new(@viewport2)
@sprites["sq3"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq3"].x = 258
@sprites["sq3"].y = 46
@sprites["sq4"] = Sprite.new(@viewport2)
@sprites["sq4"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq4"].x = 282
@sprites["sq4"].y = 46
@sprites["betui"] = Sprite.new(@viewport4)
@sprites["betui"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/betui")
@sprites["betui"].x = 370
@sprites["betui"].y = 66
@sprites["betui"].opacity = 0
@sprites["selectarrow"] = Sprite.new(@viewport5)
@sprites["selectarrow"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/selectarrow")
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 86
@sprites["selectarrow"].opacity = 0
pbpokepokerstart
end
### anounces round number
def roundannouncement
if @round == 1
@sprites["round"] = Sprite.new(@viewport3)
@sprites["round"].bitmap = Bitmap.new(94,24)
@sprites["round"].x = 209
@sprites["round"].y = 12
@sprites["round"].opacity = 0
roundtext = "Round " + @round.to_s
textarray = [[roundtext,47,0,2,Color.new(0,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["round"].bitmap,textarray)
10.times do
@sprites["round"].opacity += 25.5
pbWait(1)
end
else
10.times do
@sprites["round"].opacity -= 25.5
pbWait(1)
end
@sprites["round"].bitmap.clear
@sprites["round"].opacity = 0
roundtext = "Round " + @round.to_s
textarray = [[roundtext,47,0,2,Color.new(0,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["round"].bitmap,textarray)
10.times do
@sprites["round"].opacity += 25.5
pbWait(1)
end
end
Kernel.pbMessage("Round #{@round} has started.")
end
### 2 cards to each player whos in game [i][2] == 1
### defines card values (even the face down cards)
### reveals player cards
### turns on 1st greensq to signal pre flop phase
def drawcards
@sprites["sq1"].bitmap.clear
@sprites["sq1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/greensq")
if @players[0][2] > 0
@sprites["p1_1"].opacity = 255
pbWait(8)
@sprites["p1_2"].opacity = 255
pbWait(16)
end
if @players[1][2] > 0
@sprites["p2_1"].opacity = 255
pbWait(8)
@sprites["p2_2"].opacity = 255
pbWait(16)
end
if @players[2][2] > 0
@sprites["p3_1"].opacity = 255
pbWait(8)
@sprites["p3_2"].opacity = 255
pbWait(16)
end
if @players[3][2] > 0
@sprites["p4_1"].opacity = 255
pbWait(8)
@sprites["p4_2"].opacity = 255
pbWait(16)
end
pbWait(20)
#player 1cards
if @players[0][2] > 0
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player1card1 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player1card2 = @deck[randomcardvalue-1]
end
##player2 cards
if @players[1][2] > 0
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player2card1 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player2card2 = @deck[randomcardvalue-1]
end
##player3cards
if @players[2][2] > 0
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player3card1 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player3card2 = @deck[randomcardvalue-1]
end
#player 4 cards
if @players[3][2] > 0
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player4card1 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@player4card2 = @deck[randomcardvalue-1]
end
#### com cards
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@comcard1 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@comcard2 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@comcard3 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@comcard4 = @deck[randomcardvalue-1]
randomcard = rand(@deckp.length)
randomcardvalue = @deckp[randomcard]
@deckp.delete_at(randomcard)
@comcard5 = @deck[randomcardvalue-1]
###chooses a random number from @deckp and assigns the respective card value
###the chosen number is the nremoved from @deckp in order to avoid repeated cards
@sprites["p1_1"].opacity = 0
@sprites["p1_1"].bitmap.clear
@sprites["p1_1"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player1card1[0]))
pbWait(8)
@sprites["p1_1"].opacity = 255
pbWait(8)
@sprites["p1_2"].opacity = 0
@sprites["p1_2"].bitmap.clear
@sprites["p1_2"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player1card2[0]))
pbWait(8)
@sprites["p1_2"].opacity = 255
pbWait(8)
end ## drawcards
## auxiliary function that handles the whole call raise fold shenanigans
## it also sets the @playing that will control who plays next, it will
## select the 1st available player to left - pre flop only
def fsubround
@previousbet = @blindvalue if @previousbet == 0 ##in pre flop (fsubround) previous bet is blind value
while @players[@playing%4][1] == 0 ## selects who plays next (skips if player folded)
@playing += 1
end
if @playing >= 4 ##if its higher then 3, 4=0, 5=1, 6=2, 7=3
@playing -= 4
end
case @playing
when 0 #player turn
action = 0 ##action loop is to make betscene compatible with cancel
while action == 0
cmds = [_INTL("Call"),_INTL("Raise"),_INTL("Fold"),_INTL("Quit Game")]
cmd = Kernel.pbMessage(_INTL("What will you do?"),cmds)
if cmd == 0
Kernel.pbMessage("#{@players[0][3]} calls.")
if @player1bet != @previousbet ##if there was changes to player coins with this call
@players[0][0]-= (@previousbet - @player1bet) ##update player coins
updatechips(0) ##update chips bitmap
@pot += (@previousbet - @player1bet) ##update pot value
updatepot ##update pot bitmap
end
@noraise -= 1 ##@noraise keeps track of when there's 4 (assigned by playersup) calls to move to next phase
@player1bet += (@previousbet - @player1bet) ##adds the changed amount to the player1bet
action = 1 ##breaks action loop -> next player turn
elsif cmd == 1
pbPlayDecisionSE()
betscene
if @raisevalue > 0 ##there's a raise
raise = @raisevalue
@pot += (@previousbet - @player1bet + raise)
updatepot
@players[0][0]-= (@previousbet - @player1bet + raise) ##reduces player chips
updatechips(0)
@noraise = @playersup ##since there was a raise the @noraise counter is reseted with @playersup
@player1bet += (@previousbet - @player1bet + raise) ##increases bet, accounts for the diference player would pay to call
@previousbet += raise ##increases player bet
@player1srr += 1 ##signals that there was a raise this sub round -> used for npc ai
action = 1
end
elsif cmd == 2
Kernel.pbMessage("#{@players[0][3]} folds.")
@players[0][1]=0 ## signals the fold, won't take action this round
@noraise -=1
@playersup-=1 ## reduces 1 from playersup, requiring 1 less call to skip to next sub round
updatefold(0)
action = 1
elsif cmd == 3
Kernel.pbMessage("Oh, it seems #{@players[0][3]} wishes to quit the game.")
Kernel.pbMessage("You may leave the table after this round, come back anytime.")
@gameover = 1 ##will break scene loop and exit game on next chance
@players[0][1] = 0
@noraise -=1
@playersup -=1
action = 1
$game_variables[@chipsvariable] = @players[0][0] ##reward
end
@playing=3 if @players[3][1]==1 ##if 1st and 2nd players to the left aren't up it's the 3rd player turn next
@playing=2 if @players[2][1]==1 ##if 1st player to the left isn't up it's 2nd player turn next
@playing=1 if @players[1][1]==1 ##if player to the left is up, its his turn next, overwrites previous decisions
end
when 1 #player2turn
@decision = npcmove(1) ##npcmove(X) decides the npc action
case @decision
when 1
Kernel.pbMessage("#{@players[1][3]} calls.") ##in pre flop u can't check, only call.
if @player2bet != @previousbet
@players[1][0]-= (@previousbet - @player2bet)
updatechips(1)
@pot += (@previousbet - @player2bet)
updatepot
end
@noraise -=1
@player2bet += (@previousbet - @player2bet)
when 2
rscore = goodcard(1) ##goodcard(X) judges how good npc hand is, stores 1 2 or 3 in rscore
b = rand(100)+1
r1 = 0
r2 = 0
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i] -= (@previousbet - respectivebet)
end
lowestchip.sort!
## this determines the lowest effective money any player has to not overbet lowestchip[0]
## it reduces the money players would need to call from their effective money to ensure
## no one will get negative chips from calling
r1 = 1 if (@previousbet*3) <= lowestchip[0]
r2 = 1 if (@previousbet*4) <= lowestchip[0]
## there's 3 types of raise, minimum, medium and high, if r1 = 1 it's okay to make medium bet
## if r2 = 1 its okay to make high bet
case rscore
### these chunks decide how high the npc will bet
when 0
if b<=100 && b>95 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=95 && b>80 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=95 && b>80 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=80
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
when 1
if b<=100 && b>95 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=95 && b>75 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=95 && b>75 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=75
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
when 2
if b<=100 && b>90 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=90 && b>65 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>90 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=90 && b>65 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=65
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
end
sbet = @previousbet*3
if (@previousbet - @player2bet + sbet) > @players[1][0]
@raisevalue = (2*@previousbet)
end
if @raisevalue > lowestchip[0]
@raisevalue = (2*@previousbet)
end
### the last 7 lines are a double check, if npc was gonna bet more then
### other plays can call it would default to the min raise which is defined elsewhere
### to be a safe thing to do - other players can call without geting negative chips
### the final 3 is an extra layer of security vs raising too much
raise = @raisevalue
Kernel.pbMessage("#{@players[1][3]} raises #{@raisevalue} chips.")
@pot += (@previousbet - @player2bet + raise)
updatepot
@players[1][0]-= (@previousbet - @player2bet + raise)
updatechips(1)
@noraise = @playersup
@player2bet += (@previousbet - @player2bet + raise)
@previousbet += raise
@player2srr += 1
when 3
Kernel.pbMessage("#{@players[1][3]} folds.")
@players[1][1]=0
@noraise -=1
@playersup-=1
updatefold(1)
end
@playing=0 if @players[0][1]==1
@playing=3 if @players[3][1]==1
@playing=2 if @players[2][1]==1
when 2 #player3turn
@decision = npcmove(2)
case @decision
when 1
Kernel.pbMessage("#{@players[2][3]} calls.")
if @player3bet != @previousbet
@players[2][0]-= (@previousbet - @player3bet)
updatechips(2)
@pot += (@previousbet - @player3bet)
updatepot
end
@noraise -=1
@player3bet += (@previousbet - @player3bet)
when 2
rscore = goodcard(2)
b = rand(100)+1
r1 = 0
r2 = 0
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i] -= (@previousbet - respectivebet)
end
lowestchip.sort!
r1 = 1 if (@previousbet*3) <= lowestchip[0]
r2 = 1 if (@previousbet*4) <= lowestchip[0]
case rscore
when 0
if b<=100 && b>95 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=95 && b>80 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=95 && b>80 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=80
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
when 1
if b<=100 && b>95 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=95 && b>75 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=95 && b>75 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=75
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
when 2
if b<=100 && b>90 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=90 && b>65 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>90 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=90 && b>65 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=65
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
end
sbet = @previousbet*3
if (@previousbet - @player3bet + sbet) > @players[2][0]
@raisevalue = (2*@previousbet)
end
if @raisevalue > lowestchip[0]
@raisevalue = (2*@previousbet)
end
raise = @raisevalue
Kernel.pbMessage("#{@players[2][3]} raises #{@raisevalue} chips.")
@pot += (@previousbet - @player3bet + raise)
updatepot
@players[2][0]-= (@previousbet - @player3bet + raise)
updatechips(2)
@noraise = @playersup
@player3bet += (@previousbet - @player3bet + raise)
@previousbet += raise
@player3srr += 1
when 3
Kernel.pbMessage("#{@players[2][3]} folds.")
@players[2][1]=0
@noraise -=1
@playersup-=1
updatefold(2)
end
@playing=1 if @players[1][1]==1
@playing=0 if @players[0][1]==1
@playing=3 if @players[3][1]==1
when 3 #player4turn
@decision = npcmove(3)
case @decision
when 1
Kernel.pbMessage("#{@players[3][3]} calls.")
if @player4bet != @previousbet
@players[3][0]-= (@previousbet - @player4bet)
updatechips(3)
@pot += (@previousbet - @player4bet)
updatepot
end
@noraise -=1
@player4bet += (@previousbet - @player4bet)
when 2
rscore = goodcard(3)
b = rand(100)+1
r1 = 0
r2 = 0
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i] -= (@previousbet - respectivebet)
end
lowestchip.sort!
r1 = 1 if (@previousbet*3) <= lowestchip[0]
r2 = 1 if (@previousbet*4) <= lowestchip[0]
case rscore
when 0
if b<=100 && b>95 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=95 && b>80 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=95 && b>80 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=80
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
when 1
if b<=100 && b>95 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=95 && b>75 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=95 && b>75 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=75
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
when 2
if b<=100 && b>90 && r2 == 1
@raisevalue = (4*@previousbet)
elsif b<=90 && b>65 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=100 && b>90 && r2 == 0 && r1 == 1
@raisevalue = (3*@previousbet)
elsif b<=90 && b>65 && r1 == 0
@raisevalue = (2*@previousbet)
elsif b<=65
@raisevalue = (2*@previousbet)
else
@raisevalue = (2*@previousbet)
end
end
sbet = @previousbet*3
if (@previousbet - @player4bet + sbet) > @players[3][0]
@raisevalue = (2*@previousbet)
end
if @raisevalue > lowestchip[0]
@raisevalue = (2*@previousbet)
end
raise = @raisevalue
Kernel.pbMessage("#{@players[3][3]} raises #{@raisevalue} chips.")
@pot += (@previousbet - @player4bet + raise)
updatepot
@players[3][0]-= (@previousbet - @player4bet + raise)
updatechips(3)
@noraise = @playersup
@player4bet += (@previousbet - @player4bet + raise)
@previousbet += raise
@player4srr += 1
when 3
Kernel.pbMessage("#{@players[3][3]} folds.")
@players[3][1]=0
@noraise -=1
@playersup-=1
updatefold(3)
end
@playing=2 if @players[2][1]==1
@playing=1 if @players[1][1]==1
@playing=0 if @players[0][1]==1
end
end
def osubround ##fsubround -> pre flop / osubround -> others
while @players[@playing%4][1] == 0
@playing += 1
end
if @playing >= 4
@playing -= 4
end
case @playing
when 0
action = 0
while action == 0
if @previousbet == 0 ##turns call into check and raise into bet
cmds = [_INTL("Check"),_INTL("Bet"),_INTL("Fold"),_INTL("Quit Game")]
else
cmds = [_INTL("Call"),_INTL("Raise"),_INTL("Fold"),_INTL("Quit Game")]
end
cmd = Kernel.pbMessage(_INTL("What will you do?"),cmds)
if cmd == 0
@previousbet == 0 ? Kernel.pbMessage("#{@players[0][3]} checks.") : Kernel.pbMessage("#{@players[0][3]} calls.")
if @player1bet != @previousbet
@players[0][0]-= (@previousbet - @player1bet)
updatechips(0)
@pot += (@previousbet - @player1bet)
updatepot
@player1bet += (@previousbet - @player1bet)
end
@noraise -= 1
action = 1
elsif cmd == 1
pbPlayDecisionSE()
betscene
if @raisevalue > 0
raise = @raisevalue
@pot += (@previousbet - @player1bet + raise)
updatepot
@players[0][0]-= (@previousbet - @player1bet + raise)
updatechips(0)
@noraise = @playersup
@player1bet += (@previousbet - @player1bet + raise)
@previousbet += raise
@player1srr += 1
action = 1
end
elsif cmd == 2
Kernel.pbMessage("#{@players[0][3]} folds.")
@players[0][1]=0
@noraise -=1
@playersup-=1
updatefold(0)
action = 1
elsif cmd == 3
Kernel.pbMessage("Oh, it seems #{@players[0][3]} wishes to quit the game.")
Kernel.pbMessage("You may leave the table after this round, come back anytime.")
@gameover = 1
@players[0][1] = 0
@noraise -=1
@playersup -=1
$game_variables[@chipsvariable] = @players[0][0] ##reward
action = 1
end
@playing=3 if @players[3][1]==1
@playing=2 if @players[2][1]==1
@playing=1 if @players[1][1]==1
end
when 1
@decision = npcmove(1)
case @decision
when 1
@previousbet == 0 ? Kernel.pbMessage("#{@players[1][3]} checks.") : Kernel.pbMessage("#{@players[1][3]} calls.")
if @player2bet != @previousbet
@players[1][0]-= (@previousbet - @player2bet)
updatechips(1)
@pot += (@previousbet - @player2bet)
updatepot
@player2bet += (@previousbet - @player2bet)
end
@noraise -=1
when 2
rscore = goodcard(1)
b = rand(100)+1
r1 = 0
r2 = 0
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i] -= (@previousbet - respectivebet)
end
lowestchip.sort!
if @previousbet == 0
r1 = 1 if (@blindvalue*3) <= lowestchip[0]
r2 = 1 if (@blindvalue*5) <= lowestchip[0]
else
r1 = 1 if (@previousbet*3) <= lowestchip[0]
r2 = 1 if (@previousbet*4) <= lowestchip[0]
end
case rscore
when 0
if b<=100 && b>95 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=95 && b>80 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=95 && b>80 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=80
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
when 1
if b<=100 && b>95 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=95 && b>75 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=95 && b>75 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=75
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
when 2
if b<=100 && b>90 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=90 && b>65 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>90 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=90 && b>65 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=65
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
end
@previousbet == 0 ? sbet = @blindvalue*2 : sbet = @previousbet*3
if (@previousbet - @player2bet + sbet) > @players[1][0]
@previousbet == 0 ? @raisevalue = (@blindvalue) : @raisevalue = (2*@previousbet)
end
if @raisevalue > lowestchip[0]
@previousbet == 0 ? @raisevalue = (@blindvalue) : @raisevalue = (2*@previousbet)
end
raise = @raisevalue
if @previousbet == 0
Kernel.pbMessage("#{@players[1][3]} bets #{@raisevalue} chips.")
else
Kernel.pbMessage("#{@players[1][3]} raises #{@raisevalue} chips.")
end
@pot += (@previousbet - @player2bet + raise)
updatepot
@players[1][0]-= (@previousbet - @player2bet + raise)
updatechips(1)
@noraise = @playersup
@player2bet += (@previousbet - @player2bet + raise)
@previousbet += raise
@player2srr += 1
when 3
Kernel.pbMessage("#{@players[1][3]} folds.")
@players[1][1]=0
@noraise -=1
@playersup-=1
updatefold(1)
end
@playing=0 if @players[0][1]==1
@playing=3 if @players[3][1]==1
@playing=2 if @players[2][1]==1
when 2
@decision = npcmove(2)
case @decision
when 1
@previousbet == 0 ? Kernel.pbMessage("#{@players[2][3]} checks.") : Kernel.pbMessage("#{@players[2][3]} calls.")
if @player3bet != @previousbet
@players[2][0]-= (@previousbet - @player3bet)
updatechips(2)
@pot += (@previousbet - @player3bet)
updatepot
@player3bet += (@previousbet - @player3bet)
end
@noraise -=1
when 2
rscore = goodcard(2)
b = rand(100)+1
r1 = 0
r2 = 0
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i] -= (@previousbet - respectivebet)
end
lowestchip.sort!
if @previousbet == 0
r1 = 1 if (@blindvalue*3) <= lowestchip[0]
r2 = 1 if (@blindvalue*5) <= lowestchip[0]
else
r1 = 1 if (@previousbet*3) <= lowestchip[0]
r2 = 1 if (@previousbet*4) <= lowestchip[0]
end
case rscore
when 0
if b<=100 && b>95 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=95 && b>80 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=95 && b>80 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=80
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
when 1
if b<=100 && b>95 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=95 && b>75 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=95 && b>75 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=75
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
when 2
if b<=100 && b>90 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=90 && b>65 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>90 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=90 && b>65 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=65
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
end
@previousbet == 0 ? sbet = @blindvalue*2 : sbet = @previousbet*3
if (@previousbet - @player3bet + sbet) > @players[2][0]
@previousbet == 0 ? @raisevalue = (@blindvalue) : @raisevalue = (2*@previousbet)
end
if @raisevalue > lowestchip[0]
@previousbet == 0 ? @raisevalue = (@blindvalue) : @raisevalue = (2*@previousbet)
end
raise = @raisevalue
if @previousbet == 0
Kernel.pbMessage("#{@players[2][3]} bets #{@raisevalue} chips.")
else
Kernel.pbMessage("#{@players[2][3]} raises #{@raisevalue} chips.")
end
@pot += (@previousbet - @player3bet + raise)
updatepot
@players[2][0]-= (@previousbet - @player3bet + raise)
updatechips(2)
@noraise = @playersup
@player3bet += (@previousbet - @player3bet + raise)
@previousbet += raise
@player3srr += 1
when 3
Kernel.pbMessage("#{@players[2][3]} folds.")
@players[2][1] = 0
@noraise -=1
@playersup-=1
updatefold(2)
end
@playing=1 if @players[1][1]==1
@playing=0 if @players[0][1]==1
@playing=3 if @players[3][1]==1
when 3
@decision = npcmove(3)
case @decision
when 1
@previousbet == 0 ? Kernel.pbMessage("#{@players[3][3]} checks.") : Kernel.pbMessage("#{@players[3][3]} calls.")
if @player4bet != @previousbet
@players[3][0]-= (@previousbet - @player4bet)
updatechips(3)
@pot += (@previousbet - @player4bet)
updatepot
@player4bet += (@previousbet - @player4bet)
end
@noraise -=1
when 2
rscore = goodcard(3)
b = rand(100)+1
r1 = 0
r2 = 0
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i] -= (@previousbet - respectivebet)
end
lowestchip.sort!
if @previousbet == 0
r1 = 1 if (@blindvalue*3) <= lowestchip[0]
r2 = 1 if (@blindvalue*5) <= lowestchip[0]
else
r1 = 1 if (@previousbet*3) <= lowestchip[0]
r2 = 1 if (@previousbet*4) <= lowestchip[0]
end
case rscore
when 0
if b<=100 && b>95 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=95 && b>80 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=95 && b>80 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=80
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
when 1
if b<=100 && b>95 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=95 && b>75 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>95 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=95 && b>75 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=75
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
when 2
if b<=100 && b>90 && r2 == 1
@previousbet == 0 ? @raisevalue = (5*@blindvalue) : @raisevalue = (4*@previousbet)
elsif b<=90 && b>65 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=100 && b>90 && r2 == 0 && r1 == 1
@previousbet == 0 ? @raisevalue = (3*@blindvalue) : @raisevalue = (3*@previousbet)
elsif b<=90 && b>65 && r1 == 0
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
elsif b<=65
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
else
@previousbet == 0 ? @raisevalue = (2*@blindvalue) : @raisevalue = (2*@previousbet)
end
end
@previousbet == 0 ? sbet = @blindvalue*2 : sbet = @previousbet*3
if (@previousbet - @player4bet + sbet) > @players[3][0]
@previousbet == 0 ? @raisevalue = (@blindvalue) : @raisevalue = (2*@previousbet)
end
if @raisevalue > lowestchip[0]
@previousbet == 0 ? @raisevalue = (@blindvalue) : @raisevalue = (2*@previousbet)
end
raise = @raisevalue
if @previousbet == 0
Kernel.pbMessage("#{@players[3][3]} bets #{@raisevalue} chips.")
else
Kernel.pbMessage("#{@players[3][3]} raises #{@raisevalue} chips.")
end
@pot += (@previousbet - @player4bet + raise)
updatepot
@players[3][0]-= (@previousbet - @player4bet + raise)
updatechips(3)
@noraise = @playersup
@player4bet += (@previousbet - @player4bet + raise)
@previousbet += raise
@player4srr += 1
when 3
Kernel.pbMessage("#{@players[3][3]} folds.")
@players[3][1] = 0
@noraise -= 1
@playersup -= 1
updatefold(3)
end
@playing=2 if @players[2][1]==1
@playing=1 if @players[1][1]==1
@playing=0 if @players[0][1]==1
end
end
## small blind players starts by posting it and increases blind so next player
## posts it in the next round
## noraise is defined in subround auxiliary function, when there'sX (players up)
## calls or folds in a row it will break the loop and show the 1st 3 community cards
## then it will go in the subround and show the 4th comunity card once its over, then
## the last community card, after that @roundover == 1 and breaks the loop
## then roundwinner function is called in the main function and player hands are rated
def playround
@totalraises = 0 ##used for npc AI
@player1bet = 0
@player2bet = 0
@player3bet = 0
@player4bet = 0
@comcards = 0
@playersup = 0
@playersup += 1 if @players[0][0]>0
@playersup += 1 if @players[1][0]>0
@playersup += 1 if @players[2][0]>0
@playersup += 1 if @players[3][0]>0
while @players[@blind%4][1] == 0 ##selects next player to post the blind, must be in game [i][1] == 1
@blind += 1
end
case @blind%4
when 0
Kernel.pbMessage("#{@players[0][3]} posts the blind.")
@players[0][0] -= @blindvalue ##deducts blind value from players chips
updatechips(0)
@pot += @blindvalue
updatepot
@skips = 1 ##fossil variable no longer used, remove it all one of these days
@call = @blindvalue ## ^
@player1bet = @blindvalue
when 1
Kernel.pbMessage("#{@players[1][3]} posts the blind.")
@players[1][0] -= @blindvalue
updatechips(1)
@pot += @blindvalue
updatepot
@skips = 1
@call = @blindvalue
@player2bet = @blindvalue
when 2
Kernel.pbMessage("#{@players[2][3]} posts the blind.")
@players[2][0] -= @blindvalue
updatechips(2)
@pot += @blindvalue
updatepot
@skips = 1
@call = @blindvalue
@player3bet = @blindvalue
when 3
Kernel.pbMessage("#{@players[3][3]} posts the blind.")
@players[3][0] -= @blindvalue
updatechips(3)
@pot += @blindvalue
updatepot
@skips = 1
@call = @blindvalue
@player4bet = @blindvalue
end ##case
@blind +=1 ##control who pays next blind
@playing = @blind%4 ##controls who plays exactly next
@noraise = @playersup+1
while @roundover != 1 ##round loop - breaks when 4th subround is over
while @noraise != 1 ##subround loop - breaks when there's #playersup calls in a row
@comcards == 0 ? fsubround : osubround ##comcards=0 is the pre flop
end
### resets subround stuff, calculates totalraises before reseting them for npc AI use
@previousbet = 0
@totalraises += (@player1srr + @player2srr + @player3srr + @player4srr)
@player1bet = 0
@player2bet = 0
@player3bet = 0
@player4bet = 0
@player1srr = 0
@player2srr = 0
@player3srr = 0
@player4srr = 0
if @comcards == 3 ##breaks the round loop, round is over
@roundover == 1
break
end
if @comcards == 2 ##shows last card
@sprites["c5"].bitmap.clear
@sprites["c5"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@comcard5[0]))
@sprites["c5"].opacity = 255
pbWait(16)
@sprites["sq4"].bitmap.clear
@sprites["sq4"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/greensq")
@comcards += 1
@noraise = @playersup+1
end
if @comcards == 1 ##shows 4th card
@sprites["c4"].bitmap.clear
@sprites["c4"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@comcard4[0]))
@sprites["c4"].opacity = 255
pbWait(16)
@sprites["sq3"].bitmap.clear
@sprites["sq3"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/greensq")
@comcards += 1
@noraise = @playersup+1
end
if @comcards == 0 ##shows 3 1st cards
@sprites["c1"].bitmap.clear
@sprites["c1"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@comcard1[0]))
@sprites["c1"].opacity = 255
pbWait(16)
@sprites["c2"].bitmap.clear
@sprites["c2"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@comcard2[0]))
@sprites["c2"].opacity = 255
pbWait(16)
@sprites["c3"].bitmap.clear
@sprites["c3"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@comcard3[0]))
@sprites["c3"].opacity = 255
pbWait(16)
@sprites["sq2"].bitmap.clear
@sprites["sq2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/greensq")
@comcards += 1
@noraise = @playersup+1
end #comcards == 0
end #2nd while
end ###playround
def roundwinner
@p1score = 0
@p2score = 0
@p3score = 0
@p4score = 0
#### reveals the cards of every player who's still in round @players[i][1]==1
if @players[1][1]==1 ##p2 still in round
@sprites["p2_1"].opacity = 0
@sprites["p2_1"].bitmap.clear
@sprites["p2_1"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player2card1[0]))
pbWait(8)
@sprites["p2_1"].opacity = 255
pbWait(8)
@sprites["p2_2"].opacity = 0
@sprites["p2_2"].bitmap.clear
@sprites["p2_2"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player2card2[0]))
pbWait(8)
@sprites["p2_2"].opacity = 255
pbWait(8)
end
if @players[2][1]==1 ##p3 still in round
@sprites["p3_1"].opacity = 0
@sprites["p3_1"].bitmap.clear
@sprites["p3_1"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player3card1[0]))
pbWait(8)
@sprites["p3_1"].opacity = 255
pbWait(8)
@sprites["p3_2"].opacity = 0
@sprites["p3_2"].bitmap.clear
@sprites["p3_2"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player3card2[0]))
pbWait(8)
@sprites["p3_2"].opacity = 255
end
if @players[3][1]==1 ##p4 still in round
@sprites["p4_1"].opacity = 0
@sprites["p4_1"].bitmap.clear
@sprites["p4_1"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player4card1[0]))
pbWait(8)
@sprites["p4_1"].opacity = 255
pbWait(8)
@sprites["p4_2"].opacity = 0
@sprites["p4_2"].bitmap.clear
@sprites["p4_2"].bitmap = Bitmap.new(sprintf("Graphics/Pictures/Pokepoker/card%d",@player4card2[0]))
pbWait(8)
@sprites["p4_2"].opacity = 255
end
### this next chunks runs the handrate function for all players who didnt fold this round,
### then stores in playerscores array the playernumber and its respective score and sorts
### the array from the highest score to the lowest
@playerscores = [
[0,0],
[0,0],
[0,0],
[0,0]
]
if @players[0][1] == 1
@p1score = handrate(@player1card1,@player1card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
@playerscores[0][0] = 1
@playerscores[0][1] = @p1score
end
if @players[1][1] == 1
@p2score = handrate(@player2card1,@player2card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
@playerscores[1][0] = 2
@playerscores[1][1] = @p2score
end
if @players[2][1] == 1
@p3score = handrate(@player3card1,@player3card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
@playerscores[2][0] = 3
@playerscores[2][1] = @p3score
end
if @players[3][1] == 1
@p4score = handrate(@player4card1,@player4card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
@playerscores[3][0] = 4
@playerscores[3][1] = @p4score
end
@playerscores.sort! {|a,b| b[1] <=> a[1]} ##sorts the array by score, 1st one won, if 1st=2nd then both won, etc
wsequence = sequenceannounce(@playerscores[0][1])
### the very very unlikely case all 4 scores are equal - 4 players tied
if (@playerscores[0][1] == @playerscores[1][1]) && (@playerscores[0][1] == @playerscores[2][1]) && (@playerscores[0][1] == @playerscores[3][1])
Kernel.pbMessage("Did this just happen?")
Kernel.pbMessage("Every player tied with #{wsequence}!")
Kernel.pbMessage("The pot is split by everyone.")
@players[0][0] += (@pot/4)
@players[1][0] += (@pot/4)
@players[2][0] += (@pot/4)
@players[3][0] += (@pot/4)
updatechips(@playerscores[0][0]-1)
updatechips(@playerscores[1][0]-1)
updatechips(@playerscores[2][0]-1)
updatechips(@playerscores[3][0]-1)
### the very unlikely case 3 players tie
elsif (@playerscores[0][1] == @playerscores[1][1]) && (@playerscores[0][1] == @playerscores[2][1])
Kernel.pbMessage("Now that's something you don't see every day, a three-way tie!")
Kernel.pbMessage("They all got #{wsequence}!")
Kernel.pbMessage("#{@players[(@playerscores[0][0])-1][3]}, #{@players[(@playerscores[1][0])-1][3]} and #{@players[(@playerscores[2][0])-1][3]} split the pot.")
@players[(@playerscores[0][0])-1][0] += (@pot/3)
@players[(@playerscores[1][0])-1][0] += (@pot/3)
@players[(@playerscores[2][0])-1][0] += (@pot/3)
updatechips(@playerscores[0][0]-1)
updatechips(@playerscores[1][0]-1)
updatechips(@playerscores[2][0]-1)
### the unlikely case 2 players tie
elsif (@playerscores[0][1] == @playerscores[1][1])
Kernel.pbMessage("What a surprise, we have a tie between #{@players[(@playerscores[0][0])-1][3]} and #{@players[(@playerscores[1][0])-1][3]}!")
Kernel.pbMessage("Both of them got #{wsequence}!")
Kernel.pbMessage("Each player gets half of the pot.")
@players[(@playerscores[0][0])-1][0] += (@pot/2)
@players[(@playerscores[1][0])-1][0] += (@pot/2)
updatechips(@playerscores[0][0]-1)
updatechips(@playerscores[1][0]-1)
else ### pot goes to the winner
Kernel.pbMessage("#{@players[(@playerscores[0][0])-1][3]} wins the pot with #{wsequence}!")
@players[(@playerscores[0][0])-1][0] += @pot
updatechips(@playerscores[0][0]-1)
end
@round +=1 ##increases round, resets deck and round related stuff, updates pot
@deckp = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,
27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52]
@roundover = 0
@pot = 0
updatepot
@players[0][2] = 0 if @players[0][0] < @blindvalue ##any player who can't pay the bind is removed from game [i][2]=0
@players[1][2] = 0 if @players[1][0] < @blindvalue
@players[2][2] = 0 if @players[2][0] < @blindvalue
@players[3][2] = 0 if @players[3][0] < @blindvalue
@players[0][2] == 0 ? @players[0][1] = 0 : @players[0][1] = 1 ##if [i][2] == 0 then [i][1] == 0 too just in case of bugs, else (case of fold)
@players[1][2] == 0 ? @players[1][1] = 0 : @players[1][1] = 1 ## but still ingame, it resets teh [i][1] to 1 so the player can play next round
@players[2][2] == 0 ? @players[2][1] = 0 : @players[2][1] = 1
@players[3][2] == 0 ? @players[3][1] = 0 : @players[3][1] = 1
@sprites["p1_1"].opacity = 0
@sprites["p1_1"].bitmap.clear
@sprites["p1_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p1_2"].opacity = 0
@sprites["p1_2"].bitmap.clear
@sprites["p1_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p2_1"].opacity = 0
@sprites["p2_1"].bitmap.clear
@sprites["p2_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p2_2"].opacity = 0
@sprites["p2_2"].bitmap.clear
@sprites["p2_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p3_1"].opacity = 0
@sprites["p3_1"].bitmap.clear
@sprites["p3_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p3_2"].opacity = 0
@sprites["p3_2"].bitmap.clear
@sprites["p3_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p4_1"].opacity = 0
@sprites["p4_1"].bitmap.clear
@sprites["p4_1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["p4_2"].opacity = 0
@sprites["p4_2"].bitmap.clear
@sprites["p4_2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c1"].opacity = 0
@sprites["c1"].bitmap.clear
@sprites["c1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c2"].opacity = 0
@sprites["c2"].bitmap.clear
@sprites["c2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c3"].opacity = 0
@sprites["c3"].bitmap.clear
@sprites["c3"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c4"].opacity = 0
@sprites["c4"].bitmap.clear
@sprites["c4"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
@sprites["c5"].opacity = 0
@sprites["c5"].bitmap.clear
@sprites["c5"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/backcard")
if @players[0][2] == 0 ##player can't pay the blind, is out of the game - game over
Kernel.pbMessage("You're out of chips, better luck next time.")
@gameover = 1
end
updatequitters if @players[0][2] == 1
if (@players[1][2] == 0) && (@players[2][2] == 0) && (@players[3][2] == 0) ##only player is remaining - victory
Kernel.pbMessage("You are the only player remaining, congratulations on your victory!")
@gameover = 1
$game_variables[@chipsvariable] = @players[0][0] ##reward
### add the playercoins to a game variable to add the coins after game in the event
end
@sprites["sq1"].bitmap.clear
@sprites["sq1"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq2"].bitmap.clear
@sprites["sq2"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq3"].bitmap.clear
@sprites["sq3"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
@sprites["sq4"].bitmap.clear
@sprites["sq4"].bitmap = Bitmap.new("Graphics/Pictures/Pokepoker/redsq")
end
def handrate(hand1,hand2,hand3,hand4,hand5,hand6,hand7)
##################################
## check for royal straight flush
##################################
### these var will store the amount of elements needed for a royal straight flush
### if they reach 5 means the 5 cards required are present
hroyalf = 0
droyalf = 0
sroyalf = 0
croyalf = 0
@hand = [
hand1,
hand2,
hand3,
hand4,
hand5,
hand6,
hand7
]
# @hand = [
# [45,"Seven of Hearts",4,"Spades"],
# [5,"Six of Spades",10,"Clubs"],
# [47,"Nine of Hearts",10,"Diamonds"],
# [49,"Jack of Hearts",8,"Hearts"],
# [41,"Three of Hearts",9,"Hearts"],
# [6,"Seven of Spades",3,"Spades"],
# [44,"Six of Hearts",14,"Hearts"]
# ]
@tiebreakerhand = []
for i in 0...7
@tiebreakerhand.push(@hand[i][2])
end
@tiebreakerhand.sort! { |a, b| b <=> a }
####### checks every card in @hand, adds +1 to the roayl flush counters - hroalf, droyalf
for i in 0...7
hroyalf += 1 if @hand[i][2] == 10 && @hand[i][3] == "Hearts"
hroyalf += 1 if @hand[i][2] == 11 && @hand[i][3] == "Hearts"
hroyalf += 1 if @hand[i][2] == 12 && @hand[i][3] == "Hearts"
hroyalf += 1 if @hand[i][2] == 13 && @hand[i][3] == "Hearts"
hroyalf += 1 if @hand[i][2] == 14 && @hand[i][3] == "Hearts"
droyalf += 1 if @hand[i][2] == 10 && @hand[i][3] == "Diamonds"
droyalf += 1 if @hand[i][2] == 11 && @hand[i][3] == "Diamonds"
droyalf += 1 if @hand[i][2] == 12 && @hand[i][3] == "Diamonds"
droyalf += 1 if @hand[i][2] == 13 && @hand[i][3] == "Diamonds"
droyalf += 1 if @hand[i][2] == 14 && @hand[i][3] == "Diamonds"
sroyalf += 1 if @hand[i][2] == 10 && @hand[i][3] == "Spades"
sroyalf += 1 if @hand[i][2] == 11 && @hand[i][3] == "Spades"
sroyalf += 1 if @hand[i][2] == 12 && @hand[i][3] == "Spades"
sroyalf += 1 if @hand[i][2] == 13 && @hand[i][3] == "Spades"
sroyalf += 1 if @hand[i][2] == 14 && @hand[i][3] == "Spades"
croyalf += 1 if @hand[i][2] == 10 && @hand[i][3] == "Clubs"
croyalf += 1 if @hand[i][2] == 11 && @hand[i][3] == "Clubs"
croyalf += 1 if @hand[i][2] == 12 && @hand[i][3] == "Clubs"
croyalf += 1 if @hand[i][2] == 13 && @hand[i][3] == "Clubs"
croyalf += 1 if @hand[i][2] == 14 && @hand[i][3] == "Clubs"
end
####### if any of the counters reaches 5 it will return 1000 - the highest
####### value possible
if hroyalf == 5 || droyalf == 5 || sroyalf == 5 || croyalf == 5
return 40000
end
###########################
## check for straight flush
###########################
#### each array represents a suit
@hstflush = []
@dstflush = []
@sstflush = []
@cstflush = []
### this will sort the hand and fill each array suit with the cards values
for i in 0...7
@hstflush.push(@hand[i][2]) if @hand[i][3] == "Hearts"
@dstflush.push(@hand[i][2]) if @hand[i][3] == "Diamonds"
@sstflush.push(@hand[i][2]) if @hand[i][3] == "Spades"
@cstflush.push(@hand[i][2]) if @hand[i][3] == "Clubs"
end
### if the suit array is 5 or bigger then there's 5 cards of the same suit
### it will then sort the array from highest to lowest and check for each value
### if the value -1, -2, -3 and -4 is present, it will return 2400 + array[i] which is
### the highest value of the sequence for tie breaker purposes
### the 1st if checks for ace through 5 straight flush, if an ace (14) is present
### will check for presence of the values 2 3 4 and 5
if @hstflush.length >= 5
@hstflush.sort! { |a, b| b <=> a }
for i in [email protected]
if @hstflush[i]== 14
if @hstflush.include?(2) && @hstflush.include?(3) && @hstflush.include?(4) && @hstflush.include?(5)
return 39000 + 5
end
end
if @hstflush.include?((@hstflush[i])-1) && @hstflush.include?((@hstflush[i])-2) && @hstflush.include?((@hstflush[i])-3) && @hstflush.include?((@hstflush[i])-4)
return 39000 + @hstflush[i]
end
end
end
if @dstflush.length >= 5
@dstflush.sort! { |a, b| b <=> a }
for i in [email protected]
if @dstflush[i]== 14
if @dstflush.include?(2) && @dstflush.include?(3) && @dstflush.include?(4) && @dstflush.include?(5)
return 39000 + 5
end
end
if @dstflush.include?((@dstflush[i])-1) && @dstflush.include?((@dstflush[i])-2) && @dstflush.include?((@dstflush[i])-3) && @dstflush.include?((@dstflush[i])-4)
return 39000 + @dstflush[i]
end
end
end
if @sstflush.length >= 5
@sstflush.sort! { |a, b| b <=> a }
for i in [email protected]
if @sstflush[i]== 14
if @sstflush.include?(2) && @sstflush.include?(3) && @sstflush.include?(4) && @sstflush.include?(5)
return 39000 + 5
end
end
if @sstflush.include?((@sstflush[i])-1) && @sstflush.include?((@sstflush[i])-2) && @sstflush.include?((@sstflush[i])-3) && @sstflush.include?((@sstflush[i])-4)
return 39000 + @sstflush[i]
end
end
end
if @cstflush.length >= 5
@cstflush.sort! { |a, b| b <=> a }
for i in [email protected]
if @cstflush[i]== 14
if @cstflush.include?(2) && @cstflush.include?(3) && @cstflush.include?(4) && @cstflush.include?(5)
return 39000 + 5
end
end
if @cstflush.include?((@cstflush[i])-1) && @cstflush.include?((@cstflush[i])-2) && @cstflush.include?((@cstflush[i])-3) && @cstflush.include?((@cstflush[i])-4)
return 39000 + @cstflush[i]
end
end
end
###########################
## check for 4 of a kind
###########################
### stores the value of every card in the four of a kind array
### then sorts the array by descending value
### if there's 4 equal cards then they will be adjacent so it checks
### i+1 i+2 and i+3, if all they're all of equal
### value returns 2100 (4 of a kind value) + array[i] (the card value)
@fourofakind = []
for i in 0...7
@fourofakind.push(@hand[i][2])
end
@fourofakind.sort! { |a, b| b <=> a }
for i in [email protected]
if (@fourofakind[i] == @fourofakind[i+1]) && (@fourofakind[i] == @fourofakind[i+2]) && (@fourofakind[i] == @fourofakind[i+3])
@tiebreakerhand.delete(@fourofakind[i])
return 38000 + (@fourofakind[i]*14) + @tiebreakerhand[0]
end
end
###########################
## check for full house
###########################
#### stores hands values by descending order in fullhouse array
#### if theres 3 values in a row (at this point it already checked for 4 of a kind)
#### returns the highest trio, it then checks for the highest pair
#### it returns 1800 + 14x trio value + pair, it could go up to a max of 210
#### so the value of four a kind is 2100 and this one's base is 1800 to make up for that
@fullhouse = []
trio = 0
pair = 0
for i in 0...7
@fullhouse.push(@hand[i][2])
end
@fullhouse.sort! { |a, b| b <=> a }
for i in [email protected]
if (@fullhouse[i] == @fullhouse[i+1]) && (@fullhouse[i] == @fullhouse[i+2]) && trio == 0
trio = @fullhouse[i]
end
if (@fullhouse[i] == @fullhouse[i+1]) && pair == 0 && (@fullhouse[i] != trio)
pair = @fullhouse[i]
end
end
if pair > 0 && trio > 0
return 37000+(14*trio)+pair
end
###########################
## check for flush
###########################
### distributes hand cards to its respective suit array and sorts descending
### if any suit array length is 5 or greater returns the 5 highest cards
@hflush = []
@dflush = []
@sflush = []
@cflush = []
for i in 0...7
@hflush.push(@hand[i][2]) if @hand[i][3] == "Hearts"
@dflush.push(@hand[i][2]) if @hand[i][3] == "Diamonds"
@sflush.push(@hand[i][2]) if @hand[i][3] == "Spades"
@cflush.push(@hand[i][2]) if @hand[i][3] == "Clubs"
end
if @hflush.length >= 5
@hflush.sort! { |a, b| b <=> a }
return 36000 + @hflush[0] + @hflush[1] + @hflush[2] + @hflush[3] + @hflush[4]
end
if @dflush.length >= 5
@dflush.sort! { |a, b| b <=> a }
return 36000 + @dflush[0] + @dflush[1] + @dflush[2] + @dflush[3] + @dflush[4]
end
if @sflush.length >= 5
@sflush.sort! { |a, b| b <=> a }
return 36000 + @sflush[0] + @sflush[1] + @sflush[2] + @sflush[3] + @sflush[4]
end
if @cflush.length >= 5
@cflush.sort! { |a, b| b <=> a }
return 36000 + @cflush[0] + @cflush[1] + @cflush[2] + @cflush[3] + @cflush[4]
end
###########################
## check for straight
###########################
### stores value of cards in straight array, sorts descending
### for each value, checks if @straight includes i+1,..i+4
@straight = []
for i in 0...7
@straight.push(@hand[i][2])
end
@straight.sort! { |a, b| b <=> a }
for i in [email protected]
if @straight[i] == 14
if @straight.include?(2) && @straight.include?(3) && @straight.include?(4) && @straight.include?(5)
return 35000 + 1
end
end
if @straight.include?(@straight[i]+1) && @straight.include?(@straight[i]+2) && @straight.include?(@straight[i]+3) && @straight.include?(@straight[i]+4)
return 35000 + @straight[i]
end
end
###########################
## check for 3 of a kind
###########################
### stores value of cards in threekind array and sorts descending
### for each value, checks if the 2 next values are equal to it
### note that by the time this chunk is run if there was a 4 of a kind /
### fullhouse, etc it will have already returned so this part only needs
### to check presence of a trio
@threekind = []
for i in 0...7
@threekind.push(@hand[i][2])
end
@threekind.sort! { |a, b| b <=> a }
for i in [email protected]
if (@threekind[i] == @threekind[i+1]) && (@threekind[i] == @threekind[i+2])
@tiebreakerhand.delete(@threekind[i])
return 30000 + (@threekind[i]*140) + (14*@tiebreakerhand[0]) + @tiebreakerhand[1]
end
end
###########################
## check for 2 pairs
###########################
### stores value of cards in doublepair array and sorts descending
### for each value, checks if the next values is equal to it
### it will store the first pair in pair1 and the second pair in pair2
### when paircount == 2 it will stop looking for pairs
### returns 600 + 14x 1st pair value + 2nd pair for tiebreaker purposes
### range for double pairs in score is 600 - 810
### if paircount == 1 it will return 300 + pair1
### if paircount == 0 then it means the player got no "special hand"
### and it will return the highest card
pair1 = 0
pair2 = 0
paircount = 0
@doublepair = []
for i in 0...7
@doublepair.push(@hand[i][2])
end
@doublepair.sort! { |a, b| b <=> a }
for i in [email protected]
if (@doublepair[i] == @doublepair[i+1]) && paircount <2
if pair1 == 0
pair1 = @doublepair[i]
paircount += 1
end
if pair2 == 0 && (@doublepair[i] != pair1)
pair2 = @doublepair[i]
paircount += 1
end
end
end
if paircount == 2
@tiebreakerhand.delete(pair1)
@tiebreakerhand.delete(pair2)
return 25000 + (140*pair1) + (14*pair2) + @tiebreakerhand[0]
end
if paircount == 1
@tiebreakerhand.delete(pair1)
return 300 + (pair1*1400) + (@tiebreakerhand[0]*140) + (@tiebreakerhand[1]*14) + @tiebreakerhand[2]
end
if paircount == 0
if (@hand[0][2]) > (@hand[1][2])
return 14*@hand[0][2] + @hand[1][2]
else
return 14*@hand[1][2] + @hand[0][2]
end
end
end #function
def updatepot
10.times do
@sprites["potvalue"].opacity -= 25.5
pbWait(1)
end
pbWait(8)
@sprites["potvalue"].bitmap.clear
textarray = [[@pot.to_s,26,0,2,Color.new(255,255,255),Color.new(248,240,160),false]]
pbDrawTextPositions(@sprites["potvalue"].bitmap,textarray)
10.times do
@sprites["potvalue"].opacity += 25.5
pbWait(1)
end
end
def updatechips(player)
case player
when 0
#update p1
10.times do
@sprites["p1chips"].opacity -= 25.5
pbWait(1)
end
pbWait(8)
@sprites["p1chips"].bitmap.clear
textarray = [[@players[0][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,240),false]]
pbDrawTextPositions(@sprites["p1chips"].bitmap,textarray)
10.times do
@sprites["p1chips"].opacity += 25.5
pbWait(1)
end
when 1
#update p2
10.times do
@sprites["p2chips"].opacity -= 25.5
pbWait(1)
end
pbWait(8)
@sprites["p2chips"].bitmap.clear
textarray = [[@players[1][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,240),false]]
pbDrawTextPositions(@sprites["p2chips"].bitmap,textarray)
10.times do
@sprites["p2chips"].opacity += 25.5
pbWait(1)
end
when 2
#update p3
10.times do
@sprites["p3chips"].opacity -= 25.5
pbWait(1)
end
pbWait(8)
@sprites["p3chips"].bitmap.clear
textarray = [[@players[2][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,240),false]]
pbDrawTextPositions(@sprites["p3chips"].bitmap,textarray)
10.times do
@sprites["p3chips"].opacity += 25.5
pbWait(1)
end
when 3
#update p4
10.times do
@sprites["p4chips"].opacity -= 25.5
pbWait(1)
end
pbWait(8)
@sprites["p4chips"].bitmap.clear
textarray = [[@players[3][0].to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,240),false]]
pbDrawTextPositions(@sprites["p4chips"].bitmap,textarray)
10.times do
@sprites["p4chips"].opacity += 25.5
pbWait(1)
end
end
end
def npcmove(npc)
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999) ##pushes high number that doesnt matter / else it bugs
lowestchip[i] -= (@previousbet - respectivebet) ##this is to avoid players calling and geting negative chips
end
lowestchip.sort!
case npc
when 1
pcoins = @players[1][0] - (@previousbet - @player2bet)
pbet = @player2bet
subroundraise = @player2srr ##subround raises, to avoid raisefest npcs only raise once per sub round
when 2
pcoins = @players[2][0] - (@previousbet - @player3bet)
pbet = @player3bet
subroundraise = @player3srr
when 3
pcoins = @players[3][0] - (@previousbet - @player4bet)
pbet = @player4bet
subroundraise = @player4srr
end
return 1 if (@players[0][1] + @players[1][1] + @players[2][1] + @players[3][1]) == 1 ##doesnt raise or fold if 1 player up only
fold = 95
raisem = 15
a=rand(100)+1
c = @player1srr + @player2srr + @player3srr + @player4srr
c < 2 ? raisem -= 5*c : raisem -= 10*c ##drops chance of raise if there was 1raise this subround, drops dramatically if there was 2 or more
raisem -= @totalraises if @totalraises > 4 ##if there was more then 4 raises this ROUND, drops slightly and proportionately the chance for more raises
if @previousbet == 0 ##check doesnt cost money, never fold
fold = 101
end
if goodcard(npc) > 0 ##good hand, dont fold
fold = 101
raisem += 15 if goodcard(npc) == 1 ##good hand, more chances to raise
raisem += 30 if goodcard(npc) == 2 ##rly good hand, more chances to raise
end
raisem -= @totalraises ##adjust raise threshold for rng
if subroundraise == 1 ##won't raise because already raised this subround
raisem -= 45
end
if @previousbet == 0 && (pcoins < @blindvalue) ##doesnt have money to bet
raisem -= 45
end
if @previousbet > 0 && (pcoins < (@previousbet*2)) ##doesnt have money to raise
raisem -= 45
end
if @comcards == 0 && ((@previousbet*2) > lowestchip[0]) ##lowest chips player cant call min raise
raisem -= 45
end
if @comcards > 0 && (@blindvalue > lowestchip[0]) ##loest chips player cant call min bet
raisem -= 45
end
return 3 if a > fold
return 2 if a<raisem
return 1 ##calls / check if doesnt fold or raise
end #function
def goodcard(npc)
score = 0
case npc
when 1
score = handrate(@player2card1,@player2card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
when 2
score = handrate(@player3card1,@player3card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
when 3
score = handrate(@player4card1,@player4card2,@comcard1,@comcard2,@comcard3,@comcard4,@comcard5)
end
return 0 if score < 300 ##high card
return 1 if score < 25000 ##1 pair
return 2 if score > 25000 ##2 pair -> won't go any further, we don't want cheater npcs
end
def betscene
@raisevalue = 0 #### fixes bug with the display of bet value
@sprites["betvalue"].bitmap.clear
textarray = [[@raisevalue.to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["betvalue"].bitmap,textarray)
updateselect
@raisevalue = 0
@betplaced = 0
@select = 1
@sprites["betui"].opacity = 255
@sprites["selectarrow"].opacity = 255
@sprites["betvalue"].opacity = 255
@sprites["bet"].opacity = 255
lowestchip = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? lowestchip.push(@players[i][0]) : lowestchip.push(99999)
lowestchip[i]-= (@previousbet - respectivebet)
end
lowestchip.sort!
loop do
Graphics.update
Input.update
if Input.trigger?(Input::B) ##cancels raise / bet scene
#pbPlayCancelSE()
@raisevalue = 0
break
end
if Input.trigger?(Input::UP)
pbPlayCursorSE()
@select == 1 ? @select = 6 : @select -= 1
updateselect
end
if Input.trigger?(Input::DOWN)
pbPlayCursorSE()
@select == 6 ? @select = 1 : @select += 1
updateselect
end
if Input.trigger?(Input::C)
case @select
when 1
if lowestchip[0] < 5 + @raisevalue
pbPlayBuzzerSE()
Kernel.pbMessage("Some players can't call that amount.")
else
pbPlayDecisionSE()
@raisevalue += 5
updatebet
end
when 2
if lowestchip[0] < 10 + @raisevalue
pbPlayBuzzerSE()
Kernel.pbMessage("Some players can't call that amount.")
else
pbPlayDecisionSE()
@raisevalue += 10
updatebet
end
when 3
if lowestchip[0] < 50 + @raisevalue
pbPlayBuzzerSE()
Kernel.pbMessage("Some players can't call that amount.")
else
pbPlayDecisionSE()
@raisevalue += 50
updatebet
end
when 4
if lowestchip[0] < 100 + @raisevalue
pbPlayBuzzerSE()
Kernel.pbMessage("Some players can't call that amount.")
else
pbPlayDecisionSE()
@raisevalue += 100
updatebet
end
when 5
allin = []
for i in 0...4
respectivebet = @player1bet if i == 0
respectivebet = @player2bet if i == 1
respectivebet = @player3bet if i == 2
respectivebet = @player4bet if i == 3
@players[i][1] == 1 ? allin.push(@players[i][0]) : allin.push(99999)
allin[i]-= (@previousbet - respectivebet)
end
allin.sort!
pbPlayDecisionSE()
@raisevalue = allin[0]
updatebet
when 6
if (@raisevalue<@blindvalue) && @previousbet == 0
pbPlayBuzzerSE()
Kernel.pbMessage("You must bet at least the value of the blind.")
elsif (@raisevalue < (@previousbet*2))
pbPlayBuzzerSE()
Kernel.pbMessage("You must raise at least twice the previous bet.")
elsif (@previousbet - @player1bet + @raisevalue > @players[0][0])
pbPlayBuzzerSE()
Kernel.pbMessage("You don't have that amount.")
elsif (@raisevalue > lowestchip[0])
pbPlayBuzzerSE()
Kernel.pbMessage("Some players can't call that amount.")
else
if @previousbet == 0
pbPlayDecisionSE()
Kernel.pbMessage("#{@players[0][3]} bets #{@raisevalue} chips.")
@betplaced = 1 ##breaks the bet / raise scene loop
else
pbPlayDecisionSE()
Kernel.pbMessage("#{@players[0][3]} raises #{@raisevalue} chips.")
@betplaced = 1
end ##@previousbet == 0
end ## if @raisevalue < @blindvalue
end ## case 1 - 6
end ## if input C
break if @betplaced == 1
end ## loop do
@sprites["betui"].opacity = 0
@sprites["selectarrow"].opacity = 0
@select = 1 ##fixes bug with display of arrow next time betscene is accessed
@sprites["betvalue"].opacity = 0
@sprites["bet"].opacity = 0
end ## function
def updateselect
case @select
when 1
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 86
when 2
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 118
when 3
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 150
when 4
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 182
when 5
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 214
when 6
@sprites["selectarrow"].x = 384
@sprites["selectarrow"].y = 246
end
end
def updatebet
10.times do
@sprites["betvalue"].opacity -= 25.5
pbWait(1)
end
@sprites["betvalue"].bitmap.clear
textarray = [[@raisevalue.to_s,26,0,2,Color.new(0,0,0),Color.new(240,240,200),false]]
pbDrawTextPositions(@sprites["betvalue"].bitmap,textarray)
10.times do
@sprites["betvalue"].opacity += 25.5
pbWait(1)
end
end
def updatefold(arg)
case arg
when 0
@sprites["p1_1"].opacity = 0
@sprites["p1_2"].opacity = 0
when 1
@sprites["p2_1"].opacity = 0
@sprites["p2_2"].opacity = 0
when 2
@sprites["p3_1"].opacity = 0
@sprites["p3_2"].opacity = 0
when 3
@sprites["p4_1"].opacity = 0
@sprites["p4_2"].opacity = 0
end
end
def updatequitters
if @players[1][2] == 0 && @sprites["p2name"].opacity == 255
Kernel.pbMessage("#{@players[1][3]} quits the game.")
10.times do
@sprites["p2name"].opacity -= 25.5
pbWait(1)
end
@sprites["p2name"].bitmap.clear
textarray = [[@players[1][3],57,0,2,Color.new(255,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p2name"].bitmap,textarray)
10.times do
@sprites["p2name"].opacity += 25.5
pbWait(1)
end
end
if @players[2][2] == 0 && @sprites["p3name"].opacity == 255
Kernel.pbMessage("#{@players[2][3]} quits the game.")
10.times do
@sprites["p3name"].opacity -= 25.5
pbWait(1)
end
@sprites["p3name"].bitmap.clear
textarray = [[@players[2][3],57,0,2,Color.new(255,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p3name"].bitmap,textarray)
10.times do
@sprites["p3name"].opacity += 25.5
pbWait(1)
end
end
if @players[3][2] == 0 && @sprites["p4name"].opacity == 255
Kernel.pbMessage("#{@players[3][3]} quits the game.")
10.times do
@sprites["p4name"].opacity -= 25.5
pbWait(1)
end
@sprites["p4name"].bitmap.clear
textarray = [[@players[3][3],57,0,2,Color.new(255,0,0),Color.new(255,255,255),false]]
pbDrawTextPositions(@sprites["p4name"].bitmap,textarray)
10.times do
@sprites["p4name"].opacity += 25.5
pbWait(1)
end
end
end
def sequenceannounce(score)
return "a Royal Straight Flush" if score == 40000
return "a Straight Flush" if score >= 39000
return "a 4 of a Kind" if score >= 38000
return "a Full House" if score >= 37000
return "a Flush" if score >= 36000
return "a Straight" if score >= 35000
return "a 3 of a Kind" if score >= 30000
return "2 Pairs" if score >= 25000
return "a Pair" if score >= 300
return "a High Card"
end
def pokerdispose ###dispose all graphics
pbDisposeSpriteHash(@sprites)
@viewport.dispose
@viewport2.dispose
@viewport3.dispose
@viewport4.dispose
@viewport5.dispose
end
def pbpokepokerstart
loop do
Graphics.update
Input.update
Kernel.pbMessage("Welcome to Poke Poker!")
Kernel.pbMessage("We have at the table #{@players[0][3]}, #{@players[1][3]}, #{@players[2][3]} and #{@players[3][3]}.")
Kernel.pbMessage("Each player starts with #{@fee} chips, the value of the blind is #{@blindvalue} chips.")
Kernel.pbMessage("Happy gaming and may the odds be ever in your favor!")
while @gameover == 0
roundannouncement
drawcards
playround
roundwinner
end
break
end
pokerdispose
end
end #classpokepokerRequired graphics:
http://www.mediafire.com/file/pcxhcsx3noqaqlc/Pokepoker.rar/file
Instructions:
1. Unzip Pokepoker.rar and place it in your /Graphics/Pictures/ folder, its files directory should be:
.../Graphics/Pictures/Pokepoker/...
2. Make a new page in your script section above main below compiler and paste the script.
3. If you don't want NPC names to be random, set @randomnpcnames = true to false in line 15, if you want to add / remove / edit the names available to the npcs, change the array @randomnames in line 97.
4. Change @chipsvariable in line 14 to the number of an empty game variable of yours, do not use a variable you're using for something else or it will be overwritten.
5. Add the event on your game:
The event can be heavily customized, I will give an example of how it could look like:
First you need to check if the player has enough coins, let's say you want the player to start with 500 chips, then it needs to have 500 coins, you can alter the ratio, like 1 coin = 2 chips, it's up to you.
If the player has enough coins, you deduct them and start the pokepoker game with this event:
Pokepoker.new(X,Y)
In this example I have used 500 coins so I changed X to 500, Y is the value of the blind, the minimum bet one player needs to pay every round, in this example I set it to 10.
After the game you need to update players coins. In this example I have a fancy message in case the player lost everything but it isn't required.
Credits: Aioros for the scripting, AmirX3 for the graphics (and coming up with the idea).
And a word of appreciation for the people who gave me a little hand here and there in thundaga discord! :)
