New Game Challenge: Pong/Air Hockey Variant

Comments

• Progrmr235

  October 2014 Posts: 103

  Whats TBD 5?
• Doge

  October 2014 Posts: 135

  To be determined
• Progrmr235

  October 2014 Posts: 103

  Oh, then the 5 in there must mean rule 5.
• Progrmr235

  October 2014 Posts: 103

  What the heck, I'm bored. I'll enter.
• Saturn031000

  October 2014 Posts: 282

  What's with all the 11s in the deadline?
• Monkeyman32123

  October 2014 Posts: 342

  I'll enter, but be warned that my entry will be too awesome for your mind to handle.
• GriffinC

  October 2014 Posts: 103

  I still need another judge PM's please
• GriffinC

  October 2014 Posts: 103

  We dont have enough applicants to make a decent competition. Please consider joining this.
  
• Mr_Ninja

  October 2014 Posts: 216

  I'll join, but not sure if I'll have the free time to finish writing an app
• TheMcSebi

  November 2014 edited November 2014 Posts: 25

  Sorry, but how can i post a comment with a fancy box containing my code? I'm new here and couldn't find it anywhere and I wanted to share my fully functional pong variant with clever bots with you guys.
• dave1707 Mod

  November 2014 Posts: 7,805

  @TheMcSebi If you want to post your code, put 3 ~'s (tildes) on a line before and after your code.
• SkyTheCoder

  November 2014 Posts: 1,976

  @TheMcSebi That sounds like a frequently asked question...maybe you should read the FAQ?
• CayDay47

  November 2014 edited November 2014 Posts: 59

  '2) No line limit.'

  What does that mean? Does it mean that the paddles should be able to go anywhere on the screen?
• Mr_Ninja

  November 2014 Posts: 216

  @CayDay47 , I think he means your code can be as many lines as you want.
• TheMcSebi

  November 2014 edited November 2014 Posts: 25

  Couldn't find it on the FAQ, but thanks @dave1707

  So this is what i did during a couple of days when I was really bored - hope you enjoy it

  -- Main
  
  supportedOrientations(LANDSCAPE_ANY)
  displayMode(FULLSCREEN)
  
  function setup()
  
      -- ADJUSTABLE PARAMETERS
      local toggleBot1 = true
      local toggleBot2 = false
  
      local botOperationDelay = 60    --min 3
          -- bot max speed at 3: 365
          -- bot max speed at 5: 250
      local botMovementMode = 1    -- 1 || 2
      local initialBallSpeed = 12
  
      local bouncesToSpeedIncrease = 5
      -- END OF ADJUSTABLE PARAMETERS
  
      doGameSetup(botOperationDelay, initialBallSpeed, bouncesToSpeedIncrease, botMovementMode, toggleBot1, toggleBot2)
  end
  
  
  function doGameSetup(bod, ibs, btsi, bmm, tb1, tb2)
      ball = {pos=vec2(WIDTH/2, HEIGHT/2), dir=nil, s=4}
      bars = {{x=0, y=HEIGHT/2}, {x=1, y=HEIGHT/2}}
      bot1 = {fin = nil, delay = bod, job = false, ball = nil}
      bot2 = {fin = nil, delay = bod, job = false, ball = nil}
      score = {left=0, right=0}
  
      bgc = color(31, 39, 82, 255)
      noSmooth()
  
      parameter.boolean("bot1_enabled", tb1)
      parameter.boolean("bot2_enabled", tb2)
      parameter.boolean("autorestart", false)
      parameter.integer("sysMultiply", 1, 20, 1)
      parameter.watch("ballSpeed")
  
      maxBounces = btsi
      initBallSpeed = ibs
      ballSize = 20
      barLength = 200
      borderWidth = 15
      botMode = bmm
  
      touches = {}
      bounces = 0
      gameState = 0
      ballSpeed = ibs
  end
  
  function touched(touch)
      if touch.state == ENDED then
          touches[touch.id] = nil
          started = false
      else
          touches[touch.id] = touch
      end
  end
  
  function draw()
      handleTouches()
  
      drawField()
      drawScore()
      drawBall()
  
      for i = 1, sysMultiply do
          for i = 1, ballSpeed do
              if gameState == 1 then
                  updateBall()
              end
          end
  
          if gameState == 1 then
              updateGame()
          end
  
          if bot1_enabled then bot(1) end
          if bot2_enabled then bot(2) end
      end
  
      for i,b in pairs(bars) do drawBar(b) end
  end
  
  
  function bot(n)
      -- simple bot code
      --bars[n].y = ball.pos.y + math.random((-barLength/2.1)*100, (barLength/2.1)*100)/100
  
      -- hardcore bot code
      if (n == 1) and not (bot1.ball == nil) then
          local b = bot1.ball
          --local rand = vec2(0, math.random((-barLength/2.3)*100, (barLength/2.3)*100)/100)
          local randRange = barLength/1.1
          local rand = vec2(0, math.random()*randRange-randRange/2)
          local fin = simulation(b.pos, b.dir) + rand
  
          bot1.job = true
          bot1.fin = fin
          bot1.speed = (bot1.fin.y-bars[1].y)/bot1.delay
          bot1.ball = nil
  
  
      elseif (n == 2) and not (bot2.ball == nil) then
          local b = bot2.ball
          --local rand = vec2(0, math.random((-barLength/2.3)*100, (barLength/2.3)*100)/100)
          local randRange = barLength/1.1
          local rand = vec2(0, math.random()*randRange-randRange/2)
          local fin = simulation(b.pos, b.dir) + rand
  
          bot2.job = true
          bot2.fin = fin
          bot2.speed = (bot2.fin.y-bars[2].y)/bot2.delay
          bot2.ball = nil
      end
  
      if (bot1.job == true) and (n == 1) then
          if botMode == 1 then
              bars[1].y = bars[1].y + bot1.speed
          elseif botMode == 2 then
              bars[1].y = bars[1].y + (bot1.fin.y - bars[1].y)/(bot1.delay/2.2)
          end
          if math.floor(bot1.fin.y*10) == math.floor(bars[1].y*10) then
              bars[1].y = bot1.fin.y
              bot1.job = false
              --print("bot1 job done")
          end
      end
  
      if (bot2.job == true) and (n == 2) then
          if botMode == 1 then
              bars[2].y = bars[2].y + bot2.speed
          elseif botMode == 2 then
              bars[2].y = bars[2].y + (bot2.fin.y - bars[2].y)/(bot1.delay/2.2)
          end
          if math.floor(bot2.fin.y*10) == math.floor(bars[2].y*10) then
              bars[2].y = bot2.fin.y
              bot2.job = false
              --print("bot2 job done")
          end
      end
  
  end
  
  function simulation(startPos, direction)
      local pos = startPos
      local dir = direction
      local targetReached = false
  
      while not targetReached do
          pos = pos + dir:normalize()
  
          if pos.y > HEIGHT-borderWidth-ballSize/2 then
              dir = vec2(dir.x, -dir.y)
              pos.y = HEIGHT-borderWidth-ballSize/2
          elseif pos.y < borderWidth+ballSize/2 then
              dir = vec2(dir.x, -dir.y)
              pos.y = borderWidth+ballSize/2
          end
  
          if pos.x > WIDTH-borderWidth-ballSize/2 then
              -- rechts
              targetReached = true
          elseif pos.x < borderWidth+ballSize/2 then
              -- links
              targetReached = true
          end
      end
  
      return pos
  end
  
  
  function updateGame()
      if bounces >= maxBounces then
          bounces = 0
          ballSpeed = ballSpeed + 1
      end
  end
  
  
  function handleTouches()
  
      local x = 0
      local y = 0
  
      for k,touch in pairs(touches) do
          x = touch.x
          y = touch.y
  
          for i,b in pairs(bars) do
              if x < WIDTH/2 then
                  if b.x == 0 then
                      b.y = y
                  end
              elseif x > WIDTH/2 then
                  if b.x == 1 then
                      b.y = y
                  end
              end
          end
      end
  
      if gameState == 0 then
  
          local bpos = ball.pos
  
          local dist = bpos:dist(vec2(x, y))
          if (dist < ballSize*3) or autorestart then
              gameState = 1
  
              local buffer = math.random(1, 2)
              local yDir = math.random()*12-6
  
              if buffer == 1 then
                  ball.dir = vec2(-3, yDir)
                  bot1.ball = ball
              elseif buffer == 2 then
                  ball.dir = vec2(3, yDir)
                  bot2.ball = ball
              end
          end
      end
  end
  
  
  function updateBall()
      local pos = ball.pos
      local dir = ball.dir
  
      pos = pos + dir:normalize()
  
      local x = pos.x
      local y = pos.y
  
      local passToBot1 = false
      local passToBot2 = false
  
      -- oben + unten
      if y > HEIGHT-borderWidth-ballSize/2 then
          dir = vec2(dir.x, -dir.y)
          pos.y = HEIGHT-borderWidth-ballSize/2
      elseif y < borderWidth+ballSize/2 then
          dir = vec2(dir.x, -dir.y)
          pos.y = borderWidth+ballSize/2
      end
  
      if x > WIDTH-borderWidth-ballSize/2 then
          -- rechts
          local barY = bars[2].y
          local ballY = ball.pos.y
  
          if math.abs(barY-ballY) < barLength/2 then
              dir = vec2(-dir.x, (ballY-barY)/20)
              pos.x = WIDTH-borderWidth-ballSize/2
  
              if bot1_enabled then
                  passToBot1 = true
              end
          else
              scorePoint(2)
              pos = vec2(WIDTH/2, HEIGHT/2)
          end
  
          bounces = bounces + 1
  
      elseif x < borderWidth+ballSize/2 then
          -- links
          local barY = bars[1].y
          local ballY = ball.pos.y
  
          if math.abs(barY-ballY) < barLength/2 then
              dir = vec2(-dir.x, (ballY-barY)/20)
              pos.x = borderWidth+ballSize/2
  
              if bot2_enabled then
                  passToBot2 = true
              end
          else
              scorePoint(1)
              pos = vec2(WIDTH/2, HEIGHT/2)
          end
  
          bounces = bounces + 1
      end
  
      ball.pos = pos
      ball.dir = dir
  
      if passToBot1 then
          bot1.ball = ball
      end
  
      if passToBot2 then
          bot2.ball = ball
      end
  end
  
  
  function drawField()
      background(bgc)
  
      pushMatrix()
      pushStyle()
  
      rectMode(CENTER)
      stroke(255, 255, 255, 255)
      strokeWidth(borderWidth)
      lineCapMode(SQUARE)
      fill(bgc)
      translate(WIDTH/2, HEIGHT/2)
  
      rect(0, 0, WIDTH+300, HEIGHT)
      stroke(255, 255, 255, 106)
      line(0, -HEIGHT/2, 0, HEIGHT/2)
  
      popMatrix()
      popStyle()
  end
  
  
  function drawBall()
      pushMatrix()
      pushStyle()
  
      local x = ball.pos.x
      local y = ball.pos.y
  
      rectMode(CENTER)
      fill(255, 255, 255, 255)
  
      rect(x, y, ballSize, ballSize)
  
      popMatrix()
      popStyle()
  end
  
  function drawBar(bar)
      pushMatrix()
      pushStyle()
  
      local h = barLength
      local w = borderWidth
      local x = bar.x*(WIDTH-w)+w/2
      local y = bar.y
  
      rectMode(CENTER)
      fill(255, 255, 255, 255)
  
      rect(x, y, w, h)
  
      popMatrix()
      popStyle()
  end
  
  
  function scorePoint(side)
      if side == 1 then
          --print("point for right")
          score.right = score.right + 1
      elseif side == 2 then
          --print("point for left")
          score.left = score.left + 1
      end
  
      gameState = 0
      ballSpeed = initBallSpeed
  end
  
  
  function drawScore()
      local size = 50
      local str = score.left.."   "..score.right
  
      pushMatrix()
      pushStyle()
      fill(255, 255, 255, 255)
      fontSize(size)
      font("Arial-BoldMT")
      textMode(CENTER)
      text(str, WIDTH/2, HEIGHT-borderWidth-size/2)
      popMatrix()
      popStyle()
  end
  

  Edit: Oooooohh, THAT FAQ.... I only found that on the wiki ._. Sorry again...
• Perscirious

  November 2014 Posts: 41

  I'll give this one a try but it won't be soo great!
• CayDay47

  November 2014 Posts: 59

  @Mr_Ninja, thanks for making me see the obvious thing I overlooked
  It's funny, I was already thinking about how to do it by then.
• GriffinC

  November 2014 Posts: 103

  Great game @TheMcSebi I really liked how you made the "AI" for the players. Remember all others deadline for game is Remembrance Day at 11:11
• Monkeyman32123

  November 2014 edited November 2014 Posts: 342

  Here's my version, somewhat sloppily done, which I'm not proud of, but I like the visuals, so there is that. I was going to add more features, but I've been strapped for time, I may still add them.

  displayMode(OVERLAY)
  displayMode( FULLSCREEN)
  supportedOrientations(LANDSCAPE_ANY)
  
  function setup()
      physics.continuous=true
      p1=physics.body(CIRCLE,50)
      p1.mass=1
      p1.sleepingAllowed=false
      p1.bullet=true
      p1.position = vec2(50,HEIGHT/2)
      p1.lastpos = p1.position
      p1.name = "paddle1"
      p1.gravityScale = 0
      p1.type = KINEMATIC
      p1.draw = function()
          pushStyle()
          stroke(255,63.75,0)
          strokeWidth(score2/10*(p1.radius))
          fill(0, 255, 255, 255)
          ellipse(p1.x,p1.y,p1.radius*2+2)
          popStyle()
      end
      p2=physics.body(CIRCLE,50)
      p2.mass = 1
      p2.sleepingAllowed=false
      p2.bullet=true
      p2.position = vec2(WIDTH-50,HEIGHT/2)
      p2.lastpos = p2.position
      p2.name = "paddle2"
      p2.gravityScale = 0
      p2.type = KINEMATIC
      p2.draw = function()
          pushStyle()
          stroke(0,255,255)
          strokeWidth(score1/10*(p2.radius))
          fill(255, 63.75, 0, 255)
          ellipse(p2.x,p2.y,p2.radius*2+2)
          popStyle()
      end
      p3=physics.body(CIRCLE,20)
      p3.linearDamping=.25
      p3.mass = 1000
      p3.sleepingAllowed=false
      p3.bullet=true
      p3.position = vec2(WIDTH/2,HEIGHT/2)
      p3.name = "ball"
      p3.gravityScale = 0
      p3.type = DYNAMIC
      p3.draw = function()
          pushStyle()
          noStroke()
          fill(color(255,63.75,0):mix(color(0,255,255),.5+(score2-score1)/20))
          ellipse(p3.x,p3.y,p3.radius*2+2)
          popStyle()
      end
      maxlinedash = 33.3
      score1 = 0
      gs1=0
      score2 = 0
      gs2=0
      fps=60
      s=Starter()
      s:start(false)
  
  end
  function draw()
      background(127.5)
      strokeWidth(10)
      stroke(255, 63.75, 0, 255)
      lineCapMode(ROUND)
      for i=-2,maxlinedash do
          if i%2==0 then
              line(WIDTH/2,(i/maxlinedash)*HEIGHT+(ElapsedTime*10)%(HEIGHT/(maxlinedash/2)),WIDTH/2,(i+1)/maxlinedash*HEIGHT+(ElapsedTime*10)%(HEIGHT/(maxlinedash/2)))
          end
      end
      clip(WIDTH/2+(score2-score1)*10,0,WIDTH/2,HEIGHT)
      stroke(0, 255, 255, 255)
      for i=-2,maxlinedash do
          if i%2==0 then
              line(WIDTH/2,(i/maxlinedash)*HEIGHT+(ElapsedTime*10)%(HEIGHT/(maxlinedash/2)),WIDTH/2,(i+1)/maxlinedash*HEIGHT+(ElapsedTime*10)%(HEIGHT/(maxlinedash/2)))
          end
      end
      clip()
      if p3.position.y > HEIGHT-p3.radius then
          p3.linearVelocity = vec2(p3.linearVelocity.x,math.min(-p3.linearVelocity.y,p3.linearVelocity.y))
          elseif p3.position.y < p3.radius then
          p3.linearVelocity = vec2(p3.linearVelocity.x,math.max(-p3.linearVelocity.y,p3.linearVelocity.y))
      end
      if p3.position.x > WIDTH+p3.radius then
          score1 = score1 + 1
          if score1 >= 11 then 
              score1 = 0
              gs1 = gs1 + 1
          end
          p3.linearVelocity=vec2(0,0)
          p3.position=vec2(WIDTH/2,HEIGHT/2)
          s:start(false)
      end
      if p3.position.x < -p3.radius then
          score2 = score2 + 1
          if score2 >= 11 then 
              score2 = 0
              gs2 = gs2 + 1
          end
          p3.linearVelocity=vec2(0,0)
          p3.position=vec2(WIDTH/2,HEIGHT/2)
          s:start(true)
      end
      if touch2 then p2.position = vec2(touch2.x,touch2.y) end
      if touch1 then p1.position = vec2(touch1.x,touch1.y) end
      if p2.position.x < WIDTH/2+p3.radius+p2.radius then
          p2.position=vec2(WIDTH/2+p3.radius+p2.radius,p2.position.y)
          p2.linearVelocity.x =0
      end
      if p2.linearVelocity.x < (WIDTH/2+p3.radius+p2.radius)-p2.position.x then
          p2.linearVelocity.x = (WIDTH/2+p3.radius+p2.radius)-p2.position.x
      end
      if p1.position.x > WIDTH/2-p3.radius-p1.radius then
          p1.position=vec2(WIDTH/2-p3.radius-p1.radius,p1.position.y)
          p1.linearVelocity.x =0
      end
      if p1.linearVelocity.x > (WIDTH/2-p3.radius-p1.radius)-p1.position.x then
          p1.linearVelocity.x = (WIDTH/2-p3.radius-p1.radius)-p1.position.x
      end
      if p3.linearVelocity:len() > 1500 then
          p3.linearVelocity = 1500/p3.linearVelocity:len()*p3.linearVelocity
      end
      s:draw()
      p3:draw()
      p1:draw()
      p2:draw()
      fontSize(50)
      textAlign(RIGHT)
      fill(0,255,255)
      local w,h = textSize(score1.."\n"..gs1)
      text(score1.."\n"..gs1,WIDTH/2-w/2-15,HEIGHT-h/2)
      fill(255,63.75,0)
      local w,h = textSize(score2.."\n"..gs2)
      text(score2.."\n"..gs2,WIDTH/2+w/2+15,HEIGHT-h/2)
      output.clear()
      fps=.9*fps+.1*(1/DeltaTime)
      print(math.floor(fps))
  end
  function touched(t)
      if not touch1 and t.state == BEGAN and p1.position:dist(vec2(t.x,t.y))<p1.radius then
          touch1 = t
          elseif not touch2 and t.state == BEGAN and p2.position:dist(vec2(t.x,t.y))<p2.radius then
          touch2 = t
      end
      if t.state == MOVING and touch1 and t.id == touch1.id then
          p1.lastpos = p1.position
          touch1=t
          p1.linearVelocity = 1*vec2(30*t.deltaX,30*t.deltaY)
          if p1.linearVelocity.x > (WIDTH/2-p3.radius-p1.radius)-p1.position.x then
              p1.linearVelocity.x = (WIDTH/2-p3.radius-p1.radius)-p1.position.x
          end
          elseif t.state == MOVING and touch2 and t.id == touch2.id then
          p2.lastpos = p1.position
          touch2=t
          p2.linearVelocity = 1*vec2(30*t.deltaX,30*t.deltaY)
          if p2.linearVelocity.x < -(WIDTH/2+p3.radius+p2.radius)+p2.position.x then
              p2.linearVelocity.x = (WIDTH/2+p3.radius+p2.radius)-p2.position.x
          end
      end
      if t.state == ENDED and touch1 and touch1.id == t.id then
          touch1 = nil
          p1.linearVelocity=vec2(0,0)
          elseif t.state == ENDED and touch2 and t.id == touch2.id then
          touch2 = nil
          p2.linearVelocity=vec2(0,0)
      end
  end
  
  Starter = class()
  
  function Starter:init()
      self.target = vec2(WIDTH/2,HEIGHT/2)
      self.d=100
      self.del = 2
      self.active = false
      self.left = true
      self.t=0
      self.on = false
  end
  
  function Starter:draw()
      if self.active then
          if self.t<self.del then
              self.t = self.t + DeltaTime
              else
              self.on=true
          end
          if self.on then
              p3.type=DYNAMIC
              if self.left ==true then
                  p3.linearVelocity=vec2(500,0):rotate(math.rad(math.random(115,245)))
                  else
                  p3.linearVelocity=vec2(500,0):rotate(math.rad(65-math.random(130)))
              end
              self.active,self.on=false,false
          end
      end
  end
  
  function Starter:start(left)
      self.left = left
      self.t=0
      self.active = true
      p3.type=STATIC
  end
  
• GriffinC

  November 2014 Posts: 103

  I like the scoring on yours @Monkeyman32123 if you put the starter into a separate tab it speeds everything up.
• Progrmr235

  November 2014 edited November 2014 Posts: 103

  here's my entry. Had to fit the code on two posts(sorry).

  function setup()
  displayMode(FULLSCREEN)
      ww = math.random(1,2)
       ud = nil
      hoff = true
      sud = false
      minute = 6
      sec1 = 0
      sec2 = 0
      start = false
      sSecond = 60
      sStart = 60
      x2 = WIDTH/2
      y2 = HEIGHT/2
      drct = true
      up_down = nil
      Pls = 0
      Ais = 0
      size = 40
      hit = false
      mo = 0
      AImo = 0
      gs = false
      e = false
      m = false
      h = false
      dim = false
      fade = 0
      ax = 30
      ay = HEIGHT/2 - 30
      aw = 25
      ah = 100
      x = 975
      y = HEIGHT/2 - 30
      w = 25
      hi = 100
      Pls = 0
      Ais = 0
      fade2 = 255
      go = false
      AIgo = false
      play = true
      playtime = 0
      en = 0
      es = math.random(60*30,60*40)
      ea = false
      ee = es + 540*2
      gpy = math.random(60,700)
      gpx = math.random(350,450)
      minRecx = x
      minRecy = y - 60
      switch = false
      minirect = false
      Atime = 0
      Time = 0
      bonus = math.random(1,5)
      AIminirect = false
      AIminRecx = ax
      AIminRecy = ay - 60
      check = false
  end
  
  -- This function gets called once every frame
  function draw()
      if play == true then
              music("Game Music One:Zero")
              play = false
          end
      playtime = playtime + 1
      if playtime == 60*324 then
              play = true
              playtime = 0
          end
      if gs == false then
          background(0)
      fontSize(100)
      fill(255, 0, 9, fade)
      if dim == false then
      if fade < 255 then
          fade = fade + 1
      end
          if fade == 255 then
              dim = true
          end
          end
      if dim == true then
          if fade > 130 and fade <= 255 then
              fade = fade - 1
          end
          if fade == 130 then
              dim = false
          end
  end
  font("AcademyEngravedLetPlain")
  text("Tap to play",WIDTH/2,HEIGHT/2+100)
  fontSize(28)
  text("choose the level of difficullty",WIDTH/2,HEIGHT/2)
  fill(255, 255, 255, fade)
  rect(700,200,100,40)
  rect(450,200,100,40)
  rect(200,200,100,40)
  fill(0)
  text("easy",250,220)
  text("medium",500,220) 
  text("hard",750,220)
      end
      if gs == true then 
      if hoff == true then
      if ww == 1 then
      hit = false
      drct = true
      end
       if ww == 2 then
       hit = true
      drct = false
      end
      hoff = false
      end
      fade = 0
      background(0)
      strokeWidth(0)
      stroke(255,156,30,fade2)
      strokeWidth(5)
      line(WIDTH/2,780,WIDTH/2,0)
      fill(0,0,0,0)
      stroke(255, 0, 0, fade2)
      ellipse(1024,HEIGHT/2,950)
      ellipse(0,HEIGHT/2,950)
      strokeWidth(0)
      fill(255, 167, 0, fade2)
      rect(x,y,25,100)
      fontSize(50)
      fill(255)
      text(minute .. ":" .. sec2 .. sec1,WIDTH/2,HEIGHT - 75)
      if sStart > -1 then
          sStart = sStart - 1 
          if sStart == 0 then
              start = true
          end
      end
          if start == true then
      if sec2 == 0 then
          sec1 = 9
          sec2 = 5
          minute = 5
          start = false
      end
              end
      if minute > 0 or sec2 > 0 or sec1 > 0 then
          if sStart <= 0 then
  sSecond = sSecond - 1
              end
      if sSecond == 0 then
          sec1 = sec1 - 1
          sSecond = 60
      end
      if sec1 == -1 then
          sec2 = sec2 - 1
          sec1 = 9
      end
      if sec2 == -1 then
          minute = minute - 1
          sec2 = 5
      end
          end
      if minute == 0 and sec2 == 0 and sec1 == 0 then
          fade2 = 125
      else
          fade2 = 255
      end
      fill(0, 2, 255, fade2)
      strokeWidth(0)
      ellipse(x2,y2,size)
  if minute > 0 or sec2 > 0 or sec1 > 0 then
      if e == true then
      if drct == true then
          x2 = x2 + 2
          else
          x2 = x2 - 2
      end
  end
  if m == true then
      if drct == true then
          x2 = x2 + 3
      else
          x2 = x2 - 3
      end
  end
  if h == true then
      if drct == true then
          x2 = x2 + 15
      else
          x2 = x2 - 15
      end
  end
          if x2 <=975 then
          if hit == false then
      if x2 >= x - 20 and x2 < x + 20 and y2 >= y - 20  and y2 < y + 110 then
          drct = false
          sound("Game Sounds One:Block 1")
          Pls = Pls + 1
          hit = true
      end
      end
              end
      if x2 >= 60 then
      if hit == true then
      if x2 >= ax - 45 and x2 < ax + 45 and y2 >= ay - 5 and y2 < ay + 105 then
          drct = true
          sound("Game Sounds One:Block 1")
          sud = true
          ud = math.random(1,2)
          Ais = Ais + 1
          hit = false
          end
      end
  end
  if sud == true then
  if ud == 1 then
  up_down = true
  end
  if ud == 2 then
  up_down = false
  end
  sud = false
  end
  if minirect == true then
  if x2 >= minRecx - 20 and x2 < minRecx + 20 and y2 >= minRecy and y2 < minRecy + 62 then
      drct = false
      hit = true
  end
  end
  if AIminirect == true then
      if x2 >= AIminRecx -40 and x2 < AIminRecx + 40 and y2 >= AIminRecy and y2 < AIminRecy + 62 then
          drct = true 
          hit = false
      end
  end
      if x2 >= x - 20 and x2 < x + 20 then
          if y2 >= y - 20 and y2 < y + 55 then
              up_down = false
          end
          if y2 >= y + 45 and y2 < y + 110 then
              up_down = true
          end    
  end
      if e == true then
          if up_down == true then
              y2 = y2 + 1
          else
          if up_down == false then
          y2 = y2 - 1
  end
  end
  end
  if m == true then
      if up_down == true then
          y2 = y2 + 3
      else
      if up_down == false then
              y2 = y2 - 3
          end
      end
  end
  if h == true then
      if up_down == true then
          y2 = y2 + 5 
      else
      if up_down == false then
              y2 = y2 - 5
          end
      end
  end
  
• Progrmr235

  November 2014 edited November 2014 Posts: 103

  Second slide

  if check == true and drct == true and AIminirect == false then
              if bonus == 1 or bonus == 2 then
              if x2 >= gpx - 45 and x2 < gpx + 45 and y2 >= gpy - 45 and y2 < gpy + 45 then
                  AIminirect = true
                  sound("Game Sounds One:Pop 1")
                  ee = en
              end
          end
          end
  if check == true and drct == false and minirect == false then
              if bonus == 1 or bonus == 2 then
              if x2 >= gpx - 45 and x2 < gpx + 45 and y2 >= gpy - 45 and y2 < gpy + 45 then
                  minirect = true
                  sound("Game Sounds One:Pop 1")
                  ee = en
              end
          end
          end
  if check == true and drct == true then
              if bonus == 3 or bonus == 4 then
                  if x2 >= gpx - 45 and x2 < gpx + 45 and y2 >= gpy - 45 and y2 < gpy + 45 then
                      sound("Game Sounds One:Radar")
                      Ais = Ais + 3
                      ee = en
                  end
              end
          end
  if check == true and drct == false then
              if bonus == 3 or bonus == 4 then
                  if x2 >= gpx - 45 and x2 < gpx + 45 and y2 >= gpy - 45 and y2 < gpy + 45 then
                      Pls = Pls + 3
                      sound("Game Sounds One:Radar")
                      ee = en
                  end
              end
          end
  if check == true and drct == false and go == false and AIgo == false then
              if bonus == 5 then
                  if x2 >= gpx - 45 and x2 < gpx + 45 and y2 >= gpy - 45 and y2 < gpy + 45 then
                      go = true
                      sound(SOUND_POWERUP, 5611)
                      ee = en
                  end
              end
          end
  if check == true and drct == true and AIgo == false and go == false then
              if bonus == 5 then
                  if x2 >= gpx - 45 and x2 < gpx + 45 and y2 >= gpy - 45 and y2 < gpy + 45 then
                      AIgo = true
                      sound(SOUND_POWERUP, 5611)
                      ee = en
                  end
              end
          end
  if x2 > 1090 then
      x2 = WIDTH/2
      y2 = HEIGHT/2
      if Pls >= 4 then
      Pls = Pls - 4
      Ais = Ais + 4
      else
      Ais = Ais + Pls
      Pls = Pls - Pls
      end
      hit = true
      drct = false
      sound("Game Sounds One:Wrong")
  end
  if x2 < -50 then
              x2 = WIDTH/2
              y2 = HEIGHT/2
              if Ais >= 4 then
              Pls = Pls + 4
              Ais = Ais - 4
              else
              Pls = Pls + Ais
              Ais = Ais - Ais 
              end
              hit = false
              drct = true
              sound("Game Sounds One:Wrong")
          end
  if y2 > 750 then
      up_down = false
      sound("Game Sounds One:Wall Bounce 2")
  else
      if y2 < 20 then
          up_down = true
          sound("Game Sounds One:Wall Bounce 2")
      end
  end
  end
      if minute > 0 or sec1 > 0 or sec2 > 0 then
      en = en + 1
      if minirect == true or AIminirect == true then
      if switch == true then
          AIminRecy = ay - 60
          minRecy = y - 60
          else
          minRecy = y + 110
          AIminRecy = ay + 110
      end
      end
  
      if switch == false then
          switch = true 
          else
          switch = false
      end
      if ea == true then
          bonus = math.random(1,5)
          check = true
          ea = false
      end
      if en >= es then
          ea = true
          end 
      if check == true then
          ea = false
          if minirect == false or AIminirect == false then
          if bonus == 1 or bonus == 2 then
      sprite("Planet Cute:Gem Blue",gpx,gpy,60,80)
          end
          end
          if bonus == 3 or bonus == 4 then
      sprite("Planet Cute:Gem Orange",gpx,gpy,60,80)
          end
          if bonus == 5 then
      sprite("SpaceCute:Star",gpx,gpy,60,80) 
              end
          end
      if en >= ee then
          es = math.random(60*30,60*40)
          ee = es+540*2
          gpx = math.random(200,750)
          gpy = math.random(60,700)
          en = 0
          check = false
      end
          if minirect == true then
              rect(minRecx,minRecy,20,50)
              Time = Time + 1
          end
          if AIminirect == true then
              rect(AIminRecx,AIminRecy,20,50)
              Atime = Atime + 1
          end
  
          if Time == 60 * 30 then
              minirect = false
              Time = 0
          end
          if Atime == 60 * 30 then
              AIminirect = false
              Atime = 0
          end  
      end
      fill(255, 167, 0, fade2)
      if minute > 0 or sec2 > 0 or sec1 > 0 then
          if ay >= 40 and ay <= 650 then
      if e == true then
      if x2 < WIDTH/2 - 100 then
      if ay + 50 < y2 then
          ay = ay + 2
      else
          if ay + 50 > y2 then
   ay = ay - 2
   end
  end
  end
  end
  if m == true then
      if x2 < WIDTH/2 + WIDTH/4 then
          if ay + 50 < y2 then
              ay = ay + 3
          else
              if ay + 50 > y2 then
              ay = ay - 3
              end
          end
      end
  end
  if h == true then
          if ay + 50 < y2 then
              ay = ay + 5
          else
              if ay + 50 > y2 then
              ay = ay - 5
              end
          end
              end
              if ay >= 650 then
                  ay = 649  
              end
              if ay <= 40 then
                  ay = 41
              end
      end
          end
      strokeWidth(0)
  rect(ax,ay,aw,ah)
      if go == true or AIgo == true then
      if go == true then
          text("Move Your Paddle Around the Screen",WIDTH/2,HEIGHT-HEIGHT+75)
          mo = mo + 1
      end
      if AIgo == true then
          AImo = AImo + 1
        if x2 <= WIDTH/2 then
              if ax <= WIDTH/2 then
                  if ax+50 < x2 then
                      ax = ax + 2
                      end
                  end
              end
      if x2 >= WIDTH/2 then
              if ax >= 30 then
                  ax = ax - 2
              end
          end
          end
  if AImo == 60 * 45 then
          AImo = 0
          AIgo = false
          ax = 30
      end
  if mo == 60*45 then
          mo = 0
          go = false
          x = 975
      end   
      end
      fill(fade2)
      fontSize(50)
          font("AmericanTypewriter")
          text(Pls,WIDTH-50, HEIGHT-70)
          text(Ais,WIDTH-WIDTH + 50, HEIGHT - 70)
          fill(225)
          if minute == 0 and sec2 == 0 and sec1 == 0 then
      check = false
       if Pls > Ais then
           fontSize(100)
           fill(255)
           text("You Win", WIDTH/2,HEIGHT/2)
       elseif Pls < Ais then
           fontSize(100)
           fill(255)
           text("You Lose",WIDTH/2,HEIGHT/2)
       else
           fontSize(100)
           fill(255)
           text("Tie",WIDTH/2,HEIGHT/2)
       end
  fontSize(25)
  text("Tap to Play Again",WIDTH/2,HEIGHT/2-80)
  end
          end
  end
  function touched(touch)
      if gs == false then 
          if touch.x >= 200 and touch.x < 300 and touch.y >= 200 and touch.y < 240  then
              if touch.state == BEGAN then
              sound("Game Sounds One:Menu Select")
              gs = true
              e = true
          end
      end
      if touch.x >= 450 and touch.x < 550 and touch.y >= 200 and touch.y <240 then
          if touch.state == BEGAN then
              sound("Game Sounds One:Menu Select")
              gs = true
              m = true
          end
      end
      if touch.x >= 700 and touch.x < 800 and touch.y >= 200 and touch.y < 240 then
          if touch.state == BEGAN then
              sound("Game Sounds One:Menu Select")
              gs = true
              h = true
          end
      end
  end
      if minute == 0 and sec2 == 0 and sec1 == 0 then
          if gs == true then
          if touch.state == BEGAN then
              gs = false
              go = false
              AIgo = false
              ax = 30
              x = 975
              minute = 6
              sec2 = 0
              sec1 = 0
              sStart = 60
              Pls = 0
              Ais = 0
              e = false
              m = false
              h = false
              x2 = WIDTH/2
              y2 = HEIGHT/2
              ay = HEIGHT/2
              y = HEIGHT /2
              ud = nil
              up_down = nil
              ww = math.random(1,2)
              dim = false
              en = 0
              minirect = false
              AIminirect = false
          end
          end
      end
      if gs == true then
      if minute > 0 or sec2 > 0 or sec1 > 0 then
      if go == true then
          if touch.state == MOVING then
              if x >= WIDTH/2 and x <= 975 then
                  x = touch.x
              end
              if x < WIDTH/2 then
               x = WIDTH/2 + 1   
              end
              if x > 975 then
               x = 974
               end
          end
      end 
      if touch.state == MOVING then
          if touch.y >= 70 and touch.y <= 700 then
          if touch.x > x- 90 and touch.x < x + 90 then 
              y = touch.y - 50
          end
                  end
      end
          end
      end
          end
  

  Enjoy
• GriffinC

  November 2014 Posts: 103

  Winner will be posted Friday thanks for the submissions
• TheMcSebi

  November 2014 Posts: 25

  So, when will the winner be posted again?
• GriffinC

  November 2014 Posts: 103

  I do not have my iPad so I can't view @Progrmr235 code so I dont know how he did.
• Progrmr235

  November 2014 Posts: 103

  Did it break or something?
• GriffinC

  November 2014 Posts: 103

  No just not at this house it will be here Friday so tomorrow
• GriffinC

  November 2014 Posts: 103

  @TheMcSebi Congratulations your AI Pong Game has one. Thank you Monkeyman and Progrmr235 for your submissions.
• TheMcSebi

  December 2014 Posts: 25

  Thank you