auto play script FULL SRC

 Players = :()
 RS = :()
 Shared = RS:()

 Config = (Shared.Config)
 Ball = (Shared.Physics.Ball)
 Finder = (Shared.Bots.ShotFinder)
 Brain = (Shared.Bots.Brain)
 Rng = (Shared.Bots.Rng)
 Fill = (Shared.Ults.Fill)
 Net = RS:()

 S = ().__smith  {}
().__smith = S
 S.dry ==   S.dry =  
 S.debug ==   S.debug =  
 S.ult ==   S.ult =  
 S.autoplay ==   S.autoplay =  
 S.queue_remotes ==   S.queue_remotes = { ,  } 
S.on = 
 GEN = (().__smith_gen  ) + 
().__smith_gen = GEN

 ELEV = Config.Cue.CueElevationDegrees

  (...)
	 t = {}
	 i = , (, ...)  t[i] = ((i, ...)) 
	( .. .(t, ))

  (tag, tbl)
	 f = ().__smith_post
	 f  (f, tag, tbl) 





 last_scan = 
 last_queue = 
 last_fire = 

  (o)
	 (o) ~=     
	 t, m, i = o.targets, o.match, o.input
	 (t) ~=   (m) ~=   (i) ~=     
	 sn = (t, )
	 (sn) ~=   ((sn, )) ~=     
	 ((m, )) ~=   ((m.state, )) ~=     
	 


  ()
	 input, match, targets
	 _, v  (()) 
		 (v) ==  
			  input  ((v, )) == 
				 ((v, )) == 
				 ((v, )) ==  
				input = v
			
			  match 
				 st = (v, )
				 (st) ==   ((st, )) == 
					 ((v, )) ==  
					match = v
				
			
			  targets  ((v, )) == 
				 (v, ) ~= 
				 ((v, )) ==  
				targets = v
			
			 input  match  targets   
		
	
	 input  match  targets 
		 o = { input = input, match = match, targets = targets }
		().__smith_objs = o
		()
		(, { ok =  })
		 o
	


  (force)
	 o = ().__smith_objs
	 (o)   o 
	  force  .() - last_scan <     
	last_scan = .()
	 ()





  ()
	  S.autoplay   
	 .() - last_queue <    
	last_queue = .()
	 _, name  (S.queue_remotes  {}) 
		 ev = Net:(name)
		 ev 
			(ev.FireServer, ev)
			( .. name)
			(, { name = name })
			
		
	






  (sn)
	 flat = sn.balls
	 maxk = 
	 k  (flat) 
		 (k) ==   k > maxk  maxk = k 
	
	 balls = {}
	 id = , .(maxk / ) -  
		 q = id * 
		 x, y, z, p = flat[q + ], flat[q + ], flat[q + ], flat[q + ]
		 (x) ==   (y) ==  
			 b = Ball.(id, x, y)
			b.z = z  
			b.vx, b.vy, b.vz = , , 
			b.wx, b.wy, b.wz = , , 
			b.pocketed = (p == )
			balls[#balls + ] = b
		
	
	 balls


  (o)
	 sn = o.targets.snapshot
	 balls = (sn)
	  = o.match.game
	   
		 = (sn.groups  (sn.groups))    
	
	 {
		geometry = o.match.state.geometry,
		balls = balls,
		groups = sn.groups,
		team = sn.activeTeam  ,
		called = sn.calledPocket,
		breakShot = sn.breakShot == ,
		requireRail = ,
		 = ,
	}, sn





  (g, b)
	 hl, hw = g.halfLength, g.halfWidth
	 ax, ay = .(b.x), .(b.y)
	 corner = .((ax - hl) ^  + (ay - hw) ^ )
	 side = .(b.x * b.x + (ay - hw) ^ )
	 rail = .(hl - ax, hw - ay)
	 .(, .(corner, side, rail))


  (view, cand, called)
	 called  cand.ball ==   cand.pocket ~= called    
	 okc, cal = (Finder.calibrate, view, cand)
	  okc   cal    
	 okr, res = (Brain.simulate, view, cand, cand.cueX, cand.cueY, cand.called)
	  okr  (res) ~=     
	 res.foul  res.scratch    
	 res.winner == ( - view.team)    
	 struck = Finder.(res.balls, cand.ball)
	  (struck  struck.pocketed)    

	 sc = 
	 res.winner == view.team  sc +=  
	 res.keep  sc +=  
	sc += (cand.score  ) * 

	 cue = Finder.(res.balls, )
	 cue   cue.pocketed 
		sc += .((view.geometry, cue), ) * 
		 opp = {
			geometry = view.geometry, balls = res.balls, groups = view.groups,
			team =  - view.team, called = , breakShot = ,
			requireRail = ,  = view.game,
		}
		 olist = Finder.(opp)
		 olist[]  sc -= olist[].score *  
	
		sc -= 
	

	 S.debug 
		(.(, cand.ball, cand.pocket, .(cand.cut  ), sc))
	
	 {
		kind = , angle = cand.angle, power = cand.power,
		ball = cand.ball, pocket = cand.pocket, score = sc,
		cueX = cand.cueX, cueY = cand.cueY, called = cand.called,
	}


  (view)
	 cue = Finder.(view.balls, )
	  cue  cue.pocketed    
	 apex, bd = , .huge
	 _, b  (view.balls) 
		 b.id ~=    b.pocketed 
			 d = (b.x - cue.x) ^  + (b.y - cue.y) ^ 
			 d < bd  bd, apex = d, b 
		
	
	  apex    
	 { kind = , angle = .(apex.y - cue.y, apex.x - cue.x), power =  }





  (g)
	 T = Config.Table
	 hl, hw = g.halfLength, g.halfWidth
	 list = {}
	 _, pk  (g.pockets) 
		 v3 = pk.y >     -
		 pk.x ==  
			list[#list + ] = { mx = , my = v3 * hw, id = pk.id }
		
			 v4 = pk.x >     -
			 cm = T.CornerMouthInches /  / 
			list[#list + ] = { mx = v4 * (hl - cm), my = v3 * (hw - cm), id = pk.id }
		
	
	 list





  (view, limit)
	 cue = Finder.(view.balls, )
	  cue  cue.pocketed   {} 
	 own = Finder.(view)
	 legal = {}
	 _, b  (view.balls) 
		 b.id ~=    b.pocketed 
			 _, id  (own) 
				 id == b.id  legal[#legal + ] = b  
			
		
	
	 R2 =  * Config.Balls.RadiusInches
	 hl, hw = view.geometry.halfLength, view.geometry.halfWidth
	 out = {}
	 _, b  (legal) 
		 _, m  ((view.geometry)) 
			 ux, uy = m.mx - b.x, m.my - b.y
			 d = .(ux * ux + uy * uy)
			 d >  
				ux, uy = ux / d, uy / d
				 gx, gy = b.x - ux * R2, b.y - uy * R2
				 refl = { {  * hl - gx, gy }, { - * hl - gx, gy }, { gx,  * hw - gy }, { gx, - * hw - gy } }
				 _, rp  (refl) 
					 rx, ry = rp[], rp[]
					 ax, ay = rx - cue.x, ry - cue.y
					 al = .(ax * ax + ay * ay)
					 al >  
						out[#out + ] = {
							ball = b.id, pocket = m.id,
							called = (b.id ==   view.game ~= )  m.id  ,
							angle = .(ay, ax), power = ,
							cueX = cue.x, cueY = cue.y,
							phi = .(uy, ux), cut = , dobj = d,
						}
						 limit  #out >= limit   out 
					
				
			
		
	
	 out






  (balls, ax, ay, bx, by, ia, ib, rad)
	 dx, dy = bx - ax, by - ay
	 len = .(dx * dx + dy * dy)
	 len <     
	 ux, uy = dx / len, dy / len
	 _, o  (balls) 
		 o.id ~= ia  o.id ~= ib   o.pocketed 
			 vx, vy = o.x - ax, o.y - ay
			 t = vx * ux + vy * uy
			 t >   t < len 
				 px, py = vx - ux * t, vy - uy * t
				 .(px * px + py * py) < rad    
			
		
	
	 


  (view, limit)
	 cue = Finder.(view.balls, )
	  cue  cue.pocketed   {} 
	 own = Finder.(view)
	 R2 =  * Config.Balls.RadiusInches
	 out = {}
	 _, b  (view.balls) 
		 b.id ~=    b.pocketed 
			 legal = 
			 _, id  (own) 
				 id == b.id  legal =  
			
			 legal 
				 _, m  ((view.geometry)) 
					 ux, uy = m.mx - b.x, m.my - b.y
					 d = .(ux * ux + uy * uy)
					 d >  
						ux, uy = ux / d, uy / d
						 gx, gy = b.x - ux * R2, b.y - uy * R2
						 ax, ay = gx - cue.x, gy - cue.y
						 al = .(ax * ax + ay * ay)
						 al >  
							 dx, dy = ax / al, ay / al
							 cut = dx * ux + dy * uy
							 cut > 
								 (view.balls, cue.x, cue.y, gx, gy, , b.id, R2 * )
								 (view.balls, b.x, b.y, m.mx, m.my, b.id, -, R2 * ) 
								out[#out + ] = {
									ball = b.id, pocket = m.id,
									called = (b.id ==   view.game ~= )  m.id  ,
									angle = .(dy, dx), power = ,
									cueX = cue.x, cueY = cue.y,
									phi = .(uy, ux),
									cut = .(.(-, .(, cut))),
									dobj = d,
								}
								 limit  #out >= limit   out 
							
						
					
				
			
		
	
	 out





  (view)
	 cue = Finder.(view.balls, )
	  cue    
	 rng = Rng.((.() * ) % )
	 ok, dec = (Brain.safety, view, rng)
	 ok  (dec) ==   (dec.angle) ==   (dec.power) ==  
		 { kind = , angle = dec.angle, power = dec.power }
	
	 sp = Finder.(view)
	 sp 
		 { kind = , angle = sp.angle, power = sp.power }
	
	 





  (view)
	 cue = Finder.(view.balls, )
	  cue  cue.pocketed    
	 own = Finder.(view)
	 targets = {}
	 _, b  (view.balls) 
		 b.id ~=    b.pocketed 
			 legal = (#own == )  (b.id ~= )
			  legal 
				 _, id  (own) 
					 id == b.id  legal =  
				
			
			 legal 
				 d = (b.x - cue.x) ^  + (b.y - cue.y) ^ 
				targets[#targets + ] = { b = b, d = d }
			
		
	
	.(targets, (a, b)  a.d < b.d )
	 _, t  (targets) 
		 base = .(t.b.y - cue.y, t.b.x - cue.x)
		 sp = Finder.(view, t.b.id, cue.x, cue.y)
		 p = (sp  (sp.power) ==   sp.power)  
		 _, off  ({ , , -, , -, , - }) 
			 angle = base + off
			 ok, res = (Brain.simulate, view, { angle = angle, power = p }, cue.x, cue.y, )
			 ok  (res) ==    res.foul   res.scratch 
				 { kind = , angle = angle, power = p }
			
		
	
	 





  (view, shot)
	 shot.kind ~=    shot.cueX   shot 
	  (a)
		 cand = { angle = a, power = shot.power, spin = { x = , y =  } }
		 ok, res = (Brain.simulate, view, cand, shot.cueX, shot.cueY, shot.called)
		  (ok  (res) ==    res.foul   res.scratch)    
		 b = Finder.(res.balls, shot.ball)
		 b  b.pocketed  
	
	 step = .()
	 bestLen, bestOff = , 
	 i = -
	 i <=  
		 (shot.angle + i * step) 
			 j = i
			 j +  <=   (shot.angle + (j + ) * step)  j +=  
			 len = j - i + 
			 len > bestLen 
				bestLen = len
				bestOff = ((i + j) / ) * step
			
			i = j + 
		
			i += 
		
	
	 bestLen >  
		 {
			kind = , angle = shot.angle + bestOff, power = shot.power,
			ball = shot.ball, pocket = shot.pocket, score = shot.score,
			cueX = shot.cueX, cueY = shot.cueY, called = shot.called,
		}
	
	 shot


  (view)
	 list, seen = {}, {}
	  (c)
		 k = (c.ball) ..  .. (c.pocket)
		  seen[k] 
			seen[k] = 
			list[#list + ] = c
		
	
	 _, c  (Finder.(view))  (c) 
	 _, c  ((view, ))  (c) 
	 _, c  ((view, ))  (c) 
	 list


  (view, deadline, called)
	 list = (view)
	 best = 
	 i = , .(#list, ) 
		 c = list[i]
		  (called  c.ball ==   c.pocket ~= called) 
			 e = (view, c, called)
			 e  ( best  e.score > best.score)  best = e 
		
		 .() > deadline   
		 i %  ==   .() 
	
	 best


  (view, sn, deadline)
	 cue = Finder.(view.balls, )
	  cue  cue.pocketed    
	 pd = 
	 _, b  (view.balls) 
		 b.id ~=   b.pocketed  pd +=  
	
	 pd ==  
		S.pending8 = 
		 (view)
	

	 called = sn.calledPocket  S.pending8
	 view.game ==   called =  
	 best = (view, deadline, called)
	 best   (view, best) 

	 s = (view)
	 s   s 
	 (view)





  (o)
	  S.ult   
	 sn = o.targets.snapshot
	 ults = sn  sn.ults
	 (ults) ~=   (ults.bars) ~=    
	 bar = ults.bars[(o.targets.localUserId)]
	 (bar) ~=    
	 ok, ready = (Fill.ready, bar)
	  (ok  ready)   
	 ev = Net:()
	  ev   
	(ev.FireServer, ev, )
	()
	(, { name =  })





  (o, shot)
	 .() - last_fire <     
	 input = o.input
	  input.enabled    
	 input.spinEditing  input.setSpinEditing  (input.setSpinEditing, input, ) 
	input:(shot.angle)
	.()
	input:(, )
	(input.setElevation, input, ELEV)
	.()
	input:(shot.power)
	.()
	input:()
	last_fire = .()
	 





  (o)
	 sn = o.targets.snapshot
	 (sn) ~=   (sn.balls) ~=    
	 sn.shooter ~= o.targets.localUserId   

	 phase = sn.phase
	 phase ==  
		 view = (o)
		 best = (view, .() + , )
		 pocket = best  best.pocket
		  pocket 
			 list = Finder.(view)
			pocket = list[]  list[].pocket
		
		 pocket 
			S.pending8 = pocket
			 okcall, err = (()
				o.targets.confirmedPocket = pocket
				 (o.targets.onPocket) ==  
					o.targets.(pocket)
				
			)
			(.(, (pocket), (okcall)))
			(, { pocket = pocket, ok = okcall, err = (err) })
		
			()
		
		 
	

	 phase ~=   phase ~=    

	 view, snap = (o)
	
	
	 cue = Finder.(view.balls, )
	  cue  cue.pocketed   

	 shot = (view, snap, .() + )
	  shot 
		()
		
	
	 S.dry 
		(.(, shot.kind, shot.angle, shot.power, (shot.ball)))
		(, { kind = shot.kind, angle = shot.angle, power = shot.power, ball = shot.ball })
		
	
	 shot.kind ==   (o) 
	 (o, shot) 
		(.(, shot.kind, shot.angle, shot.power, (shot.ball), (shot.pocket)))
		(, { kind = shot.kind, angle = shot.angle, power = shot.power, ball = shot.ball, pocket = shot.pocket })
		 
	





 rejected = Net:()
 rejected 
	rejected.OnClientEvent:((...) (, ...) )


.(()
	( .. (S.dry) ..  .. (S.ult))
	 last_key = 
	 last_state = 
	  (s)
		 s ~= last_state 
			last_state = s
			( .. s)
			(, { s = s })
		
	
	 S.on  ().__smith_gen == GEN 
		 o = ()
		  (o  (o)) 
			()
			()
			.()
			
		
		 sn = o.targets.snapshot
		 sn.phase ==   sn.phase ==   sn.phase ==   sn.phase ==   sn.phase ==  
			()
			()
		
		 sn.shooter == o.targets.localUserId 
			 sn.phase ==   sn.phase ==   sn.phase ==  
				()
			
				()
			
		
			()
		
		 key = (sn.turnId) ..  .. (sn.shotSeq) ..  .. (sn.phase)
		 key ~= last_key 
			 ok, fired = (act, o)
			  ok  ( .. (fired)) 
			 ok  fired ==  
				last_key = key
				().__smith_objs = 
				last_scan = 
			
		
		.()
	
	()
)