remove unnecessary seed code

Author: lord-ruby

lib/calculate.lua

@@ -15,14 +15,7 @@ function eval_card(card, context)
 		return {}, {}
 	end
 	-- Store old probability for later reference
-	local ggpn = G.GAME.probabilities.normal
-	if card.ability.cry_rigged then
-		G.GAME.probabilities.normal = 1e9
-	end
 	local ret, post = ec(card, context)
-	if card.ability.cry_rigged then
-		G.GAME.probabilities.normal = ggpn
-	end
 	return ret, post
 end
 
@@ -368,10 +361,6 @@ function Card:cry_double_scale_calc(orig_ability, in_context_scaling)
 						-- found one!
 						if obj.cry_scale_mod and type(obj.cry_scale_mod) == "function" then
 							-- rig the probabilities in case that matters for the joker's scaling function
-							local ggpn = G.GAME.probabilities.normal
-							if G.jokers.cards[i].ability.cry_rigged then
-								G.GAME.probabilities.normal = 1e9
-							end
 
 							-- 'o' will be the new factor that the joker should scale by next time
 							local o = obj:cry_scale_mod(
@@ -383,11 +372,6 @@ function Card:cry_double_scale_calc(orig_ability, in_context_scaling)
 								new_scale_base
 							)
 
-							-- return probabilities to normal
-							if G.jokers.cards[i].ability.cry_rigged then
-								G.GAME.probabilities.normal = ggpn
-							end
-
 							-- the function returned a value, do the scale setting with it
 							if o then
 								-- set the scale factor field to 'o'
@@ -421,18 +405,11 @@ function Card:cry_double_scale_calc(orig_ability, in_context_scaling)
 							-- now, let's check for repetitions on the scale-affecting jokers
 							local reps = {}
 							for j = 1, #G.jokers.cards do
-								local ggpn = G.GAME.probabilities.normal
-								if G.jokers.cards[j].ability.cry_rigged then
-									G.GAME.probabilities.normal = 1e9
-								end
 								-- check if another joker is retriggering our scale-affecting joker
 								local check = cj(
 									G.jokers.cards[j],
 									{ retrigger_joker_check = true, other_card = G.jokers.cards[i] }
 								)
-								if G.jokers.cards[j].ability.cry_rigged then
-									G.GAME.probabilities.normal = ggpn
-								end
 								-- keep track of which joker retriggers the scale-joker
 								if type(check) == "table" then
 									reps[j] = check and check.repetitions and check or 0
@@ -461,10 +438,6 @@ function Card:cry_double_scale_calc(orig_ability, in_context_scaling)
 									for r = 1, rep.repetitions do
 										card_eval_status_text(rep.card, "jokers", nil, nil, nil, rep)
 										-- now, same thing as before, apply the scale-joker
-										local ggpn = G.GAME.probabilities.normal
-										if G.jokers.cards[i].ability.cry_rigged then
-											G.GAME.probabilities.normal = 1e9
-										end
 										local o = obj:cry_scale_mod(
 											G.jokers.cards[i],
 											self,
@@ -473,9 +446,6 @@ function Card:cry_double_scale_calc(orig_ability, in_context_scaling)
 											orig_scale_base,
 											new_scale_base
 										)
-										if G.jokers.cards[i].ability.cry_rigged then
-											G.GAME.probabilities.normal = ggpn
-										end
 
 										if o then
 											if #dbl_info.scaler[info_i] == 2 then
@@ -598,13 +568,9 @@ function Card:calculate_joker(context)
 	if not active_side or active_side.will_shatter then
 		return
 	end
-	local ggpn = G.GAME.probabilities.normal
 	if not G.GAME.cry_double_scale then
 		G.GAME.cry_double_scale = { double_scale = true } --doesn't really matter what's in here as long as there's something
 	end
-	if active_side.ability.cry_rigged then
-		G.GAME.probabilities.normal = 1e9
-	end
 	local orig_ability = copy_table(active_side.ability)
 	local in_context_scaling = false
 	local callback = context.callback
@@ -682,9 +648,6 @@ function Card:calculate_joker(context)
 			in_context_scaling = true
 		end
 	end
-	if active_side.ability.cry_rigged then
-		G.GAME.probabilities.normal = ggpn
-	end
 	if next(find_joker("cry-Scalae")) or next(find_joker("cry-Double Scale")) then
 		active_side:cry_double_scale_calc(orig_ability, in_context_scaling)
 	end
@@ -728,10 +691,6 @@ function Cryptid.apply_scale_mod(jkr, orig_scale_scale, orig_scale_base, new_sca
 		for i = 1, #G.jokers.cards do
 			local obj = G.jokers.cards[i].config.center
 			if obj.cry_scale_mod and type(obj.cry_scale_mod) == "function" then
-				local ggpn = G.GAME.probabilities.normal
-				if G.jokers.cards[i].ability.cry_rigged then
-					G.GAME.probabilities.normal = 1e9
-				end
 				local o = obj:cry_scale_mod(
 					G.jokers.cards[i],
 					jkr,
@@ -740,9 +699,6 @@ function Cryptid.apply_scale_mod(jkr, orig_scale_scale, orig_scale_base, new_sca
 					orig_scale_base,
 					new_scale_base
 				)
-				if G.jokers.cards[i].ability.cry_rigged then
-					G.GAME.probabilities.normal = ggpn
-				end
 				if o then
 					if #dbl_info.scaler[info_i] == 2 then
 						if
@@ -772,15 +728,8 @@ function Cryptid.apply_scale_mod(jkr, orig_scale_scale, orig_scale_base, new_sca
 
 				local reps = {}
 				for j = 1, #G.jokers.cards do
-					local ggpn = G.GAME.probabilities.normal
-					if G.jokers.cards[j].ability.cry_rigged then
-						G.GAME.probabilities.normal = 1e9
-					end
 					local check =
 						cj(G.jokers.cards[j], { retrigger_joker_check = true, other_card = G.jokers.cards[i] })
-					if G.jokers.cards[j].ability.cry_rigged then
-						G.GAME.probabilities.normal = ggpn
-					end
 					if type(check) == "table" then
 						reps[j] = check and check.repetitions and check or 0
 					else
@@ -803,10 +752,6 @@ function Cryptid.apply_scale_mod(jkr, orig_scale_scale, orig_scale_base, new_sca
 					if (type(rep) == "table") and rep.repetitions and (rep.repetitions > 0) then
 						for r = 1, rep.repetitions do
 							card_eval_status_text(rep.card, "jokers", nil, nil, nil, rep)
-							local ggpn = G.GAME.probabilities.normal
-							if G.jokers.cards[i].ability.cry_rigged then
-								G.GAME.probabilities.normal = 1e9
-							end
 							local o = obj:cry_scale_mod(
 								G.jokers.cards[i],
 								jkr,
@@ -815,9 +760,6 @@ function Cryptid.apply_scale_mod(jkr, orig_scale_scale, orig_scale_base, new_sca
 								orig_scale_base,
 								new_scale_base
 							)
-							if G.jokers.cards[i].ability.cry_rigged then
-								G.GAME.probabilities.normal = ggpn
-							end
 
 							if o then
 								if #dbl_info.scaler[info_i] == 2 then