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ygopro-222DIY-cards
Commit 705995d0 authored by Tachibana's avatar Tachibana
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tnndx

parent 3cd98d4f
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Showing with 688 additions and 862 deletions
expansions/script/c10199990.lua
View file @ 705995d0
......@@ -58,8 +58,24 @@ function rstg.opinfo(cate_str, info_count, pl, info_loc_or_paramma )
end
end
end
--Effect: String check effect type (for rstg.chainlimit & rstg.disneg )
function rsef.Effect_Type_Check(eff_str, e)
local str_list = rsof.String_Split(eff_str)
local type_list
local etype, etype2
local res1, res2 = false, false
for _, str in pairs(str_list) do
type_list = rsef.type_list[str]
etype = type_list[1]
etype2 = type_list[2]
res1 = not etype or e:IsActiveType(etype)
res2 = not etype2 or e:IsHasType(etype2)
if res1 and res2 then return true end
end
return false
end
--Effect: Chain Limit , for rstg.target2 and rsop.target2
function rstg.chainlimit(sp, op)
function rstg.chnlim(sp, op)
return function(g, e, tp)
Duel.SetChainLimit(rsval.chainlimit(sp, op, g))
end
......@@ -67,8 +83,8 @@ end
function rsval.chainlimit(sp, op, g)
return function(e, rp, tp)
if type(sp) == "nil" and type(op) == "nil" then
sp = 0
op = 0
sp = "s,t,m"
op = "s,t,m"
end
if sp and rp == tp and rstg.chainlimit_check(sp, g, e, rp, tp)
then return false
......@@ -81,31 +97,10 @@ function rsval.chainlimit(sp, op, g)
end
function rstg.chainlimit_check(p_val, g, e, rp, tp)
local c = e:GetHandler()
if type(p_val) == "number" then
-- cannot chain all effects
if p_val == 0 then return true
-- cannot chain monster effects and Spell / Trap activate
elseif p_val == 1 then return
e:IsHasType(EFFECT_TYPE_ACTIVATE) or not e:IsActiveType(TYPE_MONSTER)
-- cannot chain monster effects
elseif p_val == 2 then return
e:IsActiveType(TYPE_MONSTER)
-- cannot chain Spell / Trap activate
elseif p_val == 3 then return
e:IsHasType(EFFECT_TYPE_ACTIVATE)
-- cannot chain Spell / Trap effects
elseif p_val == 4 then return
e:IsActiveType(TYPE_SPELL + TYPE_TRAP)
-- cannot chain target group
elseif p_val == 5 then return
g:IsContains(c)
end
elseif aux.GetValueType(p_val) == "Card" then
return c == p_val
elseif aux.GetValueType(p_val) == "Group" then
return p_val:IsContains(c)
if type(p_val) == "string" then
return rsef.Effect_Type_Check(p_val, e)
elseif type(p_val) == "function" then
return not p_val(e, rp, tp)
return not p_val(e, rp, tp, g)
end
end
--Effect: Set chain limit for effect
......@@ -118,20 +113,34 @@ function rstg.chainlimit_tg(tg, sp, op)
return function(e, tp, eg, ep, ev, re, r, rp, chk, chkc)
if chkc or chk == 0 then return tg(e, tp, eg, ep, ev, re, r, rp, chk, chkc) end
tg(e, tp, eg, ep, ev, re, r, rp, chk, chkc)
local g = Duel.GetChainInfo(0, CHAININFO_TARGET_CARDS)
local g = Duel.GetChainInfo(0, CHAININFO_TARGET_CARDS) or Group.CreateGroup()
Duel.SetChainLimit(rsval.chainlimit(sp, op, g))
end
end
--Effect: Get default hint string for Duel.Hint ,use in effect target
function rsef.GetDefaultHintString(cate_val, loc_self, loc_oppo, hint_val)
if hint_val then
--Switch {} to aux.Stringid
function rshint.SwitchHintFormat(string_prefix, hint_val1, hint_val2, ...)
string_prefix = string_prefix or ""
local string_prefix_list = { [""] = 4, ["s"] = 3, ["w"] = 5 }
local hint_val_list = { hint_val1, hint_val2, ... }
local hint, res_list = 0, { }
local str_idx, cate_selhint_list, cate_selhint= 0, { }, 0
for idx, hint_val in pairs(hint_val_list) do
if type(hint_val) == "table" then
return aux.Stringid(hint_val[1], hint_val[2])
hint = aux.Stringid(hint_val[1], hint_val[2])
elseif type(hint_val) == "number" then
return hint_val
hint = hint_val
elseif type(hint_val) == "string" then
return rshint["s"..hint_val] or rscate.cate_selhint_list[hint_val][2] or 0
str_idx = string_prefix_list[string_prefix]
hint = rshint[string_prefix .. hint_val] or rscate.cate_selhint_list[hint_val][str_idx] or 0
end
table.insert(res_list, hint)
end
return table.unpack(res_list)
end
--Effect: Get default hint string for Duel.Hint ,use in effect target
function rsef.GetDefaultSelectHint(cate_val, loc_self, loc_oppo, hint_val)
if hint_val then
return rshint.SwitchHintFormat("s", hint_val)
end
local total_cate, total_cate_list, cate_str_list, sel_hint_list = rsef.GetRegisterCategory(nil, cate_val)
local hint = sel_hint_list[1] or 0
......@@ -161,35 +170,6 @@ function rsef.GetDefaultHintString(cate_val, loc_self, loc_oppo, hint_val)
end
return hint
end
--Effect: Get reset, for some effect use like "banish it until XXXX"
--Now useless
function rsef.GetResetPhase(self_pl, reset_tct, reset_pl, reset_ph)
if not reset_ph then reset_ph = PHASE_END end
local curr_ph = Duel.GetCurrentPhase()
local curr_pl = Duel.GetTurnPlayer()
local reset = RESET_PHASE + reset_ph
if not reset_tct then
return { 0, 1, reset_pl }
end
if reset_tct == 0 then
return { reset, 1, curr_pl }
end
if reset_pl then
if reset_pl == self_pl then reset = reset + RESET_SELF_TURN
else reset = reset + RESET_OPPO_TURN
end
end
if reset_tct == 1 then
if curr_ph <= reset_ph and (not reset_pl or curr_pl == reset_pl) then
return { reset, 2, reset_pl }
else
return { reset, 1, reset_pl }
end
end
if reset_tct > 1 then
return { reset, reset_tct, reset_pl }
end
end
--Effect: Get register card
function rsef.GetRegisterCard(reg_list)
reg_list = type(reg_list) == "table" and reg_list or { reg_list }
......@@ -228,7 +208,7 @@ function rsef.GetRegisterProperty(reg_list, flag_param)
elseif type(flag_param) == "string" then
local str_list = rsof.String_Split(flag_param)
for _, flag_str in pairs(str_list) do
current_flag = rsflag.flag_list[flag_str]
current_flag = rsflag.list[flag_str]
if not current_flag then
Debug.Message(reg_code.." has an incorrect flag string \""..flag_str.."\" for rsef.GetRegisterProperty.")
end
......@@ -250,23 +230,26 @@ function rsef.GetRegisterCategory(reg_list, cate_param)
if type(cate_param) == "number" then
total_cate = cate_param
for cate_str, cate_list in pairs(rscate.cate_selhint_list) do
if cate_list[1] & total_cate ~= 0 then
table.insert(total_cate_list, cate_list[1])
if cate_list[2] & total_cate ~= 0 then
table.insert(total_cate_list, cate_list[2])
table.insert(total_str_list, cate_str)
table.insert(total_selhint_list, cate_list[2])
table.insert(total_selhint_list, cate_list[3])
end
end
elseif type(cate_param) == "string" then
local str_list = rsof.String_Split(cate_param)
for _, cate_str in pairs(str_list) do
current_cate = rscate.cate_selhint_list[cate_str][1]
if not rscate.cate_selhint_list[cate_str] then
Debug.Message(reg_code.." has an incorrect categroy string \""..cate_str.."\" for rsef.GetRegisterCategory.")
end
current_cate = rscate.cate_selhint_list[cate_str][2]
if not current_cate then
Debug.Message(reg_code.." has an incorrect categroy string \""..cate_str.."\" for rsef.GetRegisterCategory.")
end
total_cate = total_cate | current_cate
table.insert(total_cate_list, current_cate)
table.insert(total_str_list, cate_str)
table.insert(total_selhint_list, rscate.cate_selhint_list[cate_str][2])
table.insert(total_selhint_list, rscate.cate_selhint_list[cate_str][3])
end
end
return total_cate, total_cate_list, total_str_list, total_selhint_list
......@@ -363,25 +346,10 @@ function rsef.RegisterDescription(reg_eff, desc_list, cate_val, is_return)
if not desc_list and cate_val then
desc_list = (rsof.String_Split(cate_val))[1]
end
if desc_list then
if type(desc_list) == "table" then
if is_return then
return aux.Stringid(desc_list[1], desc_list[2])
end
reg_eff:SetDescription(aux.Stringid(desc_list[1], desc_list[2]))
elseif type(desc_list) == "string" then
local hint = rscate.cate_selhint_list[desc_list][3]
if is_return then
return hint
end
desc_list = desc_list or 0
local hint = rshint.SwitchHintFormat(nil, desc_list)
if is_return then return hint end
reg_eff:SetDescription(hint)
else
if is_return then
return desc_list
end
reg_eff:SetDescription(desc_list)
end
end
end
--Effect: Register Effect Count limit
function rsef.RegisterCountLimit(reg_eff, lim_list, is_return)
......@@ -481,7 +449,7 @@ end
--Effect: Register Effect Final
function rsef.RegisterEffect(reg_list, reg_eff)
if rsef.effet_no_register then
rsef.effet_no_register = false
--rsef.effet_no_register = false
return reg_eff, -1
end
local reg_owner, reg_handler, reg_ignore = rsef.GetRegisterCard(reg_list)
......@@ -541,17 +509,8 @@ function rsef.SV(reg_list, code, val, range, con, reset_list, flag, desc_list, l
return rsef.Register(reg_list, EFFECT_TYPE_SINGLE, code, desc_list, lim_list, nil, flag2, range, con, nil, nil, nil, val, nil, nil, reset_list)
end
--Single Val Effect: Utility Procedure Materials
function rsef.SV_UtilityXyzMaterial(reg_list, val, con, reset_list, flag, desc_list, lim_list, range)
rssf.EnableSpecialXyzProcedure()
val = val or 2
range = range or LOCATION_HAND + LOCATION_ONFIELD + LOCATION_EXTRA + LOCATION_DECK + LOCATION_GRAVE
local e1 = rsef.SV(reg_list, rscode.Utility_Xyz_Material, val, range, con, reset_list, flag, desc_list, lim_list)
return e1
end
--Single Val Effect: Activate NS as QPS, or activate S / T from other location
function rsef.SV_ActivateDirectly_Special(reg_list, act_loc, con, reset_list, desc_list, ctlimit_list, timing_list)
function rsef.SV_ActivateDirectly_Special(reg_list, act_loc, con, reset_list, desc_list, timing_list)
act_loc = act_loc or LOCATION_DECK
local reg_owner, reg_handler = rsef.GetRegisterCard(reg_list)
local aelist = { reg_handler:GetActivateEffect() }
......@@ -625,6 +584,14 @@ function rsef.SV_CannotDisable_NoEffect(reg_list, con, reset_list, flag, desc_li
local e2 = rsef.SV_CANNOT_DISABLE(reg_list, "dise", nil, con, reset_list, "sa,cd,uc", desc_list, 0xff)
return e1, e2
end
--Single Val Effect: Utility Procedure Materials
function rsef.SV_UtilityXyzMaterial(reg_list, val, con, reset_list, flag, desc_list, lim_list, range)
rssf.EnableSpecialXyzProcedure()
val = val or 2
range = range or LOCATION_HAND + LOCATION_ONFIELD + LOCATION_EXTRA + LOCATION_DECK + LOCATION_GRAVE
local e1 = rsef.SV(reg_list, rscode.Utility_Xyz_Material, val, range, con, reset_list, flag, desc_list, lim_list)
return e1
end
--Single Val Effect: Extra Procedure Materials
function rsef.SV_ExtraMaterial(reg_list, mat_list, val_list, con, reset_list, flag, desc_list, lim_list, range)
local code_list_1 = { "syn", "xyz", "link" }
......@@ -662,7 +629,7 @@ function rsef.Attribute(reg_list, eff_type, att_list, val_list, tg, tg_range_lis
end
local eff_code, eff_defval, eff_defctlimit, eff_exflag_s, eff_exflag_f, eff_exreset = att_list3[1], att_list3[2], att_list3[3], att_list3[4] or 0, att_list3[5] or 0, att_list3[6] or 0
local eff_val = val_list[idx] or val_list[1] or eff_defval or 1
if range and rsof.Table_List(rsef.value_affect_self_srt_list, eff_code) and eff_type == "sv" and not reset_list then
if rsof.Table_List(rsef.value_affect_self_srt_list, eff_code) and eff_type == "sv" and not reset_list then
eff_flag = eff_flag | EFFECT_FLAG_SINGLE_RANGE
end
if not range and (not reset_list or eff_flag & EFFECT_FLAG_SINGLE_RANGE ~= 0) then
......@@ -794,7 +761,7 @@ function rsef.A(reg_list, code, desc_list, lim_list, cate, flag, con, cost, tg,
if not code then code = EVENT_FREE_CHAIN end
return rsef.Register(reg_list, EFFECT_TYPE_ACTIVATE, code, desc_list, lim_list, cate, flag, nil, con, cost, tg, op, nil, nil, timing_list, reset_list)
end
--Activate Effect: negate effect / activation / summon / spsummon
--Activate Effect: negate effect
function rsef.A_NegateEffect(reg_list, dis_str, lim_list, con, cost, ex_cate, ex_flag, ex_tg, ex_op, desc_list, reset_list)
local e1 = rsef.QO_Negate(reg_list, "dis", dis_str, lim_list, nil, con, cost, ex_cate, ex_flag, ex_tg, ex_op, desc_list, reset_list)
e1:SetType(EFFECT_TYPE_ACTIVATE)
......@@ -882,7 +849,7 @@ function rsef.QO_Negate(reg_list, dn_type, dn_str, lim_list, range, con, cost, e
local reg_cate, reg_flag = 0, 0
reg_cate = dn_type == "neg" and CATEGORY_NEGATE or CATEGORY_DISABLE
if type(dn_str) == "string" then
reg_cate = reg_cate | rscate.cate_selhint_list[dn_str][1]
reg_cate = reg_cate | rscate.cate_selhint_list[dn_str][2]
end
reg_cate = reg_cate | rsef.GetRegisterCategory(ex_cate or 0)
reg_flag = reg_flag | rsef.GetRegisterProperty(ex_flag or 0)
......@@ -1136,7 +1103,7 @@ function rsef.FC_AttachEffect_ChangeOp2(baseop)
end
--Effect Function:XXX card / group will leave field in XXX Phase , often use in special summon
function rsef.FC_PhaseLeave(reg_list, leave_val, times, whos, phase, leaveway, val_reset_list)
function rsef.FC_PhaseOpearte(reg_list, leave_val, times, whos, phase, ex_con, leaveway, val_reset_list)
--times: nil every phase
-- 0 next phase
-- 1 or + times phase
......@@ -1157,14 +1124,14 @@ function rsef.FC_PhaseLeave(reg_list, leave_val, times, whos, phase, leaveway, v
tc:RegisterFlagEffect(rscode.Phase_Leave_Flag, reset, 0, 0, fid)
end
sg:KeepAlive()
local e1 = rsef.FC(reg_list, EVENT_PHASE + phase, rshint.epleave, 1, "ii", nil, rsef.FC_PhaseLeave_Con(phase, atct, whos, fid, times), rsef.FC_PhaseLeave_Op(leaveway, fid))
local e1 = rsef.FC(reg_list, EVENT_PHASE + phase, rshint.epleave, 1, "ii", nil, rsef.FC_PhaseLeave_Con(phase, atct, whos, fid, times, ex_con), rsef.FC_PhaseLeave_Op(leaveway, fid))
rsop.opinfo[e1] = {sg, 0, 0}
return e1
end
function rsef.FC_PhaseLeave_Filter(c, fid)
return c:GetFlagEffectLabel(rscode.Phase_Leave_Flag) == fid
end
function rsef.FC_PhaseLeave_Con(phase, atct, whos, fid, times)
function rsef.FC_PhaseLeave_Con(phase, atct, whos, fid, times, ex_con)
return function(e, tp, ...)
local sg, tct, ph_chk = table.unpack(rsop.opinfo[e])
local cur_t = Duel.GetTurnCount()
......@@ -1211,7 +1178,7 @@ function rsef.FC_PhaseLeave_Con(phase, atct, whos, fid, times)
e:Reset()
return
end
return solve
return solve and (not ex_con or ex_con(e, tp, ...))
end
end
function rsef.FC_PhaseLeave_Op(solve_str, fid)
......@@ -1222,8 +1189,7 @@ function rsef.FC_PhaseLeave_Op(solve_str, fid)
local rg = sg:Filter(rsef.FC_PhaseLeave_Filter, nil, fid)
if type(solve_str) == "function" then solve_str(rg, e, tp, eg, ep, ev, re, r, rp)
else
rshint.nohint = true
rsop.Operation_Solve(rg, solve_str, REASON_EFFECT, e, tp, eg, ep, ev, re, r, rp)
rsop.Operation_Solve(rg, solve_str, REASON_EFFECT, { }, 1, e, tp, eg, ep, ev, re, r, rp)
end
end
end
......@@ -1301,6 +1267,10 @@ function rstg.SC_DestroyReplace(repfilter, tg)
end
-------------------"Part_Summon_Function"---------------------
--Summon check "Blue - Eyes Spirit Dragon"
function rssf.CheckBlueEyesSpiritDragon(tp)
return Duel.IsPlayerAffectedByEffect(tp, 59822133)
end
--Summon Function: Set Default Parameter
function rssf.GetSSDefaultParameter(sum_type, sum_pl, loc_pl, ignore_con, ignore_revie, pos)
sum_type= sum_type or 0
......@@ -1316,6 +1286,9 @@ function rssf.SpecialSummon(sum_obj, sum_type, sum_pl, loc_pl, ignore_con, ignor
sum_type, sum_pl, loc_pl, ignore_con, ignore_revie, pos = rssf.GetSSDefaultParameter(sum_type, sum_pl, loc_pl, ignore_con, ignore_revie, pos)
local g = Group.CreateGroup()
local sum_group = rsgf.Mix2(sum_obj)
if rsop.chk == 0 then
return true
end
for sum_card in aux.Next(sum_group) do
if rssf.SpecialSummonStep(sum_card, sum_type, sum_pl, loc_pl, ignore_con, ignore_revie, pos, zone, card_fun) then
g:AddCard(sum_card)
......@@ -1340,7 +1313,7 @@ function rssf.SpecialSummonStep(sum_card, sum_type, sum_pl, loc_pl, ignore_con,
if type(card_fun) == "table" then
rscf.QuickBuff({ c, sum_card, true }, table.unpack(card_fun))
elseif type(card_fun) == "function" then
card_fun(c, sum_card, e, tp, g)
card_fun(sum_card , e, tp, g)
end
end
return sum_res, sum_card
......@@ -1432,7 +1405,7 @@ end
--value: reason by battle or card effects
function rsval.indbae(string1, string2)
return function(e, re, r, rp)
if not string1 and not string2 then return r & REASON_BATTLE + REASON_EFFECT ~=0 end
if not string1 and not string2 then return r & (REASON_BATTLE + REASON_EFFECT) ~=0 end
return ((string1 == "battle" or string2 == "battle") and r & REASON_BATTLE ~=0 ) or ((string1 == "effect" or string2 == "effect") and r & REASON_EFFECT ~=0 )
end
end
......@@ -1454,7 +1427,7 @@ function rsval.imes(e, re)
return re:GetOwner() ~= e:GetOwner()
end
--value: unaffected by other card effects that do not target it
function rsval.imntg1(e, re)
function rsval.imntges(e, re)
local c = e:GetHandler()
local ec = re:GetHandler()
if re:GetOwner() == e:GetOwner() or ec:IsHasCardTarget(c) or (re:IsHasType(EFFECT_TYPE_ACTIONS) and re:IsHasProperty(EFFECT_FLAG_CARD_TARGET) and c:IsRelateToEffect(re)) then return false
......@@ -1462,7 +1435,7 @@ function rsval.imntg1(e, re)
return true
end
--value: unaffected by opponent's card effects that do not target it
function rsval.imntg2(e, re)
function rsval.imntgoe(e, re)
local c = e:GetHandler()
local ec = re:GetHandler()
if re:GetHandlerPlayer() == e:GetHandlerPlayer() or ec:IsHasCardTarget(c) or (re:IsHasType(EFFECT_TYPE_ACTIONS) and re:IsHasProperty(EFFECT_FLAG_CARD_TARGET) and c:IsRelateToEffect(re)) then return false
......@@ -1472,9 +1445,10 @@ end
--value: EFFECT_CANNOT_INACTIVATE, EFFECT_CANNOT_DISEFFECT
function rsval.cdisneg(filter)
return function(e, ct)
filter = filter or aux.TRUE
local p = e:GetHandlerPlayer()
local te, tp, loc = Duel.GetChainInfo(ct, CHAININFO_TRIGGERING_EFFECT, CHAININFO_TRIGGERING_PLAYER, CHAININFO_TRIGGERING_LOCATION)
return (not filter and p == tp) or (filter and filter(e, p, te, tp, loc))
return filter(e, p, te, tp, loc)
end
end
--value: Cannot be fusion summon material
......@@ -1484,7 +1458,7 @@ end
-------------------"Part_Target_Function"---------------------
--Card target: do not have an effect target it
function rstg.neftg(e, c)
function rstg.imntg(e, c)
local te, g = Duel.GetChainInfo(0, CHAININFO_TRIGGERING_EFFECT, CHAININFO_TARGET_CARDS)
return not te or not te:IsHasProperty(EFFECT_FLAG_CARD_TARGET) or not g or not g:IsContains(c)
end
......@@ -1501,7 +1475,7 @@ function rsop.token_reg(tk_code)
end
end
end
function rstg.token(tk_code_or_fun, ct, sum_pos, tg_p, ignore_ft)
function rstg.token(tk_code_or_fun, ct, sum_pos, tg_p)
if type(tk_code_or_fun) == "number" and not rstg.tk_list[tk_code_or_fun] then
local ge1 = rsef.FC_Global(0, EVENT_ADJUST, tk_code_or_fun, nil, rsop.token_reg(tk_code_or_fun))
end
......@@ -1510,7 +1484,7 @@ function rstg.token(tk_code_or_fun, ct, sum_pos, tg_p, ignore_ft)
local sp = tg_p == 0 and tp or 1 - tp
local res = rssf.CheckTokenSummonable(e, tp, tk_code_or_fun, sum_pos, sp, nil, eg, ep, ev, re, r, rp, 0)
local ft = Duel.GetLocationCount(sp, LOCATION_MZONE, tp)
if rscon.bsdcheck(tp) and type(ct) == "number" and ct > 1 then res = false end
if rssf.CheckBlueEyesSpiritDragon(tp) and type(ct) == "number" and ct > 1 then res = false end
if type(ct) == "number" and ft < ct then res = false end
if chkc then return true end
if chk == 0 then return res end
......@@ -1548,12 +1522,12 @@ function rssf.SpecialSummonToken(e, tp, tk_code_or_fun, minct, maxct, sum_pos, t
local ft = Duel.GetLocationCount(sp, LOCATION_MZONE, tp)
if ft <= 0 then return false end
local sum_min, sum_max = minct, math.min(maxct, ft)
if rscon.bsdcheck(tp) and type(minct) == "number" and minct > 1 then return res_ct end
if rssf.CheckBlueEyesSpiritDragon(tp) and type(minct) == "number" and minct > 1 then return res_ct end
if type(minct) == "number" and ft < minct then return res_ct end
if rsof.Check_Boolean(minct) then
sum_min= ft
end
if rscon.bsdcheck(tp) then
if rssf.CheckBlueEyesSpiritDragon(tp) then
sum_min, sum_max = 1, 1
end
if sum_min > sum_max then return res_ct end
......@@ -1586,7 +1560,8 @@ function rssf.SpecialSummonToken(e, tp, tk_code_or_fun, minct, maxct, sum_pos, t
end
end
Duel.SpecialSummonComplete()
return res_ct
local og = Duel.GetOperatedGroup()
return res_ct, og, og:GetFirst()
end
--Effect Target: Negative Effect / Activate
function rstg.disneg(dn_type, dn_str, ex_tg)
......@@ -1595,11 +1570,10 @@ function rstg.disneg(dn_type, dn_str, ex_tg)
local rc = re:GetHandler()
if chkc then return ex_tg(e, tp, eg, ep, ev, re, r, rp, chk, chkc) end
if chk == 0 then return (dn_str ~= "rm" or aux.nbcon(tp, re)) and (ex_tg(e, tp, eg, ep, ev, re, r, rp, chk, chkc)) end
local op_cate = rscate.cate_selhint_list[dn_str][1]
Duel.SetOperationInfo(0, rscate.cate_selhint_list[dn_type][1], eg, 1, 0, 0)
local op_cate = rscate.cate_selhint_list[dn_str][2]
if op_cate and op_cate ~= 0 and rc:IsRelateToEffect(re) then
local op_fun = rscate.cate_selhint_list[dn_str][5]
if not op_fun or op_fun(eg, 0, REASON_EFFECT, e, tp, eg, ep, ev, re, r, rp) then
local res = rsop.Operation_Solve(eg, dn_str, REASON_EFFECT, { }, 0, e, tp, eg, ep, ev, re, r, rp)
if res then
Duel.SetOperationInfo(0, op_cate, eg, 1, 0, 0)
end
end
......@@ -1653,6 +1627,11 @@ function rsef.target_base(checkfun, target_fun, target_list)
if target_fun then
target_fun(target_group, e, tp, eg, ep, ev, re, r, rp)
end
if eg then
for tc in aux.Next(eg) do
tc:CreateEffectRelation(e)
end
end
end
end
function rsef.target(list_type_str, ...)
......@@ -1726,9 +1705,6 @@ function rstg.GetTargetAttribute(e, tp, eg, ep, ev, re, r, rp, target_list)
local _, category_list, category_str_list = rsef.GetRegisterCategory(nil, category_str_list0)
--3.Locaion Self
local loc_self, loc_oppo = target_list[4], target_list[5]
local loc_self = type(loc_self) == "function" and loc_self(e, tp, eg, ep, ev, re, r, rp) or loc_self
--4.Locaion Opponent
local loc_oppo = type(loc_oppo) == "function" and loc_oppo(e, tp, eg, ep, ev, re, r, rp) or loc_oppo
if type(loc_self) == "number" and not loc_oppo then loc_oppo = 0 end
--5.Minum Count
local minct, maxct = target_list[6], target_list[7]
......@@ -1742,41 +1718,58 @@ function rstg.GetTargetAttribute(e, tp, eg, ep, ev, re, r, rp, target_list)
local except_fun = target_list[8]
--8.specially player target effect value
local player_list1 = { CATEGORY_RECOVER, CATEGORY_DAMAGE, CATEGORY_DECKDES, CATEGORY_DRAW, CATEGORY_HANDES }
if rsof.Table_Intersection(category_list, player_list1) then
if not rsof.Table_List(category_list, CATEGORY_HANDES) then
if not loc_self and not loc_oppo then loc_self = 0xff end
if loc_self and type(loc_self) == "number" and loc_self > 0 then loc_self = 0xff end
if loc_oppo and type(loc_oppo) == "number" and loc_oppo > 0 then loc_oppo = 0xff end
else
if not loc_self and not loc_oppo then
if type(filter_card) == "number" and filter_card > 0 then
-- case 1 (for old card "dish", now not use)
if rsof.Table_List_OR(category_str_list, "dish") then
--case 1.1
if type(loc_self) == "number" and loc_self > 0 then loc_self = LOCATION_HAND end
if type(loc_oppo) == "number" and loc_oppo > 0 then loc_oppo = LOCATION_HAND end
--case 1.2
if type(filter_card) == "number" then
if filter_card == 0 then
loc_self = true
elseif filter_card > 0 and not loc_self then
loc_self = LOCATION_HAND
else
--loca_self = nil
minct = filter_card
elseif filter_card < 0 and not loc_oppo then
loc_oppo = LOCATION_HAND
minct = -filter_card
end
filter_card = aux.TRUE
end
end
if loc_self and type(loc_self) == "number" and loc_self > 0 then loc_self = LOCATION_HAND end
if loc_oppo and type(loc_oppo) == "number" and loc_oppo > 0 then loc_oppo = LOCATION_HAND end
local player_list1 = { "rec", "dam", "disd", "dd", "dr", "dh" }
-- case 2 ,switch rec, dam, disd, dd ,dr ,dh format
if rsof.Table_Intersection(category_str_list, player_list1) then
--case 2.1
local loc = rsof.Table_List(category_str_list, "dh") and LOCATION_HAND or 0xff
if type(loc_self) == "number" and loc_self > 0 then loc_self = loc end
if type(loc_oppo) == "number" and loc_oppo > 0 then loc_oppo = loc end
--case 2.2
if type(filter_card) == "function" then
filter_card = filter_card(e, tp, eg, ep, ev, re, r, rp)
end
--case 2.3
if type(filter_card) == "number" then
if filter_card == 0 then
loc_self = true
elseif filter_card > 0 and not loc_self then
loc_self = 0xff
minct = filter_card
maxct = filter_card
filter_card = aux.TRUE
if rsof.Table_List(category_list, CATEGORY_HANDES) and filter_card == 0 then
minct = 1
maxct = 1
end
elseif type(filter_card) == "function" and not rsof.Table_List(category_list, CATEGORY_HANDES) then
local minct2 = filter_card(e, tp, eg, ep, ev, re, r, rp)
local maxct2 = minct2
if type(minct2) == "number" then minct = minct2 end
if type(maxct2) == "number" then maxct = maxct2 end
elseif filter_card < 0 and not loc_oppo then
loc_oppo = 0xff
minct = -filter_card
end
filter_card = aux.TRUE
end
end
--9.Fix for solve self
if not loc_self and not loc_oppo then loc_self = true end
if not loc_self and not loc_oppo then loc_self = "self" end
if rsof.Check_Boolean(loc_self, true) then loc_self = "eg" end
if loc_self and not loc_oppo then loc_oppo = 0 end
if loc_oppo and not loc_self then loc_self = 0 end
if minct and not maxct then maxct = minct end
if maxct and not minct then minct = maxct end
return list_type, filter_card, filter_group, category_list, category_str_list, category_fun, sel_hint, loc_self, loc_oppo, minct, maxct, except_fun
end
--Get except group use for Duel.IsExistingMatchingCard, eg
......@@ -1792,6 +1785,16 @@ function rsgf.GetExceptGroup(e, tp, eg, ep, ev, re, r, rp, except_parama)
end
return except_group, #except_group
end
--Card Filter: Ex-parama for no "Card" and "Aux"
function rscf.CardOrAuxFilter(filter_card)
return function(c, e, tp, ...)
if rsof.Table_List(Card, filter_card) or rsof.Table_List(aux, filter_card) then
return filter_card(c)
else
return filter_card(c, e, tp, ...)
end
end
end
--Effect target: Check chkc & chk
function rstg.TargetCheck(e, tp, eg, ep, ev, re, r, rp, chk, chkc, target_list_total)
local c = e:GetHandler()
......@@ -1802,8 +1805,13 @@ function rstg.TargetCheck(e, tp, eg, ep, ev, re, r, rp, chk, chkc, target_list_t
--3. Check 1 Target Card (chkc)
if chkc then
--3.1. Check Self
if type(loc_self) == "boolean" then
return chkc == c and (not filter_card or filter_card(chkc, e, tp, eg, ep, ev, re, r, rp))
if type(loc_self) == "string" then
if loc_self == "self" then
return chkc == c and (not filter_card or rscf.CardOrAuxFilter(filter_card)(chkc, e, tp, eg, ep, ev, re, r, rp))
elseif loc_self == "eg" then
return eg:IsContains(chkc) and (not filter_card or rscf.CardOrAuxFilter(filter_card)(chkc, e, tp, eg, ep, ev, re, r, rp))
end
return false
end
--3.2. Check if target are 2 or more
for idx = 2, #target_list_total do
......@@ -1819,7 +1827,7 @@ function rstg.TargetCheck(e, tp, eg, ep, ev, re, r, rp, chk, chkc, target_list_t
if loc_self == 0 and loc_oppo > 0 and chkc:IsControler(tp) then return false end
if loc_oppo == 0 and loc_self > 0 and chkc:IsControler(1 - tp) then return false end
if #except_group > 0 and except_group:IsContains(chkc) then return false end
if filter_card and not filter_card(chkc, e, tp, eg, ep, ev, re, r, rp) then return false end
if filter_card and not rscf.CardOrAuxFilter(filter_card)(chkc, e, tp, eg, ep, ev, re, r, rp) then return false end
return true
end
--4. Check if meet the conditions
......@@ -1835,33 +1843,47 @@ function rstg.TargetCheck(e, tp, eg, ep, ev, re, r, rp, chk, chkc, target_list_t
local target_fun = list_type == "tg" and Duel.IsExistingTarget or Duel.IsExistingMatchingCard
--4.3.2. Formally checking
--4.3.2.1 Checking self
if type(loc_self) == "boolean" then
if type(loc_self) == "string" and loc_self == "self" then
return not except_group:IsContains(c) and rstg.TargetFilter(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, table.unpack(target_list_total))
--4.3.2.2 Checking not self
--4.3.2.2 Checking not self and eg
else
local minct2 = (type(minct) ~= "number" or minct == 0) and 1 or minct
if rsof.Table_Intersection(category_list, player_list1) then
minct2 = 1
end
if minct2 == 999 then return false end
local rg = rsgf.CheckReleaseGroup(list_type, category_list, loc_self)
local must_sel_group
--special : Release
local release_group = rsgf.CheckReleaseGroup(list_type, category_list, loc_self, loc_oppo, filter_card, except_group, e, tp, eg, ep, ev, re, r, rp)
if type(loc_self) == "string" and loc_self == "eg" then
must_sel_group = eg:Filter(rscf.CardOrAuxFilter(filter_card), except_group, e, tp, eg, ep, ev, re, r, rp)
-- appoint eg, cannot use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = must_sel_group:Filter(aux.IsInGroup, nil, release_group)
end
end
if filter_group and not (type(loc_self) == "string" and loc_self == "eg") then
must_sel_group = Duel.GetMatchingGroup(rscf.CardOrAuxFilter(filter_card), tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp)
-- do not appoint any card, can use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = release_group:Clone()
end
end
if not filter_group then
if #rg == 0 then
if not must_sel_group then
return target_fun(rstg.TargetFilter, tp, loc_self, loc_oppo, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, table.unpack(target_list_total))
else
return rg:IsExists(rstg.TargetFilter, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, table.unpack(target_list_total))
return must_sel_group:IsExists(rstg.TargetFilter, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, table.unpack(target_list_total))
end
else
local target_group= #rg == 0 and Duel.GetMatchingGroup(filter_card, tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp) or rg
if list_type == "tg" then target_group = target_group:Filter(Card.IsCanBeEffectTarget, nil, e) end
return target_group:CheckSubGroup(rstg.GroupFilter, minct2, maxct, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, table.unpack(target_list_total))
return must_sel_group and must_sel_group:CheckSubGroup(rstg.GroupFilter, minct2, maxct, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, table.unpack(target_list_total))
end
end
end
end
function rsgf.CheckReleaseGroup(list_type, category_list, loc_self)
function rsgf.CheckReleaseGroup(list_type, category_list, loc_self, loc_oppo, filter_card, except_group, e, tp, eg, ep, ev, re, r, rp)
if list_type ~= "cost" or not rsof.Table_List(category_list, CATEGORY_RELEASE) or loc_self ~= "number" then return end
local g = Group.CreateGroup()
if list_type ~= "cost" or not rsof.Table_List(category_list, CATEGORY_RELEASE) or loc_self ~= "number" then return g end
local rg = Duel.GetReleaseGroup(tp, true)
--Tribute from your hand or Mzone
if loc_self & LOCATION_MZONE ~=0 then
......@@ -1873,6 +1895,7 @@ function rsgf.CheckReleaseGroup(list_type, category_list, loc_self)
--Tribute from other loc
local rg2 = Duel.GetMatchingGroup(Card.IsReleasable, tp, loc_self, loc_oppo, except_group)
g:Merge(rg2)
g = g:Filter(rscf.CardOrAuxFilter(filter_card), except_group, e, tp, eg, ep, ev, re, r, rp)
return g
end
--Effect target: Select Cards
......@@ -1885,7 +1908,7 @@ function rstg.TargetSelect(e, tp, eg, ep, ev, re, r, rp, target_list_total)
local used_count_list = { [0] = 0, [1] = 0, [1] = 0, [2] = 0}
local info_list = { }
local selected_group_total_list = { }
local costed_grouo_total = Group.CreateGroup()
local costed_group_total = Group.CreateGroup()
--2. Selecting
--for idx, target_list in pairs(target_list_total) do
--cannot use above method because may have target_list_total[0]
......@@ -1904,45 +1927,49 @@ function rstg.TargetSelect(e, tp, eg, ep, ev, re, r, rp, target_list_total)
local except_group = rsgf.GetExceptGroup(e, tp, eg, ep, ev, re, r, rp, except_fun)
except_group:Merge(used_group)
--2.3. Set must select group
local must_sel_group = Group.CreateGroup()
--2.4. Formally Selecting
--Check Sub Group
if filter_group then
must_sel_group = Duel.GetMatchingGroup(filter_card, tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp)
--2.4.1. Special case - Release
local must_sel_group
local release_group = rsgf.CheckReleaseGroup(list_type, category_list, loc_self, loc_oppo, filter_card, except_group, e, tp, eg, ep, ev, re, r, rp)
if type(loc_self) == "string" and loc_self == "eg" then
must_sel_group = eg:Filter(rscf.CardOrAuxFilter(filter_card), except_group, e, tp, eg, ep, ev, re, r, rp)
-- appoint eg, cannot use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = must_sel_group:Filter(aux.IsInGroup, nil, release_group)
end
--2.4.1. Special case - Tribute
local rg = rsgf.CheckReleaseGroup(list_type, category_list, loc_self)
if #rg > 0 then
must_sel_group:Merge(rg)
end
--Self
if type(loc_self) == "boolean" then
must_sel_group = Group.FromCards(c)
if filter_group and not (type(loc_self) == "string" and loc_self == "eg") then
must_sel_group = Duel.GetMatchingGroup(rscf.CardOrAuxFilter(filter_card), tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp)
-- do not appoint any card, can use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = release_group:Clone()
end
--Check Sub Group 2
if filter_group then
must_sel_group = must_sel_group:Filter(filter_card, nil, e, tp, eg, ep, ev, re, r, rp)
end
if type(loc_self) == "string" and loc_self == "self" then
if rscf.CardOrAuxFilter(filter_card)(c, e, tp, eg, ep, ev, re, r, rp) then
must_sel_group = Group.FromCards(c)
else
must_sel_group = must_sel_group:Filter(rstg.TargetFilter, nil, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, target_list, table.unpack(target_list_next))
must_sel_group = Group.CreateGroup()
end
end
if list_type == "tg" then must_sel_group = must_sel_group:Filter(Card.IsCanBeEffectTarget, nil, e) end
--2.4.2. Base Selecting
local sel_fun = list_type == "tg" and Duel.SelectTarget or Duel.SelectMatchingCard
local sel_hint2 = rsef.GetDefaultHintString(category_list, loc_self, loc_oppo, sel_hint)
local sel_hint2 = rsef.GetDefaultSelectHint(category_list, loc_self, loc_oppo, sel_hint)
local selected_group
Duel.Hint(HINT_SELECTMSG, tp, sel_hint2)
--2.4.2.1. Select from must select group
if #must_sel_group > 0 then
if must_sel_group then
if filter_group then
if list_type ~= "opc" then
selected_group = must_sel_group:SelectSubGroup(tp, rstg.GroupFilter, false, minct, maxct, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, target_list, table.unpack(target_list_next))
end
else
--2.4.2.1.1. Select whole group
if type(loc_self) == "boolean" or type(minct) == "boolean" then
if (type(loc_self) == "string" and loc_self == "self") or type(minct) == "boolean" then
selected_group = must_sel_group
--2.4.2.1.2. Select from group
elseif type(loc_self) == "number" and type(minct) ~= "boolean" and list_type ~= "opc" then
elseif (type(loc_self) == "number" or (type(loc_self) == "string" and loc_self == "eg")) and type(minct) ~= "boolean" and list_type ~= "opc" then
selected_group = must_sel_group:Select(tp, minct, maxct, nil)
end
end
......@@ -1951,13 +1978,10 @@ function rstg.TargetSelect(e, tp, eg, ep, ev, re, r, rp, target_list_total)
Duel.SetTargetCard(selected_group)
end
--2.4.2.2. Directly select
elseif type(loc_self) == "number" then
else
--2.4.2.2.1. Select whole group , or not select but for register operation_info_card_or_group
if ((type(minct) == "boolean" or list_type == "opc")) and not rsof.Table_Intersection(category_list, player_target_list1) then
selected_group = Duel.GetMatchingGroup(rstg.TargetFilter, tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, target_list, table.unpack(target_list_next))
if type(minct) == "boolean" then
used_group:Merge(selected_group)
end
if list_type == "tg" and selected_group and #selected_group > 0 then
Duel.SetTargetCard(selected_group)
end
......@@ -1971,14 +1995,21 @@ function rstg.TargetSelect(e, tp, eg, ep, ev, re, r, rp, target_list_total)
used_group:Merge(selected_group)
end
end
if aux.GetValueType(selected_group) == "Group" then
used_group:Merge(selected_group)
end
--2.5. Solve cost to selected_group
if list_type == "cost" or list_type == "ops" then
local cost_result = rscost.CostSolve(selected_group, category_str_list, category_fun, list_type, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list)
local cost_result, costed_group = rscost.CostSolve(selected_group, category_str_list, category_fun, list_type, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list)
if not cost_result or (type(cost_result) == "number" and cost_result <= 0) or (aux.GetValueType(cost_result) == "Group" and #cost_result <= 0) then
return
else
--costed_grouo_total:Merge(Duel.GetOperatedGroup())
costed_grouo_total:Merge(selected_group)
--costed_group_total:Merge(Duel.GetOperatedGroup())
if costed_group and aux.GetValueType(costed_group) == "Group" then
costed_group_total:Merge(costed_group)
elseif aux.GetValueType(selected_group) == "Group" then
costed_group_total:Merge(selected_group)
end
end
end
--2.6. Register Operationinfo for target
......@@ -2021,7 +2052,7 @@ function rstg.TargetSelect(e, tp, eg, ep, ev, re, r, rp, target_list_total)
end
end
local tg = Duel.GetChainInfo(0, CHAININFO_TARGET_CARDS)
return tg, selected_group_total_list, costed_grouo_total
return tg, selected_group_total_list, costed_group_total
end
--Effect target: Target filter
function rstg.TargetFilter(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list, target_list1, target_list2, ...)
......@@ -2032,6 +2063,7 @@ function rstg.TargetFilter(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_cou
if rsof.Table_List_OR(category_list, CATEGORY_RECOVER, CATEGORY_DAMAGE) then
--no_use
elseif rsof.Table_List(category_list, CATEGORY_DECKDES) then
local deckdes_player = loc_self > 0 and tp or 1 - tp
used_count_list2[deckdes_player] = used_count_list2[deckdes_player] + minct
if Duel.GetFieldGroupCount(deckdes_player, LOCATION_DECK, 0) < used_count_list2[deckdes_player] then return false end
if list_type == "cost" and not Duel.IsPlayerCanDiscardDeckAsCost(deckdes_player, minct) then return false end
......@@ -2043,12 +2075,13 @@ function rstg.TargetFilter(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_cou
if not Duel.IsPlayerCanDraw(draw_player, minct) then return false end
elseif rsof.Table_List(category_list, CATEGORY_HANDES) then
used_group2:AddCard(c)
if filter_card and not filter_card(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list) then return false end
if filter_card and not rscf.CardOrAuxFilter(filter_card)(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list) then return false end
if list_type == "cost" and not c:IsDiscardable(REASON_COST) then return false end
if list_type ~= "cost" and not c:IsDiscardable(REASON_EFFECT) then return false end
else
used_group2:AddCard(c)
if filter_card and not filter_card(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list) then return false end
if list_type == "tg" and not c:IsCanBeEffectTarget(e) then return false end
if filter_card and not rscf.CardOrAuxFilter(filter_card)(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list) then return false end
end
end
if target_list2 then
......@@ -2057,25 +2090,42 @@ function rstg.TargetFilter(c, e, tp, eg, ep, ev, re, r, rp, used_group, used_cou
local target_fun = list_type == "tg" and Duel.IsExistingTarget or Duel.IsExistingMatchingCard
local except_group = rsgf.GetExceptGroup(e, tp, eg, ep, ev, re, r, rp, except_fun)
except_group:Merge(used_group2)
if type(loc_self) == "boolean" then
if type(loc_self) == "string" and loc_self == "self" then
return not except_group:IsContains(e:GetHandler()) and rstg.TargetFilter(e:GetHandler(), e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
else
local minct2 = (type(minct) ~= "number" or minct == 0) and 1 or minct
if rsof.Table_Intersection(category_list, player_list1) then
minct2 = 1
end
if minct2 == 999 then return false end
local rg = rsgf.CheckReleaseGroup(list_type, category_list, loc_self)
local must_sel_group
--special : Release
local release_group = rsgf.CheckReleaseGroup(list_type, category_list, loc_self, loc_oppo, filter_card, except_group, e, tp, eg, ep, ev, re, r, rp)
if type(loc_self) == "string" and loc_self == "eg" then
must_sel_group = eg:Filter(rscf.CardOrAuxFilter(filter_card), except_group, e, tp, eg, ep, ev, re, r, rp)
-- appoint eg, cannot use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = must_sel_group:Filter(aux.IsInGroup, nil, release_group)
end
end
if filter_group and not (type(loc_self) == "string" and loc_self == "eg") then
must_sel_group = Duel.GetMatchingGroup(rscf.CardOrAuxFilter(filter_card), tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp)
-- do not appoint any card, can use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = release_group:Clone()
end
end
if not filter_group then
if #rg == 0 then
if not must_sel_group then
return target_fun(rstg.TargetFilter, tp, loc_self, loc_oppo, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
else
return rg:IsExists(rstg.TargetFilter, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
return must_sel_group:IsExists(rstg.TargetFilter, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
end
else
local target_group= #rg == 0 and Duel.GetMatchingGroup(filter_card, tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp) or rg
if list_type == "tg" then target_group = target_group:Filter(Card.IsCanBeEffectTarget, nil, e) end
return target_group:CheckSubGroup(rstg.GroupFilter, minct2, maxct, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
return must_sel_group and must_sel_group:CheckSubGroup(rstg.GroupFilter, minct2, maxct, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
end
end
end
......@@ -2088,6 +2138,8 @@ function rstg.GroupFilter(g, e, tp, eg, ep, ev, re, r, rp, used_group, used_coun
if target_list1 then
local list_type, filter_card, filter_group, category_list, category_str_list, category_fun, sel_hint, loc_self, loc_oppo, minct, maxct, except_fun = rstg.GetTargetAttribute(e, tp, eg, ep, ev, re, r, rp, target_list1)
used_group2:Merge(g)
if list_type == "tg" and g:FilterCount(Card.IsCanBeEffectTarget, nil, e) ~= #g then return false end
--if g:FilterCount(rscf.CardOrAuxFilter(filter_card), nil, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list) ~= #g then return false end
if filter_group and not filter_group(g, e, tp, eg, ep, ev, re, r, rp, used_group, used_count_list) then return false end
end
if target_list2 then
......@@ -2095,7 +2147,7 @@ function rstg.GroupFilter(g, e, tp, eg, ep, ev, re, r, rp, used_group, used_coun
local target_fun = list_type == "tg" and Duel.IsExistingTarget or Duel.IsExistingMatchingCard
local except_group = rsgf.GetExceptGroup(e, tp, eg, ep, ev, re, r, rp, except_fun)
except_group:Merge(used_group2)
if type(loc_self) == "boolean" then
if type(loc_self) == "string" and loc_self == "self" then
return not except_group:IsContains(e:GetHandler()) and rstg.TargetFilter(e:GetHandler(), e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
else
local minct2 = (type(minct) ~= "number" or minct == 0) and 1 or minct
......@@ -2104,17 +2156,33 @@ function rstg.GroupFilter(g, e, tp, eg, ep, ev, re, r, rp, used_group, used_coun
minct2 = 1
end
if minct2 == 999 then return false end
local rg = rsgf.CheckReleaseGroup(list_type, category_list, loc_self)
local must_sel_group
--special : Release
local release_group = rsgf.CheckReleaseGroup(list_type, category_list, loc_self, loc_oppo, filter_card, except_group, e, tp, eg, ep, ev, re, r, rp)
if type(loc_self) == "string" and loc_self == "eg" then
must_sel_group = eg:Filter(rscf.CardOrAuxFilter(filter_card), except_group, e, tp, eg, ep, ev, re, r, rp)
-- appoint eg, cannot use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = must_sel_group:Filter(aux.IsInGroup, nil, release_group)
end
end
if filter_group and not (type(loc_self) == "string" and loc_self == "eg") then
must_sel_group = Duel.GetMatchingGroup(rscf.CardOrAuxFilter(filter_card), tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp)
-- do not appoint any card, can use "Lair of Darkness" to replace-release other cards.
if release_group then
must_sel_group = release_group:Clone()
end
end
if not filter_group then
if #rg == 0 then
if not must_sel_group then
return target_fun(rstg.TargetFilter, tp, loc_self, loc_oppo, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
else
return rg:IsExists(rstg.TargetFilter, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
return must_sel_group:IsExists(rstg.TargetFilter, minct2, except_group, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
end
else
local target_group= #rg == 0 and Duel.GetMatchingGroup(filter_card, tp, loc_self, loc_oppo, except_group, e, tp, eg, ep, ev, re, r, rp) or rg
if list_type == "tg" then target_group = target_group:Filter(Card.IsCanBeEffectTarget, nil, e) end
return target_group:CheckSubGroup(rstg.GroupFilter, minct2, maxct, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
return must_sel_group and must_sel_group:CheckSubGroup(rstg.GroupFilter, minct2, maxct, e, tp, eg, ep, ev, re, r, rp, used_group2, used_count_list2, target_list2, ...)
end
end
end
......@@ -2139,10 +2207,10 @@ function rscost.CostSolve(selected_group, category_str_list, category_fun, list_
end
if not category_str_list or #category_str_list == 0 then return true end
local reason = list_type == "cost" and REASON_COST or REASON_EFFECT
if reason == REASON_COST then
rshint.nohint = true
if reason ~= REASON_COST then
rsop.CheckOperationHint(g)
end
return rsop.Operation_Solve(selected_group, solve_string, reason, e, tp, eg, ep, ev, re, r, rp)
return rsop.Operation_Solve(selected_group, solve_string, reason, { }, 1, e, tp, eg, ep, ev, re, r, rp)
end
--cost: togarve / remove / discard / release / tohand / todeck as cost
function rscost.cost0(checkfun, costfun, cost_list)
......@@ -2170,47 +2238,56 @@ function rscost.CostCheck(e, tp, eg, ep, ev, re, r, rp, chk, costlist)
return rstg.TargetCheck(e, tp, eg, ep, ev, re, r, rp, chk, nil, costlist)
end
--operation / cost function: do operation in card / group
function rsop.Operation_Solve(selected_group, category_str, reason, e, tp, eg, ep, ev, re, r, rp)
local res = false
local op_fun = rscate.cate_selhint_list[category_str][5]
if not op_fun then
--Debug.Message("rsop.Operation_Solve must have a correct category string to index solve fun from rscate.cate_selhint_list")
return true
else
res = op_fun(selected_group, 1, reason, e, tp, eg, ep, ev, re, r, rp)
end
rshint.nohint = false
return res
end
--Target: cost influence effect (rscost.reglabel)
function rstg.reglabel(nolabeltg, inlabeltg, labelct)
labelct = labelct or 100
nolabeltg = nolabeltg or aux.FALSE
return function(e, tp, eg, ep, ev, re, r, rp, chk, chkc)
if chkc then
if e:GetLabel() ~= labelct then
return nolabeltg(e, tp, eg, ep, ev, re, r, rp, 0, chkc)
function rsop.Operation_Solve(selected_group, category_str, reason, ex_para_list, chk, e, tp, eg, ep, ev, re, r, rp)
ex_para_list = type(ex_para_list) == "table" and ex_para_list or { ex_para_list }
local op_list = rscate.cate_selhint_list[category_str][6]
rsop.chk = chk
rsop.chk_e = e
rsop.chk_p = tp
local solve_list = { }
local op_fun = chk == 0 and aux.TRUE or function()
return 0, Group.CreateGroup()
end
local para_len = 0
if op_list then
op_fun = op_list[1]
para_len = op_list[2]
local val, val2
for idx = 3, para_len + 2 do
val = op_list[idx]
if type(val) == "string" then
if val == "solve_parama" then
val2 = selected_group
elseif val == "activate_player" then
val2 = tp
elseif val == "activate_effect" then
val2 = e
elseif val == "reason" then
val2 = reason
end
elseif type(val) == "function" and rsof.reason_fun[val] then
val2 = val(reason)
else
e:SetLabel(0)
return inlabeltg(e, tp, eg, ep, ev, re, r, rp, 0, chkc)
val2 = val
end
solve_list[idx - 2] = val2
end
if chk == 0 then
if e:GetLabel() ~= labelct then
return nolabeltg(e, tp, eg, ep, ev, re, r, rp, 0)
else
return inlabeltg(e, tp, eg, ep, ev, re, r, rp, 0)
if para_len > 1 then
local val_ex
for idx = 1, para_len - 1 do
val_ex = ex_para_list[idx]
if type(val_ex) ~= "nil" then
solve_list[idx + 1] = val_ex
end
end
e:SetLabel(0)
if e:GetLabel() ~= labelct then
nolabeltg(e, tp, eg, ep, ev, re, r, rp, 1)
else
inlabeltg(e, tp, eg, ep, ev, re, r, rp, 1)
end
end
local res1, res2, res3 = op_fun(table.unpack(solve_list))
rsop.chk = 1
rsop.chk_e = nil
rsop.chk_p = 0
return res1, res2, res3
end
-------------------"Part_Cost_Function"---------------------
--cost: remove count form self
function rscost.rmct(cttype, ct1, ct2, issetlabel)
......@@ -2237,7 +2314,7 @@ function rscost.rmct(cttype, ct1, ct2, issetlabel)
end
--cost: remove count form self field
function rscost.rmct2(cttype, loc_self, loc_oppo, ct1, ct2, issetlabel)
loc_self = loc_self or LOCATION_MZONE
loc_self = loc_self or 1
loc_oppo = loc_oppo or 0
ct1 = ct1 or 1
ct2 = ct2 or ct1
......@@ -2253,7 +2330,7 @@ function rscost.rmct2(cttype, loc_self, loc_oppo, ct1, ct2, issetlabel)
end
minct = Duel.AnnounceNumber(tp, table.unpack(rmlist))
end
Duel.RemoveCounter(tp, 1, 0, cttype, minct, REASON_COST)
Duel.RemoveCounter(tp, loc_self, loc_oppo, cttype, minct, REASON_COST)
rscost.costinfo[e] = minct
if issetlabel then
e:SetLabel(minct)
......@@ -2278,14 +2355,14 @@ function rscost.rmxmat(ct1, ct2, issetlabel)
end
end
--cost: if the cost is relate to the effect, use this (real cost set in the target)
function rscost.reglabel(lab_code)
function rscost.setlab(lab_code)
return function(e, tp, eg, ep, ev, re, r, rp, chk)
e:SetLabel(lab_code or 100)
return true
end
end
--cost: Pay LP
function rscost.lpcost(lp, is_directly, is_lab)
function rscost.paylp(lp, is_directly, is_lab)
return function(e, tp, eg, ep, ev, re, r, rp, chk)
local pay_lp = lp
if rsof.Check_Boolean(lp) then pay_lp = math.floor(Duel.GetLP(tp) / 2) end
......@@ -2301,19 +2378,19 @@ function rscost.lpcost(lp, is_directly, is_lab)
end
end
--cost: Pay Multiple LP
function rscost.lpcost2(base_pay, max_pay, is_lab)
function rscost.paylp2(base_pay, max_pay, is_lab)
return function(e, tp, eg, ep, ev, re, r, rp, chk)
local max_lp = Duel.GetLP(tp)
if max_pay and type(max_pay) == "number" then
if type(max_pay) == "number" then
max_lp = math.min(max_lp, max_pay)
end
if chk == 0 then return Duel.CheckLPCost(tp, base_pay) end
local max_multiple = math.floor(max_lp / base_pay)
local pay_list = { }
for i = 1, max_multiple do
pay_list[i] = i * base_pay
for idx = 1, max_multiple do
pay_list[idx] = idx * base_pay
end
local pay_lp = Duel.AnnounceNumber(tp, table.unpack(t))
local pay_lp = Duel.AnnounceNumber(tp, table.unpack(pay_list))
Duel.PayLPCost(tp, pay_lp)
rscost.costinfo[e] = pay_lp
if is_lab or type(is_lab) == "nil" then
......@@ -2321,43 +2398,22 @@ function rscost.lpcost2(base_pay, max_pay, is_lab)
end
end
end
--cost: tribute self
function rscost.releaseself(check_mzone, check_exzone)
return function(e, tp, eg, ep, ev, re, r, rp, chk)
local c = e:GetHandler()
if chk == 0 then return c:IsReleasable() and (not check_mzone or Duel.GetMZoneCount(tp, c, tp) > 0) and (not check_exzone or Duel.GetLocationCountFromEx(tp, tp, c, exmzone) > 0) end
Duel.Release(c, REASON_COST)
end
end
--cost: register flag to lim_ activate (Quick Effect activates once per chain, e.g)
function rscost.regflag(flag_code, reset_list)
if not reset_list then reset_list = RESET_CHAIN end
if type(reset_list) ~= "table" then reset_list = { reset_list } end
local reset_count= reset_list[2]
if not reset_count then reset_count = 1 end
function rscost.chnlim(flag_code, isplayer)
return function(e, tp, eg, ep, ev, re, r, rp, chk)
local c = e:GetHandler()
flag_code = flag_code or c:GetOriginalCode()
if chk == 0 then return c:GetFlagEffect(flag_code) == 0 end
c:RegisterFlagEffect(flag_code, reset_list[1], 0, reset_count)
end
end
function rscost.regflag2(flag_code, reset_list)
if not reset_list then reset_list = RESET_CHAIN end
if type(reset_list) ~= "table" then reset_list = { reset_list } end
local resetcount= reset_list[2]
if not resetcount then resetcount = 1 end
return function(e, tp, eg, ep, ev, re, r, rp, chk)
flag_code = flag_code or e:GetHandler():GetOriginalCode()
if chk == 0 then return Duel.GetFlagEffect(tp, flag_code) == 0 end
local b1 = not isplayer and c:GetFlagEffect(flag_code) == 0
local b2 = isplayer and Duel.GetFlagEffect(tp, flag_code) == 0
if chk == 0 then return b1 or b2 end
if b1 then
c:RegisterFlagEffect(flag_code, RESET_CHAIN, 0, 1)
elseif b2 then
Duel.RegisterFlagEffect(tp, flag_code, RESET_CHAIN, 0, 1)
end
end
end
-------------------"Part_Condition_Function"---------------------
--function check "Blue - Eyes Spirit Dragon"
function rscon.bsdcheck(tp)
return Duel.IsPlayerAffectedByEffect(tp, 59822133)
end
--Condition in Self Turn
function rscon.turns(e)
return Duel.GetTurnPlayer() == e:GetHandlerPlayer()
......@@ -2456,12 +2512,12 @@ function rscon.sumtype_card(check_card, sum_list, card_filter)
return false
end
end
function rscon.sumtypes(sum_list, card_filter )
function rscon.sumtyps(sum_list, card_filter)
return function(e, tp, eg, ep, ev, re, r, rp)
return rscon.sumtype_card(e:GetHandler(), sum_list, card_filter)(e, tp, eg, ep, ev, re, r, rp)
end
end
function rscon.sumtypef(sum_list, card_filter, is_match_all)
function rscon.sumtypf(sum_list, card_filter, is_match_all)
return function(e, tp, eg, ep, ev, re, r, rp)
local c = e:GetHandler()
local res = false
......@@ -2497,10 +2553,7 @@ function rscon.disneg(dn_type, dn_filter, pl_fun)
if type(dn_filter) == "string" then
local str_list = rsof.String_Split(dn_filter)
for _, dn_str in pairs(str_list) do
if dn_str == "s" and re:IsActiveType(TYPE_SPELL) then return true end
if dn_str == "t" and re:IsActiveType(TYPE_TRAP) then return true end
if dn_str == "m" and re:IsActiveType(TYPE_MONSTER) then return true end
if dn_str == "a" and re:IsHasType(EFFECT_TYPE_ACTIVATE) then return true end
if rsef.Effect_Type_Check(dn_str, e) then return true end
end
end
return false
......@@ -2585,8 +2638,7 @@ function rsop.disneg(dn_type, dn_str, ex_op)
end
if rsof.Check_Boolean(res,false) then return end
if dn_str and rc:IsRelateToEffect(re) then
rshint.nohint = true
res = rsop.Operation_Solve(eg, dn_str, REASON_EFFECT, e, tp, eg, ep, ev, re, r, rp)
res = rsop.Operation_Solve(eg, dn_str, REASON_EFFECT, { }, 1, e, tp, eg, ep, ev, re, r, rp) > 0
end
if res then
ex_op(e, tp, eg, ep, ev, re, r, rp, 1)
......@@ -2604,132 +2656,75 @@ function rsop.neg(dn_str, ex_op)
return rsop.disneg("neg", dn_str, ex_op)(...)
end
end
--Function:outer case function for SelectSolve
function rsop.SelectOC(chk_hint, is_break, sel_hint, success_loc)
if type(chk_hint) == "string" then
chk_hint = rscate.cate_selhint_list[chk_hint][4]
--Function:outer case function for SelectCards
function rsop.SelectExPara(chk_hint, is_break, sel_hint)
if chk_hint then
chk_hint = rshint.SwitchHintFormat("w", chk_hint)
end
rsop.SelectOC_checkhint = chk_hint
rsop.SelectOC_isbreak = is_break
rsop.SelectOC_selecthint = sel_hint
rsop.SelectOC_successlocation= success_loc
rsop.SelectExPara_checkhint = chk_hint
rsop.SelectExPara_isbreak = is_break
rsop.SelectExPara_selecthint = sel_hint
return true
end
--Function:Select card by filter and do operation on it
function rsop.SelectSolve(sel_hint, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_group, solve_fun, ...)
--Function: Select card but not solve
function rsop.SelectCards(sel_hint, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, ...)
filter = type(filter) == "table" and filter or { filter }
local card_filter, group_filter = table.unpack(filter)
card_filter = card_filter or aux.TRUE
local g = Duel.GetMatchingGroup(card_filter, tp, loc_self, loc_oppo, except_group, ...)
return rsgf.SelectSolve(g, sel_hint, sp, { aux.TRUE, group_filter }, minct, maxct, except_group, solve_fun, ...)
end
function rsop.ReplaceSolveParama(solve_parama, parlen)
solve_parama = type(solve_parama) == "table" and solve_parama or { solve_parama }
local new_parama = { }
local val
for idx = 1, parlen do
val = solve_parama[idx]
if type(val) == "nil" then
new_parama[idx] = rsnv
local g = Duel.GetMatchingGroup(card_filter, tp, loc_self, loc_oppo, except_obj, ...)
return rsgf.SelectCards(sel_hint, g, sp, { aux.TRUE, group_filter }, minct, maxct, except_obj, ...)
end
--Function: Select and solve
function rsop.SelectOperate(sel_hint, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_list, ...)
local sg = rsop.SelectCards(sel_hint, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, ...)
if #sg == 0 then
return 0, #sg
else
new_parama[idx] = val
end
end
return new_parama
end
--Function:Select card and send to hand
function rsop.SelectToHand(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 4)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or LOCATION_HAND
rshint.nohint_sel = true
return rsop.SelectSolve("th", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.SendtoHand, table.unpack(solve_parama) }, ...)
end
--Function:Select card and send to grave
function rsop.SelectToGrave(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 2)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or LOCATION_GRAVE
rshint.nohint_sel = true
return rsop.SelectSolve("tg", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.SendtoGrave, table.unpack(solve_parama) }, ...)
end
--Function:Select card and release
function rsop.SelectRelease(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 2)
rshint.nohint_sel = true
return rsop.SelectSolve("tg", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.Release, table.unpack(solve_parama) }, ...)
end
--Function:Select card and send to deck
function rsop.SelectToDeck(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 4)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or rsloc.de
rshint.nohint_sel = true
return rsop.SelectSolve("td", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.SendtoDeck, table.unpack(solve_parama) }, ...)
end
--Function:Select card and destroy
function rsop.SelectDestroy(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 2)
rshint.nohint_sel = true
return rsop.SelectSolve("des", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.Destroy, table.unpack(solve_parama) }, ...)
end
--Function:Select card and remove
function rsop.SelectRemove(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 3)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or LOCATION_REMOVED
rshint.nohint_sel = true
return rsop.SelectSolve("rm", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.Remove, table.unpack(solve_parama) }, ...)
end
--Function:Select card and special summon
function rsop.SelectSpecialSummon(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = type(solve_parama) == "table" and solve_parama or { solve_parama }
local e = Duel.GetChainInfo(0, CHAININFO_TRIGGERING_EFFECT)
local parlen = select("#", ...)
--rshint.nohint_sel = true
if parlen == 0 then
return rsop.SelectSolve("sp", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, rsop.SelectSpecialSummon_Operation(solve_parama), e, sp)
return rsop.Operation_Solve(sg, sel_hint, REASON_EFFECT, solve_list, 1, nil, sp)
end
end
--Group:Select card from group
function rsgf.SelectCards(sel_hint, g, sp, filter, minct, maxct, except_obj, ...)
minct = minct or 1
maxct = maxct or minct
local chk_hint, is_break, sel_hint2 = rsop.SelectExPara_checkhint, rsop.SelectExPara_isbreak, rsop.SelectExPara_selecthint
rsop.SelectExPara(nil, nil, nil)
filter = type(filter) == "table" and filter or { filter }
local card_filter, group_filter = table.unpack(filter)
card_filter = card_filter or aux.TRUE
local tg = g:Filter(card_filter, except_obj, ...)
-- case1 , no suit group for card_filter
if #tg <= 0 or (type(minct) == "number" and #tg < minct) then
return Group.CreateGroup()
end
if chk_hint and not rshint.SelectYesNo(sp, chk_hint) then
return Group.CreateGroup()
end
if not rsof.Check_Boolean(minct) then
rshint.Select(sp, sel_hint2 or sel_hint)
if not group_filter then
tg = tg:Select(sp, minct, maxct, except_obj, ...)
else
return rsop.SelectSolve("sp", sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, rsop.SelectSpecialSummon_Operation(solve_parama), ...)
end
end
function rsop.SelectSpecialSummon_Operation(sumfunvarlist)
return function(tg)
if #tg <= 0 then return 0, tg end
return rssf.SpecialSummon(tg, table.unpack(sumfunvarlist))
end
end
--Function:Select card and move to field
function rsop.SelectMoveToField(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 8)
solve_parama[1] = solve_parama[1] or sp
rshint.nohint_sel = true
return rsop.SelectSolve(HINTMSG_TOFIELD, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.MoveToField, table.unpack(solve_parama) }, ...)
end
--Function:Select card and move to field and activate
function rsop.SelectMoveToField_Activate(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 7)
solve_parama[1] = solve_parama[1] or sp
maxct = 1
rshint.nohint_sel = true
return rsop.SelectSolve(rshint.act, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, { rsop.MoveToField_Activate, table.unpack(solve_parama) }, ...)
end
--Function:Select card and SSet
function rsop.SelectSSet(sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, solve_parama, ...)
rshint.nohint_sel = true
solve_parama = rsop.ReplaceSolveParama(solve_parama, 4)
return rsop.SelectSolve(HINTMSG_SET, sp, filter, tp, loc_self, loc_oppo, minct, maxct, except_obj, rsop.SelectSSet_Operation(sp, solve_parama), ...)
end
function rsop.SelectSSet_Operation(sp, solve_parama)
return function(tg, ...)
local setp, targetp, confirm, hint = table.unpack(solve_parama)
setp = setp or sp
targetp = targetp or setp
confirm = confirm or true
--hint = hint or true
if #tg <= 0 then return 0, tg end
--rsop.CheckOperationHint(tg, hint)
--because Duel.SSet use confirm as parameter, so, i have no choice but directly make it hint.(in other solve_fun, the order is first hint and second confirm)
rsop.CheckOperationHint(tg)
local ct = Duel.SSet(setp, tg, targetp, confirm)
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
tg = tg:Filter(aux.TRUE,except_obj)
tg = tg:SelectSubGroup(sp, group_filter, false, minct, maxct, ...)
end
if tg:IsExists(Card.IsLocation, 1, nil, LOCATION_ONFIELD + LOCATION_GRAVE + LOCATION_REMOVED) then
Duel.HintSelection(tg)
end
end
if is_break then
Duel.BreakEffect()
end
return tg, tg:GetFirst()
end
--Group:Select card from group and do operation on it
function rsgf.SelectOperate(sel_hint, g, sp, filter, minct, maxct, except_obj, solve_list, ...)
local sg = rsgf.SelectCards(sel_hint, g, sp, filter, minct, maxct, except_obj, ...)
if #sg == 0 then
return 0, #sg
else
return rsop.Operation_Solve(sg, sel_hint, REASON_EFFECT, solve_list, 1, e, tp, eg, ep, ev, re, r, rp)
end
end
--Operation: Equip
......@@ -2769,7 +2764,7 @@ function rsop.CheckOperateSuccess(solve_loc, check_count)
if check_count then
return #success_g == check_count , success_g
else
return #success_g > 0 , success_g
return #success_g > 0, #success_g, success_g
end
end
--Operation: Send to Deck and Draw
......@@ -2804,119 +2799,218 @@ function rsop.CheckOperationHint(g, hint, confirm)
end
return is_hint, is_confirm
end
--Operation function:Send to hand and confirm or hint
function rsop.SendtoHand(corg, p, reason, hint, confirm)
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
reason= reason or REASON_EFFECT
local is_hint, is_confirm = rsop.CheckOperationHint(g, hint, confirm)
local ct = Duel.SendtoHand(g, p, reason)
if ct > 0 and is_confirm then
p = p or g:GetFirst():GetControler()
Duel.ConfirmCards(1 - p, g)
--Opeartion: Get Extra return value
function rsop.Operation(fun1, ...)
local ct, og, tc = fun1(...)
if not og then
og = Duel.GetOperatedGroup()
tc = og:GetFirst()
end
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
return ct, og ,tc
end
--Operation function:Send to deck and hint
--if you don't neet hint, best use normal Duel.SendtoDeck
function rsop.SendtoDeck(corg, p, seq, reason, hint)
reason= reason or REASON_EFFECT
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
local ct = Duel.SendtoDeck(g, p, seq, reason)
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
end
--Operation function:Send to deck and hint
--if you don't neet hint, best use normal Duel.SendtoDeck
function rsop.SendtoExtraP(corg, p, reason, hint)
reason= reason or REASON_EFFECT
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
local ct = Duel.SendtoExtraP(g, p, reason)
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
end
--Operation function:Send to grave and hint
--if you don't neet hint, best use normal Duel.SendtoDeck
function rsop.SendtoGrave(corg, reason, hint)
reason= reason or REASON_EFFECT
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
if g:IsExists(Card.IsLocation, 1, nil, LOCATION_REMOVED) then
reason = reason | REASON_RETURN
--Operation: Destroy
function rsop.Destroy(corg, reason, loc)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f = reason & REASON_REPLACE ~= 0 and rscf.rdesfilter() or Card.IsDestructable
return #sg >0 and sg:FilterCount(f, nil, rsop.chk_e) == #sg
end
local ct = Duel.SendtoGrave(g, reason)
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
return rsop.Operation(Duel.Destroy, sg, reason, loc)
end
--Operation function:Release and hint
--if you don't neet hint, best use normal Duel.SendtoDeck
function rsop.Release(corg, reason, hint)
--Operation: Release
function rsop.Release(corg, reason)
reason= reason or REASON_EFFECT
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f = reason & REASON_EFFECT ~= 0 and Card.IsReleasableByEffect or Card.IsReleasable
return #sg >0 and sg:FilterCount(f, nil) == #sg
end
if #sg <= 0 then return 0, nil end
local f = function(c)
return (c:IsType(TYPE_SPELL + TYPE_TRAP) and not c:IsOnField()) or c:IsLocation(LOCATION_DECK + LOCATION_EXTRA)
end
local ct = 0
if g:IsExists(f, 1, nil, LOCATION_DECK + LOCATION_EXTRA + LOCATION_HAND) then
ct = Duel.SendtoGrave(g, reason | REASON_RELEASE)
if sg:IsExists(f, 1, nil, LOCATION_DECK + LOCATION_EXTRA + LOCATION_HAND) then
return rsop.Operation(Duel.SendtoGrave, sg, reason | REASON_RELEASE)
else
ct = Duel.Release(g, reason)
return rsop.Operation(Duel.Release, sg, reason)
end
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
end
--Operation function:destroy and hint
--if you don't neet hint, best use normal Duel.Destroy
function rsop.Destroy(corg, reason, desloc, hint)
reason= reason or REASON_EFFECT
desloc= desloc or LOCATION_GRAVE
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
local ct = Duel.Destroy(g, reason, desloc)
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
--Operation: Remove
function rsop.Remove(corg, pos, reason)
pos = pos or POS_FACEUP
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return #sg >0 and sg:FilterCount(Card.IsAbleToRemove, nil, rsop.chk_p, pos, reason) == #sg
end
return rsop.Operation(Duel.Remove, sg, pos, reason)
end
--Operation function:Remove and hint
--if you don't neet hint, best use normal Duel.Remove
function rsop.Remove(corg, pos, reason, hint)
pos= pos or POS_FACEUP
--Operation: Send to hand and confirm
function rsop.SendtoHand(corg, p, reason, no_confirm)
local sg = rsgf.Mix2(corg)
reason= reason or REASON_EFFECT
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
local ct = Duel.Remove(g, pos, reason)
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
if rsop.chk == 0 then
if #sg <= 0 then return false end
local f = reason & REASON_COST ~= 0 and Card.IsAbleToHandAsCost or Card.IsAbleToHand
return sg:FilterCount(f, nil) == #sg or sg:Filter(Card.IsLocation, nil, LOCATION_HAND) == #sg
end
local ct, og, tc = rsop.Operation(Duel.SendtoHand, sg, p, reason)
local og2 = Duel.GetOperatedGroup():Filter(Card.IsLocation,nil,LOCATION_HAND)
if #og2 > 0 and not no_confirm then
for p = 0, 1 do
local cg = og2:Filter(Card.IsControler,nil,p)
if #cg > 0 then
Duel.ConfirmCards(1 - p, cg)
end
end
end
return ct
end
--Operation function:Change Position and hint
--if you don't neet hint, best use normal Duel.Remove
function rsop.ChangePosition(corg, pos1, pos2, pos3, pos4, nofilp, setava, hint)
local g = rsgf.Mix2(corg)
if #g <= 0 then return 0, nil end
rsop.CheckOperationHint(g, hint)
local ct = Duel.ChangePosition(g, pos1, pos2, pos3, pos4, nofilp, setava)
--Operation: Send to deck
function rsop.SendtoDeck(corg, tp, seq, reason)
seq = seq or 2
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f = reason & REASON_COST ~= 0 and Card.IsAbleToDeckAsCost or Card.IsAbleToDeck
return #sg >0 and sg:FilterCount(f, nil) == #sg
end
return rsop.Operation(Duel.SendtoDeck, sg, tp, seq, reason)
end
--Operation: Send to extra
function rsop.SendtoExtra(corg, tp, seq, reason)
seq = seq or 2
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f = reason & REASON_COST ~= 0 and Card.IsAbleToExtraAsCost or Card.IsAbleToExtra
return #sg >0 and sg:FilterCount(f, nil) == #sg
end
return rsop.Operation(Duel.SendtoDeck, sg, tp, seq, reason)
end
--Operation: Send to main and extra (for cost)
function rsop.SendtoMAndE(corg, tp, seq, reason)
seq = seq or 2
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f = reason & REASON_COST ~= 0 and Card.IsAbleToDeckOrExtraAsCost or Card.IsAbleToDeck
return #sg >0 and sg:FilterCount(f, nil) == #sg
end
return rsop.Operation(Duel.SendtoDeck, sg, tp, seq, reason)
end
--Operation: P send to extra
function rsop.SendtoExtraP(corg, tp, reason)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f = reason & REASON_COST ~= 0 and aux.TRUE or Card.IsAbleToExtra
return #sg >0 and sg:FilterCount(f, nil) == #sg and sg:FilterCount(Card.IsForbidden, nil) == 0
end
return rsop.Operation(Duel.SendtoDeck, sg, tp, seq, reason)
end
--Operation: Send to grave
function rsop.SendtoGrave(corg, reason)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
local f
if reason & REASON_RETURN ~= 0 then return sg:FilterCount(Card.IsLocation, nil, LOCATION_REMOVED) == #sg end
local f = reason & REASON_COST ~= 0 and Card.IsAbleToGraveAsCost or Card.IsAbleToGrave
return #sg >0 and sg:FilterCount(f, nil) == #sg
end
return rsop.Operation(Duel.SendtoGrave, sg, reason)
end
--DiscardDeck for rscost.cost
function rsop.DiscardDeck_Special(selected_group, reason)
if rsop.chk == 0 then return true end
local ct = 0
for p = 0, 1 do
local minct = selected_group[p]
local maxct = selected_group[p + 2]
local dct = minct
if maxct < minct then return nil, 0 end
if maxct > minct then
local ct_list = { }
for i = minct, maxct do
if ( reason == REASON_COST and Duel.IsPlayerCanDiscardDeckAsCost(p, i) )
or ( reason ~= REASON_COST and Duel.IsPlayerCanDiscardDeck(p, i) ) then
table.insert(ct_list, i)
end
end
rshint.Select(p, rshint.stgct)
dct = Duel.AnnounceNumber(p, table.unpack(ct_list))
end
if dct > 0 then
ct = ct + Duel.DiscardDeck(p, dct, reason)
end
end
local og = Duel.GetOperatedGroup()
return ct, og, og:GetFirst()
end
--Operation function:MoveToField and hint
--if you don't neet hint, best use normal Duel.MoveToField
function rsop.MoveToField(corg, movep, targetp, loc, pos, enable, zone, hint, confirm)
--Operation: Change position
function rsop.ChangePosition(corg, p1, p2, p3, p4, ...)
local sg = rsgf.Mix2(corg)
local f
if rsop.chk == 0 then
if not p2 then
if p1 == POS_FACEDOWN_DEFENSE then
f = Card.IsCanTurnSet
elseif p1 == POS_FACEUP_ATTACK then
f = aux.AND(Card.IsCanChangePosition, Card.IsDefensePos)
elseif p1 == POS_FACEDOWN_DEFENSE then
f = aux.AND(Card.IsCanChangePosition, Card.IsAttackPos)
end
else
f = Card.IsCanChangePosition
end
return #sg >0 and sg:FilterCount(f, nil) == #sg
end
return rsop.Operation(Duel.ChangePosition, sg, p1, p2, p3, p4, ...)
end
--Operation: Get control
function rsop.GetControl(corg, p, rst_ph, rst_tct, zone)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return #sg >0 and sg:FilterCount(Card.IsControlerCanBeChanged, nil, false, zone) == #sg
end
return rsop.Operation(Duel.GetControl, sg, p, rst_ph, rst_tct, zone)
end
--Operation : Confirm (Look)
function rsop.ConfirmCards(corg)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return sg:FilterCount(Card.IsPublic, nil) == 0
end
local cg
for p = 0, 1 do
cg = sg:Filter(Card.IsControler, nil, p)
if #cg > 0 then
Duel.ConfirmCards(1 - p, cg)
Duel.ShuffleHand(p)
end
end
return #sg, sg, sg:GetFirst()
end
--Operation : Reveal
function rsop.RevealCards(corg, rst_list)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return sg:FilterCount(Card.IsPublic, nil) == 0
end
if not rst then return rsop.ConfirmCards(corg)
else
for tc in aux.Next(sg) do
local e1 = rsef.SV({c,c,true}, EFFECT_PUBLIC, 1, nil, nil, rst_list, "cd")
end
end
return #sg, sg, sg:GetFirst()
end
--Operation:MoveToField
function rsop.MoveToField(corg, movep, targetp, loc, pos, enable, zone)
local g = rsgf.Mix2(corg)
targetp = targetp or movep
pos= pos or POS_FACEUP
enable = enable or true
if rsop.chk == 0 then
return g:FilterCount(Card.IsForbidden, nil) == 0 and Duel.GetLocationCount(targetp, loc, movep, LOCATION_REASON_TOFIELD, zone) >= #g
end
if #g <= 0 then return 0, nil end
local correctg = Group.CreateGroup()
rsop.CheckOperationHint(g, hint)
for tc in aux.Next(g) do
if tc:IsType(TYPE_PENDULUM) then
ploc = loc or LOCATION_PZONE
......@@ -2939,20 +3033,18 @@ function rsop.MoveToField(corg, movep, targetp, loc, pos, enable, zone, hint, co
end
end
local facedowng = correctg:Filter(Card.IsFacedown, nil)
if confirm then
if #facedowng > 0 then
Duel.ConfirmCards(1 - movep, facedowng)
end
return #correctg, correctg, correctg:GetFirst()
end
--Operation function:MoveToField and treat activate and hint
--if you don't neet hint, best use normal Duel.MoveToField
function rsop.MoveToField_Activate(corg, movep, targetp, loc, pos, enable, zone, hint)
--Operation function:MoveToField and treat activate
function rsop.MoveToField_Activate(corg, movep, targetp, loc, pos, enable, zone)
local g = rsgf.Mix2(corg)
local tc = g:GetFirst()
targetp = targetp or movep
pos = POS_FACEUP
enable = enable or true
rsop.CheckOperationHint(g, hint)
if tc:IsType(TYPE_PENDULUM) then
ploc = loc or LOCATION_PZONE
else
......@@ -2962,6 +3054,10 @@ function rsop.MoveToField_Activate(corg, movep, targetp, loc, pos, enable, zone,
Debug.Message("rsop.Activate can only activate Spell / Trap!")
return false
end
if rsop.chk == 0 then
return tc and tc:GetActivateEffect() and tc:GetActivateEffect():IsActivatable(movep,true,true)
end
if not tc then return 0, nil end
local fc = Duel.GetFieldCard(tp, LOCATION_FZONE, 0)
if fc and ploc == LOCATION_FZONE then
Duel.SendtoGrave(fc, REASON_RULE)
......@@ -2988,10 +3084,56 @@ function rsop.MoveToField_Activate(corg, movep, targetp, loc, pos, enable, zone,
end
return false, nil
end
--Operation function:Deck Move to top
--Operation: Return to field
function rsop.ReturnToField(corg, pos, zone)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return # sg > 0
end
local rg,rg2,ft = Group.CreateGroup(), Group.CreateGroup(), 0
for p = 0, 1 do
rg = sg:Filter(aux.FilterEqualFunction(Card.GetPreviousControler, p), nil)
if #rg > 0 then
ft = Duel.GetLocationCount(p, LOCATION_MZONE, p, LOCATION_REASON_TOFIELD, zone or 0xff)
rg2 = rg:Clone()
if #rg2 > ft then
rg2 = rg:Select(p, ft, ft, nil)
end
rg:Sub(rg2)
for tc in aux.Next(rg2) do
Duel.ReturnToField(tc, pos or tc:GetPreviousPosition(), zone or 0xff)
end
for tc in aux.Next(rg) do
Duel.ReturnToField(tc, pos or tc:GetPreviousPosition())
end
end
end
return #rg, rg, rg:GetFirst()
end
--Operation: SSet
function rsop.SSet(corg, sp, tp, confirm)
if type(confirm) == "nil" then confirm = true end
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return #sg > 0 and sg:FilterCount(Card.IsSSetable, nil) == #sg
end
tp = tp or sp
return rsop.Operation(Duel.SSet, sp, sg, tp, confirm)
end
--Operation: Dummy
function rsop.DummyOperate(corg)
local sg = rsgf.Mix2(corg)
if rsop.chk == 0 then
return #sg > 0
end
return #sg, sg, sg:GetFirst()
end
--Operation:Deck Move to top
function rsop.SortDeck(corg, seq, confirm)
local g = rsgf.Mix2(corg)
local _, is_confirm = rsop.CheckOperationHint(g, false, confirm)
if rsop.chk == 0 then
return #g > 0
end
local p = g:GetFirst():GetControler()
if confirm then
Duel.ConfirmCards(1 - p, g)
......@@ -3009,16 +3151,16 @@ function rsop.SortDeck(corg, seq, confirm)
Duel.MoveSequence(mg:GetFirst(), 1)
end
end
return #g, g
return #g, g, g:GetFirst()
end
--Operation function:destroy and hint
--if you don't neet hint, best use normal Duel.Destroy
function rsop.Overlay(e, xyzc, mat_corg, ex_over, hint)
e = e or Duel.GetChainInfo(0,CHAININFO_TRIGGERING_EFFECT)
--Operation function:Overlay
function rsop.Overlay(e, xyzc, mat_corg, set_sum_mat, ex_over)
--e = e or Duel.GetChainInfo(0,CHAININFO_TRIGGERING_EFFECT)
local g = rsgf.Mix2(mat_corg)
if e then
local img = g:Filter(Card.IsImmuneToEffect,nil,e)
g:Sub(img)
rsop.CheckOperationHint(g, hint)
end
if not xyzc or not xyzc:IsType(TYPE_XYZ) or #g <= 0 then return 0, nil end
local tg = Group.CreateGroup()
for tc in aux.Next(g) do
......@@ -3031,136 +3173,13 @@ function rsop.Overlay(e, xyzc, mat_corg, ex_over, hint)
Duel.SendtoGrave(tg, REASON_RULE)
end
end
if set_sum_mat then
xyzc:SetMaterial(g)
end
Duel.Overlay(xyzc, g)
return #g, g, g:GetFirst()
end
--For rsop.Operation_Solve
function rsop.OperationDestroy(reason0)
return function(g, chk, reason)
if chk == 0 then return g:FilterCount(Card.IsDestructable, nil) == #g end
return rsop.Destroy(g, reason | (reason0 or 0))
end
end
function rsop.OperationRelease(g, chk, reason)
if chk == 0 then
if reason | REASON_EFFECT == 0 then
return g:FilterCount(Card.IsReleasable, nil) == #g
else
return g:FilterCount(Card.IsReleasableByEffect, nil) == #g
end
end
return rsop.Release(g, reason)
end
function rsop.OperationRemove(pos)
return function(g, chk, reason, e, tp)
if chk == 0 then return g:FilterCount(Card.IsAbleToRemove, nil, tp, pos) == #g end
return rsop.Remove(g, pos, reason)
end
end
function rsop.OperationToHand(g, chk, reason)
if chk == 0 then return g:FilterCount(Card.IsAbleToHand, nil) == #g end
return rsop.SendtoHand(g, nil, reason)
end
function rsop.OperationToGrave(g, chk, reason)
if chk == 0 then
return g:FilterCount(Card.IsAbleToGrave, nil) == #g or g:FilterCount(Card.IsLocation, nil, LOCATION_REMOVED) == #g
end
return rsop.SendtoGrave(g, reason)
end
function rsop.OperationToDeck(seq)
return function(g, chk, reason)
if chk == 0 then return g:FilterCount(Card.IsAbleToDeck, nil) == #g end
return rsop.SendtoDeck(g, nil, seq, reason)
end
end
function rscf.OperationPToDeck_Filter(c)
return not c:IsForbidden() and c:IsType(TYPE_PENDULUM) and c:IsAbleToExtra()
end
function rsop.OperationPToDeck(g, chk, reason)
if chk == 0 then return g:FilterCount(rscf.OperationPToDeck_Filter,nil) == #g end
return rsop.SendtoExtraP(g, nil, reason)
end
function rsop.OperationSSet(g, chk, reason)
if chk == 0 then return g:FilterCount(Card.IsSSetable, nil) == #g end
return Duel.SSet(tp, g)
end
function rsop.OperationDiscardDeck(selected_group, chk, reason, e, tp, eg, ep, ev, re, r, rp)
if chk == 0 then return true end
local ct = 0
for p = 0, 1 do
local minct = selected_group[p]
local maxct = selected_group[p + 2]
local dct = minct
if maxct < minct then return nil, 0 end
if maxct > minct then
local ct_list = { }
for i = minct, maxct do
if ( reason == REASON_COST and Duel.IsPlayerCanDiscardDeckAsCost(p, i) )
or ( reason ~= REASON_COST and Duel.IsPlayerCanDiscardDeck(p, i) ) then
table.insert(ct_list, i)
end
end
rshint.Select(p, rshint.stgct)
dct = Duel.AnnounceNumber(p, table.unpack(ct_list))
end
if dct > 0 then
ct = ct + Duel.DiscardDeck(p, dct, reason)
end
end
return ct
end
function rsop.OperationDiscardHand(g, chk, reason)
if chk == 0 then return g:Filter(Card.IsDiscardable, nil) == #g end
return rsop.SendtoGrave(g, reason | REASON_DISCARD)
end
function rsop.OperationPos(pos1, pos2, pos3, pos4)
return function(g, chk, reason)
if chk == 0 then
if pos2 or pos1 == POS_FACEUP_ATTACK or pos1 == POS_FACEUP_DEFENSE then
return g:FilterCount(Card.IsCanChangePosition,nil) == #g
end
if pos1 == POS_FACEUP_DEFENSE then
return g:FilterCount(Card.IsCanTurnSet,nil) == #g
end
return false
end
return rsop.ChangePosition(g, pos1, pos2, pos3, pos4)
end
end
function rsop.OperationConfirm(g, chk, reason)
if chk == 0 then return true end
for p = 0, 1 do
local g = g:Filter(Card.IsControler, nil, p)
if #g > 0 then
Duel.ConfirmCards(1 - p, g)
Duel.ShuffleHand(p)
end
end
return #g
end
function rsop.OperationReturnToField(pos)
return function(g, chk, reason)
if chk == 0 then return true end
local rg,rg2,ft = Group.CreateGroup(), Group.CreateGroup(), 0
for p = 0, 1 do
rg = g:Filter(aux.FilterEqualFunction(Card.GetPreviousControler, p), nil)
if #rg > 0 then
ft = Duel.GetLocationCount(p, LOCATION_MZONE)
rg2 = rg:Clone()
if #rg2 > ft then
rg2 = rg:Select(p, ft, ft, nil)
end
rg:Sub(rg2)
for tc in aux.Next(rg2) do
Duel.ReturnToField(tc, pos or tc:GetPreviousPosition())
end
for tc in aux.Next(rg) do
Duel.ReturnToField(tc, pos or tc:GetPreviousPosition())
end
end
end
end
end
----------------"Part_ZoneSequence_Function"------------------
--Get pend zone
function rszsf.GetUseAblePZoneCount(tp, g_or_c)
......@@ -3314,9 +3333,9 @@ function rsgf.GetAdjacentGroup2(seq, loc, tp, contains)
return g
end
--Group effect: Get Target Group for Operations
function rsgf.GetTargetGroup(targetfilter, ...)
function rsgf.GetTargetGroup(tg_filter, ...)
local g, e, tp = Duel.GetChainInfo(0, CHAININFO_TARGET_CARDS, CHAININFO_TRIGGERING_EFFECT, CHAININFO_TRIGGERING_PLAYER)
local tg = g:Filter(rscf.TargetFilter, nil, e, tp, targetfilter, ...)
local tg = g and g:Filter(rscf.TargetFilter, nil, e, tp, tg_filter, ...) or Group.CreateGroup()
return tg, tg:GetFirst()
end
--Group effect: Mix Card & Group, add to the first group
......@@ -3363,157 +3382,6 @@ function rsgf.Table_To_Group(list)
end
return group
end
--Group:Select card from group and do operation on it
function rsgf.SelectSolve(g, sel_hint, sp, filter, minct, maxct, except_obj, solve_parama, ...)
minct = minct or 1
maxct = maxct or minct
local chk_hint, is_break, sel_hint2, success_loc = rsop.SelectOC_checkhint, rsop.SelectOC_isbreak, rsop.SelectOC_selecthint, rsop.SelectOC_successlocation
rsop.SelectOC(nil, nil, nil)
filter = type(filter) == "table" and filter or { filter }
local card_filter, group_filter = table.unpack(filter)
card_filter = card_filter or aux.TRUE
local tg = g:Filter(card_filter, except_obj, ...)
-- case1 , no suit group for card_filter
if #tg <= 0 or (type(minct) == "number" and #tg < minct) then
rshint.nohint_sel = false
return 0, Group.CreateGroup(), nil, 0
end
if chk_hint and not rshint.SelectYesNo(sp, chk_hint) then
rshint.nohint_sel = false
return 0, Group.CreateGroup(), nil, 0
end
if not rsof.Check_Boolean(minct) then
rshint.Select(sp, sel_hint2 or sel_hint)
if not group_filter then
tg = tg:Select(sp, minct, maxct, except_obj, ...)
else
tg = tg:Filter(aux.TRUE,except_obj)
tg = tg:SelectSubGroup(sp, group_filter, false, minct, maxct, ...)
end
if tg:IsExists(Card.IsLocation, 1, nil, LOCATION_ONFIELD + LOCATION_GRAVE + LOCATION_REMOVED)
and (not solvefun2 or not rshint.nohint_sel) then
Duel.HintSelection(tg)
end
end
if is_break then
Duel.BreakEffect()
end
--under bitch function because of lua table's last element cannot be "nil" ,but last solve parameter will often be "nil"
solve_parama = type(solve_parama) == "table" and solve_parama or { solve_parama }
local solve_fun2, solve_parama_list = solve_parama[1], { }
local len, parama = 0, 0
if #solve_parama > 1 then
for idx = 2, #solve_parama do
parama = solve_parama[idx]
if type(parama) == "string" and parama == rsnv then
parama = nil
end
len = len + 1
solve_parama_list[len] = parama
end
end
local ex_parama_len = select("#", ...)
if ex_parama_len > 0 then
for idx = 1, ex_parama_len do
len = len + 1
solve_parama_list[len] = ({ ... })[idx]
end
end
local res = not solve_fun2 and { tg, tg:GetFirst() } or { solve_fun2(tg, table.unpack(solve_parama_list)) }
if solve_fun2 and success_loc then
local success, success_g = rsop.CheckOperateSuccess(success_loc)
table.insert(res, #success_g)
end
rsop.solveprlen = nil
rshint.nohint_sel = false
return table.unpack(res)
end
Group.SelectSolve = rsgf.SelectSolve
--Group:Select card from group and send to hand
function rsgf.SelectToHand(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 4)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or LOCATION_HAND
rshint.nohint_sel = true
return rsgf.SelectSolve(g, "th", sp, filter, minct, maxct, except_obj, { rsop.SendtoHand, table.unpack(solve_parama) }, ...)
end
Group.SelectToHand = rsgf.SelectToHand
--Group:Select card from group and send to grave
function rsgf.SelectToGrave(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 2)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or LOCATION_GRAVE
rshint.nohint_sel = true
return rsgf.SelectSolve(g, "tg", sp, filter, minct, maxct, except_obj, { rsop.SendtoGrave, table.unpack(solve_parama) }, ...)
end
Group.SelectToGrave = rsgf.SelectToGrave
--Group:Select card from group and release
function rsgf.SelectRelease(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 2)
rshint.nohint_sel = true
return rsgf.SelectSolve(g, "tg", sp, filter, minct, maxct, except_obj, { rsop.Release, table.unpack(solve_parama) }, ...)
end
Group.SelectRelease = rsgf.SelectRelease
--Group:Select card from group and send to deck
function rsgf.SelectToDeck(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 4)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or rsloc.de
rshint.nohint_sel = true
return rsgf.SelectSolve(g, "td", sp, filter, minct, maxct, except_obj, { rsop.SendtoDeck, table.unpack(solve_parama) }, ...)
end
Group.SelectToDeck = rsgf.SelectToDeck
--Group:Select card from group and destroy
function rsgf.SelectDestroy(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 2)
rshint.nohint_sel = true
return rsgf.SelectSolve(g, "des", sp, filter, minct, maxct, except_obj, { rsop.Destroy, table.unpack(solve_parama) }, ...)
end
Group.SelectDestroy = rsgf.SelectDestroy
--Group:Select card from group and remove
function rsgf.SelectRemove(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 3)
rsop.SelectOC_successlocation = rsop.SelectOC_successlocation or LOCATION_REMOVED
rshint.nohint_sel = true
return rsgf.SelectSolve(g, "rm", sp, filter, minct, maxct, except_obj, { rsop.Remove, table.unpack(solve_parama) }, ...)
end
Group.SelectRemove = rsgf.SelectRemove
--Group:Select card from group and special summon
function rsgf.SelectSpecialSummon(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
--solve_parama = rsop.ReplaceSolveParama(solve_parama, 8)
solve_parama = type(solve_parama) == "table" and solve_parama or { solve_parama }
local e = Duel.GetChainInfo(0, CHAININFO_TRIGGERING_EFFECT)
local parlen = select("#", ...)
--rshint.nohint_sel = true
if parlen == 0 then
return rsgf.SelectSolve(g, "sp", sp, filter, minct, maxct, except_obj, rsop.SelectSpecialSummon_Operation(solve_parama), e, sp)
else
return rsgf.SelectSolve(g, "sp", sp, filter, minct, maxct, except_obj, rsop.SelectSpecialSummon_Operation(solve_parama), ...)
end
end
Group.SelectSpecialSummon = rsgf.SelectSpecialSummon
--Group:Select card and move to field
function rsgf.SelectMoveToField(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 8)
solve_parama[1] = solve_parama[1] or sp
rshint.nohint_sel = true
return rsgf.SelectSolve(g, HINTMSG_TOFIELD, sp, filter, minct, maxct, except_obj, { rsop.MoveToField, table.unpack(solve_parama) }, ...)
end
Group.SelectMoveToField = rsgf.SelectMoveToField
--Function:Select card and move to field and activate
function rsgf.SelectMoveToField_Activate(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 7)
solve_parama[1] = solve_parama[1] or sp
maxct = 1
rshint.nohint_sel = true
return rsgf.SelectSolve(g, rshint.act2, sp, filter, minct, maxct, except_obj, { rsop.MoveToField_Activate, table.unpack(solve_parama) }, ...)
end
Group.SelectMoveToField_Activate = rsgf.SelectMoveToField_Activate
--Function:Select card and SSet
function rsgf.SelectSSet(g, sp, filter, minct, maxct, except_obj, solve_parama, ...)
solve_parama = rsop.ReplaceSolveParama(solve_parama, 4)
rshint.nohint_sel = true
return rsgf.SelectSolve(g, HINTMSG_SET, sp, filter, minct, maxct, except_obj, rsop.SelectSSet_Operation(sp, solve_parama), ...)
end
Group.SelectSSet = rsgf.SelectSSet
-------------------"Part_Card_Function"---------------------
--Card function: local m and cm and cm.rssetcode
......@@ -3567,16 +3435,16 @@ function rscf.QuickBuff_Base(reg_list, eff_type, affect_self, ...)
local elist_total = { }
local next_val, reg_val
for idx, buff_str in pairs(buff_list) do
rsef.effet_no_register = true
next_val = buff_list[idx + 1]
if type(buff_str) == "string" and (buff_str == "reset" or buff_str == "rst") then
for _, reg_eff in pairs(elist_cache) do
rsef.effet_no_register = false
for _, reg_eff in pairs(elist_cache) do
rsef.RegisterReset(reg_eff, next_val)
rsef.RegisterEffect(reg_list, reg_eff)
end
elist_cache = { }
elseif type(buff_str) == "string" and buff_str ~= "reset" and buff_str ~= "rst" then
rsef.effet_no_register = true
reg_val = type(next_val) ~= "string" and next_val or 1
if buff_str ~= "mat" and buff_str ~= "cp" then
elist_single = { rsef.Attribute(reg_list, eff_type, buff_str, reg_val, nil, nil, nil, nil, nil, reset, nil, nil, affect_self) }
......@@ -4586,12 +4454,6 @@ function rscf.spfilter2(f, ...)
return c:IsCanBeSpecialSummoned(e, 0, tp, false, false) and (not f or f(c, table.unpack(rsof.Table_Mix(ext_paramms, { e, tp })))) and rszsf.GetUseAbleMZoneCount(c, tp) > 0
end
end
function rscf.CheckSpecialSummonable(c, e, tp)
return rscf.spfilter()(c, e, tp)
end
function rscf.CheckSpecialSummonableZone(c, e, tp)
return rscf.spfilter2()(c, e, tp)
end
--Card filter function : Face - up from Remove
function rscf.RemovePosCheck(c)
return not c:IsLocation(LOCATION_REMOVED) or c:IsFaceup()
......@@ -4603,9 +4465,10 @@ function rscf.FieldPosCheck(c)
end
Card.FieldPosCheck = rscf.FieldPosCheck
--Card filter function : destroy replace check
function rscf.rdesfilter(filter)
return function(c, e, ...)
return (not filter or filter(c, ...)) and c:IsDestructable(e) and not c:IsStatus(STATUS_DESTROY_CONFIRMED+STATUS_BATTLE_DESTROYED)
function rscf.rdesfilter(filter, ...)
local ext_paramms = { ... }
return function(c, e, tp)
return (not filter or filter(c, table.unpack(rsof.Table_Mix(ext_paramms, { e, tp })))) and c:IsDestructable(e) and not c:IsStatus(STATUS_DESTROY_CONFIRMED+STATUS_BATTLE_DESTROYED)
end
end
--Card function: Get same type base set
......@@ -4704,7 +4567,7 @@ Card.IsComplexReason = rscf.IsComplexReason
function rshint.Select(p, cate_or_str_or_num)
local hint_str = nil
if type(cate_or_str_or_num) ~= "string" then hint_str = cate_or_str_or_num end
local hint_msg = rsef.GetDefaultHintString(cate_or_str_or_num, nil, nil, hint_str)
local hint_msg = rsef.GetDefaultSelectHint(cate_or_str_or_num, nil, nil, hint_str)
Duel.Hint(HINT_SELECTMSG, p, hint_msg)
end
--Hint function: HINT_CARD
......@@ -4712,15 +4575,8 @@ function rshint.Card(code)
Duel.Hint(HINT_CARD, 0, code)
end
--Function: Select Yes or No
function rshint.SelectYesNo(p, par, hint_code)
local string
if type(par) == "table" then
string = aux.Stringid(par[1], par[2])
elseif type(par) == "number" then
string = par
elseif type(par) == "string" then
string = rscate.cate_selhint_list[par][4]
end
function rshint.SelectYesNo(p, hint_par, hint_code)
local string = rshint.SwitchHintFormat("w", hint_par)
local res = Duel.SelectYesNo(p, string)
if res and type(hint_code) == "number" then
rshint.Card(hint_code)
......@@ -4736,13 +4592,7 @@ function rshint.SelectOption(p, ...)
for idx, val in pairs(fun_list) do
if rsof.Check_Boolean(val,true) then
local sel_hint = fun_list[idx + 1]
if type(sel_hint) == "table" then
ops[off] = aux.Stringid(sel_hint[1], sel_hint[2])
elseif type(sel_hint) == "string" then
ops[off] = rscate.cate_selhint_list[sel_hint][3]
else
ops[off] = sel_hint
end
ops[off] = rshint.SwitchHintFormat(nil, sel_hint)
opval[off - 1] = (idx + 1) / 2
off = off + 1
end
......@@ -4785,7 +4635,7 @@ function rshint.SelectOption_Page(p, hint_list1, ...)
end
local currentpage = 1
repeat
op = Duel.SelectOption(p, rsof.Table_To_Desc(pagehint[currentpage])) + 1
op = Duel.SelectOption(p, rshint.SwitchHintFormat("s", pagehint[currentpage]) ) + 1
--null
if type(pagehint[currentpage][op]) == "table" and pagehint[currentpage][op][1] == null[1] and pagehint[currentpage][op][2] == null[2] then op = 0 end
--action agree
......@@ -5078,28 +4928,6 @@ function rsof.Table_Mix(tab1, ...)
end
return res_list
end
--other function: table to desc ({ m, 1 } to aux.Stringid(m, 1))
function rsof.Table_To_Desc(hint_list)
local res_list = { }
for _, hint in pairs(hint_list) do
if type(hint) == "table" then
table.insert(res_list, aux.Stringid(hint[1], hint[2]))
elseif type(hint) == "number" then
table.insert(res_list, hint)
end
end
return table.unpack(res_list)
end
--other function: Count for table value
function rsof.Table_Count(tab, ct_val)
local ct_list = { }
for idx, val in pairs(tab) do
if val == ct_val then
table.insert(ct_list, idx)
end
end
return #ct_list, ct_list
end
--other function: check a value is true or false
function rsof.Check_Boolean(check_val, bool_val)
if type(bool_val) == "nil" or bool_val == true then return
......
expansions/script/c65010004.lua
View file @ 705995d0
......@@ -5,16 +5,14 @@ local cm=_G["c"..m]
function cm.initial_effect(c)
aux.AddCodeList(c,65010001)
local e1=rsef.ACT(c)
local e2=rsef.QO(c,nil,{m,0},{1,m},nil,nil,LOCATION_SZONE,nil,rscost.cost({aux.FilterBoolFunction(Card.IsCode,65010001),"res",LOCATION_MZONE }),nil,cm.op)
local e2=rsef.QO(c,nil,{m,0},{1,m},nil,nil,LOCATION_SZONE,nil,rscost.cost(aux.FilterBoolFunction(Card.IsCode,65010001),"res",LOCATION_MZONE ),nil,cm.op)
local f=function(rc)
return aux.IsCodeListed(rc,65010001)
end
local e3=rsef.QO(c,nil,{m,1},{1,m+100},"atk,dis","tg",LOCATION_SZONE,nil,rscost.cost({f,"td",LOCATION_GRAVE }),cm.tg2,cm.op2)
local e3=rsef.QO(c,nil,{m,1},{1,m+100},"atk,dis","tg",LOCATION_SZONE,nil,rscost.cost(f,"td",LOCATION_GRAVE ),rstg.target2(cm.regfun,Card.IsFaceup,"atk",LOCATION_MZONE,LOCATION_MZONE),cm.op2)
end
function cm.tg2(e,tp,eg,ep,ev,re,r,rp,chk,chkc)
if chk==0 or chkc then return rstg.TargetCheck(e,tp,eg,ep,ev,re,r,rp,chk,chkc,{Card.IsFaceup,"atk",LOCATION_MZONE,LOCATION_MZONE }) end
rstg.TargetSelect(e,tp,eg,ep,ev,re,r,rp,{Card.IsFaceup,"atk",LOCATION_MZONE,LOCATION_MZONE })
if rscon.excard(rscf.FilterFaceUp(Card.IsCode,65010001))(e) then
function cm.regfun(g,e,tp
if rscon.excard2(Card.IsCode,LOCATION_MZONE,0,1,nil,65010001)(e) then
e:SetLabel(1)
else
e:SetLabel(0)
......
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