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operations.cpp
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/*
* operations.cpp
*
* Created on: 2010-9-18
* Author: Argon
*/
#include "field.h"
#include "duel.h"
#include "card.h"
#include "effect.h"
#include "group.h"
#include "interpreter.h"
#include <algorithm>
int32_t field::negate_chain(uint8_t chaincount) {
if(core.current_chain.size() == 0)
return FALSE;
if(chaincount > core.current_chain.size() || chaincount < 1)
chaincount = (uint8_t)core.current_chain.size();
chain& pchain = core.current_chain[chaincount - 1];
card* phandler = pchain.triggering_effect->get_handler();
if(!(pchain.flag & CHAIN_DISABLE_ACTIVATE) && is_chain_negatable(pchain.chain_count)
&& (!phandler->is_has_relation(pchain) || phandler->is_affect_by_effect(core.reason_effect))) {
pchain.flag |= CHAIN_DISABLE_ACTIVATE;
pchain.disable_reason = core.reason_effect;
pchain.disable_player = core.reason_player;
if((pchain.triggering_effect->type & EFFECT_TYPE_ACTIVATE) && (phandler->current.location == LOCATION_SZONE)) {
phandler->set_status(STATUS_LEAVE_CONFIRMED, TRUE);
phandler->set_status(STATUS_ACTIVATE_DISABLED, TRUE);
}
pduel->write_buffer8(MSG_CHAIN_NEGATED);
pduel->write_buffer8(chaincount);
if(pchain.triggering_location == LOCATION_DECK
|| core.duel_rule >= MASTER_RULE_2020 && pchain.triggering_location == LOCATION_EXTRA && (pchain.triggering_position & POS_FACEDOWN))
phandler->release_relation(pchain);
return TRUE;
}
return FALSE;
}
int32_t field::disable_chain(uint8_t chaincount, uint8_t forced) {
if(core.current_chain.size() == 0)
return FALSE;
if(chaincount > core.current_chain.size() || chaincount < 1)
chaincount = (uint8_t)core.current_chain.size();
chain& pchain = core.current_chain[chaincount - 1];
card* phandler = pchain.triggering_effect->get_handler();
if(!(pchain.flag & CHAIN_DISABLE_EFFECT) && is_chain_disablable(pchain.chain_count)
&& (!phandler->is_has_relation(pchain) || phandler->is_affect_by_effect(core.reason_effect))
&& !(phandler->is_has_relation(pchain) && phandler->is_status(STATUS_DISABLED) && !forced)) {
core.current_chain[chaincount - 1].flag |= CHAIN_DISABLE_EFFECT;
core.current_chain[chaincount - 1].disable_reason = core.reason_effect;
core.current_chain[chaincount - 1].disable_player = core.reason_player;
pduel->write_buffer8(MSG_CHAIN_DISABLED);
pduel->write_buffer8(chaincount);
if(pchain.triggering_location == LOCATION_DECK
|| core.duel_rule >= MASTER_RULE_2020 && pchain.triggering_location == LOCATION_EXTRA && (pchain.triggering_position & POS_FACEDOWN))
phandler->release_relation(pchain);
return TRUE;
}
return FALSE;
}
void field::change_chain_effect(uint8_t chaincount, int32_t rep_op) {
if(core.current_chain.size() == 0)
return;
if(chaincount > core.current_chain.size() || chaincount < 1)
chaincount = (uint8_t)core.current_chain.size();
chain& pchain = core.current_chain[chaincount - 1];
pchain.replace_op = rep_op;
if((pchain.triggering_effect->type & EFFECT_TYPE_ACTIVATE) && (pchain.triggering_effect->handler->current.location == LOCATION_SZONE)) {
pchain.triggering_effect->handler->set_status(STATUS_LEAVE_CONFIRMED, TRUE);
}
}
void field::change_target(uint8_t chaincount, group* targets) {
if(core.current_chain.size() == 0)
return;
if(chaincount > core.current_chain.size() || chaincount < 1)
chaincount = (uint8_t)core.current_chain.size();
group* ot = core.current_chain[chaincount - 1].target_cards;
if(ot) {
effect* te = core.current_chain[chaincount - 1].triggering_effect;
for(auto& pcard : ot->container)
pcard->release_relation(core.current_chain[chaincount - 1]);
ot->container = targets->container;
for(auto& pcard : ot->container)
pcard->create_relation(core.current_chain[chaincount - 1]);
if(te->is_flag(EFFECT_FLAG_CARD_TARGET)) {
for(auto& pcard : ot->container) {
pduel->write_buffer8(MSG_BECOME_TARGET);
pduel->write_buffer8(1);
pduel->write_buffer32(pcard->get_info_location());
}
}
}
}
void field::change_target_player(uint8_t chaincount, uint8_t playerid) {
if(core.current_chain.size() == 0)
return;
if(chaincount > core.current_chain.size() || chaincount < 1)
chaincount = (uint8_t)core.current_chain.size();
core.current_chain[chaincount - 1].target_player = playerid;
}
void field::change_target_param(uint8_t chaincount, int32_t param) {
if(core.current_chain.size() == 0)
return;
if(chaincount > core.current_chain.size() || chaincount < 1)
chaincount = (uint8_t)core.current_chain.size();
core.current_chain[chaincount - 1].target_param = param;
}
void field::remove_counter(uint32_t reason, card* pcard, uint32_t rplayer, uint32_t s, uint32_t o, uint32_t countertype, uint32_t count) {
add_process(PROCESSOR_REMOVE_COUNTER, 0, nullptr, (group*)pcard, (rplayer << 16) + (s << 8) + o, countertype, count, reason);
}
void field::remove_overlay_card(uint32_t reason, card* pcard, uint32_t rplayer, uint32_t s, uint32_t o, uint16_t min, uint16_t max) {
add_process(PROCESSOR_REMOVE_OVERLAY, 0, nullptr, (group*)pcard, (rplayer << 16) + (s << 8) + o, (max << 16) + min, reason);
}
void field::get_control(const card_set& targets, effect* reason_effect, uint32_t reason_player, uint32_t playerid, uint32_t reset_phase, uint32_t reset_count, uint32_t zone) {
group* ng = pduel->new_group(targets);
ng->is_readonly = GTYPE_READ_ONLY;
add_process(PROCESSOR_GET_CONTROL, 0, reason_effect, ng, 0, (reason_player << 28) + (playerid << 24) + (reset_phase << 8) + reset_count, zone);
}
void field::get_control(card* target, effect* reason_effect, uint32_t reason_player, uint32_t playerid, uint32_t reset_phase, uint32_t reset_count, uint32_t zone) {
card_set tset{ target };
get_control(tset, reason_effect, reason_player, playerid, reset_phase, reset_count, zone);
}
void field::swap_control(effect* reason_effect, uint32_t reason_player, const card_set& targets1, const card_set& targets2, uint32_t reset_phase, uint32_t reset_count) {
group* ng1 = pduel->new_group(targets1);
ng1->is_readonly = GTYPE_READ_ONLY;
group* ng2 = pduel->new_group(targets2);
ng2->is_readonly = GTYPE_READ_ONLY;
add_process(PROCESSOR_SWAP_CONTROL, 0, reason_effect, ng1, reason_player, reset_phase, reset_count, 0, ng2);
}
void field::swap_control(effect* reason_effect, uint32_t reason_player, card* pcard1, card* pcard2, uint32_t reset_phase, uint32_t reset_count) {
card_set tset1{ pcard1 };
card_set tset2{ pcard2 };
swap_control(reason_effect, reason_player, tset1, tset2, reset_phase, reset_count);
}
void field::equip(uint32_t equip_player, card* equip_card, card* target, uint32_t up, uint32_t is_step) {
add_process(PROCESSOR_EQUIP, 0, nullptr, (group*)target, 0, equip_player + (up << 16) + (is_step << 24), 0, 0, equip_card);
}
void field::draw(effect* reason_effect, uint32_t reason, uint32_t reason_player, uint32_t playerid, int32_t count) {
add_process(PROCESSOR_DRAW, 0, reason_effect, 0, reason, (reason_player << 4) + (playerid), count);
}
void field::damage(effect* reason_effect, uint32_t reason, uint32_t reason_player, card* reason_card, uint32_t playerid, int32_t amount, uint32_t is_step) {
uint32_t arg2 = (is_step << 4) + (reason_player << 2) + (playerid);
if (reason & REASON_BATTLE)
add_process(PROCESSOR_DAMAGE, 0, (effect*)reason_card, 0, reason, arg2, amount);
else
add_process(PROCESSOR_DAMAGE, 0, reason_effect, 0, reason, arg2, amount);
}
void field::recover(effect* reason_effect, uint32_t reason, uint32_t reason_player, uint32_t playerid, int32_t amount, uint32_t is_step) {
add_process(PROCESSOR_RECOVER, 0, reason_effect, 0, reason, (is_step << 4) + (reason_player << 2) + (playerid), amount);
}
void field::summon(uint32_t sumplayer, card* target, effect* proc, uint32_t ignore_count, uint32_t min_tribute, uint32_t zone, uint32_t action_type) {
add_process(PROCESSOR_SUMMON_RULE, 0, proc, (group*)target, sumplayer + (ignore_count << 8) + (min_tribute << 16) + (zone << 24), action_type);
}
void field::mset(uint32_t setplayer, card* target, effect* proc, uint32_t ignore_count, uint32_t min_tribute, uint32_t zone, uint32_t action_type) {
add_process(PROCESSOR_MSET, 0, proc, (group*)target, setplayer + (ignore_count << 8) + (min_tribute << 16) + (zone << 24), action_type);
}
void field::special_summon_rule(uint32_t sumplayer, card* target, uint32_t summon_type, uint32_t action_type) {
add_process(PROCESSOR_SPSUMMON_RULE, 0, 0, (group*)target, sumplayer, summon_type, action_type);
}
void field::special_summon(const card_set& target, uint32_t sumtype, uint32_t sumplayer, uint32_t playerid, uint32_t nocheck, uint32_t nolimit, uint32_t positions, uint32_t zone) {
if((positions & POS_FACEDOWN) && is_player_affected_by_effect(sumplayer, EFFECT_DIVINE_LIGHT))
positions = (positions & POS_FACEUP) | ((positions & POS_FACEDOWN) >> 1);
for(auto& pcard : target) {
pcard->temp.reason = pcard->current.reason;
pcard->temp.reason_effect = pcard->current.reason_effect;
pcard->temp.reason_player = pcard->current.reason_player;
pcard->summon_info = (sumtype & (SUMMON_VALUE_SUB_TYPE | SUMMON_VALUE_CUSTOM_TYPE)) | SUMMON_TYPE_SPECIAL | ((uint32_t)pcard->current.location << 16);
pcard->summon_player = sumplayer;
pcard->current.reason = REASON_SPSUMMON;
pcard->current.reason_effect = core.reason_effect;
pcard->current.reason_player = core.reason_player;
pcard->spsummon_param = (playerid << 24) + (nocheck << 16) + (nolimit << 8) + positions;
}
group* pgroup = pduel->new_group(target);
pgroup->is_readonly = GTYPE_READ_ONLY;
add_process(PROCESSOR_SPSUMMON, 0, core.reason_effect, pgroup, core.reason_player, zone);
}
void field::special_summon_step(card* target, uint32_t sumtype, uint32_t sumplayer, uint32_t playerid, uint32_t nocheck, uint32_t nolimit, uint32_t positions, uint32_t zone) {
if((positions & POS_FACEDOWN) && is_player_affected_by_effect(sumplayer, EFFECT_DIVINE_LIGHT))
positions = (positions & POS_FACEUP) | ((positions & POS_FACEDOWN) >> 1);
target->temp.reason = target->current.reason;
target->temp.reason_effect = target->current.reason_effect;
target->temp.reason_player = target->current.reason_player;
target->summon_info = (sumtype & (SUMMON_VALUE_SUB_TYPE | SUMMON_VALUE_CUSTOM_TYPE)) | SUMMON_TYPE_SPECIAL | ((uint32_t)target->current.location << 16);
target->summon_player = sumplayer;
target->current.reason = REASON_SPSUMMON;
target->current.reason_effect = core.reason_effect;
target->current.reason_player = core.reason_player;
target->spsummon_param = (playerid << 24) + (nocheck << 16) + (nolimit << 8) + positions;
add_process(PROCESSOR_SPSUMMON_STEP, 0, core.reason_effect, nullptr, zone, 0, 0, 0, target);
}
void field::special_summon_complete(effect* reason_effect, uint8_t reason_player) {
group* ng = pduel->new_group();
ng->container.swap(core.special_summoning);
ng->is_readonly = GTYPE_READ_ONLY;
core.hint_timing[reason_player] |= TIMING_SPSUMMON;
add_process(PROCESSOR_SPSUMMON, 1, reason_effect, ng, reason_player, 0);
}
void field::destroy(card_set& targets, effect* reason_effect, uint32_t reason, uint32_t reason_player, uint32_t playerid, uint32_t destination, uint32_t sequence) {
for(auto cit = targets.begin(); cit != targets.end();) {
card* pcard = *cit;
if(pcard->is_status(STATUS_DESTROY_CONFIRMED) && core.destroy_canceled.find(pcard) == core.destroy_canceled.end()) {
cit = targets.erase(cit);
continue;
}
pcard->temp.reason = pcard->current.reason;
pcard->current.reason = reason;
if(reason_player != PLAYER_SELFDES) {
pcard->temp.reason_effect = pcard->current.reason_effect;
pcard->temp.reason_player = pcard->current.reason_player;
if(reason_effect)
pcard->current.reason_effect = reason_effect;
pcard->current.reason_player = reason_player;
}
uint32_t p = playerid;
if(!(destination & (LOCATION_HAND | LOCATION_DECK | LOCATION_REMOVED)))
destination = LOCATION_GRAVE;
if(destination && p == PLAYER_NONE)
p = pcard->owner;
if(destination & (LOCATION_GRAVE | LOCATION_REMOVED))
p = pcard->owner;
pcard->set_status(STATUS_DESTROY_CONFIRMED, TRUE);
pcard->sendto_param.set(p, POS_FACEUP, destination, sequence);
++cit;
}
group* ng = pduel->new_group(targets);
ng->is_readonly = GTYPE_READ_ONLY;
add_process(PROCESSOR_DESTROY, 0, reason_effect, ng, reason, reason_player);
}
void field::destroy(card* target, effect* reason_effect, uint32_t reason, uint32_t reason_player, uint32_t playerid, uint32_t destination, uint32_t sequence) {
card_set tset{ target };
destroy(tset, reason_effect, reason, reason_player, playerid, destination, sequence);
}
void field::release(const card_set& targets, effect* reason_effect, uint32_t reason, uint32_t reason_player) {
for(auto& pcard : targets) {
pcard->temp.reason = pcard->current.reason;
pcard->temp.reason_effect = pcard->current.reason_effect;
pcard->temp.reason_player = pcard->current.reason_player;
pcard->current.reason = reason;
pcard->current.reason_effect = reason_effect;
pcard->current.reason_player = reason_player;
pcard->sendto_param.set(pcard->owner, POS_FACEUP, LOCATION_GRAVE);
}
group* ng = pduel->new_group(targets);
ng->is_readonly = GTYPE_READ_ONLY;
add_process(PROCESSOR_RELEASE, 0, reason_effect, ng, reason, reason_player);
}
void field::release(card* target, effect* reason_effect, uint32_t reason, uint32_t reason_player) {
card_set tset{ target };
release(tset, reason_effect, reason, reason_player);
}
void field::send_to(const card_set& targets, effect* reason_effect, uint32_t reason, uint32_t reason_player, uint32_t playerid, uint32_t destination, uint32_t sequence, uint32_t position, uint8_t send_activating) {
if(destination & LOCATION_ONFIELD)
return;
for(auto& pcard : targets) {
pcard->temp.reason = pcard->current.reason;
pcard->current.reason = reason;
if(reason_player != PLAYER_SELFDES) {
pcard->temp.reason_effect = pcard->current.reason_effect;
pcard->temp.reason_player = pcard->current.reason_player;
pcard->current.reason_effect = reason_effect;
pcard->current.reason_player = reason_player;
}
uint32_t p = playerid;
// send to hand from deck and playerid not given => send to the hand of controler
if(p == PLAYER_NONE && (destination & LOCATION_HAND) && (pcard->current.location & LOCATION_DECK) && pcard->current.controler == reason_player)
p = reason_player;
if(destination & (LOCATION_GRAVE | LOCATION_REMOVED) || p == PLAYER_NONE)
p = pcard->owner;
if(destination == LOCATION_GRAVE && pcard->current.location == LOCATION_REMOVED)
pcard->current.reason |= REASON_RETURN;
uint32_t pos = position;
if(destination != LOCATION_REMOVED)
pos = POS_FACEUP;
else if(position == 0)
pos = pcard->current.position;
pcard->sendto_param.set(p, pos, destination, sequence);
}
group* ng = pduel->new_group(targets);
ng->is_readonly = GTYPE_READ_ONLY;
add_process(PROCESSOR_SENDTO, 0, reason_effect, ng, reason, reason_player, send_activating);
}
void field::send_to(card* target, effect* reason_effect, uint32_t reason, uint32_t reason_player, uint32_t playerid, uint32_t destination, uint32_t sequence, uint32_t position, uint8_t send_activating) {
card_set tset{ target };
send_to(tset, reason_effect, reason, reason_player, playerid, destination, sequence, position, send_activating);
}
void field::move_to_field(card* target, uint32_t move_player, uint32_t playerid, uint32_t destination, uint32_t positions, uint32_t enable, uint32_t ret, uint32_t pzone, uint32_t zone) {
if(!(destination & LOCATION_ONFIELD) || !positions)
return;
if(destination == target->current.location && playerid == target->current.controler && target->current.pzone == !!pzone)
return;
target->to_field_param = (move_player << 24) + (playerid << 16) + (destination << 8) + positions;
add_process(PROCESSOR_MOVETOFIELD, 0, 0, (group*)target, enable, ret + (pzone << 8), zone);
}
void field::change_position(const card_set& targets, effect* reason_effect, uint32_t reason_player, uint32_t au, uint32_t ad, uint32_t du, uint32_t dd, uint32_t flag, uint32_t enable) {
group* ng = pduel->new_group(targets);
ng->is_readonly = GTYPE_READ_ONLY;
for(auto& pcard : targets) {
if(pcard->current.position == POS_FACEUP_ATTACK)
pcard->position_param = au;
else if(pcard->current.position == POS_FACEDOWN_DEFENSE)
pcard->position_param = dd;
else if(pcard->current.position == POS_FACEUP_DEFENSE)
pcard->position_param = du;
else
pcard->position_param = ad;
pcard->position_param |= flag;
}
add_process(PROCESSOR_CHANGEPOS, 0, reason_effect, ng, reason_player, enable);
}
void field::change_position(card* target, effect* reason_effect, uint32_t reason_player, uint32_t npos, uint32_t flag, uint32_t enable) {
group* ng = pduel->new_group(target);
ng->is_readonly = GTYPE_READ_ONLY;
target->position_param = npos;
target->position_param |= flag;
add_process(PROCESSOR_CHANGEPOS, 0, reason_effect, ng, reason_player, enable);
}
void field::operation_replace(int32_t type, int32_t step, group* targets) {
int32_t is_destroy = (type == EFFECT_DESTROY_REPLACE) ? TRUE : FALSE;
auto pr = effects.continuous_effect.equal_range(type);
std::vector<effect*> opp_effects;
for(auto eit = pr.first; eit != pr.second;) {
effect* reffect = eit->second;
++eit;
if(reffect->get_handler_player() == infos.turn_player)
add_process(PROCESSOR_OPERATION_REPLACE, step, reffect, targets, is_destroy, 0);
else
opp_effects.push_back(reffect);
}
for(auto& peffect : opp_effects)
add_process(PROCESSOR_OPERATION_REPLACE, step, peffect, targets, is_destroy, 0);
}
void field::select_tribute_cards(card* target, uint8_t playerid, uint8_t cancelable, int32_t min, int32_t max, uint8_t toplayer, uint32_t zone) {
add_process(PROCESSOR_SELECT_TRIBUTE, 0, 0, (group*)target, playerid + ((uint32_t)cancelable << 16), min + (max << 16), toplayer, zone);
}
int32_t field::draw(uint16_t step, effect* reason_effect, uint32_t reason, uint8_t reason_player, uint8_t playerid, int32_t count) {
switch(step) {
case 0: {
card_vector cv;
uint32_t public_count = 0;
if(!(reason & REASON_RULE) && !is_player_can_draw(playerid)) {
returns.ivalue[0] = 0;
return TRUE;
}
core.overdraw[playerid] = FALSE;
for(int32_t i = 0; i < count; ++i) {
if(player[playerid].list_main.empty()) {
core.overdraw[playerid] = TRUE;
break;
}
card* pcard = player[playerid].list_main.back();
pcard->enable_field_effect(false);
pcard->cancel_field_effect();
player[playerid].list_main.pop_back();
pcard->previous.controler = pcard->current.controler;
pcard->previous.location = pcard->current.location;
pcard->previous.sequence = pcard->current.sequence;
pcard->previous.position = pcard->current.position;
pcard->previous.pzone = pcard->current.pzone;
pcard->current.controler = PLAYER_NONE;
pcard->current.reason_effect = reason_effect;
pcard->current.reason_player = reason_player;
pcard->current.reason = reason | REASON_DRAW;
pcard->current.location = 0;
add_card(playerid, pcard, LOCATION_HAND, 0);
pcard->enable_field_effect(true);
effect* pub = pcard->is_affected_by_effect(EFFECT_PUBLIC);
if(pub)
++public_count;
pcard->current.position = pub ? POS_FACEUP : POS_FACEDOWN;
cv.push_back(pcard);
pcard->reset(RESET_TOHAND, RESET_EVENT);
}
core.hint_timing[playerid] |= TIMING_DRAW + TIMING_TOHAND;
adjust_instant();
if(core.overdraw[playerid] && (reason & REASON_RULE))
adjust_all();
core.units.begin()->arg2 = (core.units.begin()->arg2 & 0xff000000) | (uint32_t)cv.size();
card_set* drawed_set = new card_set(cv.begin(), cv.end());
core.units.begin()->ptr1 = drawed_set;
if(cv.size()) {
if(core.global_flag & GLOBALFLAG_DECK_REVERSE_CHECK) {
if(player[playerid].list_main.size()) {
card* ptop = player[playerid].list_main.back();
if(core.deck_reversed || (ptop->current.position == POS_FACEUP_DEFENSE)) {
pduel->write_buffer8(MSG_DECK_TOP);
pduel->write_buffer8(playerid);
pduel->write_buffer8((uint8_t)cv.size());
if(ptop->current.position != POS_FACEUP_DEFENSE)
pduel->write_buffer32(ptop->data.code);
else
pduel->write_buffer32(ptop->data.code | 0x80000000);
}
}
}
pduel->write_buffer8(MSG_DRAW);
pduel->write_buffer8(playerid);
pduel->write_buffer8((uint8_t)cv.size());
for (const auto& pcard : cv)
pduel->write_buffer32(pcard->data.code | (pcard->is_position(POS_FACEUP) ? 0x80000000 : 0));
if(core.deck_reversed && (public_count < cv.size())) {
pduel->write_buffer8(MSG_CONFIRM_CARDS);
pduel->write_buffer8(1 - playerid);
pduel->write_buffer8((uint8_t)drawed_set->size());
for(const auto& pcard : *drawed_set) {
pduel->write_buffer32(pcard->data.code);
pduel->write_buffer8(pcard->current.controler);
pduel->write_buffer8(pcard->current.location);
pduel->write_buffer8(pcard->current.sequence);
}
shuffle(playerid, LOCATION_HAND);
}
for (auto& pcard : *drawed_set) {
if(pcard->owner != pcard->current.controler) {
effect* deffect = pduel->new_effect();
deffect->owner = pcard;
deffect->code = 0;
deffect->type = EFFECT_TYPE_SINGLE;
deffect->flag[0] = EFFECT_FLAG_CANNOT_DISABLE | EFFECT_FLAG_CLIENT_HINT;
deffect->description = 67;
deffect->reset_flag = RESET_EVENT + 0x1fe0000;
pcard->add_effect(deffect);
}
raise_single_event(pcard, 0, EVENT_DRAW, reason_effect, reason, reason_player, playerid, 0);
raise_single_event(pcard, 0, EVENT_TO_HAND, reason_effect, reason, reason_player, playerid, 0);
raise_single_event(pcard, 0, EVENT_MOVE, reason_effect, reason, reason_player, playerid, 0);
}
process_single_event();
raise_event(*drawed_set, EVENT_DRAW, reason_effect, reason, reason_player, playerid, (uint32_t)cv.size());
raise_event(*drawed_set, EVENT_TO_HAND, reason_effect, reason, reason_player, playerid, (uint32_t)cv.size());
raise_event(*drawed_set, EVENT_MOVE, reason_effect, reason, reason_player, playerid, (uint32_t)cv.size());
process_instant_event();
}
return FALSE;
}
case 1: {
card_set* drawed_set = (card_set*)core.units.begin()->ptr1;
core.operated_set.swap(*drawed_set);
delete drawed_set;
returns.ivalue[0] = (int32_t)core.operated_set.size();
return TRUE;
}
}
return TRUE;
}
int32_t field::damage(uint16_t step, effect* reason_effect, uint32_t reason, uint8_t reason_player, card* reason_card, uint8_t playerid, int32_t amount, uint32_t is_step) {
switch(step) {
case 0: {
effect_set eset;
returns.ivalue[0] = amount;
if(amount <= 0)
return TRUE;
if(!(reason & REASON_RDAMAGE)) {
filter_player_effect(playerid, EFFECT_REVERSE_DAMAGE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
pduel->lua->add_param(reason_effect, PARAM_TYPE_EFFECT);
pduel->lua->add_param(reason, PARAM_TYPE_INT);
pduel->lua->add_param(reason_player, PARAM_TYPE_INT);
pduel->lua->add_param(reason_card, PARAM_TYPE_CARD);
if(eset[i]->check_value_condition(4)) {
recover(reason_effect, (reason & REASON_RRECOVER) | REASON_RDAMAGE | REASON_EFFECT, reason_player, playerid, amount, is_step);
core.units.begin()->step = 2;
return FALSE;
}
}
}
eset.clear();
filter_player_effect(playerid, EFFECT_REFLECT_DAMAGE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
pduel->lua->add_param(reason_effect, PARAM_TYPE_EFFECT);
pduel->lua->add_param(amount, PARAM_TYPE_INT);
pduel->lua->add_param(reason, PARAM_TYPE_INT);
pduel->lua->add_param(reason_player, PARAM_TYPE_INT);
pduel->lua->add_param(reason_card, PARAM_TYPE_CARD);
if (eset[i]->check_value_condition(5)) {
playerid = 1 - playerid;
core.units.begin()->value1 = 1;
break;
}
}
int32_t val = amount;
eset.clear();
filter_player_effect(playerid, EFFECT_CHANGE_DAMAGE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
pduel->lua->add_param(reason_effect, PARAM_TYPE_EFFECT);
pduel->lua->add_param(val, PARAM_TYPE_INT);
pduel->lua->add_param(reason, PARAM_TYPE_INT);
pduel->lua->add_param(reason_player, PARAM_TYPE_INT);
pduel->lua->add_param(reason_card, PARAM_TYPE_CARD);
val = eset[i]->get_value(5);
returns.ivalue[0] = val;
if(val == 0)
return TRUE;
}
eset.clear();
filter_player_effect(playerid, EFFECT_REPLACE_DAMAGE, &eset);
for (int32_t i = 0; i < eset.size(); ++i) {
pduel->lua->add_param(reason_effect, PARAM_TYPE_EFFECT);
pduel->lua->add_param(val, PARAM_TYPE_INT);
pduel->lua->add_param(reason, PARAM_TYPE_INT);
pduel->lua->add_param(reason_player, PARAM_TYPE_INT);
pduel->lua->add_param(reason_card, PARAM_TYPE_CARD);
val = eset[i]->get_value(5);
returns.ivalue[0] = val;
if (val == 0)
return TRUE;
}
core.units.begin()->arg3 = val;
if(is_step) {
core.units.begin()->step = 9;
return TRUE;
}
return FALSE;
}
case 1: {
uint32_t is_reflect = core.units.begin()->value1;
if(is_reflect)
playerid = 1 - playerid;
if(is_reflect || (reason & REASON_RRECOVER))
core.units.begin()->step = 2;
core.hint_timing[playerid] |= TIMING_DAMAGE;
player[playerid].lp -= amount;
pduel->write_buffer8(MSG_DAMAGE);
pduel->write_buffer8(playerid);
pduel->write_buffer32(amount);
raise_event(reason_card, EVENT_DAMAGE, reason_effect, reason, reason_player, playerid, amount);
if(reason == REASON_BATTLE && reason_card) {
if((player[playerid].lp <= 0) && (core.attack_target == 0) && reason_card->is_affected_by_effect(EFFECT_MATCH_KILL)) {
pduel->write_buffer8(MSG_MATCH_KILL);
pduel->write_buffer32(reason_card->data.code);
}
raise_single_event(reason_card, 0, EVENT_BATTLE_DAMAGE, 0, 0, reason_player, playerid, amount);
raise_event(reason_card, EVENT_BATTLE_DAMAGE, 0, 0, reason_player, playerid, amount);
process_single_event();
}
process_instant_event();
return FALSE;
}
case 2: {
returns.ivalue[0] = amount;
return TRUE;
}
case 3: {
returns.ivalue[0] = 0;
return TRUE;
}
case 10: {
//dummy
return TRUE;
}
}
return TRUE;
}
int32_t field::recover(uint16_t step, effect* reason_effect, uint32_t reason, uint8_t reason_player, uint8_t playerid, int32_t amount, uint32_t is_step) {
switch(step) {
case 0: {
effect_set eset;
returns.ivalue[0] = amount;
if(amount <= 0)
return TRUE;
if(!(reason & REASON_RRECOVER)) {
filter_player_effect(playerid, EFFECT_REVERSE_RECOVER, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
pduel->lua->add_param(reason_effect, PARAM_TYPE_EFFECT);
pduel->lua->add_param(reason, PARAM_TYPE_INT);
pduel->lua->add_param(reason_player, PARAM_TYPE_INT);
if(eset[i]->check_value_condition(3)) {
damage(reason_effect, (reason & REASON_RDAMAGE) | REASON_RRECOVER | REASON_EFFECT, reason_player, 0, playerid, amount, is_step);
core.units.begin()->step = 2;
return FALSE;
}
}
}
if(is_step) {
core.units.begin()->step = 9;
return TRUE;
}
return FALSE;
}
case 1: {
if(reason & REASON_RDAMAGE)
core.units.begin()->step = 2;
core.hint_timing[playerid] |= TIMING_RECOVER;
int32_t limit = 0;
if (player[playerid].lp > 0) {
limit = INT32_MAX - player[playerid].lp;
}
int32_t val = amount;
if (val > limit) {
val = limit;
}
player[playerid].lp += val;
pduel->write_buffer8(MSG_RECOVER);
pduel->write_buffer8(playerid);
pduel->write_buffer32(val);
raise_event(nullptr, EVENT_RECOVER, reason_effect, reason, reason_player, playerid, amount);
process_instant_event();
return FALSE;
}
case 2: {
returns.ivalue[0] = amount;
return TRUE;
}
case 3: {
returns.ivalue[0] = 0;
return TRUE;
}
case 10: {
//dummy
return TRUE;
}
}
return TRUE;
}
int32_t field::pay_lp_cost(uint32_t step, uint8_t playerid, uint32_t cost, uint32_t must_pay) {
switch(step) {
case 0: {
effect_set eset;
int32_t val = cost;
filter_player_effect(playerid, EFFECT_LPCOST_CHANGE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
pduel->lua->add_param(core.reason_effect, PARAM_TYPE_EFFECT);
pduel->lua->add_param(playerid, PARAM_TYPE_INT);
pduel->lua->add_param(val, PARAM_TYPE_INT);
val = eset[i]->get_value(3);
}
if(val <= 0)
return TRUE;
core.units.begin()->arg2 = val;
core.select_options.clear();
core.select_effects.clear();
if(val <= player[playerid].lp) {
core.select_options.push_back(11);
core.select_effects.push_back(nullptr);
}
if(must_pay) {
if(core.select_options.size() == 0)
return TRUE;
returns.ivalue[0] = 0;
return FALSE;
}
tevent e;
e.event_cards = 0;
e.event_player = playerid;
e.event_value = val;
e.reason = 0;
e.reason_effect = core.reason_effect;
e.reason_player = playerid;
auto pr = effects.continuous_effect.equal_range(EFFECT_LPCOST_REPLACE);
for(auto eit = pr.first; eit != pr.second;) {
effect* peffect = eit->second;
++eit;
if(peffect->is_activateable(peffect->get_handler_player(), e)) {
core.select_options.push_back(peffect->description);
core.select_effects.push_back(peffect);
}
}
if(core.select_options.size() == 0)
return TRUE;
if(core.select_options.size() == 1)
returns.ivalue[0] = 0;
else if(core.select_effects[0] == 0 && core.select_effects.size() == 2)
add_process(PROCESSOR_SELECT_EFFECTYN, 0, 0, (group*)core.select_effects[1]->handler, playerid, 218);
else
add_process(PROCESSOR_SELECT_OPTION, 0, 0, 0, playerid, 0);
return FALSE;
}
case 1: {
effect* peffect = core.select_effects[returns.ivalue[0]];
if(!peffect) {
player[playerid].lp -= cost;
pduel->write_buffer8(MSG_PAY_LPCOST);
pduel->write_buffer8(playerid);
pduel->write_buffer32(cost);
raise_event(nullptr, EVENT_PAY_LPCOST, core.reason_effect, 0, playerid, playerid, cost);
process_instant_event();
return TRUE;
}
tevent e;
e.event_cards = 0;
e.event_player = playerid;
e.event_value = cost;
e.reason = 0;
e.reason_effect = core.reason_effect;
e.reason_player = playerid;
solve_continuous(playerid, peffect, e);
return TRUE;
}
}
return TRUE;
}
// rplayer rmoves counter from pcard or the field
// s,o: binary value indicating the available side
// from pcard: Card.RemoveCounter() -> here -> card::remove_counter() -> the script should raise EVENT_REMOVE_COUNTER if necessary
// from the field: Duel.RemoveCounter() -> here -> field::select_counter() -> the system raises EVENT_REMOVE_COUNTER automatically
int32_t field::remove_counter(uint16_t step, uint32_t reason, card* pcard, uint8_t rplayer, uint8_t s, uint8_t o, uint16_t countertype, uint16_t count) {
switch(step) {
case 0: {
core.select_options.clear();
core.select_effects.clear();
if((pcard && pcard->get_counter(countertype) >= count) || (!pcard && get_field_counter(rplayer, s, o, countertype))) {
core.select_options.push_back(10);
core.select_effects.push_back(nullptr);
}
auto pr = effects.continuous_effect.equal_range(EFFECT_RCOUNTER_REPLACE + countertype);
tevent e;
e.event_cards = 0;
e.event_player = rplayer;
e.event_value = count;
e.reason = reason;
e.reason_effect = core.reason_effect;
e.reason_player = rplayer;
for(auto eit = pr.first; eit != pr.second;) {
effect* peffect = eit->second;
++eit;
if(peffect->is_activateable(peffect->get_handler_player(), e)) {
core.select_options.push_back(peffect->description);
core.select_effects.push_back(peffect);
}
}
returns.ivalue[0] = 0;
if(core.select_options.size() == 0)
return TRUE;
if(core.select_options.size() == 1)
returns.ivalue[0] = 0;
else if(core.select_effects[0] == nullptr && core.select_effects.size() == 2)
add_process(PROCESSOR_SELECT_EFFECTYN, 0, 0, (group*)core.select_effects[1]->handler, rplayer, 220);
else
add_process(PROCESSOR_SELECT_OPTION, 0, 0, 0, rplayer, 0);
return FALSE;
}
case 1: {
effect* peffect = core.select_effects[returns.ivalue[0]];
if(peffect) {
tevent e;
e.event_cards = 0;
e.event_player = rplayer;
e.event_value = count;
e.reason = reason;
e.reason_effect = core.reason_effect;
e.reason_player = rplayer;
solve_continuous(rplayer, peffect, e);
core.units.begin()->step = 3;
return FALSE;
}
if(pcard) {
returns.ivalue[0] = pcard->remove_counter(countertype, count);
core.units.begin()->step = 3;
return FALSE;
}
add_process(PROCESSOR_SELECT_COUNTER, 0, nullptr, nullptr, rplayer, countertype, count, (s << 8) + o);
return FALSE;
}
case 2: {
for(uint32_t i = 0; i < core.select_cards.size(); ++i)
if(returns.svalue[i] > 0)
core.select_cards[i]->remove_counter(countertype, returns.svalue[i]);
return FALSE;
}
case 3: {
raise_event(nullptr, EVENT_REMOVE_COUNTER + countertype, core.reason_effect, reason, rplayer, rplayer, count);
process_instant_event();
return FALSE;
}
case 4: {
returns.ivalue[0] = 1;
return TRUE;
}
}
return TRUE;
}
int32_t field::remove_overlay_card(uint16_t step, uint32_t reason, card* pcard, uint8_t rplayer, uint8_t s, uint8_t o, uint16_t min, uint16_t max) {
switch(step) {
case 0: {
core.select_options.clear();
core.select_effects.clear();
if((pcard && (int32_t)pcard->xyz_materials.size() >= min) || (!pcard && get_overlay_count(rplayer, s, o) >= min)) {
core.select_options.push_back(12);
core.select_effects.push_back(nullptr);
}
auto pr = effects.continuous_effect.equal_range(EFFECT_OVERLAY_REMOVE_REPLACE);
tevent e;
e.event_cards = 0;
e.event_player = rplayer;
e.event_value = min;
e.reason = reason;
e.reason_effect = core.reason_effect;
e.reason_player = rplayer;
for(auto eit = pr.first; eit != pr.second;) {
effect* peffect = eit->second;
++eit;
if(peffect->is_activateable(peffect->get_handler_player(), e)) {
core.select_options.push_back(peffect->description);
core.select_effects.push_back(peffect);
}
}
returns.ivalue[0] = 0;
if(core.select_options.size() == 0)
return TRUE;
if(core.select_options.size() == 1)
returns.ivalue[0] = 0;
else if(core.select_effects[0] == 0 && core.select_effects.size() == 2)
add_process(PROCESSOR_SELECT_EFFECTYN, 0, 0, (group*)core.select_effects[1]->handler, rplayer, 219);
else
add_process(PROCESSOR_SELECT_OPTION, 0, 0, 0, rplayer, 0);
return FALSE;
}
case 1: {
if(effect* peffect = core.select_effects[returns.ivalue[0]]) {
tevent e;
e.event_cards = 0;
e.event_player = rplayer;
e.event_value = min + (max << 16);
e.reason = reason;
e.reason_effect = core.reason_effect;
e.reason_player = rplayer;
solve_continuous(rplayer, peffect, e);
core.units.begin()->peffect = peffect;
}
return FALSE;
}
case 2: {
uint16_t cancelable = FALSE;
if(core.units.begin()->peffect) {
int32_t replace_count = returns.ivalue[0];
if(replace_count >= max)
return TRUE;
min -= replace_count;
max -= replace_count;
if(min <= 0) {
cancelable = TRUE;
min = 0;
}
core.units.begin()->value1 = replace_count;
}
core.select_cards.clear();
if(pcard) {
core.select_cards.assign(pcard->xyz_materials.begin(), pcard->xyz_materials.end());
} else {
card_set cset;
get_overlay_group(rplayer, s, o, &cset);
core.select_cards.assign(cset.begin(), cset.end());
}
pduel->write_buffer8(MSG_HINT);
pduel->write_buffer8(HINT_SELECTMSG);
pduel->write_buffer8(rplayer);
pduel->write_buffer32(519);
add_process(PROCESSOR_SELECT_CARD, 0, 0, 0, rplayer + (cancelable << 16), min + (max << 16));
return FALSE;
}
case 3: {
card_set cset;
for(int32_t i = 0; i < returns.bvalue[0]; ++i)
cset.insert(core.select_cards[returns.bvalue[i + 1]]);
send_to(cset, core.reason_effect, reason, rplayer, PLAYER_NONE, LOCATION_GRAVE, 0, POS_FACEUP);
return FALSE;
}
case 4: {
returns.ivalue[0] += core.units.begin()->value1;
return TRUE;
}
}
return TRUE;
}
int32_t field::get_control(uint16_t step, effect* reason_effect, uint8_t reason_player, group* targets, uint8_t playerid, uint16_t reset_phase, uint8_t reset_count, uint32_t zone) {
switch(step) {
case 0: {
card_set* destroy_set = new card_set;
core.units.begin()->ptr1 = destroy_set;
for(auto cit = targets->container.begin(); cit != targets->container.end();) {
card* pcard = *cit;
pcard->filter_disable_related_cards();
bool change = true;
if(pcard->overlay_target)
change = false;
else if(pcard->current.controler == playerid)
change = false;
else if(pcard->current.controler == PLAYER_NONE)
change = false;
else if(pcard->current.location != LOCATION_MZONE)
change = false;
else if(!pcard->is_capable_change_control())
change = false;
else if(!pcard->is_affect_by_effect(reason_effect))
change = false;
else if(core.duel_rule <= 4 && (pcard->get_type() & TYPE_TRAPMONSTER)
&& get_useable_count(pcard, playerid, LOCATION_SZONE, reason_player, LOCATION_REASON_CONTROL) <= 0)
change = false;
if (!change)
cit = targets->container.erase(cit);
else
++cit;
}
int32_t fcount = get_useable_count(nullptr, playerid, LOCATION_MZONE, reason_player, LOCATION_REASON_CONTROL, zone);
if(fcount <= 0) {
destroy_set->swap(targets->container);
core.units.begin()->step = 5;
return FALSE;
}
if((int32_t)targets->container.size() > fcount) {
core.select_cards.clear();
for(auto& pcard : targets->container)
core.select_cards.push_back(pcard);
pduel->write_buffer8(MSG_HINT);
pduel->write_buffer8(HINT_SELECTMSG);
pduel->write_buffer8(playerid);
pduel->write_buffer32(502);
uint32_t ct = (uint32_t)targets->container.size() - fcount;
add_process(PROCESSOR_SELECT_CARD, 0, 0, 0, playerid, ct + (ct << 16));
} else
core.units.begin()->step = 1;
return FALSE;
}
case 1: {
card_set* destroy_set = (card_set*)core.units.begin()->ptr1;
for(int32_t i = 0; i < returns.bvalue[0]; ++i) {
card* pcard = core.select_cards[returns.bvalue[i + 1]];
destroy_set->insert(pcard);
targets->container.erase(pcard);
}
return FALSE;
}
case 2: {
for(auto& pcard : targets->container) {
if(pcard->unique_code && (pcard->unique_location & LOCATION_MZONE))
remove_unique_card(pcard);
}
targets->it = targets->container.begin();
return FALSE;
}
case 3: {
if(targets->it == targets->container.end()) {
adjust_instant();
core.units.begin()->step = 4;
return FALSE;
}
card* pcard = *targets->it;
move_to_field(pcard, (reason_player != PLAYER_NONE) ? reason_player : playerid, playerid, LOCATION_MZONE, pcard->current.position, FALSE, 0, FALSE, zone);
return FALSE;
}
case 4: {
if (targets->it != targets->container.end()) {
card* pcard = *targets->it;
pcard->set_status(STATUS_ATTACK_CANCELED, TRUE);
set_control(pcard, playerid, reset_phase, reset_count);
pcard->reset(RESET_CONTROL, RESET_EVENT);
pcard->filter_disable_related_cards();
++targets->it;
core.units.begin()->step = 2;
}
return FALSE;
}
case 5: {
for(auto cit = targets->container.begin(); cit != targets->container.end(); ) {
card* pcard = *cit;
if(!(pcard->current.location & LOCATION_ONFIELD)) {
cit = targets->container.erase(cit);
continue;
}
if(pcard->unique_code && (pcard->unique_location & LOCATION_MZONE))
add_unique_card(pcard);
raise_single_event(pcard, 0, EVENT_CONTROL_CHANGED, reason_effect, REASON_EFFECT, reason_player, playerid, 0);
raise_single_event(pcard, 0, EVENT_MOVE, reason_effect, REASON_EFFECT, reason_player, playerid, 0);
++cit;
}
if(targets->container.size()) {
raise_event(targets->container, EVENT_CONTROL_CHANGED, reason_effect, REASON_EFFECT, reason_player, playerid, 0);
raise_event(targets->container, EVENT_MOVE, reason_effect, REASON_EFFECT, reason_player, playerid, 0);
}
process_single_event();
process_instant_event();
return FALSE;
}
case 6: {
card_set* destroy_set = (card_set*)core.units.begin()->ptr1;
if(destroy_set->size())
destroy(*destroy_set, 0, REASON_RULE, PLAYER_NONE);
delete destroy_set;
return FALSE;
}
case 7: {
core.operated_set = targets->container;
returns.ivalue[0] = (int32_t)targets->container.size();
pduel->delete_group(targets);
return TRUE;
}
}
return TRUE;
}
int32_t field::swap_control(uint16_t step, effect* reason_effect, uint8_t reason_player, group* targets1, group* targets2, uint16_t reset_phase, uint8_t reset_count) {
switch(step) {
case 0: {
core.units.begin()->step = 9;
if(targets1->container.size() == 0)
return FALSE;
if(targets2->container.size() == 0)
return FALSE;
if(targets1->container.size() != targets2->container.size())
return FALSE;