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#include "Logic.h"
extern "C" {
#include "variables.h"
#include "ShipUtils.h"
}
namespace Rando {
namespace Logic {
void ApplyNearlyNoLogicToSaveContext(std::vector<RandoCheckId>& checkPool, std::vector<RandoItemId>& itemPool) {
PreplaceConfinedItems(checkPool, itemPool);
for (size_t i = 0; i < itemPool.size(); i++) {
std::swap(itemPool[i], itemPool[Ship_Random(0, itemPool.size())]);
}
std::map<RandoItemId, RandoCheckId> importantItems;
std::vector<RandoCheckId> safeChecks;
std::map<RandoItemId, std::vector<SceneId>> itemToSceneBlacklist = {
{ RI_MASK_DEKU,
{ SCENE_MITURIN, SCENE_MITURIN_BS, SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK,
SCENE_SOUGEN, SCENE_LAST_BS } },
{ RI_SONG_SONATA,
{ SCENE_MITURIN, SCENE_MITURIN_BS, SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK,
SCENE_SOUGEN, SCENE_LAST_BS } },
{ RI_MASK_ZORA,
{ SCENE_SEA, SCENE_SEA_BS, SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN,
SCENE_LAST_BS } },
{ RI_SONG_NOVA,
{ SCENE_SEA, SCENE_SEA_BS, SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN,
SCENE_LAST_BS } },
{ RI_REMAINS_ODOLWA,
{ SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN, SCENE_LAST_BS } },
{ RI_REMAINS_GOHT,
{ SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN, SCENE_LAST_BS } },
{ RI_REMAINS_GYORG,
{ SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN, SCENE_LAST_BS } },
{ RI_REMAINS_TWINMOLD,
{ SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN, SCENE_LAST_BS } },
{ RI_SONG_OATH,
{ SCENE_LAST_DEKU, SCENE_LAST_GORON, SCENE_LAST_ZORA, SCENE_LAST_LINK, SCENE_SOUGEN, SCENE_LAST_BS } },
};
std::map<RandoItemId, RandoCheckType> itemToCheckTypeBlacklist = { { RI_SONG_EPONA, RCTYPE_COW } };
auto IsSafeScene = [&](SceneId sceneId) {
return sceneId != SCENE_MITURIN && // Woodfall Temple
sceneId != SCENE_MITURIN_BS && // Woodfall Temple Boss
sceneId != SCENE_SEA && // Great Bay Temple
sceneId != SCENE_SEA_BS && // Great Bay Temple Boss
sceneId != SCENE_LAST_DEKU && // Moon Deku
sceneId != SCENE_LAST_GORON && // Moon Goron
sceneId != SCENE_LAST_ZORA && // Moon Goron
sceneId != SCENE_LAST_LINK && // Moon Human
sceneId != SCENE_SOUGEN && // Moon
sceneId != SCENE_LAST_BS; // Moon Boss
};
auto IsSafeCheckType = [&](RandoCheckType randoCheckType) { return randoCheckType != RCTYPE_COW; };
for (auto& randoCheckId : checkPool) {
if (randoCheckId == RC_UNKNOWN) {
continue;
}
RandoItemId randoItemId = itemPool.back();
itemPool.pop_back();
RANDO_SAVE_CHECKS[randoCheckId].shuffled = true;
RANDO_SAVE_CHECKS[randoCheckId].randoItemId = randoItemId;
auto randoStaticCheck = Rando::StaticData::Checks[randoCheckId];
if (itemToSceneBlacklist.find(randoItemId) != itemToSceneBlacklist.end() ||
itemToCheckTypeBlacklist.find(randoItemId) != itemToCheckTypeBlacklist.end()) {
importantItems[randoItemId] = randoCheckId;
} else if (IsSafeScene(randoStaticCheck.sceneId) && IsSafeCheckType(randoStaticCheck.randoCheckType)) {
safeChecks.push_back(randoCheckId);
}
}
auto PerformBlacklistReplacement = [&](RandoItemId randoItemId) {
auto otherCheckIndex = Ship_Random(0, safeChecks.size());
RANDO_SAVE_CHECKS[importantItems[randoItemId]].randoItemId =
RANDO_SAVE_CHECKS[safeChecks[otherCheckIndex]].randoItemId;
RANDO_SAVE_CHECKS[safeChecks[otherCheckIndex]].randoItemId = randoItemId;
safeChecks.erase(safeChecks.begin() + otherCheckIndex);
};
for (auto& [randoItemId, blacklistedScenes] : itemToSceneBlacklist) {
if (importantItems.find(randoItemId) != importantItems.end()) {
auto randoStaticCheck = Rando::StaticData::Checks[importantItems.at(randoItemId)];
const auto& blacklist = itemToSceneBlacklist.at(randoItemId);
// This item is blacklisted from this scene, so replace it
if (std::find(blacklist.begin(), blacklist.end(), randoStaticCheck.sceneId) != blacklist.end()) {
PerformBlacklistReplacement(randoItemId);
}
}
}
for (auto& [randoItemId, blackListedChecks] : itemToCheckTypeBlacklist) {
if (importantItems.find(randoItemId) != importantItems.end()) {
auto randoStaticCheck = Rando::StaticData::Checks[importantItems.at(randoItemId)];
const auto& blacklistedRandoCheckType = itemToCheckTypeBlacklist.at(randoItemId);
// This item is blacklisted from this check type, so replace it
if (randoStaticCheck.randoCheckType == blacklistedRandoCheckType) {
PerformBlacklistReplacement(randoItemId);
}
}
}
}
} // namespace Logic
} // namespace Rando
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