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#include "Rando.h"
#include "2s2h/Rando/StaticData/StaticData.h"
#include "2s2h/ShipUtils.h"
#include <libultraship/libultraship.h>
#include <libultraship/bridge/consolevariablebridge.h>
// Starting items is a dynamically sized list of strings, so we can't store it with the other options because it can't
// fit in a CVar. We have to store it in various places
// - In the spoiler file, under startingItems as an array of strings ["RI_OCARINA"...]
// - In the save file, in randoSaveInfo.randoStartingItems as an array of u16 [RI_OCARINA...]
// - In the config file, under CVars.gRando.StartingItems as an array of strings ["RI_OCARINA"...]
namespace Rando {
std::vector<RandoItemId> GetComputedStartingItems(RandoSaveInfo& randoSaveInfo) {
std::vector<RandoItemId> startingItems;
if (randoSaveInfo.randoSaveOptions[RO_STARTING_MAPS_AND_COMPASSES]) {
std::vector<RandoItemId> MapsAndCompasses = {
RI_GREAT_BAY_COMPASS, RI_GREAT_BAY_MAP, RI_SNOWHEAD_COMPASS, RI_SNOWHEAD_MAP,
RI_STONE_TOWER_COMPASS, RI_STONE_TOWER_MAP, RI_TINGLE_MAP_CLOCK_TOWN, RI_TINGLE_MAP_GREAT_BAY,
RI_TINGLE_MAP_ROMANI_RANCH, RI_TINGLE_MAP_SNOWHEAD, RI_TINGLE_MAP_STONE_TOWER, RI_TINGLE_MAP_WOODFALL,
RI_WOODFALL_COMPASS, RI_WOODFALL_MAP,
};
for (RandoItemId itemId : MapsAndCompasses) {
startingItems.push_back(itemId);
}
}
if (randoSaveInfo.randoSaveOptions[RO_SHUFFLE_SWIM] != RO_GENERIC_YES) {
startingItems.push_back(RI_ABILITY_SWIM);
}
if (randoSaveInfo.randoSaveOptions[RO_SHUFFLE_ENEMY_SOULS] != RO_GENERIC_YES) {
for (int i = RI_SOUL_ENEMY_ALIEN; i <= RI_SOUL_ENEMY_WOLFOS; i++) {
startingItems.push_back((RandoItemId)i);
}
}
if (randoSaveInfo.randoSaveOptions[RO_SHUFFLE_OCARINA_BUTTONS] != RO_GENERIC_YES) {
for (int i = RI_OCARINA_BUTTON_A; i <= RI_OCARINA_BUTTON_C_UP; i++) {
startingItems.push_back((RandoItemId)i);
}
}
// Doesn't necessarily mean they can play them just sets the infs's for completeness
if (randoSaveInfo.randoSaveOptions[RO_SHUFFLE_SONG_DOUBLE_TIME] != RO_GENERIC_YES) {
startingItems.push_back(RI_SONG_DOUBLE_TIME);
}
if (randoSaveInfo.randoSaveOptions[RO_SHUFFLE_SONG_INVERTED_TIME] != RO_GENERIC_YES) {
startingItems.push_back(RI_SONG_INVERTED_TIME);
}
// When shuffling time, if the player did not choose any starting time items, we need to give them at least one.
if (randoSaveInfo.randoSaveOptions[RO_CLOCK_SHUFFLE] == RO_GENERIC_YES) {
auto configuredStartedItems = Rando::GetStartingItemsFromSave(randoSaveInfo);
bool hasTimeItem = false;
for (RandoItemId randoItemId : configuredStartedItems) {
if (randoItemId >= RI_TIME_DAY_1 && randoItemId <= RI_TIME_PROGRESSIVE) {
hasTimeItem = true;
break;
}
}
if (!hasTimeItem) {
if (randoSaveInfo.randoSaveOptions[RO_CLOCK_SHUFFLE_PROGRESSIVE] == RO_CLOCK_SHUFFLE_RANDOM) {
Ship_Random_Seed(randoSaveInfo.finalSeed);
startingItems.push_back((RandoItemId)(RI_TIME_DAY_1 + Ship_Random(0, 6)));
} else {
startingItems.push_back(RI_TIME_PROGRESSIVE);
}
}
}
return startingItems;
}
void GrantStartingItems() {
std::vector<RandoItemId> startingItems = Rando::GetStartingItemsFromSave(gSaveContext.save.shipSaveInfo.rando);
std::vector<RandoItemId> computedStartingItems =
Rando::GetComputedStartingItems(gSaveContext.save.shipSaveInfo.rando);
startingItems.insert(startingItems.end(), computedStartingItems.begin(), computedStartingItems.end());
for (RandoItemId startingItem : startingItems) {
Rando::GiveItem(Rando::ConvertItem(startingItem));
}
if (RANDO_SAVE_OPTIONS[RO_STARTING_HEALTH] != 3) {
gSaveContext.save.saveInfo.playerData.healthCapacity = gSaveContext.save.saveInfo.playerData.health =
RANDO_SAVE_OPTIONS[RO_STARTING_HEALTH] * 0x10;
}
if (RANDO_SAVE_OPTIONS[RO_STARTING_CONSUMABLES]) {
Rando::GiveItem(RI_DEKU_STICK);
Rando::GiveItem(RI_DEKU_NUT);
AMMO(ITEM_DEKU_STICK) = CUR_CAPACITY(UPG_DEKU_STICKS);
AMMO(ITEM_DEKU_NUT) = CUR_CAPACITY(UPG_DEKU_NUTS);
}
if (RANDO_SAVE_OPTIONS[RO_STARTING_RUPEES]) {
gSaveContext.save.saveInfo.playerData.rupees = CUR_CAPACITY(UPG_WALLET);
// Clear any accumulator from starting wallet items since rupees are set directly.
gSaveContext.rupeeAccumulator = 0;
}
}
std::vector<RandoItemId> GetStartingItemsFromSpoiler(nlohmann::json& spoiler) {
auto startingItemsStrings = spoiler["startingItems"].get<std::vector<std::string>>();
std::vector<RandoItemId> startingItems;
for (auto& itemName : startingItemsStrings) {
auto randoItemId = Rando::StaticData::GetItemIdFromName(itemName.c_str());
if (randoItemId > RI_UNKNOWN && randoItemId < RI_MAX) {
startingItems.push_back(randoItemId);
}
}
return startingItems;
}
void SetStartingItemsInSpoiler(nlohmann::json& spoiler, std::vector<RandoItemId>& startingItems) {
std::vector<std::string> startingItemsJson;
for (auto& randoItemId : startingItems) {
if (randoItemId > RI_UNKNOWN && randoItemId < RI_MAX) {
startingItemsJson.push_back(Rando::StaticData::Items[randoItemId].spoilerName);
}
}
spoiler["startingItems"] = startingItemsJson;
}
std::vector<RandoItemId> GetStartingItemsFromSave(RandoSaveInfo& randoSaveInfo) {
std::vector<RandoItemId> startingItems;
for (int i = 0; i < ARRAY_COUNT(randoSaveInfo.randoStartingItems); i++) {
if (randoSaveInfo.randoStartingItems[i] > RI_UNKNOWN && randoSaveInfo.randoStartingItems[i] < RI_MAX) {
startingItems.push_back((RandoItemId)randoSaveInfo.randoStartingItems[i]);
}
}
return startingItems;
}
void SetStartingItemsInSave(RandoSaveInfo& randoSaveInfo, std::vector<RandoItemId>& startingItems) {
memset(&randoSaveInfo.randoStartingItems, 0, sizeof(randoSaveInfo.randoStartingItems));
size_t index = 0;
for (auto& randoItemId : startingItems) {
if (index >= ARRAY_COUNT(randoSaveInfo.randoStartingItems)) {
break;
}
randoSaveInfo.randoStartingItems[index++] = randoItemId;
}
}
std::vector<RandoItemId> GetStartingItemsFromConfig() {
auto allConfig = Ship::Context::GetRawInstance()->GetConfig()->GetNestedJson();
std::vector<RandoItemId> startingItems = { RI_PROGRESSIVE_SWORD, RI_SHIELD_HERO, RI_OCARINA, RI_SONG_TIME };
// Verify that the config has CVars.gRando.StartingItems and its an array
if (allConfig.find("CVars") != allConfig.end() && allConfig["CVars"].is_object() &&
allConfig["CVars"].find("gRando") != allConfig["CVars"].end() && allConfig["CVars"]["gRando"].is_object() &&
allConfig["CVars"]["gRando"].find("StartingItems") != allConfig["CVars"]["gRando"].end()) {
if (allConfig["CVars"]["gRando"]["StartingItems"].is_array()) {
startingItems.clear();
auto startingItemsStrings = allConfig["CVars"]["gRando"]["StartingItems"].get<std::vector<std::string>>();
for (auto& itemName : startingItemsStrings) {
auto randoItemId = Rando::StaticData::GetItemIdFromName(itemName.c_str());
if (randoItemId > RI_UNKNOWN && randoItemId < RI_MAX) {
startingItems.push_back(randoItemId);
}
}
} else if (allConfig["CVars"]["gRando"]["StartingItems"].is_string()) {
CVarClear("gRando.StartingItems");
Ship::Context::GetRawInstance()->GetWindow()->GetGui()->SaveConsoleVariablesNextFrame();
} else if (allConfig["CVars"]["gRando"]["StartingItems"].is_null()) {
startingItems.clear();
}
}
return startingItems;
}
void SetStartingItemsInConfig(std::vector<RandoItemId>& startingItems) {
auto startingItemsJson = nlohmann::json::array();
for (auto& randoItemId : startingItems) {
if (randoItemId > RI_UNKNOWN && randoItemId < RI_MAX) {
startingItemsJson.push_back(Rando::StaticData::Items[randoItemId].spoilerName);
}
}
Ship::Context::GetRawInstance()->GetConfig()->SetBlock("CVars.gRando.StartingItems", startingItemsJson);
Ship::Context::GetRawInstance()->GetConfig()->Save();
}
} // namespace Rando
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