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file_addon.cpp
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file_addon.cpp
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#include "GameForms.h"
#include "GameData.h"
#include "GameAPI.h"
#include "GameObjects.h"
#include "GameRTTI.h"
#include <fstream>
#include <utility>
#include <regex>
#include "file_addon.h"
#include "json.h"
#include <time.h>
using namespace std;
using namespace nlohmann;
vector<string> EXCLUDED_NAMES = { "empty" , "lastshot" };
//string EXCLUDE = "FalloutNV.esm, DeadMoney.esm, HonestHearts.esm, OldWorldBlues.esm, LonesomeRoad.esm, GunRunnersArsenal.esm";
//
//Json::Value funcGetJson(char*& filename)
//{
// std::fstream fs;
// Json::Value root;
// fs.open(filename, std::fstream::in | std::fstream::out | std::fstream::app);
// std::locale loc = std::locale("Russian");
// fs.imbue(loc);
// Json::CharReaderBuilder rbuilder;
// rbuilder["collectComments"] = false;
// std::string errs;
// Json::parseFromStream(rbuilder, fs, &root, &errs);
//
// fs.close();
// return root;
//}
//
//void jsonWriteFile(char* filename, bool isUTF8 = true)
//{
// Json::Value root;
// std::fstream fs;
// fs.open(filename, std::ios::binary | std::fstream::in | std::ofstream::out | std::ofstream::trunc);
//
// //std::locale loc = std::locale("Russian_Russia.1251");
// //std::locale loc = std::locale("Russian");
// //fs.imbue(loc);
// Json::StreamWriterBuilder builder;
// if (isUTF8 == true) {
// builder["emitUTF8"] = true;
// }
// else {
// builder["emitUTF8"] = false;
// }
// std::unique_ptr<Json::StreamWriter> writer(builder.newStreamWriter());
// writer->write(root, &fs);
//}
//
//void jsonRewriteFile(Json::Value root, string filename, bool isUTF8 = true)
//{
// std::fstream fs;
// fs.open(filename, std::ios::binary | std::fstream::in | std::ofstream::out | std::ofstream::trunc);
//
// //std::locale loc = std::locale("Russian_Russia.1251");
// std::locale loc = std::locale("Russian");
// fs.imbue(loc);
// Json::StreamWriterBuilder builder;
// if (isUTF8 == true) {
// builder["emitUTF8"] = true;
// }
// else {
// builder["emitUTF8"] = false;
// }
// std::unique_ptr<Json::StreamWriter> writer(builder.newStreamWriter());
// writer->write(root, &fs);
//}
bool checkName(string name, vector<string> excludes) {
string lowName;
transform(name.begin(), name.end(), std::back_inserter(lowName), ::tolower);
for (auto exclude : excludes) {
if (lowName.find(exclude) != lowName.npos) return false;
}
return true;
}
int findString(string base, string search) {
auto pos = base.find(search);
if (pos != base.npos) return pos; else return 999;
}
const auto GetHasType2 (vector<int>& weapParams, vector<int>& typesData) // -1 is "any" for better flexibility
{
if (
(weapParams[0] == typesData[0] || typesData[0] == -1) &&
(weapParams[1] == typesData[1] || typesData[1] == -1) &&
(weapParams[2] == typesData[2] || typesData[2] == -1) &&
(weapParams[3] == typesData[3] || typesData[3] == -1)
) {
return true;
}
return false;
}
void Log1(const string& msg)
{
_MESSAGE("%s", msg.c_str());
}
string GetCurPath()
{
char buffer[MAX_PATH] = { 0 };
GetModuleFileName(NULL, buffer, MAX_PATH);
string::size_type pos = string(buffer).find_last_of("\\/");
return string(buffer).substr(0, pos);
}
int HexStringToInt(const string& str)
{
char* p;
const auto id = strtoul(str.c_str(), &p, 16);
if (*p == 0)
return id;
return -1;
}
TESObjectWEAP* Actor::GetWeaponForm() const
{
auto* weaponInfo = this->baseProcess->GetWeaponInfo();
if (!weaponInfo)
return nullptr;
return weaponInfo->weapon;
}
typesBank readTypes(vector<int> params, string typesfilename, string weapsfilename) {
if (typesfilename != "_" && typesfilename.find(".json") == typesfilename.npos) typesfilename += ".json";
if (weapsfilename != "_" && weapsfilename.find(".json") == weapsfilename.npos) weapsfilename += ".json";
auto hasIt = [](string input, string check) {
int posIt = input.find(check);
if (posIt != input.npos) return posIt; else return -1;
};
auto hasItAll = [](string input, string check) {
int posIt = input.find(check);
string result = "";
if (posIt != input.npos) {
int openBracket = input.find("[");
int closeBracket = input.find("]");
result = input.substr(openBracket + 1, closeBracket - openBracket - 1);
}
return result;
};
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\_Types)";
typesBank typesDB;
if (filesystem::exists(dir))
{
for (filesystem::directory_iterator iter(dir.c_str()), end; iter != end; ++iter)
{
const auto& path = iter->path();
const auto& fileName = path.filename();
const auto& SfileName = fileName.string();
if (_stricmp(path.extension().string().c_str(), ".json") == 0 && (SfileName.find("autogen")!= 0))
{
Log1("\nReading Types from JSON file " + SfileName);
if (!params.empty()) Log1("\nParams given " + to_string(params[0]));
Log1("\nFiles: " + typesfilename + " and " + weapsfilename);
try
{
ifstream i(iter->path());
json j;
i >> j;
if (j.is_array())
{
for (auto& elem : j)
{
if (!elem.is_object())
{
Log1("JSON error: expected object with mod, form and folder fields");
continue;
}
auto typeData = elem.contains("typedata") ? &elem["typedata"] : nullptr;
const auto& types = elem.contains("weapontypes") ? &elem["weapontypes"] : nullptr;
const auto& folderType = elem.contains("folderType") ? elem["folderType"].get<string>() : "";
const auto& modExclude = elem.contains("exclude") ? &elem["exclude"] : nullptr;
const auto& options = elem.contains("options") ? &elem["options"] : nullptr;
const auto& mod = elem.contains("mod") ? elem["mod"].get<string>() : "";
//const auto& condition = elem.contains("condition") ? elem["condition"].get<string>() : "";
//Log1("Defining types");
if (typeData && folderType != "" && (typesfilename == "_" || SfileName == typesfilename)) { // defining types
if (!typeData->is_array())
{
continue;
}
else {
vector<int> tempData;
//ranges::transform(*typeData, back_inserter(typesDB.typesMap[folderType]), [&](auto& i) {return i; });
ranges::transform(*typeData, back_inserter(tempData), [&](auto& i) {return i; });
if (params.empty() || GetHasType2(params, tempData) == true) {
//typesDB.typesMap[folderType] = tempData;
typesDB.typesMap1.push_back(folderType);
typesDB.typesMap2.push_back(tempData);
typesDB.typesMap3.push_back(SfileName);
//Log1("Filename = " + SfileName);
}
//vector<int> tempData;
//ranges::transform(*typeData, back_inserter(tempData), [&](auto& i) {return i; });
//typesDB.typesMap1[tempData] = folderType;
//for (auto& iter: typesDB.typesMap) {
// Log1("Defining types " + iter.first);
//}
}
}
if (types && (weapsfilename == "_" || SfileName == weapsfilename)) { // reading applied types
if (!types->is_array())
{
continue;
}
else {
string modChecked = mod;
if (modChecked == "") {
//ranges::transform(*types, back_inserter(typesDB.weapType["GLOBAL"]), [&](auto& i) {return i.template get<string>(); });
//Log1("reading applied types for GLOBAL: " + typesDB.weapType["GLOBAL"].back());
modChecked = "FF" ;
}
//else {
string logloc = "Reading inside for " + modChecked + ": \n";
ranges::transform(*types, back_inserter(typesDB.weapType[modChecked]), [&](auto& i) {
string iString = i.template get<string>();
int condiPos = findString(iString, "+condition");
int propPos = findString(iString, "+properties");
if (condiPos == 999 && propPos == 999) {
logloc += ("\n Pure folder name: " + iString);
return iString;
}
else {
logloc += ("\n Conditioned folder name: " + iString);
string iStringName;
string iStringData;
string iStringDataCondi;
string iStringDataProp;
//logloc += ("\n Conditioned/propertied folder name: " + iString);
int firstPlus = iString.find("+");
iStringName = iString.substr(0, firstPlus);
iStringData = iString.substr(firstPlus);
Log1("Separated into " + iStringName + " and " + iStringData + " \n");
int firstBracket = iStringData.find("[");
int lastBracket = iStringData.rfind("[");
int firstRBracket = iStringData.find("]");
int lastRBracket = iStringData.rfind("]");
Log1("Brackets found: " + to_string(firstBracket) + " , " + to_string(firstRBracket) + " , " + to_string(lastBracket) + " , " + to_string(lastRBracket) + " \n");
if (firstBracket != iStringData.npos && firstRBracket != iStringData.npos) {
string iStringDataFirst = iStringData.substr(0, firstRBracket + 1);
string iStringDataSecond = iStringData.substr(firstRBracket + 1);
Log1("Separated data into " + iStringDataFirst + " and " + iStringDataSecond + " \n");
iStringDataCondi = hasItAll(iStringDataFirst, "condition");
if (iStringDataCondi == "") iStringDataCondi = hasItAll(iStringDataSecond, "condition");
// parsing properties
iStringDataProp = hasItAll(iStringDataFirst, "properties");
if (iStringDataProp == "") iStringDataProp = hasItAll(iStringDataSecond, "properties");
}
if (iStringDataCondi != "") {
logloc += ("\n Conditions: [" + modChecked + "][" + iStringName + "] = " + iStringDataCondi);
//logloc +=("\n Properties: " + iStringDataProp);
typesDB.weapCondi[modChecked][iStringName] = iStringDataCondi;
//typesDB.weapProps[modChecked][iStringName] = iStringDataProp;
//if (condiPos != 999);
//if (propPos != 999);
}
if (iStringDataProp != "") {
logloc +=("\n Properties: " + iStringName + " with " + iStringDataProp);
typesDB.weapProps[modChecked][iStringName] = iStringDataProp;
}
return iStringName;
}
} );
Log1("reading applied types for " + modChecked + ": " + typesDB.weapType[modChecked].back());
Log1(logloc);
//}
}
}
if (modExclude) {
if (!modExclude->is_array())
{
continue;
}
else {
ranges::transform(*modExclude, back_inserter(typesDB.excluded), [&](auto& i) {return i.template get<string>(); });
Log1("reading exclusions: " + typesDB.excluded.back());
}
}
if (options) {
if (!options->is_array())
{
continue;
}
else {
ranges::transform(*options, back_inserter(typesDB.options), [&](auto& i) {return i.template get<string>(); });
Log1("reading options: " + typesDB.options.back());
}
}
//Log1("processTypesMod1 check");
//if (!typesDB.typesMap.empty() && !typesDB.weapType.empty()) {
// weaponsBank weaps = processTypesMod1(-1, typesDB.weapType, typesDB.typesMap);
// writeJson(weaps);
//}
}
}
else
Log1(iter->path().string() + " does not start as a JSON array");
}
catch (json::exception& e)
{
Log1("The JSON is incorrectly formatted! It will not be applied.");
Log1(FormatString("JSON error: %s\n", e.what()));
}
}
}
}
else
{
Log1(dir + " does not exist.");
}
return typesDB;
}
bool readAutoTypes(string typesfilename) {
if (typesfilename.find(".json") == typesfilename.npos) typesfilename += ".json";
auto hasIt = [](string input, string check) {
int posIt = input.find(check);
if (posIt != input.npos) return posIt; else return -1;
};
auto hasItAll = [](string input, string check) {
int posIt = input.find(check);
string result = "";
if (posIt != input.npos) {
int openBracket = input.find("[");
int closeBracket = input.find("]");
result = input.substr(openBracket + 1, closeBracket - openBracket - 1);
}
return result;
};
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\_Types)";
string execPrefix;
string execID;
string execTypes;
string execWeaps;
vector<int> execParams;
int execReversed = 0;
if (filesystem::exists(dir))
{
for (filesystem::directory_iterator iter(dir.c_str()), end; iter != end; ++iter)
{
const auto& path = iter->path();
const auto& fileName = path.filename();
const auto& SfileName = fileName.string();
if (_stricmp(path.extension().string().c_str(), ".json") == 0 && (SfileName.find("autogen") == 0) && (SfileName == typesfilename))
{
Log1("\n Reading Autogen from JSON file " + SfileName);
Log1("\n Autogen file: " + typesfilename);
try
{
ifstream i(iter->path());
json j;
i >> j;
if (j.is_array())
{
for (auto& elem : j)
{
if (!elem.is_object())
{
Log1("JSON error: expected object with mod, form and folder fields");
continue;
}
const auto& prefix = elem.contains("prefix") ? elem["prefix"].get<string>() : "";
const auto& modID = elem.contains("modID") ? elem["modID"].get<string>() : "";
const auto& typesFile = elem.contains("typesFile") ? elem["typesFile"].get<string>() : "";
const auto& weaponsFile = elem.contains("weaponsFile") ? elem["weaponsFile"].get<string>() : "";
auto typeData = elem.contains("typedata") ? &elem["typedata"] : nullptr;
const auto& reversed = elem.contains("reversed") ? elem["reversed"].get<string>() : "";
//const auto& condition = elem.contains("condition") ? elem["condition"].get<string>() : "";
//Log1("Defining types");
if (modID != "" && prefix != "" ) { // defining types
Log1("Reading: modID and prefix");
execPrefix = prefix;
execID = modID;
if (typesFile == "") execTypes = "_";
if (weaponsFile == "") execWeaps = "_";
if (reversed != "") execReversed = stoi(reversed);
if (typeData){
if (!typeData->is_array())
{
continue;
}
else {
//execParams[0] = typeData[0];
//execParams[1] = typeData[1];
//execParams[2] = typeData[2];
//execParams[3] = typeData[3];
ranges::transform(*typeData, back_inserter(execParams), [&](auto& i) {return i; });
//vector<int> tempData;
//ranges::transform(*typeData, back_inserter(tempData), [&](auto& i) {return i; });
//typesDB.typesMap1[tempData] = folderType;
//for (auto& iter: typesDB.typesMap) {
// Log1("Defining types " + iter.first);
//}
}
}
processTypesAndWrite2(execPrefix, execID, execParams[0], execParams[1], execParams[2], execParams[3], execReversed, typesFile, weaponsFile);
}
}
}
else
Log1(iter->path().string() + " does not start as a JSON array");
}
catch (json::exception& e)
{
Log1("The JSON is incorrectly formatted! It will not be applied.");
Log1(FormatString("JSON error: %s\n", e.what()));
}
}
}
}
else
{
Log1(dir + " does not exist.");
}
return true;
}
bool thatWeapon(TESObjectWEAP* weap, vector<int>& params){
if (params.empty() || (weap->eWeaponType == params[0] &&
weap->handGrip == params[1] &&
weap->reloadAnim == params[2] &&
weap->attackAnim == params[3])
) {
return true;
}
return false;
}
/*
weaponType getWeaponData(TESForm* form, typesBank& definedType) {
weaponType getweapon;
auto weap = static_cast<TESObjectWEAP*>(form);
getweapon.ID = weap->refID;
getweapon.modIDX = weap->GetModIndex();
getweapon.modIDXshort = getweapon.modIDX + (getweapon.modIDX * 0x00FFFFFF);
getweapon.fileModName = FormatString("%s", DataHandler::Get()->GetNthModName(getweapon.modIDX));
getweapon.hexedID = FormatString(R"(%X)", getweapon.ID - getweapon.modIDXshort);
string test = weap->GetName();
Log1("Type to " + test + "(" + getweapon.hexedID + ")" + " : mod ID " + FormatString(R"(%X)", getweapon.modIDX) + " = " + getweapon.fileModName);
getweapon.typeParams.push_back(weap->eWeaponType); //Animation type
getweapon.typeParams.push_back(weap->handGrip); //Grip type
getweapon.typeParams.push_back(weap->reloadAnim); //Reload animation (non-modded)
getweapon.typeParams.push_back(weap->attackAnim); //Attack animation
Log1("Animation type: " + to_string(getweapon.typeParams[0]));
Log1("Grip type: " + to_string(getweapon.typeParams[1]));
Log1("Reload animation: " + to_string(getweapon.typeParams[2]));
Log1("Attack animation: " + to_string(getweapon.typeParams[3]));
vector<string> matchFolders = getweapon.checkFolders2(definedType);
if (matchFolders.size() == 1) {
getweapon.typeFolder = matchFolders[0];
}
else if (matchFolders.size() > 1) {
srand(time(NULL));
getweapon.typeFolder = matchFolders[rand() % matchFolders.size()];
}
if (getweapon.typeFolder != "") Log1("Replacing animations with " + getweapon.typeFolder + " for " + test + "; refID " + getweapon.hexedID + "; mod ID " + FormatString(R"(%X)", getweapon.modIDXshort));
return getweapon;
}
*/
weaponType getWeaponData1(TESObjectWEAP* weap) {
weaponType getweapon;
getweapon.ID = weap->refID;
getweapon.modIDX = weap->GetModIndex();
getweapon.modIDXshort = getweapon.modIDX + (getweapon.modIDX * 0x00FFFFFF);
getweapon.fileModName = FormatString("%s", DataHandler::Get()->GetNthModName(getweapon.modIDX));
getweapon.hexedID = FormatString(R"(%X)", getweapon.ID - getweapon.modIDXshort);
getweapon.name = weap->GetName();
//Log1("Weapon data for " + getweapon.name + "(" + getweapon.hexedID + ")" + " : mod ID " + FormatString(R"(%X)", getweapon.modIDX) + " = " + getweapon.fileModName);
getweapon.typeParams.push_back(weap->eWeaponType); //Animation type
getweapon.typeParams.push_back(weap->handGrip); //Grip type
getweapon.typeParams.push_back(weap->reloadAnim); //Reload animation (non-modded)
getweapon.typeParams.push_back(weap->attackAnim); //Attack animation
//Log1("Animation type: " + to_string(getweapon.typeParams[0]));
//Log1("Grip type: " + to_string(getweapon.typeParams[1]));
//Log1("Reload animation: " + to_string(getweapon.typeParams[2]));
//Log1("Attack animation: " + to_string(getweapon.typeParams[3]));
getweapon.log1 += "\n";
getweapon.log1 += (" Animation type: " + to_string(getweapon.typeParams[0]));
getweapon.log1 += (" Grip type: " + to_string(getweapon.typeParams[1]));
getweapon.log1 += (" Reload animation: " + to_string(getweapon.typeParams[2]));
getweapon.log1 += (" Attack animation: " + to_string(getweapon.typeParams[3]));
getweapon.log1 += "\n";
return getweapon;
}
/// outtake
//auto getStringNumAndOper = [](string input) {
// string prop;
// const char* oper;
// map<const char*, float> result;
// int eqPos = input.find("=");
// int morePos = input.find(">");
// int lessPos = input.find("<");
// if (eqPos != input.npos) {
// if (morePos == input.npos && lessPos == input.npos) {
// result["="] = stoi(input.substr(eqPos + 1));
// }
// else result[(morePos != input.npos) ? ">=" : "<="] = stoi(input.substr(eqPos + 1));
// }
// else {
// result[(morePos != input.npos) ? ">" : "<"] = (morePos != input.npos) ? stoi(input.substr(morePos + 1)) : stoi(input.substr(lessPos + 1));
// }
// return result, prop;
//};
///
weaponsBank processTypesMod2(typesBank& definedType, string modID)
{
weaponsBank weapBank;
NiTPointerMap<TESForm>* formsMap = *(NiTPointerMap<TESForm>**)0x11C54C0;
int modIDX = HexStringToInt(modID);
srand(time(NULL));
for (auto mIter = formsMap->Begin(); mIter; ++mIter) { // credits to Yvileapsis for the iteration example
//auto checkAfolder = [](typesBank definedType, string modID, TESObjectWEAP* weap, string matchFolder) {
// bool hasProperty = definedType.weapProps[modID].find(matchFolder) == definedType.weapProps[modID].end() || definedType.getWeaponProp(weap, definedType.weapProps[modID][matchFolder]) == true;
// //bool hasCondition = definedType.weapCondi[modID].find(matchFolder) != definedType.weapCondi[modID].end();
// bool hasCondition = definedType.getCondiElement(modID, matchFolder) != "";
// bool hasLocal = true;
// Log1(" Checking first time " + matchFolder + " : property " + to_string(hasProperty) + "; condition " + to_string(hasCondition));
// //if (hasProrerty == false ) bool hasProrerty = definedType.weapProps["FF"].find(matchFolder) == definedType.weapProps["FF"].end() || getWeaponProp(weap, definedType.weapProps["FF"][matchFolder]) == true;
// if (hasCondition == false) {
// hasCondition = definedType.getCondiElement("FF", matchFolder) != "";
// hasLocal = false;
// Log1(" Checking Second time ("+ to_string( definedType.weapCondi["FF"].size() ) + ") " + matchFolder + " : property " + to_string(hasProperty) + "; condition " + to_string(hasCondition));
// }
// return vector { hasProperty, hasCondition, hasLocal };
//};
TESForm* form = mIter.Get();
if (form->IsWeapon()) {
UInt8 currentIDX = form->GetModIndex();
if (currentIDX == modIDX || modID == "FF") {
string fileModName = FormatString("%s", DataHandler::Get()->GetNthModName(currentIDX));
if (find(definedType.excluded.begin(), definedType.excluded.end(), fileModName) == definedType.excluded.end()) {
auto weap = static_cast<TESObjectWEAP*>(form);
weaponType weaponData = getWeaponData1(weap);
vector<string> matchFolders;
//Log1("Checking all files; ");
matchFolders = weaponData.checkFolders2(definedType);
vector<string> simpleFolders;
vector<string> condiGlobalFolders;
vector<string> condiLocalFolders;
vector<string> propFolders;
for (int i = 0; i < matchFolders.size(); i++) {
auto hasProperty = definedType.hasProperty(modID, weap, matchFolders[i]);
Log1("\nThe folder " + matchFolders[i] + " hasProperty " + to_string(hasProperty));
auto hasTrueProperty = definedType.hasTrueProperty(modID, weap, matchFolders[i]);
Log1("\nThe folder " + matchFolders[i] + " hasTrueProperty " + to_string(hasTrueProperty));
//bool hasCondition;
//bool localCondition;
//vector<bool> condiData;
vector<bool> condiData = definedType.hasCondition(modID, matchFolders[i]);
//{hasCondition, localCondition} = definedType.hasCondition(modID, matchFolders[i]);
Log1("\nThe folder " + matchFolders[i] + " hasCondition " + to_string(condiData[0]) + " and hasLocalCondition " + to_string(condiData[1]));
if (hasTrueProperty == true && condiData[0] == false) {
propFolders.push_back(matchFolders[i]);
Log1("\nPushed " + matchFolders[i] + " into propFolders");
}
if (condiData[0] == true && (hasProperty == hasTrueProperty)) {
if (condiData[1] == true) {
condiLocalFolders.push_back(matchFolders[i]);
Log1("\nPushed " + matchFolders[i] + " into condiLocalFolders");
} else {
condiGlobalFolders.push_back(matchFolders[i]);
Log1("\nPushed " + matchFolders[i] + " into condiGlobalFolders");
}
}
if (hasProperty == false && hasTrueProperty == false && condiData[0] == false) {
simpleFolders.push_back(matchFolders[i]);
Log1("\nPushed " + matchFolders[i] + " into simpleFolders");
}
}
for (auto folder : condiLocalFolders) {
weapBank.formAndFoldersWCondi[currentIDX][weaponData.hexedID].push_back(folder);
weapBank.pushCondi(definedType, currentIDX, weaponData.hexedID, modID, folder);
Log1(" Condition Local Found: " + definedType.weapCondi[modID][folder] + " for " + folder);
}
for (auto folder : condiGlobalFolders) {
weapBank.formAndFoldersWCondi[currentIDX][weaponData.hexedID].push_back(folder);
weapBank.pushCondi(definedType, currentIDX, weaponData.hexedID, "FF", folder);
Log1(" Condition Global Found: " + definedType.weapCondi["FF"][folder] + " for " + folder);
}
int randN = rand() % 100;
srand(randN);
if (!propFolders.empty()) {
randN = rand() % propFolders.size();
srand(randN);
weaponData.typeFolder = propFolders[randN];
Log1("\nTook a propFolder " + weaponData.typeFolder + " from " + to_string(propFolders.size()));
}
else if (!simpleFolders.empty()) {
randN = rand() % simpleFolders.size();
srand(randN);
weaponData.typeFolder = simpleFolders[randN];
Log1("\nTook a simpleFolder " + weaponData.typeFolder + " from " + to_string(propFolders.size()));
}
//for (int i = 0; i < matchFolders.size(); i++) {
// int randN = rand() % 100;
// srand(randN);
// Log1("\nScanning matched folder: " + matchFolders[i] + " with " + to_string(randN));
// auto folderChecks = checkAfolder(definedType, modID, weap, matchFolders[i]);
// if (folderChecks[0] == true) {
// if (folderChecks[1] == true) {
// weapBank.formAndFoldersWCondi[currentIDX][weaponData.hexedID].push_back(matchFolders[i]);
// if (folderChecks[2] == true) weapBank.pushCondi(definedType, currentIDX, weaponData.hexedID, modID, matchFolders[i]);//weapBank.formAndFoldersWCondi[currentIDX][weaponData.hexedID].push_back(definedType.weapCondi[modID][matchFolders[i]]);
// else weapBank.pushCondi(definedType, currentIDX, weaponData.hexedID, "FF", matchFolders[i]);//weapBank.formAndFoldersWCondi[currentIDX][weaponData.hexedID].push_back(definedType.weapCondi["FF"][matchFolders[i]]);
// Log1(" Condition Found: " + definedType.weapCondi[modID][matchFolders[i]] + " for " + matchFolders[i]);
// }
// else if (weaponData.typeFolder != "") {
// Log1(" Replacement with property found: from " + weaponData.typeFolder + " to " + matchFolders[i]);
// if (randN > 50) weaponData.typeFolder = matchFolders[i];
// }
// else weaponData.typeFolder = matchFolders[i];
// }
// else if (folderChecks[1] == false && weaponData.typeFolder != "") {
// Log1(" Replacement found for " + weaponData.typeFolder);
// if (randN > 50) weaponData.typeFolder = matchFolders[i];
// }
// }
if (weaponData.typeFolder != "") Log1(" Replacement successfull with folder " + weaponData.typeFolder + " for " + weaponData.name + "; refID " + weaponData.hexedID + "; mod ID " + FormatString(R"(%X)", weaponData.modIDXshort) + ": " + to_string(weapBank.pushFolderAndForm(currentIDX, weaponData.typeFolder, weaponData.hexedID)) );
/*if (weaponData.typeFolder != "") {
Log1(weaponData.log1);
Log1(" Replacing animations with " + weaponData.typeFolder + " for " + weaponData.name + "; refID " + weaponData.hexedID + "; mod ID " + FormatString(R"(%X)", weaponData.modIDXshort));
weapBank.formAndFolder[currentIDX][weaponData.hexedID] = weaponData.typeFolder;
//weapBank.folderAndForm[currentIDX][weaponData.typeFolder].push_back(weaponData.hexedID);
Log1(" Replacement successfull: " + weapBank.pushFolderAndForm(currentIDX, weaponData.typeFolder, weaponData.hexedID));
//Log1("Looking for conditions in " + modID);
}
else {
weapBank.unassigned[weaponData.hexedID] = weaponData.typeParams;
}
*/
}
}
}
}
return weapBank;
}
/*
weaponsBank processTypesMod1(vector<string>& weapType, map<string, vector<int>>& typesMap, vector<string> excluded, string modID)
{
weaponsBank weapBank;
NiTPointerMap<TESForm>* formsMap = *(NiTPointerMap<TESForm>**)0x11C54C0;
int modIDX = HexStringToInt(modID);
for (auto mIter = formsMap->Begin(); mIter; ++mIter) { // credits to Yvileapsis for the iteration example
TESForm* form = mIter.Get();
UInt8 currentIDX = form->GetModIndex();
UInt32 currentIDXshort = currentIDX + (currentIDX * 0x00FFFFFF);
string fileModName = FormatString("%s", DataHandler::Get()->GetNthModName(currentIDX));
if (find(excluded.begin(), excluded.end(), fileModName) == excluded.end()) {
if (currentIDX == modIDX || modID == "FF") {
if (form->IsWeapon()) {
auto weap = static_cast<TESObjectWEAP*>(form);
string hexedID = FormatString(R"(%X)", weap->refID - currentIDXshort);
string test = weap->GetName();
Log1("Type to " + test + " : mod ID " + to_string(currentIDX) + " = " + fileModName);
vector<int> weapParams;
weapParams.push_back(weap->eWeaponType); //Animation type
weapParams.push_back(weap->handGrip); //Grip type
weapParams.push_back(weap->reloadAnim); //Reload animation (non-modded)
weapParams.push_back(weap->attackAnim); //Attack animation
Log1("Animation type: " + to_string(weapParams[0]));
Log1("Grip type: " + to_string(weapParams[1]));
Log1("Reload animation: " + to_string(weapParams[2]));
Log1("Attack animation: " + to_string(weapParams[3]));
// the log messages above are actually usefull for working with types
// there's also a "reference" in tesEdit code
for (int i = 0; i < weapType.size(); i++) {
try {
if (GetHasType2(weapParams, typesMap.at(weapType[i]))) {
Log1("Replacing animations with " + weapType[i] + " for " + test + "; refID " + hexedID + "; mod ID " + FormatString(R"(%X)", currentIDXshort));
weapBank.formAndFolder[currentIDX][hexedID] = weapType[i];
}
}
catch (const out_of_range& oor) {
Log1("This weapontype wasn't defined: " + weapType[i]);
}
}
}
else {
//Log1("Type: wrong item " + to_string(traverse->key) + "; Current rem: " + to_string(traverse->key % formsMap->m_numBuckets));
}
}
}
else {
//Log1("This mod is excluded: " + fileModName);
}
}
return weapBank;
}
*/
json pushOrWrite(string prefix, weaponType& weaps, bool write = true, int reversed = 0) {
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\)";
json subMod = json::object();
//arrayWeaponsDB[formfolderPair.second] = json::array();
//Log1("Registered2 form " + weaps.hexedID + ": " + weaps.fileModName + ": " + weaps.typeFolder);
///write to json here
subMod["mod"] = weaps.fileModName;
subMod["form"] = weaps.hexedID;
subMod["folder"] = weaps.typeFolder;
if (write == true) {
json rootArr = json::array();
rootArr.push_back(subMod);
if (reversed == 0) {
Log1("Writing into: _" + weaps.fileModName + "_" + weaps.typeFolder + "_" + weaps.name + ".json");
ofstream o(dir + prefix + weaps.fileModName + "_" + weaps.typeFolder + "_" + weaps.name + ".json");
o << setw(4) << rootArr << endl;
}
else {
Log1("Writing into: _" + weaps.typeFolder + "_" + weaps.fileModName + "_" + weaps.name + ".json");
ofstream o(dir + prefix + weaps.typeFolder + "_" + weaps.fileModName + "_" + weaps.name + ".json");
o << setw(4) << rootArr << endl;
}
}
return subMod;
}
bool writeType(folderMap _map) {
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\_Types\)";
json rootArr = json::array();
///write to json here
for (auto params : _map.typeParams) {
json subMod = params;
rootArr.push_back({ { "folderType", _map.folderName },{"typedata", subMod } });
}
ofstream o(dir + "_types_agenerated_" + _map.folderName + ".json");
o << setw(4) << rootArr << endl;
Log1("Writing type for " + _map.folderName + " in _types_" + _map.folderName + ".json");
return true;
}
bool writeType(vector<folderMap> _maps, string filename) {
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\_Types\)";
json rootArr = json::array();
///write to json here
for (auto _map : _maps) {
for (auto params : _map.typeParams) {
json subMod = params;
rootArr.push_back({ { "folderType", _map.folderName },{"typedata", subMod } });
}
Log1("Writing type for " + _map.folderName + " in _types_" + filename + ".json");
}
ofstream o(dir + "_types_agenerated_" + filename + ".json");
o << setw(4) << rootArr << endl;
return true;
}
bool writeWeapList(string filename, string modID) {
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride)";
json rootArr = json::array();
const auto dirExclude = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\_Types\_exclude.json)";
if (filesystem::exists(dirExclude))
{
vector<string> EXCLUDED = {};
ifstream i(dirExclude.c_str());
json j;
i >> j;
for (auto& elem : j)
{
if (!elem.is_object())
{
Log1("JSON error: expected object with mod, form and folder fields");
continue;
}
const auto& nameExclude = elem.contains("exclude_names") ? &elem["exclude_names"] : nullptr;
if (nameExclude) {
if (!nameExclude->is_array())
{
continue;
}
else {
ranges::transform(*nameExclude, back_inserter(EXCLUDED), [&](auto& i) {return i.template get<string>(); });
Log1("Reading name exclusions: " + EXCLUDED.back());
}
}
EXCLUDED_NAMES = EXCLUDED;
}
}
///write to json here
json subMod = json::object();
string fileFullPath = dir + R"(\_Types\_weapons_agenerated_)" + filename + ".json";
if (filesystem::exists(dir))
{
if (modID != "FF") {
int modIDX = HexStringToInt(modID);
string ModName = FormatString("%s", DataHandler::Get()->GetNthModName(modIDX));
subMod["mod"] = ModName;
fileFullPath = dir + R"(\_Types\_weapons_agenerated_)" + filename + "_" + ModName +".json";
}
for (filesystem::directory_iterator iter(dir.c_str()), end; iter != end; ++iter)
{
const auto& path = iter->path();
const auto& fileName = path.filename();
const auto& SfileName = fileName.string();
Log1("Checking " + SfileName);
if ((path.extension().string().empty() || path.extension().string() == "") && SfileName.find(filename) != string::npos && checkName(SfileName, EXCLUDED_NAMES))
{
subMod["weapontypes"].push_back(SfileName);
}
}
}
rootArr.push_back(subMod);
ofstream o(fileFullPath);
o << setw(4) << rootArr << endl;
return true;
}
int writeTypesFolders(string namePart) {
aniMap themap;
vector<folderMap> _maps;
int numTypes = 0;
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride)";
if (filesystem::exists(dir))
{
for (filesystem::directory_iterator iter(dir.c_str()), end; iter != end; ++iter)
{
const auto& path = iter->path();
const auto& fileName = path.filename();
const auto& SfileName = fileName.string();
Log1("Checking "+ SfileName);
if (path.extension().string().empty() || path.extension().string() == "")
{
Log1("Extention " + path.extension().string() + " in " + SfileName + ", searching " + namePart);
int pos = SfileName.find(namePart);
//string sfilename;
//transform(SfileName.begin(), SfileName.end(), std::back_inserter(sfilename), ::tolower);
//int pos_empty = sfilename.find("empty");
//int pos_lastshot = sfilename.find("lastshot");
if (pos != string::npos && pos != -1 && checkName(SfileName, EXCLUDED_NAMES)) {
folderMap scanResult;
scanResult.getParams(themap, SfileName);
_maps.push_back(scanResult);
numTypes += scanResult.typeParams.size();
}
}
Log1("Total " + to_string(numTypes)+" types;");
}
}
writeType(_maps, namePart);
return numTypes;
}
map<string, map<string, vector<int>>> DEEPscan(vector<int> weaponData) {
aniMap themap;
map<string, map<string, vector<int>>> _maps;
//int numTypes = 0;
std::vector<std::thread> threads;
const auto then = chrono::system_clock::now();
auto scanAFolder = [](aniMap themap, string SfileName, vector<int>& weaponData, map<string, map<string, vector<int>>>& _maps) {
folderMap scanResult;
scanResult.getParams(themap, SfileName);
_maps[SfileName] = scanResult.getWeaponScan(weaponData);
};
//c++ is cursed
//int a = (numTypes == 0) ? 1 : 0;
//int b = 0;
//(a == 1 ? a : b) = numTypes;
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride)";
if (filesystem::exists(dir))
{
for (filesystem::directory_iterator iter(dir.c_str()), end; iter != end; ++iter)
{
const auto& path = iter->path();
const auto& fileName = path.filename();
const auto& SfileName = fileName.string();
if (path.extension().string().empty() || path.extension().string() == "")
{
//Log1("Checking " + SfileName);
//threads.push_back( thread(scanAFolder,themap, SfileName, ref(weaponData), ref(_maps)) );
scanAFolder(themap, SfileName, ref(weaponData), ref(_maps));
}
}
}
//for (auto& th : threads) th.join();
const auto now = chrono::system_clock::now();
const auto diff = chrono::duration_cast<chrono::milliseconds>(now - then);
Log1(FormatString("DEEP scanned in %d ms", diff.count()));
return _maps;
}
bool writeUnassigned(weaponsBank& weapBanks) {
const auto dir = GetCurPath() + R"(\Data\Meshes\AnimGroupOverride\_Types\)";
json rootArr = json::array();
json subMod = json::object();
for (auto unass : weapBanks.unassigned) {