mirror of
https://github.com/vcmi/vcmi.git
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389 lines
12 KiB
C++
389 lines
12 KiB
C++
/*
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* OptionsTabBase.cpp, part of VCMI engine
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*
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* Authors: listed in file AUTHORS in main folder
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*
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* License: GNU General Public License v2.0 or later
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* Full text of license available in license.txt file, in main folder
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*
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*/
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#include "StdInc.h"
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#include "OptionsTabBase.h"
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#include "CSelectionBase.h"
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#include "../widgets/ComboBox.h"
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#include "../widgets/Slider.h"
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#include "../widgets/TextControls.h"
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#include "../CServerHandler.h"
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#include "../CGameInfo.h"
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#include "../../lib/StartInfo.h"
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#include "../../lib/Languages.h"
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#include "../../lib/MetaString.h"
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#include "../../lib/CGeneralTextHandler.h"
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std::vector<TurnTimerInfo> OptionsTabBase::getTimerPresets() const
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{
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std::vector<TurnTimerInfo> result;
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for (auto const & tpreset : variables["timerPresets"].Vector())
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{
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TurnTimerInfo tinfo;
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tinfo.baseTimer = tpreset[0].Integer() * 1000;
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tinfo.turnTimer = tpreset[1].Integer() * 1000;
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tinfo.battleTimer = tpreset[2].Integer() * 1000;
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tinfo.unitTimer = tpreset[3].Integer() * 1000;
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tinfo.accumulatingTurnTimer = tpreset[4].Bool();
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tinfo.accumulatingUnitTimer = tpreset[5].Bool();
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result.push_back(tinfo);
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}
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return result;
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}
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std::vector<SimturnsInfo> OptionsTabBase::getSimturnsPresets() const
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{
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std::vector<SimturnsInfo> result;
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for (auto const & tpreset : variables["simturnsPresets"].Vector())
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{
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SimturnsInfo tinfo;
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tinfo.optionalTurns = tpreset[0].Integer();
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tinfo.requiredTurns = tpreset[1].Integer();
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tinfo.allowHumanWithAI = tpreset[2].Bool();
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result.push_back(tinfo);
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}
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return result;
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}
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OptionsTabBase::OptionsTabBase(const JsonPath & configPath)
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{
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recActions = 0;
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auto setTimerPresetCallback = [this](int index){
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CSH->setTurnTimerInfo(getTimerPresets().at(index));
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};
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auto setSimturnsPresetCallback = [this](int index){
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CSH->setSimturnsInfo(getSimturnsPresets().at(index));
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};
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addCallback("setTimerPreset", setTimerPresetCallback);
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addCallback("setSimturnPreset", setSimturnsPresetCallback);
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addCallback("setSimturnDurationMin", [&](int index){
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SimturnsInfo info = SEL->getStartInfo()->simturnsInfo;
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info.requiredTurns = index;
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info.optionalTurns = std::max(info.optionalTurns, index);
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CSH->setSimturnsInfo(info);
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});
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addCallback("setSimturnDurationMax", [&](int index){
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SimturnsInfo info = SEL->getStartInfo()->simturnsInfo;
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info.optionalTurns = index;
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info.requiredTurns = std::min(info.requiredTurns, index);
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CSH->setSimturnsInfo(info);
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});
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addCallback("setSimturnAI", [&](int index){
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SimturnsInfo info = SEL->getStartInfo()->simturnsInfo;
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info.allowHumanWithAI = index;
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CSH->setSimturnsInfo(info);
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});
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addCallback("setTurnTimerAccumulate", [&](int index){
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TurnTimerInfo info = SEL->getStartInfo()->turnTimerInfo;
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info.accumulatingTurnTimer = index;
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CSH->setTurnTimerInfo(info);
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});
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addCallback("setUnitTimerAccumulate", [&](int index){
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TurnTimerInfo info = SEL->getStartInfo()->turnTimerInfo;
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info.accumulatingUnitTimer = index;
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CSH->setTurnTimerInfo(info);
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});
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//helper function to parse string containing time to integer reflecting time in seconds
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//assumed that input string can be modified by user, function shall support user's intention
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// normal: 2:00, 12:30
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// adding symbol: 2:005 -> 2:05, 2:305 -> 23:05,
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// adding symbol (>60 seconds): 12:095 -> 129:05
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// removing symbol: 129:0 -> 12:09, 2:0 -> 0:20, 0:2 -> 0:02
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auto parseTimerString = [](const std::string & str) -> int
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{
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auto sc = str.find(":");
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if(sc == std::string::npos)
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return str.empty() ? 0 : std::stoi(str);
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auto l = str.substr(0, sc);
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auto r = str.substr(sc + 1, std::string::npos);
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if(r.length() == 3) //symbol added
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{
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l.push_back(r.front());
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r.erase(r.begin());
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}
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else if(r.length() == 1) //symbol removed
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{
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r.insert(r.begin(), l.back());
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l.pop_back();
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}
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else if(r.empty())
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r = "0";
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int sec = std::stoi(r);
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if(sec >= 60)
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{
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if(l.empty()) //9:00 -> 0:09
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return sec / 10;
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l.push_back(r.front()); //0:090 -> 9:00
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r.erase(r.begin());
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}
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else if(l.empty())
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return sec;
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return std::stoi(l) * 60 + std::stoi(r);
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};
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addCallback("parseAndSetTimer_base", [parseTimerString](const std::string & str){
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int time = parseTimerString(str) * 1000;
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if(time >= 0)
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{
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TurnTimerInfo tinfo = SEL->getStartInfo()->turnTimerInfo;
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tinfo.baseTimer = time;
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CSH->setTurnTimerInfo(tinfo);
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}
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});
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addCallback("parseAndSetTimer_turn", [parseTimerString](const std::string & str){
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int time = parseTimerString(str) * 1000;
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if(time >= 0)
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{
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TurnTimerInfo tinfo = SEL->getStartInfo()->turnTimerInfo;
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tinfo.turnTimer = time;
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CSH->setTurnTimerInfo(tinfo);
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}
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});
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addCallback("parseAndSetTimer_battle", [parseTimerString](const std::string & str){
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int time = parseTimerString(str) * 1000;
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if(time >= 0)
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{
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TurnTimerInfo tinfo = SEL->getStartInfo()->turnTimerInfo;
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tinfo.battleTimer = time;
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CSH->setTurnTimerInfo(tinfo);
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}
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});
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addCallback("parseAndSetTimer_unit", [parseTimerString](const std::string & str){
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int time = parseTimerString(str) * 1000;
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if(time >= 0)
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{
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TurnTimerInfo tinfo = SEL->getStartInfo()->turnTimerInfo;
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tinfo.unitTimer = time;
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CSH->setTurnTimerInfo(tinfo);
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}
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});
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const JsonNode config(configPath);
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build(config);
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//set timers combo box callbacks
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if(auto w = widget<ComboBox>("timerModeSwitch"))
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{
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w->onConstructItems = [&](std::vector<const void *> & curItems){
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if(variables["timers"].isNull())
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return;
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for(auto & p : variables["timers"].Vector())
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{
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curItems.push_back(&p);
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}
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};
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w->onSetItem = [&](const void * item){
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if(item)
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{
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if(auto * tObj = reinterpret_cast<const JsonNode *>(item))
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{
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for(auto wname : (*tObj)["hideWidgets"].Vector())
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{
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if(auto w = widget<CIntObject>(wname.String()))
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w->setEnabled(false);
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}
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for(auto wname : (*tObj)["showWidgets"].Vector())
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{
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if(auto w = widget<CIntObject>(wname.String()))
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w->setEnabled(true);
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}
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if((*tObj)["default"].isVector())
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{
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TurnTimerInfo tinfo;
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tinfo.baseTimer = (*tObj)["default"].Vector().at(0).Integer() * 1000;
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tinfo.turnTimer = (*tObj)["default"].Vector().at(1).Integer() * 1000;
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tinfo.battleTimer = (*tObj)["default"].Vector().at(2).Integer() * 1000;
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tinfo.unitTimer = (*tObj)["default"].Vector().at(3).Integer() * 1000;
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CSH->setTurnTimerInfo(tinfo);
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}
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}
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redraw();
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}
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};
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w->getItemText = [this](int idx, const void * item){
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if(item)
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{
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if(auto * tObj = reinterpret_cast<const JsonNode *>(item))
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return readText((*tObj)["text"]);
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}
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return std::string("");
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};
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w->setItem(0);
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}
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if(auto w = widget<ComboBox>("simturnsPresetSelector"))
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{
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w->onConstructItems = [this](std::vector<const void *> & curItems)
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{
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for (size_t i = 0; i < variables["simturnsPresets"].Vector().size(); ++i)
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curItems.push_back((void*)i);
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};
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w->onSetItem = [setSimturnsPresetCallback](const void * item){
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size_t itemIndex = (size_t)item;
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setSimturnsPresetCallback(itemIndex);
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};
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}
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if(auto w = widget<ComboBox>("timerPresetSelector"))
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{
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w->onConstructItems = [this](std::vector<const void *> & curItems)
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{
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for (size_t i = 0; i < variables["timerPresets"].Vector().size(); ++i)
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curItems.push_back((void*)i);
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};
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w->onSetItem = [setTimerPresetCallback](const void * item){
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size_t itemIndex = (size_t)item;
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setTimerPresetCallback(itemIndex);
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};
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}
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}
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void OptionsTabBase::recreate()
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{
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auto const & generateSimturnsDurationText = [](int days) -> std::string
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{
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if (days == 0)
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return CGI->generaltexth->translate("core.genrltxt.523");
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if (days >= 1000000) // Not "unlimited" but close enough
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return CGI->generaltexth->translate("core.turndur.10");
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bool canUseMonth = days % 28 == 0 && days >= 28*2;
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bool canUseWeek = days % 7 == 0 && days >= 7*2;
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int value = days;
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std::string text = "vcmi.optionsTab.simturns.days";
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if (canUseWeek && !canUseMonth)
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{
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value = days / 7;
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text = "vcmi.optionsTab.simturns.weeks";
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}
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if (canUseMonth)
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{
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value = days / 28;
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text = "vcmi.optionsTab.simturns.months";
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}
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MetaString message;
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message.appendTextID(Languages::getPluralFormTextID( CGI->generaltexth->getPreferredLanguage(), value, text));
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message.replaceNumber(value);
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return message.toString();
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};
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//Simultaneous turns
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if(auto turnSlider = widget<CSlider>("simturnsDurationMin"))
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turnSlider->setValue(SEL->getStartInfo()->simturnsInfo.requiredTurns);
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if(auto turnSlider = widget<CSlider>("simturnsDurationMax"))
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turnSlider->setValue(SEL->getStartInfo()->simturnsInfo.optionalTurns);
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if(auto w = widget<CLabel>("labelSimturnsDurationValueMin"))
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w->setText(generateSimturnsDurationText(SEL->getStartInfo()->simturnsInfo.requiredTurns));
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if(auto w = widget<CLabel>("labelSimturnsDurationValueMax"))
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w->setText(generateSimturnsDurationText(SEL->getStartInfo()->simturnsInfo.optionalTurns));
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if(auto buttonSimturnsAI = widget<CToggleButton>("buttonSimturnsAI"))
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buttonSimturnsAI->setSelectedSilent(SEL->getStartInfo()->simturnsInfo.allowHumanWithAI);
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if(auto buttonTurnTimerAccumulate = widget<CToggleButton>("buttonTurnTimerAccumulate"))
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buttonTurnTimerAccumulate->setSelectedSilent(SEL->getStartInfo()->turnTimerInfo.accumulatingTurnTimer);
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if(auto chessFieldTurnLabel = widget<CLabel>("chessFieldTurnLabel"))
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{
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if (SEL->getStartInfo()->turnTimerInfo.accumulatingTurnTimer)
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chessFieldTurnLabel->setText(CGI->generaltexth->translate("vcmi.optionsTab.chessFieldTurnAccumulate.help"));
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else
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chessFieldTurnLabel->setText(CGI->generaltexth->translate("vcmi.optionsTab.chessFieldTurnDiscard.help"));
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}
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if(auto chessFieldUnitLabel = widget<CLabel>("chessFieldUnitLabel"))
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{
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if (SEL->getStartInfo()->turnTimerInfo.accumulatingUnitTimer)
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chessFieldUnitLabel->setText(CGI->generaltexth->translate("vcmi.optionsTab.chessFieldUnitAccumulate.help"));
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else
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chessFieldUnitLabel->setText(CGI->generaltexth->translate("vcmi.optionsTab.chessFieldUnitDiscard.help"));
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}
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if(auto buttonUnitTimerAccumulate = widget<CToggleButton>("buttonUnitTimerAccumulate"))
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buttonUnitTimerAccumulate->setSelectedSilent(SEL->getStartInfo()->turnTimerInfo.accumulatingUnitTimer);
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const auto & turnTimerRemote = SEL->getStartInfo()->turnTimerInfo;
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//classic timer
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if(auto turnSlider = widget<CSlider>("sliderTurnDuration"))
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{
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if(!variables["timerPresets"].isNull() && !turnTimerRemote.battleTimer && !turnTimerRemote.unitTimer && !turnTimerRemote.baseTimer)
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{
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for(int idx = 0; idx < variables["timerPresets"].Vector().size(); ++idx)
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{
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auto & tpreset = variables["timerPresets"].Vector()[idx];
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if(tpreset.Vector().at(1).Integer() == turnTimerRemote.turnTimer / 1000)
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{
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turnSlider->scrollTo(idx);
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if(auto w = widget<CLabel>("labelTurnDurationValue"))
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w->setText(CGI->generaltexth->turnDurations[idx]);
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}
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}
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}
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}
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//chess timer
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auto timeToString = [](int time) -> std::string
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{
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std::stringstream ss;
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ss << time / 1000 / 60 << ":" << std::setw(2) << std::setfill('0') << time / 1000 % 60;
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return ss.str();
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};
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if(auto ww = widget<CTextInput>("chessFieldBase"))
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ww->setText(timeToString(turnTimerRemote.baseTimer), false);
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if(auto ww = widget<CTextInput>("chessFieldTurn"))
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ww->setText(timeToString(turnTimerRemote.turnTimer), false);
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if(auto ww = widget<CTextInput>("chessFieldBattle"))
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ww->setText(timeToString(turnTimerRemote.battleTimer), false);
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if(auto ww = widget<CTextInput>("chessFieldUnit"))
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ww->setText(timeToString(turnTimerRemote.unitTimer), false);
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if(auto w = widget<ComboBox>("timerModeSwitch"))
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{
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if(turnTimerRemote.battleTimer || turnTimerRemote.unitTimer || turnTimerRemote.baseTimer)
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{
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if(auto turnSlider = widget<CSlider>("sliderTurnDuration"))
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if(turnSlider->isActive())
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w->setItem(1);
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}
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}
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}
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