forked from teamnwah/openmw-tes3coop
Refactor weather transitions to act more like MW
Fixed several issues: * Waiting/jail time/training all now properly skip remaining transitions * ChangeWeather no longer permanently sets the region's weather * ChangeWeather being called during a transition now correctly queues up another transition * Corrected transition delta and factor calculations * ModRegion settings are now savedsceneinput
slothlife
9 years ago
parent
e76401d5ea
commit
54fa5273dc
File diff suppressed because it is too large
Load Diff
@ -1,59 +1,72 @@
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#include "weatherstate.hpp"
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#include "weatherstate.hpp"
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#include "esmreader.hpp"
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#include "esmreader.hpp"
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#include "esmwriter.hpp"
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#include "esmwriter.hpp"
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namespace
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namespace
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{
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{
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const char* hourRecord = "HOUR";
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const char* currentRegionRecord = "CREG";
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const char* windSpeedRecord = "WNSP";
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const char* timePassedRecord = "TMPS";
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const char* currentWeatherRecord = "CWTH";
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const char* fastForwardRecord = "FAST";
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const char* nextWeatherRecord = "NWTH";
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const char* weatherUpdateTimeRecord = "WUPD";
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const char* currentRegionRecord = "CREG";
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const char* transitionFactorRecord = "TRFC";
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const char* firstUpdateRecord = "FUPD";
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const char* currentWeatherRecord = "CWTH";
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const char* remainingTransitionTimeRecord = "RTTM";
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const char* nextWeatherRecord = "NWTH";
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const char* timePassedRecord = "TMPS";
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const char* queuedWeatherRecord = "QWTH";
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}
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const char* regionNameRecord = "RGNN";
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const char* regionWeatherRecord = "RGNW";
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namespace ESM
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const char* regionChanceRecord = "RGNC";
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{
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}
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void WeatherState::load(ESMReader& esm)
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{
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namespace ESM
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// store values locally so that a failed load can't leave the state half set
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{
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float newHour = 0.0;
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void WeatherState::load(ESMReader& esm)
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esm.getHNT(newHour, hourRecord);
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{
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float newWindSpeed = 0.0;
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mCurrentRegion = esm.getHNString(currentRegionRecord);
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esm.getHNT(newWindSpeed, windSpeedRecord);
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esm.getHNT(mTimePassed, timePassedRecord);
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std::string newCurrentWeather = esm.getHNString(currentWeatherRecord);
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esm.getHNT(mFastForward, fastForwardRecord);
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std::string newNextWeather = esm.getHNString(nextWeatherRecord);
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esm.getHNT(mWeatherUpdateTime, weatherUpdateTimeRecord);
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std::string newCurrentRegion = esm.getHNString(currentRegionRecord);
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esm.getHNT(mTransitionFactor, transitionFactorRecord);
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bool newFirstUpdate = false;
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esm.getHNT(mCurrentWeather, currentWeatherRecord);
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esm.getHNT(newFirstUpdate, firstUpdateRecord);
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esm.getHNT(mNextWeather, nextWeatherRecord);
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float newRemainingTransitionTime = 0.0;
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esm.getHNT(mQueuedWeather, queuedWeatherRecord);
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esm.getHNT(newRemainingTransitionTime, remainingTransitionTimeRecord);
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double newTimePassed = 0.0;
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while(esm.peekNextSub(regionNameRecord))
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esm.getHNT(newTimePassed, timePassedRecord);
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{
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std::string regionID = esm.getHNString(regionNameRecord);
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// swap values now that it is safe to do so
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RegionWeatherState region;
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mHour = newHour;
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esm.getHNT(region.mWeather, regionWeatherRecord);
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mWindSpeed = newWindSpeed;
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while(esm.peekNextSub(regionChanceRecord))
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mCurrentWeather.swap(newCurrentWeather);
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{
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mNextWeather.swap(newNextWeather);
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char chance;
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mCurrentRegion.swap(newCurrentRegion);
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esm.getHNT(chance, regionChanceRecord);
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mFirstUpdate = newFirstUpdate;
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region.mChances.push_back(chance);
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mRemainingTransitionTime = newRemainingTransitionTime;
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}
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mTimePassed = newTimePassed;
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}
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mRegions.insert(std::make_pair(regionID, region));
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}
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void WeatherState::save(ESMWriter& esm) const
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}
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{
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esm.writeHNT(hourRecord, mHour);
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void WeatherState::save(ESMWriter& esm) const
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esm.writeHNT(windSpeedRecord, mWindSpeed);
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{
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esm.writeHNCString(currentWeatherRecord, mCurrentWeather.c_str());
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esm.writeHNCString(currentRegionRecord, mCurrentRegion.c_str());
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esm.writeHNCString(nextWeatherRecord, mNextWeather.c_str());
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esm.writeHNT(timePassedRecord, mTimePassed);
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esm.writeHNCString(currentRegionRecord, mCurrentRegion.c_str());
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esm.writeHNT(fastForwardRecord, mFastForward);
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esm.writeHNT(firstUpdateRecord, mFirstUpdate);
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esm.writeHNT(weatherUpdateTimeRecord, mWeatherUpdateTime);
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esm.writeHNT(remainingTransitionTimeRecord, mRemainingTransitionTime);
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esm.writeHNT(transitionFactorRecord, mTransitionFactor);
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esm.writeHNT(timePassedRecord, mTimePassed);
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esm.writeHNT(currentWeatherRecord, mCurrentWeather);
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}
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esm.writeHNT(nextWeatherRecord, mNextWeather);
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}
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esm.writeHNT(queuedWeatherRecord, mQueuedWeather);
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std::map<std::string, RegionWeatherState>::const_iterator it = mRegions.begin();
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for(; it != mRegions.end(); ++it)
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{
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esm.writeHNCString(regionNameRecord, it->first.c_str());
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esm.writeHNT(regionWeatherRecord, it->second.mWeather);
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for(size_t i = 0; i < it->second.mChances.size(); ++i)
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{
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esm.writeHNT(regionChanceRecord, it->second.mChances[i]);
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}
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}
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}
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}
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@ -1,27 +1,36 @@
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#ifndef OPENMW_ESM_WEATHERSTATE_H
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#ifndef OPENMW_ESM_WEATHERSTATE_H
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#define OPENMW_ESM_WEATHERSTATE_H
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#define OPENMW_ESM_WEATHERSTATE_H
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#include <string>
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#include <map>
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#include <string>
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namespace ESM
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#include <vector>
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{
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class ESMReader;
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namespace ESM
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class ESMWriter;
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{
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class ESMReader;
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struct WeatherState
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class ESMWriter;
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{
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float mHour;
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struct RegionWeatherState
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float mWindSpeed;
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{
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std::string mCurrentWeather;
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int mWeather;
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std::string mNextWeather;
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std::vector<char> mChances;
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std::string mCurrentRegion;
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};
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bool mFirstUpdate;
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float mRemainingTransitionTime;
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struct WeatherState
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double mTimePassed;
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{
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std::string mCurrentRegion;
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void load(ESMReader& esm);
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float mTimePassed;
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void save(ESMWriter& esm) const;
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bool mFastForward;
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};
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float mWeatherUpdateTime;
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}
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float mTransitionFactor;
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int mCurrentWeather;
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#endif
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int mNextWeather;
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int mQueuedWeather;
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std::map<std::string, RegionWeatherState> mRegions;
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void load(ESMReader& esm);
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void save(ESMWriter& esm) const;
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};
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}
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#endif
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