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khanat-opennel-code/code/ryzom/server/src/entities_game_service/deposit.cpp
acemtp@users.sourceforge.net d5c601ffa5 initial version
2010-05-06 02:08:41 +02:00

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// Ryzom - MMORPG Framework <http://dev.ryzom.com/projects/ryzom/>
// Copyright (C) 2010 Winch Gate Property Limited
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as
// published by the Free Software Foundation, either version 3 of the
// License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
#include "stdpch.h"
#include "deposit.h"
#include "player_manager/character.h"
#include "player_manager/player_manager.h"
#include "player_manager/player.h"
#include "zone_manager.h"
#include "entities_game_service.h"
#include "egs_globals.h"
#include "nel/misc/noise_value.h"
#include "nel/misc/variable.h"
#include "nel/misc/words_dictionary.h"
#include "game_share/time_weather_season/time_date_season_manager.h"
#include "game_share/people.h"
#include "egs_sheets/egs_sheets.h"
#include "phrase_manager/fg_prospection_phrase.h"
#include "phrase_manager/phrase_utilities_functions.h"
#include "game_share/send_chat.h"
#include "game_share/multi_target.h"
#include "phrase_manager/s_effect.h"
#include "projectile_stats.h"
using namespace std;
using namespace NLMISC;
using namespace NLLIGO;
using namespace NLNET;
using namespace RM_FAMILY;
const float SmallDepositAreaThreshold = 64.0f*64.0f;
const float SmallDepositAreaReference = 16.0f*32.0f;
// The ecotype zones (only valid at init, cleared after deposit built)
CEcotypeZones CDeposit::_EcotypeZones;
NL_INSTANCE_COUNTER_IMPL(CAutoSpawnProperties);
NL_INSTANCE_COUNTER_IMPL(CQuantityConstraints);
// Verbose deposits debug variable
//bool VerboseDeposits = false;
// Total number of CRecentForageSite objects (debug info)
uint32 TotalNbRecentForageSites = 0;
/// Export deposit contents report
bool ExportDepositContents = false;
/// Verbose the items parsed when filtering deposits
bool VerboseDepositFiltering = false;
void cbChangeDepositUpdateFrequency( NLMISC::IVariable& v )
{
/*const TGameCycle expectedTTL = 6000; // 10 min
if ( DepositUpdateFrequency.get() != 0 )
ForageSiteNbUpdatesToLive.set( (uint16)(expectedTTL / DepositUpdateFrequency.get()) );*/
nlinfo( "TODO: change ForageSiteNbUpdatesToLive according to DepositUpdateFrequency" );
}
/*
* Utility functions
*/
bool malformed( const char *field, const string& name )
{
nlwarning( "FG: Malformed primitive %s, missing field '%s'", name.c_str(), field );
return false;
}
/*
* Get the enums of the families (using RM_FAMILY::toFamily(), assumes the string are ended by _value)
* where value is the identifier number (see .typ).
* Removes duplicates (with a warning).
*/
void convertRMFamiliesNames( const string& name, const vector<string>& src, vector<TRMFamily>& dest )
{
for ( uint i=0; i!=src.size(); ++i )
{
if ( ! src[i].empty() )
{
string::size_type p = src[i].find_last_of( '_' );
if ( p != string::npos )
{
TRMFamily family = toFamily( src[i].substr( p + 1 ) );
if ( find( dest.begin(), dest.end(), family ) == dest.end() )
dest.push_back( family );
else
nlwarning( "FG: Deposit %s: %s found twice", name.c_str(), src[i].c_str() );
}
else
{
nlwarning( "FG: Deposit %s: %s: not found", name.c_str(), src[i].c_str() );
}
}
}
}
/*
* Get the indices of the item parts (assumes the strings are ended by _index).
* Ex: blade_0.
* Removes duplicates (with a warning).
*/
void convertItemPartsNames( const string& name, const vector<string>& src, vector<uint>& dest )
{
for ( uint i=0; i!=src.size(); ++i )
{
if ( ! src[i].empty() )
{
string::size_type p = src[i].find_last_of( '_' );
if ( p != string::npos )
{
uint itemPart = atoi( src[i].substr( p + 1 ).c_str() );
if ( find( dest.begin(), dest.end(), itemPart ) == dest.end() )
dest.push_back( itemPart );
else
nlwarning( "FG: Deposit %s: %s found twice", name.c_str(), src[i].c_str() );
}
else
{
nlwarning( "FG: Deposit %s: %s: not found", name.c_str(), src[i].c_str() );
}
}
}
}
/*
* Get the civ enum.
*/
void convertCraftCivNames( const vector<string>& src, vector<ITEM_ORIGIN::EItemOrigin>& dest )
{
dest.resize( src.size() );
for ( uint i=0; i!=src.size(); ++i )
{
dest[i] = ITEM_ORIGIN::stringToEnum( src[i] );
}
}
/*
*
*/
inline void makeFullSItemCode( string& code )
{
if ( code.find( ".sitem" ) == string::npos )
{
code += ".sitem";
}
}
/*
* Return always a forage site
*/
CRecentForageSite *CDeposit::findOrCreateForageSite( const NLMISC::CVector& pos )
{
// Search in existing ones
for ( CRecentForageSites::iterator ihs=_RecentForageSites.begin(); ihs!=_RecentForageSites.end(); ++ihs )
{
if ( (*ihs).contains( pos ) )
{
return &(*ihs);
}
}
// Not found, create one
++TotalNbRecentForageSites;
CRecentForageSite newForageSite( this, pos );
_RecentForageSites.push_back( newForageSite );
return &_RecentForageSites.back(); // returning the pointer is valid because an element in std::list is never invalidated
}
/*
*
*/
bool CRecentForageSite::contains( const NLMISC::CVector& pos ) const
{
float r = ForageSiteRadius.get();
return ((pos-_Pos).sqrnorm() < r*r);
}
/*
* Display debug or stat info
*/
void CRecentForageSite::display( NLMISC::CLog& log ) const
{
log.displayNL( "Forage site at %s: %u sources, stock %u, %u lowfreq updates remaining",
_Pos.asString().c_str(), _NbActiveSources, _LowScopeStock, _TimeToLive );
}
//-----------------------------------------------------------------------------
// Parse primitive file for one ecotype
//-----------------------------------------------------------------------------
bool CEcotypeZone::build( const NLLIGO::CPrimZone* zone )
{
*( (NLLIGO::CPrimZone*)this ) = *zone;
// Read primitive name
string name;
if ( ! zone->getPropertyByName( "name", name ) ) return malformed( "name", name );
// Read ecotype
string ecotypeS;
if ( ! zone->getPropertyByName( "ecotype", ecotypeS ) ) return malformed( "ecotype", name );
_Ecotype = ECOSYSTEM::stringToEcosystem( ecotypeS ); // needs a case-unsensitive comparison, because the
if ( _Ecotype == ECOSYSTEM::unknown ) // World Editor lists names of files in CVS (in deposit_system/ecotypes)
nlwarning( "%s: Ecotype %s unknown", name.c_str(), ecotypeS.c_str() );
return true;
}
/*
* Destructor
*/
CDeposit::~CDeposit()
{
if ( _AutoSpawnSourcePt )
delete _AutoSpawnSourcePt;
_AutoSpawnSourcePt = NULL;
if ( _QuantityConstraintsPt )
delete _QuantityConstraintsPt;
_QuantityConstraintsPt = NULL;
// Avoid any bug, remove the deposit from zone manager
CZoneManager::getInstance().unregisterDepositToAutoSpawnUpdate(this);
}
/*
* Get the ecotype zone under the position.
* This information is valid only at init time. After the deposits are built, this information
* can be found only in deposits.
* If not found, a NULL pointer is returned.
*/
CEcotypeZone *CDeposit::getEcotypeZone( const NLMISC::CVector& pos )
{
// The ecotypes must not be overlapped: only the first one found is returned
for ( CEcotypeZones::iterator it=_EcotypeZones.begin(); it!=_EcotypeZones.end(); ++it )
{
CEcotypeZone *ecotypeZone = (*it);
if ( ecotypeZone->contains( pos ) )
{
return ecotypeZone;
}
}
return NULL;
}
/*
* Clear ecotype information, after having built the deposits
*/
void CDeposit::clearEcotypes()
{
for ( CEcotypeZones::iterator iez=_EcotypeZones.begin(); iez!=_EcotypeZones.end(); ++iez )
{
delete (*iez);
}
_EcotypeZones.clear();
}
struct TCompareStaticItemPtrBySheetId : public std::binary_function<CStaticItem*,CStaticItem*,bool>
{
bool operator() ( const CStaticItem* p1, const CStaticItem* p2 )
{
return (p1->SheetId < p2->SheetId);
}
};
//-----------------------------------------------------------------------------
// Parse primitive file for one deposit
//-----------------------------------------------------------------------------
bool CDeposit::build( const NLLIGO::CPrimZone* zone )
{
if ( IsRingShard )
return false;
//_Id =id;
*( (NLLIGO::CPrimZone*)this ) = *zone;
// Read primitive name
string name;
if ( ! zone->getPropertyByName( "name", name ) ) return malformed( "name", name );
_Name = name;
// Read exact raw material codes to add
vector<string> *exactRMCodesS = NULL;
if ( ! (zone->getPropertyByName( "exact_mp_item", exactRMCodesS ) && exactRMCodesS) ) return malformed( "exact_mp_item", name );
// Read raw material family filter
vector<string> *rmFamilyFilterS = NULL;
if ( ! (zone->getPropertyByName( "mps", rmFamilyFilterS ) && rmFamilyFilterS) ) return malformed( "mps", name );
// Read item part / craft civ filter
vector<string> *itemPartsFilterS = NULL, *craftCivS = NULL;
if ( ! (zone->getPropertyByName( "item_parts", itemPartsFilterS ) && itemPartsFilterS) ) return malformed( "item_parts", name );
if ( ! (zone->getPropertyByName( "craft_civ", craftCivS ) && craftCivS) ) return malformed( "craft_civ", name );
// Read stat+quality filters
string minEnergyS, maxEnergyS, minQualityS, maxQualityS;
if ( ! zone->getPropertyByName( "deposit_statquality_min", minEnergyS ) ) return malformed( "deposit_statquality_min", name );
if ( ! zone->getPropertyByName( "deposit_statquality_max", maxEnergyS ) ) return malformed( "deposit_statquality_max", name );
if ( ! zone->getPropertyByName( "deposit_min_quality_250", minQualityS ) ) return malformed( "deposit_min_quality_250", name );
if ( ! zone->getPropertyByName( "deposit_max_quality_250", maxQualityS ) ) return malformed( "deposit_max_quality_250", name );
_MinQuality = atoi( minQualityS.c_str() );
_MaxQuality = atoi( maxQualityS.c_str() );
// Read quantity constraints
string qttyLimitS, qttyRespawnTimeS;
if ( ! zone->getPropertyByName( "deposit_quantity_limit", qttyLimitS ) ) return malformed( "deposit_quantity_limit", name );
if ( ! zone->getPropertyByName( "deposit_quantity_respawn_time_ryzomdays", qttyRespawnTimeS ) ) return malformed( "deposit_quantity_respawn_time_ryzomdays", name );
sint qttyLimit = atoi( qttyLimitS.c_str() );
if ( qttyLimit > -1 )
{
sint qttyRespawnTime = atoi( qttyRespawnTimeS.c_str() );
if ( (qttyLimit == 0) || (qttyLimit > 0xFFFF) || (qttyRespawnTime < 1) || (qttyRespawnTime > 0xFFFF) )
nlwarning( "Invalid limit or respawn time too high in %s", name.c_str() );
else
{
_QuantityConstraintsPt = new CQuantityConstraints();
_QuantityConstraintsPt->CurrentQuantity = (float)qttyLimit;
_QuantityConstraintsPt->InitialQuantity = (uint16)qttyLimit;
_QuantityConstraintsPt->RespawnTimeRyzomDays = qttyRespawnTime;
}
}
// Get ecotype
CEcotypeZone *ecotypeZone = getEcotypeZone( getBarycentre() );
_Ecotype = ecotypeZone ? ecotypeZone->ecotype() : ECOSYSTEM::common_ecosystem;
if ( ! ecotypeZone )
nlwarning( "FG: Deposit %s has no ecotype", name.c_str() );
_FilterPhase = 0;
// Read season(s)
string s1s, s2s, s3s, s4s;
if ( ! zone->getPropertyByName( "while_season_spring", s1s ) ) return malformed( "while_season_spring", name );
if ( ! zone->getPropertyByName( "while_season_summer", s2s ) ) return malformed( "while_season_summer", name );
if ( ! zone->getPropertyByName( "while_season_automn", s3s ) ) return malformed( "while_season_automn", name );
if ( ! zone->getPropertyByName( "while_season_winter", s4s ) ) return malformed( "while_season_winter", name );
bool s1 = (s1s=="true"), s2 = (s2s=="true"), s3 = (s3s=="true"), s4 = (s4s=="true");
if ( ! (s1 && s2 && s3 && s4) )
{
if ( s1 ) { _SeasonFilter.push_back( EGSPD::CSeason::Spring ); _FilterPhase |= 0x1; }
if ( s2 ) { _SeasonFilter.push_back( EGSPD::CSeason::Summer ); _FilterPhase |= 0x2; }
if ( s3 ) { _SeasonFilter.push_back( EGSPD::CSeason::Autumn ); _FilterPhase |= 0x4; }
if ( s4 ) { _SeasonFilter.push_back( EGSPD::CSeason::Winter ); _FilterPhase |= 0x8; }
}
// Read weather
string w1s, w2s, w3s, w4s;
if ( ! zone->getPropertyByName( "while_weather_0_best", w1s ) ) return malformed( "while_weather_0_best", name );
if ( ! zone->getPropertyByName( "while_weather_1_good", w2s ) ) return malformed( "while_weather_1_good", name );
if ( ! zone->getPropertyByName( "while_weather_2_bad", w3s ) ) return malformed( "while_weather_2_bad", name );
if ( ! zone->getPropertyByName( "while_weather_3_worst", w4s ) ) return malformed( "while_weather_3_worst", name );
bool w1 = (w1s=="true"), w2 = (w2s=="true"), w3 = (w3s=="true"), w4 = (w4s=="true");
if ( ! (w1 && w2 && w3 && w4) )
{
if ( w1 ) { _WeatherFilter.push_back( CRyzomTime::best ); _FilterPhase |= 0x10; }
if ( w2 ) { _WeatherFilter.push_back( CRyzomTime::good ); _FilterPhase |= 0x20; }
if ( w3 ) { _WeatherFilter.push_back( CRyzomTime::bad ); _FilterPhase |= 0x40; }
if ( w4 ) { _WeatherFilter.push_back( CRyzomTime::worst ); _FilterPhase |= 0x80; }
}
// Read time of day
string t1s, t2s;
if ( ! zone->getPropertyByName( "while_its_day", t1s ) ) return malformed ( "while_its_day", name );
if ( ! zone->getPropertyByName( "while_its_night", t2s ) ) return malformed ( "while_its_night", name );
bool t1 = (t1s=="true"), t2 = (t2s=="true");
if ( ! (t1 && t2) )
{
if ( t1 )
{
_TimeOfDayFilter.push_back( CRyzomTime::dawn );
_TimeOfDayFilter.push_back( CRyzomTime::day );
_TimeOfDayFilter.push_back( CRyzomTime::evening );
_FilterPhase |= 0x100;
}
if ( t2 )
{
_TimeOfDayFilter.push_back( CRyzomTime::nightfall );
_TimeOfDayFilter.push_back( CRyzomTime::night );
_FilterPhase |= 0x200;
}
}
// Read auto-spawn properties
string assS;
if ( ! zone->getPropertyByName( "auto_spawn_sources", assS ) ) return malformed( "auto_spawn_sources", name );
if ( assS=="true" )
{
string aspS, asltS, asetS, amin; // not really 'average' anymore
if ( ! zone->getPropertyByName( "auto_spawn_average_period_s", aspS ) ) return malformed( "auto_spawn_average_period", name );
if ( ! zone->getPropertyByName( "auto_spawn_lifetime_s", asltS ) ) return malformed( "auto_spawn_lifetime", name );
if ( ! zone->getPropertyByName( "auto_spawn_extraction_time_s", asetS ) ) return malformed( "auto_spawn_sources", name );
if ( ! zone->getPropertyByName( "auto_spawn_min_source", amin ) ) return malformed( "auto_spawn_min_source", name );
_AutoSpawnSourcePt = new CAutoSpawnProperties;
_AutoSpawnSourcePt->SpawnPeriodGc = atoi( aspS.c_str() ) * 10;
_AutoSpawnSourcePt->LifeTimeGc = atoi( asltS.c_str() ) * 10;
_AutoSpawnSourcePt->ExtractionTimeGc = atoi( asetS.c_str() ) * 10;
_AutoSpawnSourcePt->MinimumSpawnedSources = atoi( amin.c_str() );
// security!
_AutoSpawnSourcePt->MinimumSpawnedSources = min(uint32(100), _AutoSpawnSourcePt->MinimumSpawnedSources);
}
else
{
_AutoSpawnSourcePt = NULL;
}
// Read source FX index
string srcFXIndexS;
if ( ! zone->getPropertyByName( "source_fx", srcFXIndexS ) ) return malformed( "source_fx", name );
_SourceFXIndex = (uint16)atoi( srcFXIndexS.c_str() );
// Read other initial properties
string cpS, eS, ikaS, adpR;
if ( ! zone->getPropertyByName( "can_prospect", cpS ) ) return malformed( "can_prospect", name );
if ( ! zone->getPropertyByName( "enabled", eS ) ) return malformed( "enabled", name );
if ( ! zone->getPropertyByName( "initial_kami_anger", ikaS ) ) return malformed( "initial_kami_anger", name );
if ( ! zone->getPropertyByName( "can_have_depletion_risk", adpR ) ) return malformed( "can_have_depletion_risk", name );
_CanProspect = (cpS=="true");
_Enabled = (eS=="true");
_AllowDepletionRisk = (adpR=="true");
_KamiAnger = (float)atof( ikaS.c_str() );
if ( (_KamiAnger != -1.0f) && (_KamiAnger < 0) )
nlwarning( "Invalid initial_kami_anger %.1f in %s", _KamiAnger, name.c_str() );
// Apply filters
uint32 minEnergy = atoi( minEnergyS.c_str() );
uint32 maxEnergy = atoi( maxEnergyS.c_str() );
if ( exactRMCodesS->empty() && rmFamilyFilterS->empty() && itemPartsFilterS->empty() )
{
nlwarning( "FG: Deposit %s: No RM, exactRms or item parts specified!", name.c_str() );
return false;
}
else
selectRMsByFilters( *exactRMCodesS, *rmFamilyFilterS, *itemPartsFilterS, *craftCivS, minEnergy, maxEnergy );
nldebug( "FG: Built deposit %s %s %s %s %s", name.c_str(), _AutoSpawnSourcePt?"AUTO":"-", _CanProspect?"PRO":"-", _AllowDepletionRisk?"ADPR":"-", _Enabled?"ON":"OFF" );
return true;
}
/*
* Select the raw materials, using the specified filters and _Ecotype
*/
void CDeposit::selectRMsByFilters( std::vector<std::string>& exactRMCodesS, const std::vector<std::string>& rmFamilyFilterS, const std::vector<std::string>& itemPartsFilterS, const std::vector<std::string>& craftCivS, uint minEnergy, uint maxEnergy )
{
vector<TRMFamily> rmFamilyFilter;
convertRMFamiliesNames( _Name, rmFamilyFilterS, rmFamilyFilter );
vector<uint> itemPartsFilter;
convertItemPartsNames( _Name, itemPartsFilterS, itemPartsFilter );
vector<ITEM_ORIGIN::EItemOrigin> craftCivFilter;
convertCraftCivNames( craftCivS, craftCivFilter );
for_each( exactRMCodesS.begin(), exactRMCodesS.end(), makeFullSItemCode );
if ( VerboseDepositFiltering )
nldebug( "%s", _Name.c_str() );
// Sort the items by sheetId so that the deposits are not dependant on the hash map ordering
const CAllStaticItems& allItems = CSheets::getItemMapForm();
vector< const CStaticItem* > sortedItems( allItems.size() );
uint i = 0;
for ( CAllStaticItems::const_iterator it=allItems.begin(); it!=allItems.end(); ++it, ++i )
{
sortedItems[i] = &((*it).second);
}
std::sort( sortedItems.begin(), sortedItems.end(), TCompareStaticItemPtrBySheetId() );
for ( vector< const CStaticItem* >::const_iterator it=sortedItems.begin(); it!=sortedItems.end(); ++it )
{
// Eliminate non raw materials
const CStaticItem& staticItem = *(*it);
if ( ! staticItem.Mp )
continue;
const string& sheetName = staticItem.SheetId.toString();
if ( (sheetName.size() < (CREATURE_OR_DEPOSIT_MP_CHAR+1)) || (sheetName[0] != 'm' ) )
continue;
// Keep raw material directly if matching one of specified exact raw material codes (including creature's raw materials)
if ( find( exactRMCodesS.begin(), exactRMCodesS.end(), sheetName ) == exactRMCodesS.end() )
{
// Eliminate non 'forage' raw materials
if ( VerboseDepositFiltering )
nldebug( "FG: Submitting %s", sheetName.c_str() );
if ( (sheetName[CREATURE_OR_DEPOSIT_MP_CHAR] != 'd') )
continue;
// Eliminate raw materials of incompatible ecosystem
if ( (_Ecotype != ECOSYSTEM::common_ecosystem) && (staticItem.Mp->Ecosystem != ECOSYSTEM::common_ecosystem) &&
(staticItem.Mp->Ecosystem != _Ecotype) )
{
if ( VerboseDepositFiltering ) nldebug( "-Ecotype %s", ECOSYSTEM::toString( staticItem.Mp->Ecosystem ).c_str() );
continue;
}
// Match energy filter (TEMP: 25 is the minimum maxEnergy threshold) (include boundaries)
if ( (staticItem.Mp->StatEnergy < minEnergy) || (staticItem.Mp->StatEnergy > maxEnergy /*max(maxEnergy,(uint)25)*/) )
{
if ( VerboseDepositFiltering ) nldebug( "-StatEnergy %hu", staticItem.Mp->StatEnergy );
continue;
}
// Match rmFamilyFilter or itemPartsFilter
if ( find( rmFamilyFilter.begin(), rmFamilyFilter.end(), staticItem.Mp->Family ) == rmFamilyFilter.end() )
{
// If not found in rmFamilyFilter, try if one of itemPartsFilter is matched along with civ
bool found = false;
for ( vector<uint>::iterator ipf=itemPartsFilter.begin(); ipf!=itemPartsFilter.end(); ++ipf )
{
uint itemPartIndex = (*ipf);
// Find if the current RM has the item part matching one of the filter
const CMP::TMpFaberParameters *mpFaberParam = staticItem.Mp->getMpFaberParameters( itemPartIndex );
if ( mpFaberParam && (mpFaberParam->Durability != 0) )
{
if ( (craftCivFilter.empty()) || // no civ constraint
(mpFaberParam->CraftCivSpec == ITEM_ORIGIN::COMMON) || // RM matches all civs
(find( craftCivFilter.begin(), craftCivFilter.end(), mpFaberParam->CraftCivSpec ) != craftCivFilter.end()) ) // RM matches civ constraint
{
if ( VerboseDepositFiltering ) nldebug( "+StatEnergy %hu +ItemPart %c +CivSpec %s", staticItem.Mp->StatEnergy, 'A' + (char)itemPartIndex, ITEM_ORIGIN::enumToString( mpFaberParam->CraftCivSpec ).c_str() );
found = true;
break; // RM is selected, no need to test other item parts
}
else
if ( VerboseDepositFiltering ) nldebug( "-CivSpec %s", ITEM_ORIGIN::enumToString( mpFaberParam->CraftCivSpec ).c_str() );
}
else
{
if ( VerboseDepositFiltering ) nldebug( "-ItemPart %c", 'A' + (char)itemPartIndex );
}
}
if ( ! found )
continue;
}
/*else
{
if ( VerboseDepositFiltering ) nldebug( "+rmFamilyFilter %u", staticItem.Mp->Family );
}*/
}
/*else
{
if ( VerboseDepositFiltering ) nldebug( "+exact_mp_item %s", sheetName.c_str() );
}*/
// Select if matching (do not check duplicate, keep them if item part matches explicit family)
CStaticDepositRawMaterial rm;
rm.MaterialSheet = staticItem.SheetId;
_RawMaterials.push_back( rm );
if ( VerboseDepositFiltering )
nldebug( "SELECTED %s", sheetName.c_str() );
// Export deposit contents report if requested
if ( ExportDepositContents )
{
static FILE *depositReportFile;
static bool depositReportCreated = false;
if ( ! depositReportCreated )
{
depositReportCreated = true;
depositReportFile = fopen( "deposit_contents.csv", "wt" ); // fclose() auto?
if ( depositReportFile )
{
fprintf( depositReportFile, "Deposit;RM;When in year;When in day;Weather;\n" );
}
}
if ( depositReportFile )
fprintf( depositReportFile, "%s;%s;%s;%s;%s;\n", _Name.c_str(), rm.MaterialSheet.toString().c_str(), getSeasonStr().c_str(), getTimeOfDayStr().c_str(), getWeatherStr().c_str() );
}
}
if ( _RawMaterials.empty() )
nlwarning( "FG: Selected 0 items in deposit %s", _Name.c_str() );
else
nldebug( "FG: Selected %u RM (on %u items) in deposit %s", _RawMaterials.size(), allItems.size(), _Name.c_str() );
}
/**
* Helper for CDeposit::hasFamily()
*/
struct CIsOfFamilyPred : public std::binary_function< CStaticDepositRawMaterial, RM_FAMILY::TRMFamily, bool >
{
/// Predicate
bool operator() ( const CStaticDepositRawMaterial& rm, RM_FAMILY::TRMFamily family ) const
{
const CAllStaticItems& allItems = CSheets::getItemMapForm();
CAllStaticItems::const_iterator it = allItems.find( rm.MaterialSheet );
if ( it != allItems.end() )
{
const CStaticItem& staticItem = (*it).second;
return staticItem.Mp && (staticItem.Mp->Family == family);
}
else
return false;
}
};
/**
* Helper for CDeposit::hasFamily()
*/
struct CIsOfGroupPred : public std::binary_function< CStaticDepositRawMaterial, RM_GROUP::TRMGroup, bool >
{
/// Predicate
bool operator() ( const CStaticDepositRawMaterial& rm, RM_GROUP::TRMGroup group ) const
{
const CAllStaticItems& allItems = CSheets::getItemMapForm();
CAllStaticItems::const_iterator it = allItems.find( rm.MaterialSheet );
if ( it != allItems.end() )
{
const CStaticItem& staticItem = (*it).second;
return staticItem.Mp && (staticItem.Mp->getGroup() == group);
}
else
return false;
}
};
/**
* Helper for CDeposit::hasRMForItemPart()
*/
struct CCanCraftItemPartPred : public std::binary_function< CStaticDepositRawMaterial, uint, bool >
{
/// Predicate
bool operator() ( const CStaticDepositRawMaterial& rm, uint itemPartIndex ) const
{
const CAllStaticItems& allItems = CSheets::getItemMapForm();
CAllStaticItems::const_iterator it = allItems.find( rm.MaterialSheet );
if ( it != allItems.end() )
{
const CStaticItem& staticItem = (*it).second;
if ( staticItem.Mp )
{
const CMP::TMpFaberParameters *mpFaberParam = staticItem.Mp->getMpFaberParameters( itemPartIndex );
return (mpFaberParam && (mpFaberParam->Durability != 0));
}
else
return false;
}
else
return false;
}
};
/**
* Helper for CDeposit::hasFamily()
*/
struct CMatchStatEnergyPred : public std::binary_function< CStaticDepositRawMaterial, uint8, bool >
{
/// Predicate
bool operator() ( const CStaticDepositRawMaterial& rm, uint8 maxStatEnergy ) const
{
const CAllStaticItems& allItems = CSheets::getItemMapForm();
CAllStaticItems::const_iterator it = allItems.find( rm.MaterialSheet );
if ( it != allItems.end() )
{
const CStaticItem& staticItem = (*it).second;
return staticItem.Mp && (staticItem.Mp->StatEnergy <= maxStatEnergy); // include boundary
}
else
{
nlwarning( "%s not found", rm.MaterialSheet.toString().c_str() );
return true;
}
}
};
/**
* Helper for CDeposit::hasFamily()
*/
struct CMatchExactStatEnergyPred : public std::binary_function< CStaticDepositRawMaterial, uint8, bool >
{
/// Predicate
bool operator() ( const CStaticDepositRawMaterial& rm, uint8 maxStatEnergy ) const
{
const CAllStaticItems& allItems = CSheets::getItemMapForm();
CAllStaticItems::const_iterator it = allItems.find( rm.MaterialSheet );
if ( it != allItems.end() )
{
const CStaticItem& staticItem = (*it).second;
return staticItem.Mp && (staticItem.Mp->StatEnergy == maxStatEnergy);
}
else
return false;
}
};
/*
* Return true if the deposit contains at least one RM of the specified family
*/
bool CDeposit::hasFamily( RM_FAMILY::TRMFamily family ) const
{
return find_if( _RawMaterials.begin(), _RawMaterials.end(), bind2nd( CIsOfFamilyPred(), family ) ) != _RawMaterials.end();
}
/*
* Return true if the deposit contains at least one RM of the specified group
*/
bool CDeposit::hasGroup( RM_GROUP::TRMGroup group ) const
{
return find_if( _RawMaterials.begin(), _RawMaterials.end(), bind2nd( CIsOfGroupPred(), group ) ) != _RawMaterials.end();
}
/*
* Return true if the deposit contains at least one RM than can craft the specified item part
*/
bool CDeposit::hasRMForItemPart( uint itemPartIndex ) const
{
return find_if( _RawMaterials.begin(), _RawMaterials.end(), bind2nd( CCanCraftItemPartPred(), itemPartIndex ) ) != _RawMaterials.end();
}
/*
* Return true if the deposit contains at least one RM with energy lower_eq than the specified value
*/
bool CDeposit::hasLowerStatEnergy( uint8 maxStatEnergy ) const
{
return find_if( _RawMaterials.begin(), _RawMaterials.end(), bind2nd( CMatchStatEnergyPred(), maxStatEnergy ) ) != _RawMaterials.end();
}
/*
* Return true if the deposit contains at least one RM with energy equalling the specifing value
*/
bool CDeposit::hasExactStatEnergy( uint8 statEnergy ) const
{
return find_if( _RawMaterials.begin(), _RawMaterials.end(), bind2nd( CMatchExactStatEnergyPred(), statEnergy ) ) != _RawMaterials.end();
}
/*
* Called by lowFreqUpdate and autoSpawnUpdate
*/
void CDeposit::autoSpawnSource(const CVector &cornerMin, const CVector &cornerMax)
{
/*
Yoyo: This method may fail because it selects a random position in a box and then check if it's in the zone.
We can do better by making a list of triangles of the concave polygon, then selecting randomly and
carefully in this list of triangle.
*/
// Randomize a position in the deposit
CVector pos;
pos.z = 0;
const uint NB_ATTEMPTS = 5;
uint iAttempt;
for ( iAttempt=0; iAttempt!=NB_ATTEMPTS; ++iAttempt )
{
pos.x = cornerMin.x + RandomGenerator.frand( cornerMax.x - cornerMin.x );
pos.y = cornerMin.y + RandomGenerator.frand( cornerMax.y - cornerMin.y );
if ( contains( pos ) )
break;
}
// If a valid position could not be found, abort spawning of this source
if ( iAttempt == NB_ATTEMPTS )
return;
// Spawn a source
CFgProspectionPhrase::autoSpawnSource( pos, this );
}
/*
* Update deposit (especially recent forage sites)
*/
void CDeposit::lowFreqUpdate()
{
if ( !HarvestSystemEnabled )
return;
// Update recent forage sites
for ( CRecentForageSites::iterator it=_RecentForageSites.begin(); it!=_RecentForageSites.end(); )
{
CRecentForageSite& forageSite = (*it);
if ( forageSite.lowFreqUpdate() )
{
++it;
}
else
{
--TotalNbRecentForageSites;
it = _RecentForageSites.erase( it );
}
}
// Decrease kami anger level
decKamiAnger( ForageKamiAngerDecreasePerHour.get() / 36000.0f * ((float)DepositUpdateFrequency.get()) );
// Auto-spawn a source from time to time (if the deposit has this flag)
if ( _AutoSpawnSourcePt && _Enabled )
{
// For Speed Test
//TTime testYoyoLT0= CTime::getLocalTime();
//uint countBefore= _CurrentNbAutoSpawnedSources;
uint spawnPeriodLFUpdates = (AutoSpawnForageSourcePeriodOverride.get() != 0) ? AutoSpawnForageSourcePeriodOverride.get() / DepositUpdateFrequency.get() : _AutoSpawnSourcePt->SpawnPeriodGc / DepositUpdateFrequency.get();
// get deposit bbox
CVector cornerMin, cornerMax;
getAABox( cornerMin, cornerMax );
// Previously, the rythm of spawning was randomized. Now it's constant.
//TGameCycle spawnAvgPeriod = (AutoSpawnForageSourceAveragePeriodOverride.get() != 0) ? AutoSpawnForageSourceAveragePeriodOverride.get() : _AutoSpawnSourcePt->SpawnAveragePeriodGc;
//sint32 r = RandomGenerator.rand( (uint16)(spawnAvgPeriod / DepositUpdateFrequency.get()) );
//if ( r == 0 )
bool spawnSourceBecauseOfFrequency= (CTickEventHandler::getGameCycle() / DepositUpdateFrequency.get()) % spawnPeriodLFUpdates == 0;
// Avoid infinite loop if the spawn of source is too buggy:
// count first the number of sources to force spawn then run this count, and forget the ones that fail.
uint numSourceToForceSpawn= 0;
if(_CurrentNbAutoSpawnedSources < _AutoSpawnSourcePt->MinimumSpawnedSources)
numSourceToForceSpawn= _AutoSpawnSourcePt->MinimumSpawnedSources - _CurrentNbAutoSpawnedSources;
uint numSourceSpawned= 0;
while ( spawnSourceBecauseOfFrequency || numSourceSpawned<numSourceToForceSpawn)
{
// this method may fail, but don't cares and continues
autoSpawnSource(cornerMin, cornerMax);
numSourceSpawned++;
// If continue this loop, won't be because of frequency update, but because of minimum source requirement
spawnSourceBecauseOfFrequency= false;
}
// For Speed Test
//TTime testYoyoLT1= CTime::getLocalTime();
//nlinfo("*** [%03d]AutoSpawnLOWFREQ Time(%d->%d): %d ms", CTickEventHandler::getGameCycle()%1000, countBefore, _CurrentNbAutoSpawnedSources, testYoyoLT1 - testYoyoLT0);
}
// Beware: can return before
}
/*
* Update deposit that need to auto spawn because number of harvest sources is too low
*/
void CDeposit::autoSpawnUpdate()
{
if ( !HarvestSystemEnabled )
return;
// Auto-spawn a source from time to time (if the deposit has this flag)
if ( _AutoSpawnSourcePt && _Enabled && _CurrentNbAutoSpawnedSources < _AutoSpawnSourcePt->MinimumSpawnedSources)
{
// For Speed Test
//TTime testYoyoLT0= CTime::getLocalTime();
//uint countBefore= _CurrentNbAutoSpawnedSources;
// get deposit bbox
CVector cornerMin, cornerMax;
getAABox( cornerMin, cornerMax );
// Avoid infinite loop if the spawn of source is too buggy:
// count first the number of sources to force spawn then run this count, and forget the ones that fail.
uint numSourceToForceSpawn= _AutoSpawnSourcePt->MinimumSpawnedSources - _CurrentNbAutoSpawnedSources;
// for all sources to spawn
for( uint i= 0; i<numSourceToForceSpawn; i++)
{
// this method may fail, but don't cares and continues
autoSpawnSource(cornerMin, cornerMax);
}
// For Speed Test
//TTime testYoyoLT1= CTime::getLocalTime();
//nlinfo("*** [%03d]AutoSpawnFORCE Time(%d->%d): %d ms", CTickEventHandler::getGameCycle()%1000, countBefore, _CurrentNbAutoSpawnedSources, testYoyoLT1 - testYoyoLT0);
}
// Beware: can return before
}
/*
* Auto Spawn Deposit mgt
*/
void CDeposit::decreaseAutoSpawnedSources()
{
BOMB_IF(_CurrentNbAutoSpawnedSources==0, "nb auto spawned sources should be > 0!", return);
_CurrentNbAutoSpawnedSources--;
// If the deposit has not enough ressources, must refill at next tick update
// NB: don't do it at next lowFreqUpdate(), to avoid big jump in CPU each 30 sec
// as soon an autospawned harvest source is unspawned, the deposit will refill at next tick.
if(_AutoSpawnSourcePt && _CurrentNbAutoSpawnedSources < _AutoSpawnSourcePt->MinimumSpawnedSources)
{
CZoneManager::getInstance().registerDepositToAutoSpawnUpdate(this);
}
}
void CDeposit::increaseAutoSpawnedSources()
{
_CurrentNbAutoSpawnedSources++;
}
//-----------------------------------------------------------------------------
// character take MP, kami eat this fool character ?
//-----------------------------------------------------------------------------
#if 0
//void CDeposit::characterTakeRM( const CEntityId& charId, uint32 depositIndexContent, uint16 quantity )
//{
// // check if depositIndexContent is in valid range
// if( depositIndexContent < _DepositContent.size() )
// {
// // process kami guardian reaction and fame impact
// CDepositRawMaterialSeasonParameters * seasonParameters;
// switch( CTimeDateSeasonManager::getRyzomTimeReference().getRyzomSeason() )
// {
// case EGSPD::CSeason::Spring:
// seasonParameters = &_DepositContent[ depositIndexContent ]->SpringParams;
// break;
// case EGSPD::CSeason::Summer:
// seasonParameters = &_DepositContent[ depositIndexContent ]->SummerParams;
// break;
// case EGSPD::CSeason::Autumn:
// seasonParameters = &_DepositContent[ depositIndexContent ]->AutumnParams;
// break;
// case EGSPD::CSeason::Winter:
// seasonParameters = &_DepositContent[ depositIndexContent ]->WinterParams;
// break;
// default:
// nlstop; //=> debug CTimeDateSeasonManager....
// }
//
// if( seasonParameters->AngryLevel >= _DepositContent[ depositIndexContent ]->CurrentQuantity )
// {
// sint32 fameImpact;
// uint32 kamiImpact;
//
// CMessage msgString("STATIC_STRING");
// msgString.serial( const_cast< CEntityId& > ( charId ) );
// // serial exclude set of empty exclude set
// set< CEntityId > empty;
// msgString.serialCont( empty );
//
// if( seasonParameters->BlackKamiLevel >= _DepositContent[ depositIndexContent ]->CurrentQuantity )
// {
// // kami impact for AIS when Kami expulse a black kami
// kamiImpact = 300;
//
// // set fame impact
// fameImpact = -15;
//
// string str("WOS_KAMI_BLACK_KAMI");
// msgString.serial(str);
// }
// else if( seasonParameters->FuryLevel >= _DepositContent[ depositIndexContent ]->CurrentQuantity )
// {
// // kami impact for AIS when Kami is fury against harvester
// kamiImpact = 200;
//
// // set fame impact
// fameImpact = -10;
//
// string str("WOS_KAMI_FURY");
// msgString.serial( str );
// }
// else if( seasonParameters->AngryLevel >= _DepositContent[ depositIndexContent ]->CurrentQuantity )
// {
// // kami impact for AIS when Kami is angry against harvester
// kamiImpact = 100;
//
// // set fame impact
// fameImpact = -5;
//
// string str("WOS_KAMI_ANGRY");
// msgString.serial( str );
// }
// sendMessageViaMirror( "IOS", msgString );
//
// // Send message to AIS for kami impact
// CMessage msgout("KAMI_IMPACT");
// // TODO : if this code reactivated, add the instance number and send to the corect AIS
// msgout.serial( const_cast<CEntityId&> (charId) );
// msgout.serial( _Alias );
// msgout.serial( kamiImpact );
// sendMessageViaMirror( "AIS", msgout );
//
//
// // send message to EGS for fame impact
// // TODO boris : update fame with new fame system
///* CCharacter * c = PlayerManager.getChar( charId );
// uint8 fameType = FAMES::kami;
// if( c )
// {
// c->fameChange( fameType, fameImpact );
// }
//*/ }
//
// // update deposit quantity
// if( _DepositContent[ depositIndexContent ]->CurrentQuantity < quantity )
// {
// _DepositContent[ depositIndexContent ]->CurrentQuantity = 0;
// }
// else
// {
// _DepositContent[ depositIndexContent ]->CurrentQuantity -= quantity;
// }
// }
// else
// {
// nlwarning("FG: <CDeposit::characterTakeRM> Received invalid depositIndexContent %d (deposit content size id %d)", depositIndexContent, _DepositContent.size() );
// }
//}
#endif
string CDeposit::getSeasonStr() const
{
string s;
if ( _SeasonFilter.empty() )
return "All year";
for ( uint i=0; i!=_SeasonFilter.size(); ++i )
{
if ( ! s.empty() )
s += " ";
s += EGSPD::CSeason::toString( _SeasonFilter[i] );
}
return s;
}
string CDeposit::getTimeOfDayStr() const
{
string s;
if ( _TimeOfDayFilter.empty() )
return "Night & day";
for ( uint i=0; i!=_TimeOfDayFilter.size(); ++i )
{
if ( ! s.empty() )
s += " ";
s += toString( "%u", (uint)_TimeOfDayFilter[i] );
}
return s;
}
string CDeposit::getWeatherStr() const
{
string s;
if ( _WeatherFilter.empty() )
return "All weathers";
for ( uint i=0; i!=_WeatherFilter.size(); ++i )
{
if ( ! s.empty() )
s += " ";
s += toString( "%u", (uint)_WeatherFilter[i] );
}
return s;
}
//-----------------------------------------------------------------------------
// display deposit content
//-----------------------------------------------------------------------------
void CDeposit::displayContent( NLMISC::CLog * log, bool extendedInfo, NLMISC::CWordsDictionary *itemDictionary )
{
const CAllStaticItems& allItems = CSheets::getItemMapForm();
uint32 materialNumber = 0;
log->displayRawNL( "---- DEPOSIT %s ----", _Name.c_str() );
log->displayRawNL( "\t Centre: %s", getBarycentre().toString().c_str() );
if ( getContents().empty() )
log->displayRawNL( "\tNo RM was selected in this deposit" );
log->displayRawNL( "\t%u RMs:", getContents().size() );
for( std::vector< CStaticDepositRawMaterial >::const_iterator it = getContents().begin(); it != getContents().end(); ++it )
{
if ( extendedInfo )
log->displayRawNL( "\tRM #%d", materialNumber );
++materialNumber;
CSString sheetCode = (*it).MaterialSheet.toString();
string fullNameInfo;
if ( itemDictionary )
{
CVectorSString result;
sheetCode = sheetCode.splitTo( '.' );
itemDictionary->lookup( sheetCode, result );
if ( ! result.empty() )
fullNameInfo = string(" ") + result[0];
}
if ( fullNameInfo.empty() )
log->displayRawNL( "\t\tRM Id: %s", sheetCode.c_str() );
else
log->displayRawNL( "\t\tRM Id: %s", fullNameInfo.c_str() );
//log->displayNL( "\t\tMax Amount: %d", (*it).MaxAmount );
if ( extendedInfo )
{
CAllStaticItems::const_iterator itItem = allItems.find( (*it).MaterialSheet );
if ( itItem != allItems.end() && (*itItem).second.Mp )
{
const CStaticItem& staticItem = (*itItem).second;
log->displayRawNL( "\t\tFamily: %u", staticItem.Mp->Family );
log->displayRawNL( "\t\tGroup: %u", staticItem.Mp->getGroup() );
log->displayRawNL( "\t\tEcosystem: %s", ECOSYSTEM::toString( staticItem.Mp->Ecosystem ).c_str() );
//log->displayRawNL( "\t\tRarity: %hu", staticItem.Mp->Rarity );
log->displayRawNL( "\t\tStatEnergy: %hu", staticItem.Mp->StatEnergy );
}
}
}
log->displayRawNL( "\tEcotype: %s", ECOSYSTEM::toString( _Ecotype ).c_str() );
string ws;
if ( _WeatherFilter.empty() )
ws = "all";
else
{
for( vector<CRyzomTime::EWeather>::const_iterator iwf=_WeatherFilter.begin(); iwf!=_WeatherFilter.end(); ++iwf )
ws += toString( "%u:", *iwf );
}
log->displayRawNL( "\tWeathers: %s", ws.c_str() );
string ts;
if ( _TimeOfDayFilter.empty() )
ts = "all";
else
{
for( vector<CRyzomTime::ETimeOfDay>::const_iterator itf=_TimeOfDayFilter.begin(); itf!=_TimeOfDayFilter.end(); ++itf )
ts += toString( "%u:", *itf );
}
log->displayRawNL( "\tTimes of day: %s", ts.c_str() );
string ss;
if ( _SeasonFilter.empty() )
ss = "all";
else
{
for( vector<CRyzomTime::ESeason>::const_iterator isf=_SeasonFilter.begin(); isf!=_SeasonFilter.end(); ++isf )
ws += toString( "%u:", *isf );
}
log->displayRawNL( "\tSeasons: %s", ss.c_str() );
log->displayRaw( "\tKami anger: %.1f", _KamiAnger );
if ( _KamiAnger == -1.0f )
log->displayRawNL( " disabled" );
else
log->displayRawNL( " on %.1f, %.1f", ForageKamiAngerThreshold1.get(), ForageKamiAngerThreshold2.get() );
if ( _AutoSpawnSourcePt )
log->displayRawNL( "\tAutoSpawnSource: %s", _AutoSpawnSourcePt?"ON":"OFF" );
if ( ! _CanProspect )
log->displayRawNL( "\tCanProspect: %d", _CanProspect );
if ( ! _Enabled )
log->displayRawNL( "\tEnabled: %d", _Enabled );
if ( ! _AllowDepletionRisk )
log->displayRawNL( "\tAllowDepletionRisk: %d", _AllowDepletionRisk );
}
float GenRand = 1.0f;
float GenFreq = 0.05f;
NLMISC_COMMAND( setDepositRand, "Set CNoiseValue params for deposits", "<rand> <freq>" )
{
if ( args.size() < 2 )
return false;
GenRand = (float)atof( args[0].c_str() );
GenFreq = (float)atof( args[1].c_str() );
return true;
}
/*
*
*/
class CIndexNoiseValue : public CNoiseValue
{
public:
///
CIndexNoiseValue( uint arraySize, uint phase, float freq ) : CNoiseValue(0.0f, 1.0f, freq), _MaxIndex((float)(arraySize)), _Phase(1210.191f*phase, 523.8883f*phase, 403.57614f*phase) {}
/// Evaluate the value corresponding to the pos
uint eval( const CVector& pos ) const
{
uint indexOfMax = 0;
float maxNoise = 0;
// 1 dephased noise per possible value, and take the max result (otherwise with '(CNoiseValue::eval( pos ) * _MaxIndex)', the result would be biased)
for( uint i=0; i!=_MaxIndex; ++i )
{
float f = CNoiseValue::eval(
pos + _Phase + CVector(5245.346f*i, 785.67985f*i, 7842.783367f*i) );
if ( f > maxNoise )
{
maxNoise = f;
indexOfMax = i;
}
}
return indexOfMax;
}
private:
float _MaxIndex;
CVector _Phase;
};
/*
* Compute freq according to deposit size (small deposits under 64x64 have a proportionally higher frequency)
*/
inline float getFreqFromDepositArea( float depositBBoxArea )
{
if ( depositBBoxArea < SmallDepositAreaThreshold )
{
const float gradient = (0.05f-0.3f)*2.0f/(SmallDepositAreaThreshold-SmallDepositAreaReference);
return gradient*depositBBoxArea + (GenFreq - gradient*(SmallDepositAreaThreshold));
}
else
{
return GenFreq;
}
}
/*
* Get a random RM from the neighbourhood of the specified position.
* OptFastFloorBegin()/OptFastFloorEnd() must enclose one or more calls to this method.
*/
const CStaticDepositRawMaterial *CDeposit::getRandomRMAtPos( const NLMISC::CVector& pos, bool testIfSiteDepleted, bool& isDepleted )
{
const float cellWidth = 1.0f;
const uint16 nbNeighbours = 5; // center + 4 neighbour cells
//nldebug( "Selecting RM in deposit" );
if ( getContents().empty() )
return NULL;
// Test is local zone is depleted
if ( testIfSiteDepleted )
{
for ( CRecentForageSites::iterator ihs=_RecentForageSites.begin(); ihs!=_RecentForageSites.end(); ++ihs )
{
if ( (*ihs).isDepleted() && (*ihs).contains( pos ) )
{
//nldebug( "Harvest site depleted" );
isDepleted = true;
return NULL;
}
}
}
// Compute freq according to deposit size
float freq = getFreqFromDepositArea( getAreaOfAABox() );
// Get raw materials in neighbourhood
uint neighbourhoud [nbNeighbours];
CVector cellPos = pos;
CIndexNoiseValue noiseIndex( getContentSize(), _FilterPhase, freq ); // the phrase prevents to have the same map for two deposits with identical size but different seasons, etc.
neighbourhoud[0] = noiseIndex.eval( cellPos );
cellPos.x -= cellWidth;
cellPos.y -= cellWidth;
neighbourhoud[1] = noiseIndex.eval( cellPos );
cellPos.x = pos.x + cellWidth;
neighbourhoud[2] = noiseIndex.eval( cellPos );
cellPos.y = pos.y + cellWidth;
neighbourhoud[3] = noiseIndex.eval( cellPos );
cellPos.x = pos.x - cellWidth;
neighbourhoud[4] = noiseIndex.eval( cellPos );
//nldebug( "Indices: %u %u %u %u", neighbourhoud[0], neighbourhoud[1], neighbourhoud[2], neighbourhoud[3] );
// Select a random RM among neighbourhood
uint rmIndex = neighbourhoud[RandomGenerator.rand( nbNeighbours-1 )];
return &(getContents()[rmIndex]);
/*
if( seasonParameters->AngryLevel >= _DepositContent[ infos.DepositIndexContent ]->CurrentQuantity )
{
CMessage msgout("STATIC_STRING");
msgout.serial( const_cast< CEntityId& > ( charId ) );
// serial exclude set of empty exclude set
set< CEntityId > empty;
msgout.serialCont( empty );
string str("EGS_KAMI_ALERTE");
msgout.serial( str );
sendMessageViaMirror( "IOS", msgout );
}
*/
}
/*
* Get the RM at the specified position.
* OptFastFloorBegin()/OptFastFloorEnd() must enclose one or more calls to this method.
* \param testIfSiteDepleted Set it to false for map generation.
*/
const CStaticDepositRawMaterial *CDeposit::getRMAtPos( const NLMISC::CVector& pos, bool testIfSiteDepleted, bool& isDepleted )
{
//const float cellWidth = 5.0f;
//nldebug( "Selecting RM in deposit" );
if ( getContents().empty() )
return NULL;
// Test is local zone is depleted
if ( testIfSiteDepleted )
{
for ( CRecentForageSites::iterator ihs=_RecentForageSites.begin(); ihs!=_RecentForageSites.end(); ++ihs )
{
if ( (*ihs).isDepleted() && (*ihs).contains( pos ) )
{
//nldebug( "Harvest site depleted" );
isDepleted = true;
return NULL;
}
}
}
// Compute freq according to deposit size
float freq = getFreqFromDepositArea( getAreaOfAABox() );
// Get raw material at position
CIndexNoiseValue noiseIndex( getContentSize(), _FilterPhase, freq );
uint rmIndex = noiseIndex.eval( pos );
//nldebug( "Index: %u", rmIndex );
if ( rmIndex >= getContentSize() )
{
nlwarning( "FG: CIndexNoiseValue returned a value out of range" );
rmIndex = getContentSize()-1;
}
return &(getContents()[rmIndex]);
}
/*
* Return the current quantity. If 0 and the respawn time is elapsed, unlock.
*/
float CQuantityConstraints::getCurrentQuantity()
{
if ( CurrentQuantity == 0 )
{
// Time to unlock?
const CRyzomTime& ryzomTime = CTimeDateSeasonManager::getRyzomTimeReference();
if ( ryzomTime.getRyzomDay() < NextRespawnDay )
{
// Still locked
return 0;
}
else
{
// Unlock and retry
CurrentQuantity = InitialQuantity;
}
}
return CurrentQuantity;
}
/*
* Consume
*
* Last possible consumption => lock deposit for RespawnTimeRyzomDays.
* Does not unlock the deposit (see getCurrentQuantity() instead)
* Argument by value.
*/
float CQuantityConstraints::consumeQuantity( float consumed )
{
if ( CurrentQuantity > 0 )
{
float newQuantity = CurrentQuantity - consumed;
if ( newQuantity <= 0 )
{
// Lock if the deposit is now empty (and wasn't before)
const CRyzomTime& ryzomTime = CTimeDateSeasonManager::getRyzomTimeReference();
NextRespawnDay = ryzomTime.getRyzomDay() + (uint32)RespawnTimeRyzomDays;
// Give only the remaining quantity
consumed = CurrentQuantity;
newQuantity = 0;
}
// Consume
CurrentQuantity = newQuantity;
return consumed;
}
else
return 0;
}
/*
* Display forage sites info
*/
void CDeposit::displayRecentForageSites( NLMISC::CLog& log ) const
{
if ( ! _RecentForageSites.empty() )
{
log.displayNL( "Deposit %s:", _Name.c_str() );
for ( CRecentForageSites::const_iterator it=_RecentForageSites.begin(); it!=_RecentForageSites.end(); ++it )
{
const CRecentForageSite& forageSite = (*it);
forageSite.display( log );
}
}
}
/*
* Empty all forage sites
*/
void CDeposit::depleteAllRecentForageSites()
{
for ( CRecentForageSites::iterator it=_RecentForageSites.begin(); it!=_RecentForageSites.end(); ++it )
{
CRecentForageSite& forageSite = (*it);
forageSite.depleteAll();
}
}
/*
* Increment the kami anger level (delta < 768). React if a threshold is reached. Return the kami anger level.
*/
float CDeposit::incKamiAnger( float delta, const std::vector<TDataSetRow>& foragers )
{
if ( _KamiAnger == -1.0f )
return -1.0f;
if ( ForageKamiAngerOverride.get() != 0 )
_KamiAnger = ForageKamiAngerOverride.get();
else
_KamiAnger += delta;
if ( _KamiAnger > ForageKamiAngerThreshold1.get() )
{
if ( _KamiAnger < ForageKamiAngerThreshold2.get() )
{
// Only a warning (and small punishment ?)
for ( vector<TDataSetRow>::const_iterator itf=foragers.begin(); itf!=foragers.end(); ++itf )
{
// Send a warning message
const TDataSetRow& rowId = (*itf);
TDataSetRow noRow;
npcTellToPlayer( noRow, rowId, "FORAGE_KAMI_ANGER_WARNING", false );
}
}
else
{
// Full punishment
if( HarvestAreaEffectOn )
{
for ( vector<TDataSetRow>::const_iterator itf=foragers.begin(); itf!=foragers.end(); ++itf )
{
const TDataSetRow& rowId = (*itf);
CEntityBase *entity = CEntityBaseManager::getEntityBasePtr( rowId );
if ( entity )
{
// Send a warning message
TDataSetRow noRow;
npcTellToPlayer( noRow, rowId, "FORAGE_KAMI_ANGER_PUNISH", false );
// Set target list for FX (must be done before behaviour)
CMirrorPropValueList<uint32> targets( TheDataset, rowId, DSPropertyTARGET_LIST );
targets.clear();
targets.push_front( 0 ); // null distance (self)
uint32 urowId = *((uint32*)&rowId);
targets.push_front( urowId );
// Set behaviour for FX (must be done after target list)
MBEHAV::CBehaviour behav( MBEHAV::CAST_OFF_SUCCESS );
behav.Spell.SpellMode = MAGICFX::Bomb;
behav.Spell.SpellId = MAGICFX::Piercing;// + ForageKamiAngerPunishFX.get();
behav.Spell.SpellIntensity = 5;
behav.Spell.Resist = 0;
behav.Spell2.SelfSpell = 1; // 'self offensive cast' does not plays the cast anim, only impact & FX
PHRASE_UTILITIES::sendUpdateBehaviour( rowId, behav );
// tmp nico : stats about projectiles
projStatsIncrement();
// Damage
CHarvestSource::hitEntity( RYZOMID::creature, entity, ForageKamiAngerPunishDamage.get(), ForageKamiAngerPunishDamage.get(), false );
//Bsi.append( StatPath, NLMISC::toString("[FKWP] %s '%s' %.1f", entity->getId().toString().c_str(), name().c_str(), _KamiAnger) );
//EgsStat.displayNL("[FKWP] %s '%s' %.1f", entity->getId().toString().c_str(), name().c_str(), _KamiAnger);
// EGSPD::forageKamiWrathPunishment(entity->getId(), name(), _KamiAnger);
}
}
}
// Don't reset the kami anger level to the min value, but nearly to the threshold 2 value!
_KamiAnger = ForageKamiAngerThreshold2.get() - 1.0f; // +2 will reach the threshold 2 again
}
}
return _KamiAnger;
}
//NLMISC_VARIABLE( bool, VerboseDeposits, "Verbose info for deposits" );
NLMISC_COMMAND( forageDisplayRecentForageSitesNb, "Display the number of recent forage sites", "" )
{
log.displayNL( "%u forage sites", TotalNbRecentForageSites );
return true;
}
NLMISC_COMMAND( forageDisplayRecentForageSitesInfo, "Display the info on all recent forage sites", "" )
{
const std::vector<CDeposit*>& deposits = CZoneManager::getInstance().getDeposits();
std::vector<CDeposit*>::const_iterator it;
for ( it=deposits.begin(); it!=deposits.end(); ++it )
{
CDeposit *deposit = (*it);
deposit->displayRecentForageSites( log );
}
return true;
}
NLMISC_COMMAND( forageEmptyAllRecentForageSites, "Empty all forage sites", "" )
{
const std::vector<CDeposit*>& deposits = CZoneManager::getInstance().getDeposits();
std::vector<CDeposit*>::const_iterator it;
for ( it=deposits.begin(); it!=deposits.end(); ++it )
{
CDeposit *deposit = (*it);
deposit->depleteAllRecentForageSites();
}
return true;
}
NLMISC_COMMAND( forageDisplayDeposit, "Display info about one or all the deposits", "<name=ALL> <extendedInfo=0>" )
{
string depName = "ALL";
bool extendedInfo = false;
if ( args.size() > 0 )
{
depName = args[0];
if ( args.size() > 1 )
extendedInfo = (args[1] == "1");
}
CZoneManager::getInstance().dumpDeposits( log, depName, extendedInfo );
return true;
}
struct TCompareDepositsByHighestKamiAnger : public std::binary_function<CDeposit*,CDeposit*,bool>
{
bool operator() ( const CDeposit* d1, const CDeposit* d2 )
{
return d1->kamiAnger() > d2->kamiAnger();
}
};
NLMISC_COMMAND( forageDisplayKamiAngerLevels, "Display the N deposits with the highest anger levels", "<N=10>" )
{
uint nb = 10;
if ( args.size() > 0 )
nb = atoi( args[0].c_str() );
std::vector<CDeposit*> newDepositList = CZoneManager::getInstance().getDeposits();
std::sort( newDepositList.begin(), newDepositList.end(), TCompareDepositsByHighestKamiAnger() );
log.displayNL( "%u first deposits by kami anger:", nb );
for ( uint i=0; i!=nb && i<newDepositList.size(); ++i )
{
log.displayRawNL( "%.1f\t%s", newDepositList[i]->kamiAnger(), newDepositList[i]->name().c_str() );
}
return true;
}
NLMISC_VARIABLE( bool, VerboseDepositFiltering, "Verbose the items parsed when filtering deposits" );
NLMISC_VARIABLE( bool, ExportDepositContents, "When loading the deposit primitives, export contents report" );
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