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parse_effects.cpp
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// ==========================================================================
// Dedmonwakeen's DPS-DPM Simulator.
// Send questions to [email protected]
// ==========================================================================
#include "parse_effects.hpp"
#include "dbc/dbc.hpp"
#include "dbc/sc_spell_info.hpp"
#include "player/stats.hpp"
#include "report/decorators.hpp"
#include "sim/cooldown.hpp"
#include "sim/sim.hpp"
namespace opt_strings
{
std::string attributes( uint32_t opt )
{
std::vector<std::string> str_list;
for ( auto stat : { STAT_STRENGTH, STAT_AGILITY, STAT_STAMINA, STAT_INTELLECT, STAT_SPIRIT } )
if ( opt & ( 1 << ( stat - 1 ) ) )
str_list.emplace_back( util::stat_type_string( stat ) );
return util::string_join( str_list );
}
std::string attributes_invalidate( const player_effect_t& data )
{
std::vector<std::string> str_list;
for ( auto stat : { STAT_STRENGTH, STAT_AGILITY, STAT_STAMINA, STAT_INTELLECT, STAT_SPIRIT } )
{
if ( data.opt_enum & ( 1 << ( stat - 1 ) ) )
{
str_list.emplace_back( util::stat_type_string( stat ) );
if ( data.buff )
data.buff->add_invalidate( cache_from_stat( stat ) );
}
}
return util::string_join( str_list );
}
std::string ratings( uint32_t opt )
{
std::vector<std::string> str_list;
for ( auto stat : util::translate_all_rating_mod( opt ) )
str_list.emplace_back( util::stat_type_string( stat ) );
return util::string_join( str_list );
}
std::string ratings_invalidate( const player_effect_t& data )
{
std::vector<std::string> str_list;
for ( auto stat : util::translate_all_rating_mod( data.opt_enum ) )
{
str_list.emplace_back( util::stat_type_string( stat ) );
if ( data.buff )
data.buff->add_invalidate( cache_from_stat( stat ) );
}
return util::string_join( str_list );
}
std::string school( uint32_t opt )
{
return opt == 0x7f ? "All" : util::school_type_string( dbc::get_school_type( opt ) );
}
std::string pet_type( uint32_t opt )
{
return opt ? "Guardian" : "Pet";
}
} // namespace opt_strings
std::string player_effect_t::value_type_name( uint16_t t ) const
{
if ( t & VALUE_OVERRIDE )
return "Value Override";
else if ( t & USE_CURRENT )
return "Current Value";
else if ( t & USE_DEFAULT )
return "Default Value";
else
return "Spell Data";
}
void player_effect_t::print_parsed_line( report::sc_html_stream& os, const sim_t& sim, bool decorate,
const std::function<std::string( uint32_t )>& note_fn,
const std::function<std::string( double )>& val_str_fn ) const
{
std::vector<std::string> notes;
if ( !use_stacks )
notes.emplace_back( "No-stacks" );
if ( mastery )
notes.emplace_back( "Mastery" );
if ( func )
notes.emplace_back( "Conditional" );
if ( !buff && !func )
notes.emplace_back( "Passive" );
if ( idx )
notes.emplace_back( "Callback" );
if ( type & AFFECTED_OVERRIDE )
notes.emplace_back( "Value-override" );
if ( type & MANUAL_ENTRY )
notes.emplace_back( "Manual-entry" );
if ( value_func )
notes.emplace_back( "Value-function" );
if ( note_fn )
{
if ( auto str = note_fn( opt_enum ); !str.empty() )
notes.emplace_back( str );
}
range::for_each( notes, []( auto& s ) { s[ 0 ] = std::toupper( s[ 0 ] ); } );
std::string val_str = val_str_fn ? val_str_fn( value )
: mastery ? fmt::format( "{:.5f}", value * 100 )
: fmt::format( "{:.1f}%", value * 100 );
os.format(
"<td class=\"left\">{}</td>"
"<td class=\"right\">{}</td>"
"<td class=\"right\">{}</td>"
"<td class=\"right\">{}</td>"
"<td>{}</td>"
"<td>{}</td>"
"</tr>\n",
decorate ? report_decorators::decorated_spell_data( sim, eff->spell() ) : eff->spell()->name_cstr(),
eff->spell()->id(),
eff->index() + 1,
val_str,
value_type_name( type ),
util::string_join( notes ) );
}
std::string target_effect_t::value_type_name( uint16_t t ) const
{
if ( t & VALUE_OVERRIDE )
return "Value Override";
else
return "";
}
void target_effect_t::print_parsed_line( report::sc_html_stream& os, const sim_t& sim, bool decorate,
const std::function<std::string( uint32_t )>& note_fn,
const std::function<std::string( double )>& val_str_fn ) const
{
std::vector<std::string> notes;
if ( mastery )
notes.emplace_back( "Mastery" );
if ( type & AFFECTED_OVERRIDE )
notes.emplace_back( "Scripted" );
if ( type & MANUAL_ENTRY )
notes.emplace_back( "Manual" );
if ( note_fn )
{
if ( auto str = note_fn( opt_enum ); !str.empty() )
notes.emplace_back( str );
}
range::for_each( notes, []( auto& s ) { s[ 0 ] = std::toupper( s[ 0 ] ); } );
std::string val_str = val_str_fn ? val_str_fn( value )
: mastery ? fmt::format( "{:.5f}", value * 100 )
: fmt::format( "{:.1f}%", value * 100 );
os.format(
"<td class=\"left\">{}</td>"
"<td class=\"right\">{}</td>"
"<td class=\"right\">{}</td>"
"<td class=\"right\">{}</td>"
"<td>{}</td>"
"<td>{}</td></tr>\n",
decorate ? report_decorators::decorated_spell_data( sim, eff->spell() ) : eff->spell()->name_cstr(),
eff->spell()->id(),
eff->index() + 1,
val_str,
value_type_name( type ),
util::string_join( notes ) );
}
// adjust value based on effect modifying effects from mod list.
// currently supports P_EFFECT_1-5 and A_PROC_TRIGGER_SPELL_WITH_VALUE
// TODO: add support for P_EFFECTS to modify all effects
template <typename T>
void parse_base_t::apply_affecting_mod( double& val, bool& mastery, const spell_data_t* base, size_t idx, T mod )
{
bool mod_is_mastery = false;
if ( mod->effect_count() && mod->flags( SX_MASTERY_AFFECTS_POINTS ) )
{
mastery = true;
mod_is_mastery = true;
}
for ( size_t i = 1; i <= mod->effect_count(); i++ )
{
const auto& eff = mod->effectN( i );
if ( eff.type() != E_APPLY_AURA )
continue;
if ( ( base->affected_by_all( eff ) &&
( ( eff.misc_value1() == P_EFFECT_1 && idx == 1 ) || ( eff.misc_value1() == P_EFFECT_2 && idx == 2 ) ||
( eff.misc_value1() == P_EFFECT_3 && idx == 3 ) || ( eff.misc_value1() == P_EFFECT_4 && idx == 4 ) ||
( eff.misc_value1() == P_EFFECT_5 && idx == 5 ) ) ) ||
( eff.subtype() == A_PROC_TRIGGER_SPELL_WITH_VALUE && eff.trigger_spell_id() == base->id() ) )
{
double pct = mod_is_mastery ? eff.mastery_value() : mod_spell_effects_value( mod, eff );
if ( eff.subtype() == A_ADD_FLAT_MODIFIER || eff.subtype() == A_ADD_FLAT_LABEL_MODIFIER )
val += pct;
else if ( eff.subtype() == A_ADD_PCT_MODIFIER || eff.subtype() == A_ADD_PCT_LABEL_MODIFIER )
val *= 1.0 + pct / 100;
else if ( eff.subtype() == A_PROC_TRIGGER_SPELL_WITH_VALUE )
val = pct;
}
}
}
// explicit template instantiation
// NOTE: currently only spell_data_t is required, but this can be expanded as has been in the past with conduits
template void parse_base_t::apply_affecting_mod<const spell_data_t*>( double&, bool&, const spell_data_t*, size_t,
const spell_data_t* );
double modified_spelleffect_t::base_value( const action_t* action, const action_state_t* state ) const
{
auto return_value = value;
for ( const auto& i : conditional )
{
double eff_val = i.value;
if ( i.func && !i.func( action, state ) )
continue; // continue to next effect if conditional effect function is false
if ( i.buff )
{
auto stack = i.buff->check();
if ( !stack )
continue; // continue to next effect if stacks == 0 (buff is down)
if ( i.use_stacks )
eff_val *= stack;
}
if ( i.flat )
return_value += eff_val;
else
return_value *= 1.0 + eff_val;
}
return return_value;
}
bool modified_spelleffect_t::modified_by( const spelleffect_data_t& eff ) const
{
return !eff.ok() || range::contains( permanent, &eff ) || range::contains( conditional, &eff, &modify_effect_t::eff );
}
void modified_spelleffect_t::print_parsed_line( report::sc_html_stream& os, const sim_t& sim,
const modify_effect_t& i ) const
{
std::string op_str = i.flat ? "ADD" : "PCT";
std::string val_str = i.flat ? fmt::to_string( i.value ) : ( fmt::to_string( i.value * 100 ) + '%' );
std::vector<std::string> notes;
if ( !i.use_stacks )
notes.emplace_back( "No-stacks" );
if ( i.buff )
notes.emplace_back( "w/ Buff" );
if ( i.func )
notes.emplace_back( "Conditional" );
os.format(
"<td>{}</td>"
"<td class=\"right\">{}</td>"
"<td class=\"right\">{}</td>"
"<td>{}</td>"
"<td class=\"right\">{}</td>"
"<td>{}</td></tr>\n",
report_decorators::decorated_spell_data( sim, i.eff->spell() ),
i.eff->spell()->id(),
i.eff->index() + 1,
op_str,
val_str,
util::string_join( notes ) );
}
void modified_spelleffect_t::print_parsed_line( report::sc_html_stream& os, const sim_t& sim,
const spelleffect_data_t& eff ) const
{
std::string op_str;
std::string val_str;
switch ( eff.subtype() )
{
case A_ADD_PCT_MODIFIER:
case A_ADD_PCT_LABEL_MODIFIER:
op_str = "PCT";
val_str = fmt::to_string( eff.base_value() * 100 ) + '%';
break;
case A_ADD_FLAT_MODIFIER:
case A_ADD_FLAT_LABEL_MODIFIER:
op_str = "ADD";
val_str = fmt::to_string( eff.base_value() );
break;
default:
op_str = "UNK";
break;
}
os.format(
"<td>{}</td>"
"<td class=\"right\">{}</td>"
"<td class=\"right\">{}</td>"
"<td>{}</td>"
"<td class=\"right\">{}</td>"
"<td>Passive</td></tr>\n",
report_decorators::decorated_spell_data( sim, eff.spell() ),
eff.spell()->id(),
eff.index() + 1,
op_str,
val_str );
}
void modified_spelleffect_t::print_parsed_effect( report::sc_html_stream& os, const sim_t& sim, size_t& row ) const
{
auto c = size();
if ( !c )
return;
if ( row != 0 )
os << "<tr>";
size_t row2 = 0;
std::string eff_str;
switch ( _eff.type() )
{
case E_APPLY_AURA:
case E_APPLY_AURA_PET:
case E_APPLY_AREA_AURA_PARTY:
case E_APPLY_AREA_AURA_PET:
switch ( _eff.subtype() )
{
case A_ADD_FLAT_MODIFIER:
case A_ADD_FLAT_LABEL_MODIFIER:
eff_str = fmt::format( "Flat {}", spell_info::effect_property_str( &_eff ) );
break;
case A_ADD_PCT_MODIFIER:
case A_ADD_PCT_LABEL_MODIFIER:
eff_str = fmt::format( "Percent {}", spell_info::effect_property_str( &_eff ) );
break;
default:
eff_str = spell_info::effect_subtype_str( &_eff );
break;
}
break;
default:
eff_str = spell_info::effect_type_str( &_eff );
break;
}
os.format(
"<td rowspan=\"{}\" class=\"dark right\">{}</td>"
"<td rowspan=\"{}\" class=\"dark\">{}</td>\n",
c, _eff.index() + 1,
c, eff_str );
for ( auto eff : permanent )
{
if ( row != 0 && row2 != 0 )
os << "<tr>";
print_parsed_line( os, sim, *eff );
row++;
row2++;
}
for ( const auto& eff : conditional )
{
if ( row != 0 && row2 != 0 )
os << "<tr>";
print_parsed_line( os, sim, eff );
row++;
row2++;
}
}
const modified_spelleffect_t& modified_spell_data_t::effectN( size_t idx ) const
{
assert( idx > 0 && "effect index must not be zero or less" );
if ( idx > effects.size() )
return modified_spelleffect_t::nil();
return effects[ idx - 1 ];
}
void modified_spell_data_t::parse_effect( const pack_t<modify_effect_t>& pack, size_t i )
{
const auto& eff = pack.spell->effectN( i );
bool m; // dummy throwaway
double val = eff.base_value();
double val_mul = 0.01;
int idx = -1;
bool flat = false;
if ( eff.type() != E_APPLY_AURA )
return;
switch ( eff.subtype() )
{
case A_ADD_FLAT_MODIFIER:
case A_ADD_FLAT_LABEL_MODIFIER:
val_mul = 1.0;
flat = true;
break;
case A_ADD_PCT_MODIFIER:
case A_ADD_PCT_LABEL_MODIFIER:
break;
default:
return;
}
switch ( eff.property_type() )
{
case P_EFFECT_1: idx = 0; break;
case P_EFFECT_2: idx = 1; break;
case P_EFFECT_3: idx = 2; break;
case P_EFFECT_4: idx = 3; break;
case P_EFFECT_5: idx = 4; break;
default: return;
}
if ( !_spell.affected_by_all( eff ) || idx >= as<int>( effects.size() ) )
return;
auto& effN = effects[ idx ];
// dupes are not allowed
if ( range::contains( effN.permanent, &eff ) || range::contains( effN.conditional, &eff, &modify_effect_t::eff ) )
return;
auto tmp = pack.data; // local copy
if ( tmp.value != 0.0 )
{
val = tmp.value;
val_mul = 1.0;
}
else
{
apply_affecting_mods( pack, val, m, i );
val *= val_mul;
}
if ( !val )
return;
std::string val_str = flat ? fmt::format( "{}", val ) : fmt::format( "{}%", val * 100 );
// always active
if ( !tmp.buff && !tmp.func )
{
if ( flat )
effN.value += val;
else
effN.value *= 1.0 + val;
effN.permanent.push_back( &eff );
}
// conditionally active
else
{
tmp.value = val;
tmp.flat = flat;
tmp.eff = &eff;
if ( eff.flags( EX_SUPPRESS_STACKING ) )
tmp.use_stacks = false;
effN.conditional.push_back( std::move( tmp ) );
}
}
void modified_spell_data_t::print_parsed_spell( report::sc_html_stream& os, const sim_t& sim )
{
auto c = range::accumulate( effects, 0, &modified_spelleffect_t::size );
if ( !c )
return;
size_t row = 0;
os.format(
"<tr>"
"<td rowspan=\"{}\" class=\"dark\">{}</td>"
"<td rowspan=\"{}\" class=\"dark right\">{}</td>\n",
c, report_decorators::decorated_spell_data( sim, &_spell ),
c, _spell.id() );
for ( const auto& eff : effects )
eff.print_parsed_effect( os, sim, row );
}
void modified_spell_data_t::parsed_effects_html( report::sc_html_stream& os, const sim_t& sim,
std::vector<modified_spell_data_t*> entries )
{
if ( entries.size() )
{
os << "<h3 class=\"toggle\">Modified Spell Data</h3>"
<< "<div class=\"toggle-content hide\">"
<< "<table class=\"sc even left\">\n";
os << "<thead><tr>"
<< "<th>Spell</th>"
<< "<th>ID</th>"
<< "<th>#</th>"
<< "<th>Effect</th>"
<< "<th>Modified By</th>"
<< "<th>ID</th>"
<< "<th>#</th>"
<< "<th>+/%</th>"
<< "<th>Value</th>"
<< "<th>Notes</th>"
<< "</tr></thead>\n";
for ( auto m_data : entries )
m_data->print_parsed_spell( os, sim );
os << "</table>\n"
<< "</div>\n";
}
}
// main effect parsing function with constexpr checks to handle player_effect_t vs target_effect_t
template <typename U>
bool parse_effects_t::parse_effect( pack_t<U>& pack, size_t i, bool force )
{
const auto& eff = pack.spell->effectN( i );
bool mastery = pack.spell->flags( SX_MASTERY_AFFECTS_POINTS );
double val = 0.0;
double val_mul = 0.01;
if ( mastery )
val = eff.mastery_value();
else
val = eff.base_value();
if constexpr ( is_detected_v<detect_buff, U> && is_detected_v<detect_type, U> )
{
if ( pack.data.buff && pack.data.type & USE_DEFAULT )
val = pack.data.buff->default_value * 100;
if ( !is_valid_aura( eff ) )
return false;
}
else
{
if ( !is_valid_target_aura( eff ) )
return false;
}
if ( pack.data.value != 0.0 )
{
val = pack.data.value;
val_mul = 1.0;
mastery = false;
}
else
{
apply_affecting_mods( pack, val, mastery, i );
if ( mastery )
val_mul = 1.0;
}
auto tmp = pack.data; // local copy
std::string type_str;
bool flat = false;
std::vector<U>* vec = get_effect_vector( eff, tmp, val_mul, type_str, flat, force, pack );
if ( !vec )
return false;
if constexpr ( is_detected_v<detect_type, U> )
{
if ( !val && tmp.type == USE_DATA )
return false;
}
else
{
if ( !val )
return false;
}
if constexpr ( is_detected_v<detect_type, U> )
{
if ( tmp.type & ROUND_VALUE )
val = std::round( val );
}
val *= val_mul;
std::string val_str = mastery ? fmt::format( "{:.5f}*mastery", val * 100 )
: flat ? fmt::format( "{}", val )
: fmt::format( "{:.1f}%", val * ( 1 / val_mul ) );
if ( tmp.value != 0.0 )
val_str = val_str + " (value override)";
if constexpr ( is_detected_v<detect_use_stacks, U> )
{
if ( eff.flags( EX_SUPPRESS_STACKING ) )
tmp.use_stacks = false;
}
if constexpr ( is_detected_v<detect_buff, U> && is_detected_v<detect_type, U> )
{
if ( tmp.buff )
{
if ( tmp.type & USE_CURRENT )
val_str = flat ? "current value" : "current value percent";
else if ( tmp.type & USE_DEFAULT )
val_str = val_str + " (default value)";
}
}
if constexpr ( is_detected_v<detect_value_func, U> )
{
if ( tmp.value_func )
val_str += " (value function)";
}
debug_message( tmp, type_str, val_str, mastery, pack.spell, i );
tmp.value = val;
tmp.mastery = mastery;
tmp.eff = &eff;
if constexpr ( is_detected_v<detect_simple, U> )
{
if ( tmp.func || tmp.value_func || tmp.type & USE_CURRENT || tmp.mastery || !tmp.use_stacks || pack.callback )
{
tmp.simple = false;
}
}
if ( pack.copy )
pack.copy->push_back( tmp );
vec->push_back( std::move( tmp ) );
return true;
}
// explicit template instantiation
template bool parse_effects_t::parse_effect<player_effect_t>( pack_t<player_effect_t>&, size_t, bool );
template bool parse_effects_t::parse_effect<target_effect_t>( pack_t<target_effect_t>&, size_t, bool );
double parse_effects_t::get_effect_value( const player_effect_t& i, bool benefit ) const
{
if ( !i.simple )
return get_effect_value_full( i, benefit );
if ( i.buff )
{
auto stack = benefit ? i.buff->stack() : i.buff->check();
if ( !stack )
return 0.0;
return i.value * stack;
}
return i.value;
}
double parse_effects_t::get_effect_value_full( const player_effect_t& i, bool benefit ) const
{
if ( i.func && !i.func() )
return 0.0;
double eff_val = i.value_func ? i.value_func( i.value ) : i.value;
if ( i.buff )
{
auto stack = benefit ? i.buff->stack() : i.buff->check();
if ( !stack )
return 0.0;
if ( i.type & USE_CURRENT )
eff_val = i.buff->check_value();
if ( i.use_stacks )
eff_val *= stack;
}
if ( i.mastery )
eff_val *= _player->cache.mastery();
callback_idx |= i.idx;
return eff_val;
}
double parse_effects_t::get_effect_value( const target_effect_t& i, actor_target_data_t* td ) const
{
if ( auto check = i.func( td ) )
{
auto eff_val = i.value * check;
if ( i.mastery )
eff_val *= _player->cache.mastery();
return eff_val;
}
return 0.0;
}
double parse_player_effects_t::composite_melee_auto_attack_speed() const
{
auto ms = player_t::composite_melee_auto_attack_speed();
for ( const auto& i : auto_attack_speed_effects )
ms *= 1.0 / ( 1.0 + get_effect_value( i ) );
return ms;
}
double parse_player_effects_t::composite_attribute_multiplier( attribute_e attr ) const
{
auto am = player_t::composite_attribute_multiplier( attr );
assert( attr != ATTRIBUTE_NONE && "ATTRIBUTE_NONE will be out of index" );
for ( const auto& i : attribute_multiplier_effects )
if ( i.opt_enum & ( 1 << ( attr - 1 ) ) )
am *= 1.0 + get_effect_value( i );
return am;
}
double parse_player_effects_t::composite_rating_multiplier( rating_e rating ) const
{
auto rm = player_t::composite_rating_multiplier( rating );
auto mod = util::rating_to_rating_mod( rating );
for ( const auto& i : rating_multiplier_effects )
if ( i.opt_enum & mod )
rm *= 1.0 + get_effect_value( i );
return rm;
}
double parse_player_effects_t::composite_damage_versatility() const
{
auto v = player_t::composite_damage_versatility();
for ( const auto& i : versatility_effects )
v += get_effect_value( i );
return v;
}
double parse_player_effects_t::composite_heal_versatility() const
{
auto v = player_t::composite_heal_versatility();
for ( const auto& i : versatility_effects )
v += get_effect_value( i );
return v;
}
double parse_player_effects_t::composite_mitigation_versatility() const
{
auto v = player_t::composite_mitigation_versatility();
for ( const auto& i : versatility_effects )
v += get_effect_value( i ) * 0.5;
return v;
}
double parse_player_effects_t::composite_player_multiplier( school_e school ) const
{
auto m = player_t::composite_player_multiplier( school );
for ( const auto& i : player_multiplier_effects )
if ( i.opt_enum & dbc::get_school_mask( school ) )
m *= 1.0 + get_effect_value( i, true );
return m;
}
double parse_player_effects_t::composite_player_pet_damage_multiplier( const action_state_t* s, bool guardian ) const
{
auto dm = player_t::composite_player_pet_damage_multiplier( s, guardian );
for ( const auto& i : pet_multiplier_effects )
if ( static_cast<bool>( i.opt_enum ) == guardian )
dm *= 1.0 + get_effect_value( i, true );
return dm;
}
double parse_player_effects_t::composite_attack_power_multiplier() const
{
auto apm = player_t::composite_attack_power_multiplier();
for ( const auto& i : attack_power_multiplier_effects )
apm *= 1.0 + get_effect_value( i );
return apm;
}
double parse_player_effects_t::composite_melee_crit_chance() const
{
auto mcc = player_t::composite_melee_crit_chance();
for ( const auto& i : crit_chance_effects )
mcc += get_effect_value( i );
return mcc;
}
double parse_player_effects_t::composite_spell_crit_chance() const
{
auto scc = player_t::composite_spell_crit_chance();
for ( const auto& i : crit_chance_effects )
scc += get_effect_value( i );
return scc;
}
double parse_player_effects_t::composite_leech() const
{
auto leech = player_t::composite_leech();
for ( const auto& i : leech_effects )
leech += get_effect_value( i );
return leech;
}
double parse_player_effects_t::composite_melee_expertise( const weapon_t* ) const
{
auto me = player_t::composite_melee_expertise( nullptr );
for ( const auto& i : expertise_effects )
me += get_effect_value( i );
return me;
}
double parse_player_effects_t::composite_crit_avoidance() const
{
auto ca = player_t::composite_crit_avoidance();
for ( const auto& i : crit_avoidance_effects )
ca += get_effect_value( i );
return ca;
}
double parse_player_effects_t::composite_parry() const
{
auto parry = player_t::composite_parry();
for ( const auto& i : parry_effects )
parry += get_effect_value( i );
return parry;
}
double parse_player_effects_t::composite_base_armor_multiplier() const
{
auto bam = player_t::composite_base_armor_multiplier();
for ( const auto& i : base_armor_multiplier_effects )
bam *= 1.0 + get_effect_value( i );
return bam;
}
double parse_player_effects_t::composite_armor_multiplier() const
{
auto am = player_t::composite_armor_multiplier();
for ( const auto& i : armor_multiplier_effects )
am *= 1.0 + get_effect_value( i );
return am;
}
double parse_player_effects_t::composite_melee_haste() const
{
auto mh = player_t::composite_melee_haste();
for ( const auto& i : haste_effects )
mh *= 1.0 / ( 1.0 + get_effect_value( i ) );
return mh;
}
double parse_player_effects_t::composite_spell_haste() const
{
auto sh = player_t::composite_spell_haste();
for ( const auto& i : haste_effects )
sh *= 1.0 / ( 1.0 + get_effect_value( i ) );
return sh;
}
double parse_player_effects_t::composite_mastery() const
{
auto m = player_t::composite_mastery();
for ( const auto& i : mastery_effects )
m += get_effect_value( i );
return m;
}
double parse_player_effects_t::composite_parry_rating() const
{
auto pr = player_t::composite_parry_rating();
for ( const auto& i : parry_rating_from_crit_effects )
pr += player_t::composite_melee_crit_rating() * get_effect_value( i );
return pr;
}
double parse_player_effects_t::composite_dodge() const
{
auto dodge = player_t::composite_dodge();
for ( const auto& i : dodge_effects )
dodge += get_effect_value( i );
return dodge;
}
double parse_player_effects_t::composite_player_absorb_multiplier( const action_state_t* s ) const
{
auto am = player_t::composite_player_absorb_multiplier( s );
for ( const auto& i : absorb_multiplier_effects )
am *= 1.0 + get_effect_value( i );
return am;
}
double parse_player_effects_t::composite_player_healing_received_multiplier() const
{
auto hr = player_t::composite_player_healing_received_multiplier();
for ( const auto& i : healing_received_effects )
hr *= 1.0 + get_effect_value( i );
return hr;
}
double parse_player_effects_t::composite_player_absorb_received_multiplier() const
{
auto ar = player_t::composite_player_absorb_received_multiplier();
for ( const auto& i : absorb_received_mult_effects )
ar *= 1.0 + get_effect_value( i );
return ar;
}
double parse_player_effects_t::matching_gear_multiplier( attribute_e attr ) const