double heal_t::calculate_direct_amount( action_state_t* state ) const
{
double pct_heal = composite_pct_heal( state );
if ( pct_heal )
{
double amount = state -> target -> resources.max[ RESOURCE_HEALTH ] * pct_heal;
// Record initial amount to state
state -> result_raw = amount;
if ( state -> result == RESULT_CRIT )
{
amount *= 1.0 + total_crit_bonus();
}
else if ( state -> result == RESULT_MULTISTRIKE )
{
amount *= composite_multistrike_multiplier( state );
}
else if ( state -> result == RESULT_MULTISTRIKE_CRIT )
{
amount *= composite_multistrike_multiplier( state ) * ( 1.0 + total_crit_bonus() );
}
amount *= state -> composite_da_multiplier();
// Record total amount to state
state -> result_total = amount;
return amount;
}
return base_t::calculate_direct_amount( state );
}
double action_t::calculate_tick_damage()
{
tick_dmg = resisted_dmg = blocked_dmg = 0;
if ( base_td == 0 ) base_td = base_td_init;
if ( base_td == 0 ) return 0;
tick_dmg = base_td + total_power() * tick_power_mod;
tick_dmg *= total_td_multiplier();
double init_tick_dmg = tick_dmg;
if ( result == RESULT_CRIT )
{
tick_dmg *= 1.0 + total_crit_bonus();
}
if ( ! binary )
{
resisted_dmg = resistance() * tick_dmg;
tick_dmg -= resisted_dmg;
}
if ( sim -> debug )
{
log_t::output( sim, "%s dmg for %s: td=%.0f i_td=%.0f b_td=%.0f mod=%.2f power=%.0f b_mult=%.2f p_mult=%.2f t_mult=%.2f",
player -> name(), name(), tick_dmg, init_tick_dmg, base_td, tick_power_mod,
total_power(), base_multiplier * base_td_multiplier, player_multiplier, target_multiplier );
}
return tick_dmg;
}
double heal_t::calculate_tick_damage()
{
double dmg = 0;
if ( base_td == 0 ) base_td = base_td_init;
if ( base_td == 0 && tick_power_mod == 0 ) return 0;
dmg = floor( base_td + 0.5 ) + total_power() * tick_power_mod;
dmg *= total_td_multiplier();
double init_tick_dmg = dmg;
if ( result == RESULT_CRIT )
{
dmg *= 1.0 + total_crit_bonus();
}
if ( ! sim -> average_range ) dmg = floor( dmg + sim -> real() );
if ( sim -> debug )
{
log_t::output( sim, "%s heal for %s: td=%.0f i_td=%.0f b_td=%.0f mod=%.2f power=%.0f b_mult=%.2f p_mult=%.2f t_mult=%.2f",
player -> name(), name(), tick_dmg, init_tick_dmg, base_td, tick_power_mod,
total_power(), base_multiplier * base_td_multiplier, player_multiplier, target_multiplier );
}
return dmg;
}
double heal_t::calculate_direct_damage()
{
double dmg = sim -> range( base_dd_min, base_dd_max );
if ( round_base_dmg ) dmg = floor( dmg + 0.5 );
if ( dmg == 0 && weapon_multiplier == 0 && direct_power_mod == 0 ) return 0;
double base_direct_dmg = dmg;
dmg += base_dd_adder + player_dd_adder + target_dd_adder;
dmg += direct_power_mod * total_power();
dmg *= total_dd_multiplier();
double init_direct_dmg = dmg;
if ( result == RESULT_CRIT )
{
dmg *= 1.0 + total_crit_bonus();
}
if ( ! sim -> average_range ) dmg = floor( dmg + sim -> real() );
if ( sim -> debug )
{
log_t::output( sim, "%s heal for %s: dd=%.0f i_dd=%.0f b_dd=%.0f mod=%.2f power=%.0f b_mult=%.2f p_mult=%.2f t_mult=%.2f",
player -> name(), name(), dmg, init_direct_dmg, base_direct_dmg, direct_power_mod,
total_power(), base_multiplier * base_dd_multiplier, player_multiplier, target_multiplier );
}
return dmg;
}
double heal_t::calculate_tick_amount( action_state_t* state, double dmg_multiplier ) const
{
if ( tick_pct_heal )
{
double amount = state -> target -> resources.max[ RESOURCE_HEALTH ] * tick_pct_heal;
// Record initial amount to state
state -> result_raw = amount;
if ( state -> result == RESULT_CRIT )
{
amount *= 1.0 + total_crit_bonus();
}
else if ( state -> result == RESULT_MULTISTRIKE )
{
amount *= composite_multistrike_multiplier( state );
}
else if ( state -> result == RESULT_MULTISTRIKE_CRIT )
{
amount *= composite_multistrike_multiplier( state ) * ( 1.0 + total_crit_bonus() );
}
amount *= state -> composite_ta_multiplier();
amount *= dmg_multiplier; // dot tick multiplier
// Record total amount to state
state -> result_total = amount;
// replicate debug output of calculate_tick_amount
if ( sim -> debug )
{
sim -> out_debug.printf( "%s amount for %s on %s: ta=%.0f pct=%.3f b_ta=%.0f bonus_ta=%.0f s_mod=%.2f s_power=%.0f a_mod=%.2f a_power=%.0f mult=%.2f",
player -> name(), name(), target -> name(), amount,
tick_pct_heal, base_ta( state ), bonus_ta( state ),
spell_tick_power_coefficient( state ), state -> composite_spell_power(),
attack_tick_power_coefficient( state ), state -> composite_attack_power(),
state -> composite_ta_multiplier() );
}
return amount;
}
return base_t::calculate_tick_amount( state, dmg_multiplier );
}
double action_t::calculate_direct_damage()
{
direct_dmg = resisted_dmg = blocked_dmg = 0;
double base_direct_dmg = sim -> range( base_dd_min, base_dd_max );
if ( base_direct_dmg == 0 ) return 0;
direct_dmg = base_direct_dmg + base_dd_adder + player_dd_adder + target_dd_adder;
if ( weapon_multiplier > 0 )
{
// x% weapon damage + Y
// e.g. Obliterate, Shred, Backstab
direct_dmg += calculate_weapon_damage();
direct_dmg *= weapon_multiplier;
// OH penalty
if ( weapon && weapon -> slot == SLOT_OFF_HAND )
direct_dmg *= 0.5;
}
direct_dmg += direct_power_mod * total_power();
direct_dmg *= total_dd_multiplier();
double init_direct_dmg = direct_dmg;
if ( result == RESULT_GLANCE )
{
double delta_skill = ( sim -> target -> level - player -> level ) * 5.0;
if ( delta_skill < 0.0 )
delta_skill = 0.0;
double max_glance = 1.3 - 0.03 * delta_skill;
if ( max_glance > 0.99 )
max_glance = 0.99;
else if ( max_glance < 0.2 )
max_glance = 0.20;
double min_glance = 1.4 - 0.05 * delta_skill;
if ( min_glance > 0.91 )
min_glance = 0.91;
else if ( min_glance < 0.01 )
min_glance = 0.01;
if ( min_glance > max_glance )
{
double temp = min_glance;
min_glance = max_glance;
max_glance = temp;
}
direct_dmg *= sim -> range( min_glance, max_glance ); // 0.75 against +3 targets.
}
else if ( result == RESULT_CRIT )
{
direct_dmg *= 1.0 + total_crit_bonus();
}
if ( ! binary )
{
resisted_dmg = resistance() * direct_dmg;
direct_dmg -= resisted_dmg;
}
if ( result == RESULT_BLOCK )
{
blocked_dmg = sim -> target -> block_value;
direct_dmg -= blocked_dmg;
if ( direct_dmg < 0 ) direct_dmg = 0;
}
if ( sim -> debug )
{
log_t::output( sim, "%s dmg for %s: dd=%.0f i_dd=%.0f b_dd=%.0f mod=%.2f power=%.0f b_mult=%.2f p_mult=%.2f t_mult=%.2f",
player -> name(), name(), direct_dmg, init_direct_dmg, base_direct_dmg, direct_power_mod,
total_power(), base_multiplier * base_dd_multiplier, player_multiplier, target_multiplier );
}
return direct_dmg;
}