void Vector::normInNewSpace(float ssx,float ssy, float ssz)
{//ssx,ssy,ssz is multiplied to change Vector to the current space
//this is to get a vector in current space equal to a normlized
// in the original space
formulate();
ssx *=ssx; ssy *= ssy; ssz *= ssz;
double t = sqrt(vm[0]*vm[0]/ssz+vm[1]*vm[1]/ssy+vm[2]*vm[2]/ssz);
deScale(t,t,t);
}
void pkCU::calculateDamage(bool hasCrit)
{
const pokemon_nonvolatile& cPKNV = getPKNV();
const pokemon_nonvolatile& tPKNV = getTPKNV();
const move_nonvolatile& cMNV = cPKNV.getMove(getICAction());
fpType partitionEnvironmentProbability = (1.0 / (fpType) numRandomEnvironments);
damageComponents_t& cDMG = getDamageComponent();
uint32_t power = (hasCrit)?cDMG.damageCrit:cDMG.damage;
boost::array<size_t, 2> iREnv = {{ SIZE_MAX, getIBase() }};
for (size_t iEnv = 0; iEnv != numRandomEnvironments; ++iEnv )
{
if (numRandomEnvironments > 1)
{
if ((iEnv + 1) == numRandomEnvironments) { iREnv[1] = getIBase(); }
else { duplicateState(iREnv, partitionEnvironmentProbability); }
};
// find the mean random value for this partition of the random environment
fpType randomValue = (iEnv / (fpType)numRandomEnvironments) + ( 1.0 / (fpType)numRandomEnvironments / 2.0);
// scale our random value modifier to 0.85..1.0
randomValue = deScale(randomValue, 1.0, 0.85);
uint32_t& actualDamage = getDamageComponent(iREnv[1]).damage;
actualDamage = (uint32_t)((fpType)power * randomValue);
int result = 0;
CALLPLUGIN(result, PLUGIN_ON_CALCULATEDAMAGE, onSetPower_rawType,
*this, cMNV, cPKNV, tPKNV, getTMV(), getTTMV(), getPKV(), getTPKV(), actualDamage);
// inflict damage caused upon the targetPokemon:
getTTMV(iREnv[1]).cModHP(getTPKNV(), -1 * actualDamage);
}
}
