void ManufacturingSchematic::ModifyBlueBars(float mod)
{
ExperimentationProperties* expPropertiesList = getExperimentationProperties();
ExperimentationProperties::iterator expIt = expPropertiesList->begin();
while(expIt!= expPropertiesList->end())
{
(*expIt)->mBlueBarSize = ((*expIt)->mBlueBarSize * mod);
++expIt;
}
}
void ManufacturingSchematic::prepareCraftingAttributes()
{
DraftSchematic* draftSchematic = gSchematicManager->getSchematicBySlotId(mDynamicInt32);
CraftBatches* expCraftBatches = draftSchematic->getCraftBatches();
CraftBatches::iterator expCraftBatchIt = expCraftBatches->begin();
while(expCraftBatchIt != expCraftBatches->end())
{
string attName = gSchematicManager->getExpGroup((*expCraftBatchIt)->getExpGroup());
ExperimentationProperty* expProperty = new ExperimentationProperty(attName.getAnsi(),(*expCraftBatchIt)->getCraftWeights(),(*expCraftBatchIt)->getCraftAttributes(),0.0f,0.0f,0.0f);
mExperimentationProperties.push_back(expProperty);
++expCraftBatchIt;
}
//for(uint32 i = 8;i < 15;i++)
// mUpdateCounter[i] = mExperimentationProperties.size();
mExpFailureChance = 90.0f;
// ----------------------------------------------------------------
// collect the *unique* exp properties in a list for easy reference
// so we can bundle them on sending the deltas / baseline
ExperimentationProperties* expProp = getExperimentationProperties();
ExperimentationProperties::iterator epIt = expProp->begin();
epIt = expProp->begin();
while(epIt != expProp->end())
{
// do we have this exp property already??
if(!expPropStorefind((*epIt)->mExpAttributeName.getCrc()))
{
// add it
expPropStore.push_back(std::make_pair((*epIt)->mExpAttributeName.getCrc(),(*epIt)));
}
++epIt;
}
}
uint8 CraftingSession::getExperimentationRoll(ExperimentationProperty* expProperty, uint8 expPoints)
{
ExperimentationProperties* expAllProps = mManufacturingSchematic->getExperimentationProperties();
ExperimentationProperties::iterator itAll = expAllProps->begin();
uint8 roll;
if(expProperty->mRoll == -1)
{
DLOG(INFO) << "CraftingSession:: expProperty is a Virgin!";
// get our Roll and take into account the relevant modifiers
roll = _experimentRoll(expPoints);
// now go through all properties and mark them when its this one!
// so we dont experiment two times on it!
itAll = expAllProps->begin();
while(itAll != expAllProps->end())
{
ExperimentationProperty* tempProperty = (*itAll);
if(expProperty->mExpAttributeName.getCrc() == tempProperty->mExpAttributeName.getCrc())
{
tempProperty->mRoll = roll;
}
itAll++;
}
}
else
{
roll = static_cast<uint8>(expProperty->mRoll);
DLOG(INFO) << "CraftingSession:: experiment expProperty isnt a virgin anymore ...(roll:" << roll;
}
return roll;
}
bool MessageLib::sendAttributeDeltasMSCO_7(ManufacturingSchematic* manSchem,PlayerObject* playerObject)
{
// this updates the attributes properties when they have changed on experimentation
// updated are the attributes value, the bluebarsize or the attribute(indicator of the % of the max value reached)
// as well as the maxvalue in theory reachable
if(!(playerObject->isConnected()))
return(false);
Message* newMessage;
Message* finalMessage ;
ExperimentationProperties* expProp = manSchem->getExperimentationProperties();
ExperimentationProperties::iterator epIt = expProp->begin();
ExperimentationPropertiesStore::iterator epStoreIt = manSchem->expPropStore.begin();
uint32 objectcount = 1;
manSchem->mExpAttributeValueChange = false;
manSchem->mMaxExpValueChange = false;
manSchem->mBlueBarSizeChange = false;
//we MUST make sure that we only update values which have changed!!!
//otherwise we will desynchronize our list and are stuck without being able to update the client
epIt = expProp->begin();
while(epIt != expProp->end())
{
if ((*epIt)->mExpAttributeValueOld != (*epIt)->mExpAttributeValue)
{
manSchem->mExpAttributeValueChange = true;
}
if ((*epIt)->mBlueBarSizeOld != (*epIt)->mBlueBarSize)
manSchem->mBlueBarSizeChange = true;
if ((*epIt)->mMaxExpValueOld != (*epIt)->mMaxExpValue)
{
manSchem->mMaxExpValueChange = true;
}
++epIt;
}
//that is the attribute - not the experimental property!!!
if(manSchem->mExpAttributeValueChange)
{
objectcount ++;
}
if(manSchem->mBlueBarSizeChange)
{
objectcount ++;
}
if(manSchem->mMaxExpValueChange)
{
objectcount ++;
}
//start writing the messages body
mMessageFactory->StartMessage();
mMessageFactory->addUint16(static_cast<uint16>(objectcount));
// experimentation/assembly percentage
if(manSchem->mExpAttributeValueChange)
{
mMessageFactory->addUint16(9);
manSchem->mUpdateCounter[9] += (manSchem->expPropStore.size());
mMessageFactory->addUint32(manSchem->expPropStore.size());
mMessageFactory->addUint32(manSchem->mUpdateCounter[9]);
manSchem->mUpdateCounter[9] += 1;//(craftAtts->size());
// ´send the *unique* exp properties
// we send the values of the first of the propertie(s) that comes our way - so the experiment code needs to sort that
// the reason we do this is that we might have exp properties with attributes affected by differing resource weights
mMessageFactory->addUint8(3);//3 as in write new 2 was change
mMessageFactory->addUint16(manSchem->expPropStore.size());
epStoreIt = manSchem->expPropStore.begin();
while(epStoreIt != manSchem->expPropStore.end())
{
(*epStoreIt).second->mExpAttributeValueOld = (*epStoreIt).second->mExpAttributeValue;
if(manSchem->hasPPAttribute(gWorldManager->getAttributeKey((*epStoreIt).first)))
{
float attributeValue = (*epStoreIt).second->mExpAttributeValue;
float attributeAddValue = manSchem->getPPAttribute<float>(gWorldManager->getAttributeKey((*epStoreIt).first));
mMessageFactory->addFloat(attributeValue+attributeAddValue);
}
else
mMessageFactory->addFloat((*epStoreIt).second->mExpAttributeValue);
//mMessageFactory->addFloat((*epStoreIt).second->mExpAttributeValue);
++epStoreIt;
}
}
// BlueBarSizeList
if(manSchem->mBlueBarSizeChange)
{
mMessageFactory->addUint16(11);
mMessageFactory->addUint32(manSchem->expPropStore.size());
manSchem->mUpdateCounter[11] += manSchem->expPropStore.size();
mMessageFactory->addUint32(manSchem->mUpdateCounter[11]);
//manSchem->mUpdateCounter[11] += 1;//(exProp->size());
mMessageFactory->addUint8(3);//3 as in write new 2 was change
mMessageFactory->addUint16(manSchem->expPropStore.size());
epStoreIt = manSchem->expPropStore.begin();
while(epStoreIt != manSchem->expPropStore.end())
{
mMessageFactory->addFloat((*epStoreIt).second->mBlueBarSize);
(*epStoreIt).second->mBlueBarSizeOld = (*epStoreIt).second->mBlueBarSize;
++epStoreIt;
}
}
// max values MaxExperimentationList
if(manSchem->mMaxExpValueChange)
{
mMessageFactory->addUint16(12);
mMessageFactory->addUint32(manSchem->expPropStore.size());
manSchem->mUpdateCounter[12] += manSchem->expPropStore.size();
mMessageFactory->addUint32(manSchem->mUpdateCounter[12]);
//manSchem->mUpdateCounter[12] += 1;
mMessageFactory->addUint8(3);//3 as in write new; 2 was change
mMessageFactory->addUint16(expProp->size());
epStoreIt = manSchem->expPropStore.begin();
while(epStoreIt != manSchem->expPropStore.end())
{
(*epStoreIt).second->mMaxExpValueOld = (*epStoreIt).second->mMaxExpValue;
mMessageFactory->addFloat((*epStoreIt).second->mMaxExpValue);
++epStoreIt;
}
}
// success chance
mMessageFactory->addUint16(18);
mMessageFactory->addFloat(manSchem->getExpFailureChance());
newMessage = mMessageFactory->EndMessage();
mMessageFactory->StartMessage();
mMessageFactory->addUint32(opDeltasMessage);
mMessageFactory->addUint64(manSchem->getId());
mMessageFactory->addUint32(opMSCO);
mMessageFactory->addUint8(7);
mMessageFactory->addUint32(newMessage->getSize());
mMessageFactory->addData(newMessage->getData(),newMessage->getSize());
finalMessage = mMessageFactory->EndMessage();
newMessage->setPendingDelete(true);
(playerObject->getClient())->SendChannelA(finalMessage ,playerObject->getAccountId(),CR_Client,5);
return(true);
}
