/**
* Sends a mail.
*
* @param receiver The MailReceiver to which this mail is sent.
* @param sender The MailSender from which this mail is originated.
* @param checked The mask used to specify the mail.
* @param deliver_delay The delay after which the mail is delivered in seconds
*/
void MailDraft::SendMailTo(MailReceiver const& receiver, MailSender const& sender, MailCheckMask checked, uint32 deliver_delay, uint32 expire_delay)
{
Player* pReceiver = receiver.GetPlayer(); // can be nullptr
uint32 pReceiverAccount = 0;
if (!pReceiver)
pReceiverAccount = sObjectMgr.GetPlayerAccountIdByGUID(receiver.GetPlayerGuid());
if (!pReceiver && !pReceiverAccount) // receiver not exist
{
deleteIncludedItems(true);
return;
}
bool has_items = !m_items.empty();
// generate mail template items for online player, for offline player items will generated at open
if (pReceiver)
{
if (prepareItems(pReceiver))
has_items = true;
}
uint32 mailId = sObjectMgr.GenerateMailID();
time_t deliver_time = time(nullptr) + deliver_delay;
if (!expire_delay)
{
// expire time if COD 3 days, if no COD 30 days, if auction sale pending 1 hour
// auction mail without any items and money (auction sale note) pending 1 hour
if (sender.GetMailMessageType() == MAIL_AUCTION && m_items.empty() && !m_money)
expire_delay = HOUR;
// default case: expire time if COD 3 days, if no COD 30 days
else
expire_delay = (m_COD > 0) ? 3 * DAY : 30 * DAY;
}
time_t expire_time = deliver_time + expire_delay;
// Add to DB
std::string safe_subject = GetSubject();
CharacterDatabase.BeginTransaction();
CharacterDatabase.escape_string(safe_subject);
CharacterDatabase.PExecute("INSERT INTO mail (id,messageType,stationery,mailTemplateId,sender,receiver,subject,itemTextId,has_items,expire_time,deliver_time,money,cod,checked) "
"VALUES ('%u', '%u', '%u', '%u', '%u', '%u', '%s', '%u', '%u', '" UI64FMTD "','" UI64FMTD "', '%u', '%u', '%u')",
mailId, sender.GetMailMessageType(), sender.GetStationery(), GetMailTemplateId(), sender.GetSenderId(), receiver.GetPlayerGuid().GetCounter(), safe_subject.c_str(), GetBodyId(), (has_items ? 1 : 0), (uint64)expire_time, (uint64)deliver_time, m_money, m_COD, checked);
for (MailItemMap::const_iterator mailItemIter = m_items.begin(); mailItemIter != m_items.end(); ++mailItemIter)
{
Item* item = mailItemIter->second;
CharacterDatabase.PExecute("INSERT INTO mail_items (mail_id,item_guid,item_template,receiver) VALUES ('%u', '%u', '%u','%u')",
mailId, item->GetGUIDLow(), item->GetEntry(), receiver.GetPlayerGuid().GetCounter());
}
CharacterDatabase.CommitTransaction();
// For online receiver update in game mail status and data
if (pReceiver)
{
pReceiver->AddNewMailDeliverTime(deliver_time);
Mail* m = new Mail;
m->messageID = mailId;
m->mailTemplateId = GetMailTemplateId();
m->subject = GetSubject();
m->itemTextId = GetBodyId();
m->money = GetMoney();
m->COD = GetCOD();
for (MailItemMap::const_iterator mailItemIter = m_items.begin(); mailItemIter != m_items.end(); ++mailItemIter)
{
Item* item = mailItemIter->second;
m->AddItem(item->GetGUIDLow(), item->GetEntry());
}
m->messageType = sender.GetMailMessageType();
m->stationery = sender.GetStationery();
m->sender = sender.GetSenderId();
m->receiverGuid = receiver.GetPlayerGuid();
m->expire_time = expire_time;
m->deliver_time = deliver_time;
m->checked = checked;
m->state = MAIL_STATE_UNCHANGED;
pReceiver->AddMail(m); // to insert new mail to beginning of maillist
if (!m_items.empty())
{
for (MailItemMap::iterator mailItemIter = m_items.begin(); mailItemIter != m_items.end(); ++mailItemIter)
pReceiver->AddMItem(mailItemIter->second);
}
}
else if (!m_items.empty())
deleteIncludedItems();
}
void MailDraft::SendMailTo(MailReceiver const& receiver, MailSender const& sender, MailCheckMask checked, uint32 deliver_delay)
{
Player* pReceiver = receiver.GetPlayer(); // can be NULL
if (pReceiver)
prepareItems(pReceiver); // generate mail template items
uint32 mailId = objmgr.GenerateMailID();
time_t deliver_time = time(NULL) + deliver_delay;
uint32 expire_delay;
// auction mail without any items and money (auction sale note) pending 1 hour
if (sender.GetMailMessageType() == MAIL_AUCTION && m_items.empty() && !m_money)
expire_delay = HOUR;
// mail from battlemaster (rewardmarks) should last only one day
else if (sender.GetMailMessageType() == MAIL_CREATURE && sBattleGroundMgr.GetBattleMasterBG(sender.GetSenderId()) != BATTLEGROUND_TYPE_NONE)
expire_delay = DAY;
// default case: expire time if COD 3 days, if no COD 30 days
else
expire_delay = (m_COD > 0) ? 3 * DAY : 30 * DAY;
time_t expire_time = deliver_time + expire_delay;
// Add to DB
std::string safe_subject = GetSubject();
CharacterDatabase.BeginTransaction();
CharacterDatabase.escape_string(safe_subject);
CharacterDatabase.PExecute("INSERT INTO mail (id,messageType,stationery,mailTemplateId,sender,receiver,subject,itemTextId,has_items,expire_time,deliver_time,money,cod,checked) "
"VALUES ('%u', '%u', '%u', '%u', '%u', '%u', '%s', '%u', '%u', '" UI64FMTD "','" UI64FMTD "', '%u', '%u', '%d')",
mailId, sender.GetMailMessageType(), sender.GetStationery(), GetMailTemplateId(), sender.GetSenderId(), receiver.GetPlayerGUIDLow(), safe_subject.c_str(), GetBodyId(), (m_items.empty() ? 0 : 1), (uint64)expire_time, (uint64)deliver_time, m_money, m_COD, checked);
for(MailItemMap::const_iterator mailItemIter = m_items.begin(); mailItemIter != m_items.end(); ++mailItemIter)
{
Item* item = mailItemIter->second;
CharacterDatabase.PExecute("INSERT INTO mail_items (mail_id,item_guid,item_template,receiver) VALUES ('%u', '%u', '%u','%u')", mailId, item->GetGUIDLow(), item->GetEntry(), receiver.GetPlayerGUIDLow());
}
CharacterDatabase.CommitTransaction();
// For online receiver update in game mail status and data
if (pReceiver)
{
pReceiver->AddNewMailDeliverTime(deliver_time);
if (pReceiver->IsMailsLoaded())
{
Mail *m = new Mail;
m->messageID = mailId;
m->mailTemplateId = GetMailTemplateId();
m->subject = GetSubject();
m->itemTextId = GetBodyId();
m->money = GetMoney();
m->COD = GetCOD();
for(MailItemMap::const_iterator mailItemIter = m_items.begin(); mailItemIter != m_items.end(); ++mailItemIter)
{
Item* item = mailItemIter->second;
m->AddItem(item->GetGUIDLow(), item->GetEntry());
}
m->messageType = sender.GetMailMessageType();
m->stationery = sender.GetStationery();
m->sender = sender.GetSenderId();
m->receiver = receiver.GetPlayerGUIDLow();
m->expire_time = expire_time;
m->deliver_time = deliver_time;
m->checked = checked;
m->state = MAIL_STATE_UNCHANGED;
pReceiver->AddMail(m); // to insert new mail to beginning of maillist
if (!m_items.empty())
{
for(MailItemMap::iterator mailItemIter = m_items.begin(); mailItemIter != m_items.end(); ++mailItemIter)
pReceiver->AddMItem(mailItemIter->second);
}
}
else if (!m_items.empty())
deleteIncludedItems();
}
else if (!m_items.empty())
deleteIncludedItems();
}
bool ChunkyBoneGeometry::CreateJoint(ChunkyPhysics* structure, PhysicsManager* physics, unsigned physics_fps) {
bool ok = false;
if (body_data_.parent_) {
if (GetBoneType() == kBonePosition) {
// Need not do jack. It's not a physical object.
ok = true;
} else if (body_data_.joint_type_ == kJointExclude) {
ok = physics->Attach(GetBodyId(), body_data_.parent_->GetBodyId());
} else if (body_data_.joint_type_ == kJointFixed) {
ok = physics->Attach(GetBodyId(), body_data_.parent_->GetBodyId());
} else if (body_data_.joint_type_ == kJointSuspendHinge || body_data_.joint_type_ == kJointHinge2) {
// Calculate axis from given euler angles.
vec3 suspension_axis(-1, 0, 0);
vec3 hinge_axis(0, 0, 1);
quat rotator;
rotator.SetEulerAngles(body_data_.parameter_[kParamEulerTheta], 0, body_data_.parameter_[kParamEulerPhi]);
suspension_axis = rotator*suspension_axis;
hinge_axis = rotator*hinge_axis;
joint_id_ = physics->CreateHinge2Joint(body_data_.parent_->GetBodyId(),
GetBodyId(), structure->GetTransformation(this).GetPosition(),
suspension_axis, hinge_axis);
physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], 0);
physics->SetSuspension(joint_id_, 1/(float)physics_fps, body_data_.parameter_[kParamSpringConstant],
body_data_.parameter_[kParamSpringDamping]);
physics->SetAngularMotorRoll(joint_id_, 0, 0);
physics->SetAngularMotorTurn(joint_id_, 0, 0);
ok = true;
} else if (body_data_.joint_type_ == kJointHinge) {
// Calculate axis from given euler angles.
vec3 hinge_axis(0, 0, 1);
quat hinge_rotator;
hinge_rotator.SetEulerAngles(body_data_.parameter_[kParamEulerTheta], 0, body_data_.parameter_[kParamEulerPhi]);
hinge_axis = hinge_rotator*hinge_axis;
const xform& body_transform = structure->GetTransformation(this);
const vec3 anchor = body_transform.GetPosition() + GetOriginalOffset();
joint_id_ = physics->CreateHingeJoint(body_data_.parent_->GetBodyId(),
GetBodyId(), anchor, hinge_axis);
physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], body_data_.bounce_);
physics->SetAngularMotorTurn(joint_id_, 0, 0);
//physics->GetAxis1(joint_id_, hinge_axis);
ok = true;
} else if (body_data_.joint_type_ == kJointSlider) {
// Calculate axis from given euler angles.
vec3 axis(0, 0, 1);
quat rotator;
rotator.SetEulerAngles(body_data_.parameter_[kParamEulerTheta], 0, body_data_.parameter_[kParamEulerPhi]);
axis = rotator*axis;
joint_id_ = physics->CreateSliderJoint(body_data_.parent_->GetBodyId(),
GetBodyId(), axis);
physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], body_data_.bounce_);
physics->SetMotorTarget(joint_id_, 0, 0);
ok = true;
} else if (body_data_.joint_type_ == kJointUniversal) {
// Calculate axis from given euler angles.
vec3 axis1(0, 0, 1);
vec3 axis2(0, 1, 0);
quat rotator;
rotator.SetEulerAngles(body_data_.parameter_[kParamEulerTheta], 0, body_data_.parameter_[kParamEulerPhi]);
axis1 = rotator*axis1;
axis2 = rotator*axis2;
const xform& body_transform = structure->GetTransformation(this);
const vec3 anchor = body_transform.GetPosition() +
vec3(body_data_.parameter_[kParamOffsetX], body_data_.parameter_[kParamOffsetY], body_data_.parameter_[kParamOffsetZ]);
joint_id_ = physics->CreateUniversalJoint(body_data_.parent_->GetBodyId(),
GetBodyId(), anchor, axis1, axis2);
physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], 0);
/*physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], 0);
physics->SetSuspension(joint_id_, 1/(float)physics_fps, body_data_.parameter_[0],
body_data_.parameter_[1]);
physics->SetAngularMotorRoll(joint_id_, 0, 0);
physics->SetAngularMotorTurn(joint_id_, 0, 0);*/
ok = true;
} else if (body_data_.joint_type_ == kJointBall) {
const xform& body_transform = structure->GetTransformation(this);
const vec3 anchor = body_transform.GetPosition() +
vec3(body_data_.parameter_[kParamOffsetX], body_data_.parameter_[kParamOffsetY], body_data_.parameter_[kParamOffsetZ]);
joint_id_ = physics->CreateBallJoint(body_data_.parent_->GetBodyId(),
GetBodyId(), anchor);
/*physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], 0);
physics->SetJointParams(joint_id_, body_data_.parameter_[kParamLowStop], body_data_.parameter_[kParamHighStop], 0);
physics->SetSuspension(joint_id_, 1/(float)physics_fps, body_data_.parameter_[0],
body_data_.parameter_[1]);
physics->SetAngularMotorRoll(joint_id_, 0, 0);
physics->SetAngularMotorTurn(joint_id_, 0, 0);*/
ok = true;
} else {
deb_assert(false);
}
} else {
deb_assert(body_data_.joint_type_ == kJointExclude);
ok = true;
}
deb_assert(ok);
return (ok);
}
