void CClientInterface::nextTarget()
{
std::vector<CharacterPtr> targets;
CClientWorld::instance()->makeVisibleList(targets,true);
if( targets.empty() )
{
m_target = CharacterPtr();
return;
}
if( !m_target )
{
m_target = targets[0];
return;
}
bool found = false;
for( std::vector<CharacterPtr>::iterator it = targets.begin(); it != targets.end(); ++it )
if( (*it) == m_target )
{
if( ++it != targets.end() )
{
found = true;
m_target = *it;
}
break;
};
if( !found )
m_target = targets[0];
}
TCPMessage::message_type GameClient::selectChar(const std::string& charName)
{
// retrieve char details
sqlite3_stmt* query = Database::getInstance()->prepare( QUERY_CHARACTER_DETAILS_BY_ACCNAME );
sqlite3_bind_int( query, 1, _id );
sqlite3_bind_text( query, 2, charName.c_str(), charName.size(), NULL );
sqlite3_step(query);
// now grab the details
_currentChar = CharacterPtr( new Character(
*this,
static_cast<CharacterClass> ( sqlite3_column_int( query, 3 ) ),
sqlite3_column_int( query, 0 ),
charName ) );
_currentChar->level() = sqlite3_column_int( query, 4 );
_currentChar->position().x = sqlite3_column_int( query, 5 );
_currentChar->position().y = sqlite3_column_int( query, 6 );
_isLoggedIn = true;
std::string tmpStr;
tmpStr += static_cast<char> ( sqlite3_column_int( query, 3 ) );
tmpStr += charName;
int data[] = { _currentChar->position().x, _currentChar->position().y, _currentChar->level() };
// send the details to the client
TCPMessagePtr detailsMsg = TCPMessage::createMessage( TCPMessage::MSG_CHAR_DETAILS, data, 3, tmpStr );
detailsMsg->sendToSocket(_socket);
return TCPMessage::MSG_SELECT_CHAR;
}
void CClientInterface::pulseUpdate(Real time)
{
// If this is the first frame, pick a speed
if (time == 0)
{
m_rotScale = 0.1;
}
// Otherwise scale movement units by time passed since last frame
else
m_rotScale = m_rotateSpeed * time;
if( CClientApp::instance()->inGame() )
{
if( m_keysPressed.find(Ogre::KC_UP) != m_keysPressed.end() )
m_rotY -= m_rotScale;
if( m_keysPressed.find(Ogre::KC_DOWN) != m_keysPressed.end() )
m_rotY += m_rotScale;
/* if( m_keysPressed.find(Ogre::KC_LEFT) != m_keysPressed.end() )
m_rotX -= m_rotScale;
if( m_keysPressed.find(Ogre::KC_RIGHT) != m_keysPressed.end())
m_rotX += m_rotScale;*/
if( !m_firstPerson )
{
if( m_diffY > m_rotScale )
{
m_rotY -= m_rotScale;
m_diffY -= m_rotScale;
} else
{
m_rotY -= m_diffY;
m_diffY = 0;
}
if( m_rotY < -Radian(Math::PI/2.1) )
m_rotY = -Radian(Math::PI/2.1);
else if( m_rotY > -Radian(Math::PI/50) )
m_rotY = -Math::PI/50;
if( m_mousePressed.find(RBUTTON) == m_mousePressed.end() )
{
if( Math::Abs(m_rotX) > Radian(Math::PI) )
{
m_rotX = m_rotX - 2 * Radian(Math::PI) * static_cast<int>((m_rotX / Math::PI / 2).valueRadians());
if( m_rotX > Radian(Math::PI) )
m_rotX -= 2 * Radian(Math::PI);
else if( m_rotX < Radian(-Math::PI) )
m_rotX += 2 * Radian(Math::PI);
}
if( m_rotX > Radian(0) )
m_rotX = std::max(Radian(0),m_rotX - 5 * m_rotScale);
else
m_rotX = std::min(Radian(0),m_rotX + 5 * m_rotScale);
};
Vector3 chHead = CClientWorld::instance()->getOwnChar()->getPosition() + Vector3(0,CHAR_SIZE,0);
Radian rotX = m_rotX + CClientWorld::instance()->getOwnChar()->getRotation();
Quaternion q(Quaternion::IDENTITY);
Quaternion q1(Radian(m_rotY),Vector3::UNIT_X);
q = q1 * q;
q1.FromAngleAxis(Radian(rotX),Vector3::UNIT_Y);
q = q1 * q;
Vector3 dir = q * Vector3::NEGATIVE_UNIT_Z;
Vector3 toPos = chHead - dir * m_camR;
if( m_prevCamPos == Vector3::ZERO || m_mousePressed.find(RBUTTON) != m_mousePressed.end() )
m_prevCamPos = toPos;
else
{
Vector3 diff = toPos - m_prevCamPos;
Real diffLength = diff.length();
if( diffLength )
{
diff *= time;
Real len = diff.length();
Real minLen = 1.6 * m_camR * time;
if( len < minLen )
diff *= std::min(minLen,diffLength) / len;
if( len > diffLength )
diff *= diffLength / len;
m_prevCamPos += diff;
}
}
getPlayerCam()->setPosition(m_prevCamPos);
//m_prevCamPos = toPos;
Real camR = (m_prevCamPos - chHead).length();
getPlayerCam()->lookAt(chHead);
if( camR > 1.1 * m_camR )
camR = 1.1 * m_camR;
dir = getPlayerCam()->getDirection();
m_prevCamPos = chHead - dir * camR;
Vector3 up = getPlayerCam()->getUp();
Vector3 right = getPlayerCam()->getRight();
Vector3 dots[5];
do{
dots[0] = chHead - dir * camR;
Vector3 center = dots[0] + dir * getPlayerCam()->getNearClipDistance();
dots[1] = center + up * getPlayerCam()->getNearClipDistance();
dots[2] = center - up * getPlayerCam()->getNearClipDistance();
dots[3] = center + right * getPlayerCam()->getNearClipDistance();
dots[4] = center - right * getPlayerCam()->getNearClipDistance();
bool outside = true;
for( uint i = 0; i < 5; i++ )
if( CClientWorld::instance()->heightAt(dots[i]) > dots[i].y ) /// Dot is under landscape
outside = false;
if( outside )
break;
m_diffY -= Radian(0.005);
getPlayerCam()->pitch(-Radian(0.005));
m_rotY -= Radian(0.005);
if( m_rotY < -Radian(Math::PI/2.1) )
break;
dir = getPlayerCam()->getDirection();
up = getPlayerCam()->getUp();
right = getPlayerCam()->getRight();
} while(1);
getPlayerCam()->setPosition(dots[0]);
} else
{
if( m_rotY < Radian(-Math::PI/6) )
m_rotY = Radian(-Math::PI/6);
else if( m_rotY > Radian(Math::PI/2) )
m_rotY = Math::PI/2;
if( m_rotX < Radian(-2 * Math::PI/3) )
m_rotX = Radian(-2 * Math::PI/3);
else if( m_rotX > Radian(2 * Math::PI/3) )
m_rotX = Radian(2 * Math::PI/3);
if( m_mousePressed.find(RBUTTON) == m_mousePressed.end() )
{
if( m_rotX > Radian(0) )
m_rotX = std::max(Radian(0),m_rotX - 3 * m_rotScale);
else
m_rotX = std::min(Radian(0),m_rotX + 3 * m_rotScale);
};
Radian rotX = m_rotX + CClientWorld::instance()->getOwnChar()->getRotation();
getPlayerCam()->setPosition(CClientWorld::instance()->getOwnChar()->getPosition() + Vector3(0,CHAR_SIZE,0));
getPlayerCam()->setOrientation(Quaternion::IDENTITY);
getPlayerCam()->pitch(m_rotY);
getPlayerCam()->yaw(rotX);
}
/// Find highlighted character
Ray ray = getPlayerCam()->getCameraToViewportRay(m_eventProcessor->getInputReader()->getCursor()->getX(),m_eventProcessor->getInputReader()->getCursor()->getY());
m_query->setQueryMask(Ogre::RSQ_Entities);
m_query->setRay(ray);
RaySceneQueryResult& r = m_query->execute();
RaySceneQueryResult::iterator it = r.begin();
m_highlight = CharacterPtr();
for (RaySceneQueryResult::iterator it = r.begin(); it != r.end(); ++it )
{
if( it->movable != 0 && it->movable->getParentSceneNode() && it->movable->getParentSceneNode()->getParentSceneNode() )
{
m_highlight = CClientWorld::instance()->findCharacter(it->movable->getParentSceneNode()->getParentSceneNode());
if( m_highlight && m_highlight != CClientWorld::instance()->getOwnChar() )
break;
}
}
} else
{
m_target.reset();
m_highlight.reset();
}
if( CClientApp::instance()->inGame() )
{
/// Moving character
if( m_keysPressed.find(Ogre::KC_W) != m_keysPressed.end() )
CClientWorld::instance()->getOwnChar()->walk(time);
if( m_keysPressed.find(Ogre::KC_A) != m_keysPressed.end() )
CClientWorld::instance()->getOwnChar()->rotate(m_rotScale);
if( m_keysPressed.find(Ogre::KC_D) != m_keysPressed.end() )
CClientWorld::instance()->getOwnChar()->rotate(-m_rotScale);
}
CClientWorld::instance()->updateCharactersInfo();
};