XE::VEC2 XKeyPos::AssignRandom() const
{
if( m_radiusRandom ) {
return m_vPosOrig + XE::GetAngleVector( xRandomF(360.f), m_radiusRandom );
} else {
auto vPosRandomed = m_vPosOrig;
if( !m_vRangeRandomX.IsZero() )
vPosRandomed.x += xRandomF( m_vRangeRandomX.v1, m_vRangeRandomX.v2 );
if( !m_vRangeRandomY.IsZero() )
vPosRandomed.y += xRandomF( m_vRangeRandomY.v1, m_vRangeRandomY.v2 );
return vPosRandomed;
}
return m_vPosOrig;
}
void CCamera::Transform( LPDIRECT3DDEVICE9 pd3dDevice, CWorld* pWorld )
{
D3DXVECTOR3 vTempPos = m_vPos;
if( m_nQuakeSec > 0 )
{
// float x = (float)(8.0f - xRandom(16)) / 256.0f;
// float y = (float)(8.0f - xRandom(16)) / 256.0f;
// float z = (float)(8.0f - xRandom(16)) / 256.0f;
float x = (m_fQuakeSize / 2.0f) - xRandomF( m_fQuakeSize );
float y = (m_fQuakeSize / 2.0f) - xRandomF( m_fQuakeSize );
float z = (m_fQuakeSize / 2.0f) - xRandomF( m_fQuakeSize );
vTempPos.x += x;
vTempPos.y += y;
vTempPos.z += z;
--m_nQuakeSec;
}
D3DXVECTOR3 vUp = D3DXVECTOR3(0, 1.0f, 0 );
#ifdef __CLIENT
if( g_WndMng.m_pWndWorld )
{
if( g_pPlayer && g_Option.m_bRollEffect )
{
D3DXMATRIX mRot;
FLOAT fRollAng = ((CWndWorld *)g_WndMng.m_pWndWorld)->m_fRollAng;
D3DXMatrixRotationYawPitchRoll( &mRot, D3DXToRadian(-g_pPlayer->GetAngle()), 0/*D3DXToRadian(g_pPlayer->GetAngleX())*/, D3DXToRadian(fRollAng) );
D3DXVec3TransformCoord( &vUp, &vUp, &mRot );
}
}
#endif // client
D3DXMatrixLookAtLH( &m_matView, &vTempPos, &m_vLookAt, &vUp );
pd3dDevice->SetTransform( D3DTS_VIEW, &m_matView );
pWorld->UpdateCullInfo( &m_matView, &pWorld->m_matProj );
// 거대한 오브젝트의 컬링을 위해 카메라를 실제보다 뒤로 조금 뺀다.
/*
D3DXVECTOR3 vTempLook = m_vLookAt;
D3DXVec3Normalize(&(vTempLook),&(vTempLook));
vTempPos -= ( vTempLook * 3);
D3DXMATRIX mTempView;
D3DXMatrixLookAtLH( &mTempView, &vTempPos, &m_vLookAt, &D3DXVECTOR3(0.0f,1.0f,0.0f) );
pWorld->UpdateCullInfo( &mTempView, &pWorld->m_matProj );
*/
// 현재 카메라의 역함수를 구한다. 이것은 여기저기서 다목적으로 사용한다.
D3DXMatrixInverse( &m_matInvView, NULL, &m_matView );
m_matInvView._41 = 0.0f; m_matInvView._42 = 0.0f; m_matInvView._43 = 0.0f;
g_matInvView = m_matInvView;
g_matView = m_matView;
}
XE::VEC2 XKeyScale::AssignRandom() const
{
if( !m_vRangeRandomXY.IsZero() ) {
const float rangeRandom = xRandomF( m_vRangeRandomXY.v1, m_vRangeRandomXY.v2 );
return m_vScaleOrig + XE::VEC2( rangeRandom, rangeRandom );
} else {
auto vRandomed = m_vScaleOrig;
if( !m_vRangeRandomX.IsZero() ) {
vRandomed.x += xRandomF( m_vRangeRandomX.v1, m_vRangeRandomX.v2 );
}
if( !m_vRangeRandomY.IsZero() ) {
vRandomed.y += xRandomF( m_vRangeRandomY.v1, m_vRangeRandomY.v2 );
}
return vRandomed;
}
return m_vScaleOrig;
}
XE::VEC2 XKeyScale::AssignRandom() const
{
XE::VEC2 vRandomed;
vRandomed = m_vScaleOrig;
if( !m_vRangeXY.IsZero() ) {
const float rangeRandom = xRandomF( m_vRangeXY.v1, m_vRangeXY.v2 );
vRandomed += XE::VEC2( rangeRandom, rangeRandom );
} else {
if( !m_vRangeX.IsZero() ) {
vRandomed.x += xRandomF( m_vRangeX.v1, m_vRangeX.v2 );
}
if( !m_vRangeY.IsZero() ) {
vRandomed.y += xRandomF( m_vRangeY.v1, m_vRangeY.v2 );
}
}
return vRandomed;
}
/**
@brief 로긴서버로부터 아직 계정정보가 도착안했다
@param bToLogin true면 로긴서버부터 다시 접속하도록함.
*/
void XClientConnection::OnAccountInfoNotYetFromLoginSvr( ID idAccount, bool bToLogin )
{
const float sec = (bToLogin)? xRandomF(3.f,5.f) : xRandomF(1.f,2.f);
// x초후에 다시 재접할것을 요청함.
XPacket ar( (ID)xCL2GS_ACCOUNT_RECONNECT_TO_GAMESVR );
ar << (WORD)(sec * 1000);
ar << (BYTE)xboolToByte(bToLogin); //
Send( ar );
MAIN->m_fpsToClientRetry.Process();
// CONSOLE( "idAcc:%d 의 계정정보가 로긴서버로부터 아직 도착하지 않아 대기열에 넣음" );
// #if _DEV_LEVEL <= DLV_DEV_EXTERNAL
// CONSOLE( "idAcc:%d 의 계정정보가 로긴서버로부터 아직 도착하지 않아 접속끊음.", idAccount );
// #endif
// // 일단은 별다른 처리없이 즉각 끊어버림.
// // SendMsgBox( NULL, 465 );
// SendLoginFailedGameSvr( 0 );
// DoDisconnect();
}
void CreateFlyParticle( CMover *pMover, float fAngX, int nType )
{
FLOAT fAngXZ, fAngH, fDist, fSpeed;
D3DXVECTOR3 vVel;
D3DXVECTOR3 vPos = pMover->GetPos();
if( nType == 0 )
vPos.y += 0.8f;
fAngXZ = pMover->GetAngle();
fAngXZ += 180.0f;
fAngXZ = D3DXToRadian( fAngXZ );
vPos.x += (xRandom(100) / 100.0f) - 0.50f;
vPos.y += (xRandom(100) / 100.0f) - 0.50f;
vPos.z += (xRandom(100) / 100.0f) - 0.50f;
for( int i = 0; i < 2; i ++ )
{
fAngXZ = (float)(-45.0f + xRandomF(90));
fAngXZ += pMover->GetAngle();
fAngXZ += 180.0f;
fAngXZ = D3DXToRadian( fAngXZ );
fAngH = (float)(fAngX + xRandomF(10));
fAngH = D3DXToRadian( fAngH );
fSpeed = xRandomF(0.02f);
fDist = cosf(-fAngH) * fSpeed;
vVel.x = sinf(fAngXZ) * fDist;
vVel.z = -cosf(fAngXZ) * fDist;
vVel.y = -sinf(-fAngH) * fSpeed;
if( nType == 1 ) // 근두운용.
g_ParticleMng.CreateParticle( 10 + xRandom(3), vPos, vVel, CMover::GetActiveMover()->GetPos().y + 0.5f );
else
g_ParticleMng.CreateParticle( 2 + xRandom(3), vPos, vVel, CMover::GetActiveMover()->GetPos().y + 0.5f );
}
}
