KartUpdateMessage::KartUpdateMessage()
: Message(Message::MT_KART_INFO)
{
World *world = World::getWorld();
unsigned int num_karts = world->getNumKarts();
// Send the number of karts and for each kart the compressed
// control structure (3 ints) and xyz,hpr (4 floats: quaternion:
allocate(getCharLength()+
num_karts*(KartControl::getLength() + getVec3Length()
+getQuaternionLength()) );
addChar(num_karts);
for(unsigned int i=0; i<num_karts; i++)
{
const Kart* kart = world->getKart(i);
const KartControl& kc=kart->getControls();
kc.serialise(this);
addVec3(kart->getXYZ());
addQuaternion(kart->getRotation());
} // for i
} // KartUpdateMessage
void cNoAlphaShaderAccumulate::updateDebugInfo()
{
iter_shadercol it_shader = m_list.begin();
for (; it_shader != m_list.end(); ++it_shader)
{
/*
* material
*/
map_mtlcol& mtlList = it_shader->second->m_mtlColList;
iter_mtlcol it_mtl = mtlList.begin();
for (; it_mtl != mtlList.end(); ++it_mtl)
{
/*
* mesh
*/
vec_meshcol& meshList = it_mtl->second->m_meshColList;
iter_meshcol it_mesh = meshList.begin();
for (; it_mesh != meshList.end(); ++it_mesh)
{
cEntityModel* entity = (*it_mesh)->m_entity;
cMesh* mesh = (*it_mesh)->m_mesh;
sVBInfo* vbInfo = _getVBMgr()->get(mesh->m_vbBuid);
if (!vbInfo)
continue;
void* vbList;
if (!vbInfo->m_vb.lock(0, vbInfo->m_vbSize, (void**)&vbList, vbInfo->m_lock))
continue;
uint offset = 0;
sVector3 temp, p;
for (uint vn = 0; vn < vbInfo->m_vertexNum; ++vn)
{
sVector3* position = vbInfo->getVBOffset<sVector3*>(vbList, offset, sFVFInfo::FVF_XYZ);
addVec3(*position, entity->getPosition(), p);
if (_getIsRender(RENDER_NORMAL))
{
sVector3* normal = vbInfo->getVBOffset<sVector3*>(vbList, offset, sFVFInfo::FVF_NORMAL);
entity->getMatRot().transformCoord(*normal, temp);
_getBatchRenderMgr()->pushAtNormal(&p, &temp, 10.0f, COLOR_GREEN);
}
if (_getIsRender(RENDER_TANGENT))
{
sVector3* tangent = vbInfo->getVBOffset<sVector3*>(vbList, offset, sFVFInfo::FVF_TANGENT);
entity->getMatRot().transformCoord(*tangent, temp);
_getBatchRenderMgr()->pushAtNormal(&p, &temp, 10.0f, COLOR_RED);
}
if (_getIsRender(RENDER_BINORMAL))
{
sVector3* binormal = vbInfo->getVBOffset<sVector3*>(vbList, offset, sFVFInfo::FVF_BINORMAL);
entity->getMatRot().transformCoord(*binormal, temp);
_getBatchRenderMgr()->pushAtNormal(&p, &temp, 10.0f, COLOR_BLUE);
}
offset += vbInfo->m_stride;
}
vbInfo->m_vb.unlock();
}
}
}
}
