/** Create or adjust "rot" parameter for a component
* Assumed that name either equals "rotx", "roty" or "rotz" otherwise this
* method will not add/modify "rot" parameter
* @param comp :: Component
* @param name :: Parameter name
* @param deg :: Parameter value in degrees
* @param pDescription :: a pointer (may be NULL) to a string, containing
* parameter's
* description. If provided, the contents of the string is copied to the
* parameter's
* memory
*/
void ParameterMap::addRotationParam(const IComponent *comp,
const std::string &name, const double deg,
const std::string *const pDescription) {
Parameter_sptr paramRotX = get(comp, rotx());
Parameter_sptr paramRotY = get(comp, roty());
Parameter_sptr paramRotZ = get(comp, rotz());
double rotX, rotY, rotZ;
if (paramRotX)
rotX = paramRotX->value<double>();
else
rotX = 0.0;
if (paramRotY)
rotY = paramRotY->value<double>();
else
rotY = 0.0;
if (paramRotZ)
rotZ = paramRotZ->value<double>();
else
rotZ = 0.0;
// adjust rotation
Quat quat;
if (name.compare(rotx()) == 0) {
addDouble(comp, rotx(), deg);
quat = Quat(deg, V3D(1, 0, 0)) * Quat(rotY, V3D(0, 1, 0)) *
Quat(rotZ, V3D(0, 0, 1));
} else if (name.compare(roty()) == 0) {
addDouble(comp, roty(), deg);
quat = Quat(rotX, V3D(1, 0, 0)) * Quat(deg, V3D(0, 1, 0)) *
Quat(rotZ, V3D(0, 0, 1));
} else if (name.compare(rotz()) == 0) {
addDouble(comp, rotz(), deg);
quat = Quat(rotX, V3D(1, 0, 0)) * Quat(rotY, V3D(0, 1, 0)) *
Quat(deg, V3D(0, 0, 1));
} else {
g_log.warning()
<< "addRotationParam() called with unrecognized coordinate symbol: "
<< name;
return;
}
// clear the position cache
clearPositionSensitiveCaches();
// finally add or update "pos" parameter
addQuat(comp, rot(), quat, pDescription);
}
void LLSDMessageBuilder::copyFromMessageData(const LLMsgData& data)
{
// copy the blocks
// counting variables used to encode multiple block info
S32 block_count = 0;
char* block_name = NULL;
// loop through msg blocks to loop through variables, totalling up size
// data and filling the new (send) message
LLMsgData::msg_blk_data_map_t::const_iterator iter =
data.mMemberBlocks.begin();
LLMsgData::msg_blk_data_map_t::const_iterator end =
data.mMemberBlocks.end();
for(; iter != end; ++iter)
{
const LLMsgBlkData* mbci = iter->second;
if(!mbci) continue;
// do we need to encode a block code?
if (block_count == 0)
{
block_count = mbci->mBlockNumber;
block_name = (char*)mbci->mName;
}
// counting down mutliple blocks
block_count--;
nextBlock(block_name);
// now loop through the variables
LLMsgBlkData::msg_var_data_map_t::const_iterator dit = mbci->mMemberVarData.begin();
LLMsgBlkData::msg_var_data_map_t::const_iterator dend = mbci->mMemberVarData.end();
for(; dit != dend; ++dit)
{
const LLMsgVarData& mvci = *dit;
const char* varname = mvci.getName();
switch(mvci.getType())
{
case MVT_FIXED:
addBinaryData(varname, mvci.getData(), mvci.getSize());
break;
case MVT_VARIABLE:
{
const char end = ((const char*)mvci.getData())[mvci.getSize()-1]; // Ensure null terminated
if (mvci.getDataSize() == 1 && end == 0)
{
addString(varname, (const char*)mvci.getData());
}
else
{
addBinaryData(varname, mvci.getData(), mvci.getSize());
}
break;
}
case MVT_U8:
addU8(varname, *(U8*)mvci.getData());
break;
case MVT_U16:
addU16(varname, *(U16*)mvci.getData());
break;
case MVT_U32:
addU32(varname, *(U32*)mvci.getData());
break;
case MVT_U64:
addU64(varname, *(U64*)mvci.getData());
break;
case MVT_S8:
addS8(varname, *(S8*)mvci.getData());
break;
case MVT_S16:
addS16(varname, *(S16*)mvci.getData());
break;
case MVT_S32:
addS32(varname, *(S32*)mvci.getData());
break;
// S64 not supported in LLSD so we just truncate it
case MVT_S64:
addS32(varname, *(S64*)mvci.getData());
break;
case MVT_F32:
addF32(varname, *(F32*)mvci.getData());
break;
case MVT_F64:
addF64(varname, *(F64*)mvci.getData());
break;
case MVT_LLVector3:
addVector3(varname, *(LLVector3*)mvci.getData());
break;
case MVT_LLVector3d:
addVector3d(varname, *(LLVector3d*)mvci.getData());
break;
case MVT_LLVector4:
addVector4(varname, *(LLVector4*)mvci.getData());
break;
case MVT_LLQuaternion:
{
LLVector3 v = *(LLVector3*)mvci.getData();
LLQuaternion q;
q.unpackFromVector3(v);
addQuat(varname, q);
break;
}
case MVT_LLUUID:
addUUID(varname, *(LLUUID*)mvci.getData());
break;
case MVT_BOOL:
addBOOL(varname, *(BOOL*)mvci.getData());
break;
case MVT_IP_ADDR:
addIPAddr(varname, *(U32*)mvci.getData());
break;
case MVT_IP_PORT:
addIPPort(varname, *(U16*)mvci.getData());
break;
case MVT_U16Vec3:
//treated as an array of 6 bytes
addBinaryData(varname, mvci.getData(), 6);
break;
case MVT_U16Quat:
//treated as an array of 8 bytes
addBinaryData(varname, mvci.getData(), 8);
break;
case MVT_S16Array:
addBinaryData(varname, mvci.getData(), mvci.getSize());
break;
default:
llwarns << "Unknown type in conversion of message to LLSD" << llendl;
break;
}
}
}
}
/** Create or adjust "rot" parameter for a component
* Assumed that name either equals "rotx", "roty" or "rotz" otherwise this
* method will not add/modify "rot" parameter
* @param comp :: Component
* @param name :: Parameter name
* @param deg :: Parameter value in degrees
*/
void ParameterMap::addRotationParam(const IComponent* comp,const std::string& name, const double deg)
{
Parameter_sptr param = get(comp,"rot");
Quat quat;
Parameter_sptr paramRotX = get(comp,"rotx");
Parameter_sptr paramRotY = get(comp,"roty");
Parameter_sptr paramRotZ = get(comp,"rotz");
double rotX, rotY, rotZ;
if ( paramRotX )
rotX = paramRotX->value<double>();
else
rotX = 0.0;
if ( paramRotY )
rotY = paramRotY->value<double>();
else
rotY = 0.0;
if ( paramRotZ )
rotZ = paramRotZ->value<double>();
else
rotZ = 0.0;
// adjust rotation
if ( name.compare("rotx")==0 )
{
if (paramRotX)
paramRotX->set(deg);
else
addDouble(comp, "rotx", deg);
quat = Quat(deg,V3D(1,0,0))*Quat(rotY,V3D(0,1,0))*Quat(rotZ,V3D(0,0,1));
}
else if ( name.compare("roty")==0 )
{
if (paramRotY)
paramRotY->set(deg);
else
addDouble(comp, "roty", deg);
quat = Quat(rotX,V3D(1,0,0))*Quat(deg,V3D(0,1,0))*Quat(rotZ,V3D(0,0,1));
}
else if ( name.compare("rotz")==0 )
{
if (paramRotZ)
paramRotZ->set(deg);
else
addDouble(comp, "rotz", deg);
quat = Quat(rotX,V3D(1,0,0))*Quat(rotY,V3D(0,1,0))*Quat(deg,V3D(0,0,1));
}
else
{
g_log.warning() << "addRotationParam() called with unrecognised coordinate symbol: " << name;
return;
}
//clear the position cache
clearCache();
// finally add or update "pos" parameter
if (param)
param->set(quat);
else
addQuat(comp, "rot", quat);
}