SendProp SendPropQuaternion(
char *pVarName,
int offset,
int sizeofVar,
int nBits, // Number of bits to use when encoding.
int flags,
float fLowValue, // For floating point, low and high values.
float fHighValue, // High value. If HIGH_DEFAULT, it's (1<<nBits).
SendVarProxyFn varProxy
)
{
SendProp ret;
if(varProxy == SendProxy_QuaternionToQuaternion)
{
Assert(sizeofVar == sizeof(Quaternion));
}
if ( nBits == 32 )
flags |= SPROP_NOSCALE;
ret.m_Type = DPT_Quaternion;
ret.m_pVarName = pVarName;
ret.SetOffset( offset );
ret.m_nBits = nBits;
ret.SetFlags( flags );
ret.m_fLowValue = fLowValue;
ret.m_fHighValue = fHighValue;
ret.m_fHighLowMul = AssignRangeMultiplier( ret.m_nBits, ret.m_fHighValue - ret.m_fLowValue );
ret.SetProxyFn( varProxy );
if( ret.GetFlags() & (SPROP_COORD | SPROP_NOSCALE | SPROP_NORMAL) )
ret.m_nBits = 0;
return ret;
}
void UTIL_DrawSendTable(FILE *fp, SendTable *pTable, int level = 1)
{
SendProp *pProp;
const char *type;
for (int i = 0; i < pTable->GetNumProps(); i++)
{
pProp = pTable->GetProp(i);
if (pProp->GetDataTable())
{
fprintf(fp, "%*sTable: %s (offset %d) (type %s)\n",
level, "",
pProp->GetName(),
pProp->GetOffset(),
pProp->GetDataTable()->GetName());
UTIL_DrawSendTable(fp, pProp->GetDataTable(), level + 1);
}
else
{
type = GetDTTypeName(pProp->GetType());
if (type != NULL)
{
fprintf(fp,
"%*sMember: %s (offset %d) (type %s) (bits %d) (%s)\n",
level, "",
pProp->GetName(),
pProp->GetOffset(),
type,
pProp->m_nBits,
UTIL_SendFlagsToString(pProp->GetFlags(), pProp->GetType()));
}
else
{
fprintf(fp,
"%*sMember: %s (offset %d) (type %d) (bits %d) (%s)\n",
level, "",
pProp->GetName(),
pProp->GetOffset(),
pProp->GetType(),
pProp->m_nBits,
UTIL_SendFlagsToString(pProp->GetFlags(), pProp->GetType()));
}
}
}
}
SendProp SendPropFloat(
const char *pVarName,
// Variable name.
int offset, // Offset into container structure.
int sizeofVar,
int nBits, // Number of bits to use when encoding.
int flags,
float fLowValue, // For floating point, low and high values.
float fHighValue, // High value. If HIGH_DEFAULT, it's (1<<nBits).
SendVarProxyFn varProxy
)
{
SendProp ret;
if ( varProxy == SendProxy_FloatToFloat )
{
Assert( sizeofVar == 0 || sizeofVar == 4 );
}
if ( nBits <= 0 || nBits == 32 )
{
flags |= SPROP_NOSCALE;
fLowValue = 0.f;
fHighValue = 0.f;
}
else
{
if(fHighValue == HIGH_DEFAULT)
fHighValue = (1 << nBits);
if (flags & SPROP_ROUNDDOWN)
fHighValue = fHighValue - ((fHighValue - fLowValue) / (1 << nBits));
else if (flags & SPROP_ROUNDUP)
fLowValue = fLowValue + ((fHighValue - fLowValue) / (1 << nBits));
}
ret.m_Type = DPT_Float;
ret.m_pVarName = pVarName;
ret.SetOffset( offset );
ret.m_nBits = nBits;
ret.SetFlags( flags );
ret.m_fLowValue = fLowValue;
ret.m_fHighValue = fHighValue;
ret.m_fHighLowMul = AssignRangeMultiplier( ret.m_nBits, ret.m_fHighValue - ret.m_fLowValue );
ret.SetProxyFn( varProxy );
if( ret.GetFlags() & (SPROP_COORD | SPROP_NOSCALE | SPROP_NORMAL | SPROP_COORD_MP | SPROP_COORD_MP_LOWPRECISION | SPROP_COORD_MP_INTEGRAL ) )
ret.m_nBits = 0;
return ret;
}
static void SendTable_CalcNextVectorElems( SendTable *pTable )
{
for ( int i=0; i < pTable->GetNumProps(); i++ )
{
SendProp *pProp = pTable->GetProp( i );
if ( pProp->GetType() == DPT_DataTable )
{
SendTable_CalcNextVectorElems( pProp->GetDataTable() );
}
else if ( pProp->GetOffset() < 0 )
{
pProp->SetOffset( -pProp->GetOffset() );
pProp->SetFlags( pProp->GetFlags() | SPROP_IS_A_VECTOR_ELEM );
}
}
}
void UTIL_DrawSendTable_XML(FILE *fp, SendTable *pTable, int space_count)
{
char spaces[255];
for (int i = 0; i < space_count; i++)
{
spaces[i] = ' ';
}
spaces[space_count] = '\0';
const char *type_name;
SendTable *pOtherTable;
SendProp *pProp;
fprintf(fp, " %s<sendtable name=\"%s\">\n", spaces, pTable->GetName());
for (int i = 0; i < pTable->GetNumProps(); i++)
{
pProp = pTable->GetProp(i);
fprintf(fp, " %s<property name=\"%s\">\n", spaces, pProp->GetName());
if ((type_name = GetDTTypeName(pProp->GetType())) != NULL)
{
fprintf(fp, " %s<type>%s</type>\n", spaces, type_name);
}
else
{
fprintf(fp, " %s<type>%d</type>\n", spaces, pProp->GetType());
}
fprintf(fp, " %s<offset>%d</offset>\n", spaces, pProp->GetOffset());
fprintf(fp, " %s<bits>%d</bits>\n", spaces, pProp->m_nBits);
fprintf(fp, " %s<flags>%s</flags>\n", spaces, UTIL_SendFlagsToString(pProp->GetFlags(), pProp->GetType()));
if ((pOtherTable = pTable->GetProp(i)->GetDataTable()) != NULL)
{
UTIL_DrawSendTable_XML(fp, pOtherTable, space_count + 3);
}
fprintf(fp, " %s</property>\n", spaces);
}
fprintf(fp, " %s</sendtable>\n", spaces);
}
// Spits out warnings for invalid properties and forces property values to
// be in valid ranges for the encoders and decoders.
static void SendTable_Validate( CSendTablePrecalc *pPrecalc )
{
SendTable *pTable = pPrecalc->m_pSendTable;
for( int i=0; i < pTable->m_nProps; i++ )
{
SendProp *pProp = &pTable->m_pProps[i];
if ( pProp->GetArrayProp() )
{
if ( pProp->GetArrayProp()->GetType() == DPT_DataTable )
{
Error( "Invalid property: %s/%s (array of datatables) [on prop %d of %d (%s)].", pTable->m_pNetTableName, pProp->GetName(), i, pTable->m_nProps, pProp->GetArrayProp()->GetName() );
}
}
else
{
ErrorIfNot( pProp->GetNumElements() == 1, ("Prop %s/%s has an invalid element count for a non-array.", pTable->m_pNetTableName, pProp->GetName()) );
}
// Check for 1-bit signed properties (their value doesn't get down to the client).
if ( pProp->m_nBits == 1 && !(pProp->GetFlags() & SPROP_UNSIGNED) )
{
DataTable_Warning("SendTable prop %s::%s is a 1-bit signed property. Use SPROP_UNSIGNED or the client will never receive a value.\n", pTable->m_pNetTableName, pProp->GetName());
}
}
for ( int i = 0; i < pPrecalc->GetNumProps(); ++i )
{
const SendProp *pProp = pPrecalc->GetProp( i );
if ( pProp->GetFlags() & SPROP_ENCODED_AGAINST_TICKCOUNT )
{
pTable->SetHasPropsEncodedAgainstTickcount( true );
break;
}
}
}
SendProp SendPropInt(
char *pVarName,
int offset,
int sizeofVar,
int nBits,
int flags,
SendVarProxyFn varProxy
)
{
SendProp ret;
if ( !varProxy )
{
if ( sizeofVar == 1 )
{
varProxy = SendProxy_Int8ToInt32;
}
else if ( sizeofVar == 2 )
{
varProxy = SendProxy_Int16ToInt32;
}
else if ( sizeofVar == 4 )
{
varProxy = SendProxy_Int32ToInt32;
}
else
{
Assert(!"SendPropInt var has invalid size");
varProxy = SendProxy_Int8ToInt32; // safest one...
}
}
// Figure out # of bits if the want us to.
if ( nBits <= 0 )
{
Assert( sizeofVar == 1 || sizeofVar == 2 || sizeofVar == 4 );
nBits = sizeofVar * 8;
}
ret.m_Type = DPT_Int;
ret.m_pVarName = pVarName;
ret.SetOffset( offset );
ret.m_nBits = nBits;
ret.SetFlags( flags );
// Use UInt proxies if they want unsigned data. This isn't necessary to encode
// the values correctly, but it lets us check the ranges of the data to make sure
// they're valid.
ret.SetProxyFn( varProxy );
if( ret.GetFlags() & SPROP_UNSIGNED )
{
if( varProxy == SendProxy_Int8ToInt32 )
ret.SetProxyFn( SendProxy_UInt8ToInt32 );
else if( varProxy == SendProxy_Int16ToInt32 )
ret.SetProxyFn( SendProxy_UInt16ToInt32 );
else if( varProxy == SendProxy_Int32ToInt32 )
ret.SetProxyFn( SendProxy_UInt32ToInt32 );
}
return ret;
}
