ManyCircleTypesTest( CigiOutgoingMsg &outgoing )
: SymbologyTest( outgoing ), initialized( false )
{
for( uint i = 0; i < 6; ++i )
{
CigiSymbolCircleDefV3_3 *def = new CigiSymbolCircleDefV3_3;
def->SetSymbolID( unique_symbology_id() );
circleDefs.push_back( def );
CigiSymbolCtrlV3_3 *ctrl = new CigiSymbolCtrlV3_3;
ctrl->SetSymbolID( def->GetSymbolID() );
circleCtrls.push_back( ctrl );
}
}
void XSymbolCircleDefV3_3::OnPacketReceived(CigiBasePacket *Packet)
{
CigiSymbolCircleDefV3_3 *InPckt = (CigiSymbolCircleDefV3_3 *)Packet;
printf("Symbol Circle Definition:\n");
printf("\tSymbol ID = %d\n",InPckt->GetSymbolID());
printf("\tDrawing Style = %d : ",InPckt->GetDrawingStyle());
switch(InPckt->GetDrawingStyle())
{
case 0:
printf("Line\n");
break;
case 1:
printf("Fill\n");
break;
default:
printf("\n");
break;
}
printf("\tStipple Pattern = %d\n",InPckt->GetStipplePattern());
printf("\tLine Width = %f\n",InPckt->GetLineWidth());
printf("\tStipple Pattern Length = %f\n",InPckt->GetStipplePatternLen());
// Circle Data
int CircleCnt = InPckt->GetCircleCount();
int ndx = 0;
for(ndx=0;ndx<CircleCnt;ndx++)
{
CigiCircleSymbolDataV3_3 *Circle =
(CigiCircleSymbolDataV3_3 *)InPckt->GetCircle(ndx);
printf("\tCenter U Position = %f\n",Circle->GetCenterUPosition());
printf("\tCenter V Position = %f\n",Circle->GetCenterVPosition());
printf("\tRadius = %f\n",Circle->GetRadius());
printf("\tInner Radius = %f\n",Circle->GetInnerRadius());
printf("\tStart Angle = %f\n",Circle->GetStartAngle());
printf("\tEnd Angle = %f\n",Circle->GetEndAngle());
}
}
