*/
void ChunkRequest::print( ATP_ChunkRequest_t * frame ){
Log.Debug("ChunkRequest object:"CR);
if ( getFrameType(frame) == ATP_TRANSFER_REQUEST ) Log.Debug("type: ATP_TRANSFER_REQUEST"CR );
if ( getFrameType(frame) == ATP_CHUNK_REQUEST ) Log.Debug( "type: ATP_CHUNK_REQUEST"CR );
if ( getFrameType(frame) == ATP_CHUNK_RESPONSE ) Log.Debug( "type: ATP_CHUNK_RESPONSE"CR );
Log.Debug("frameID: %s"CR, getFrameID(frame));
Log.Debug("meshAddress: %d"CR, getMeshAddress(frame));
Log.Debug("datetime: %d"CR, getDatetime(frame));
Log.Debug("atpID: %d"CR, getAtpID(frame));
Log.Debug("version: %d"CR, getVersion(frame));
if ( getStatus(frame) == ATP_IDLE ) Log.Debug( "status: ATP_IDLE"CR );
if ( getStatus(frame) == ATP_SUCCESS ) Log.Debug( "status: ATP_SUCCESS"CR );
if ( getStatus(frame) == ATP_FAILED_DURING_TRANSIT ) Log.Debug("status: ATP_FAILED_DURING_TRANSIT"CR );
if ( getStatus(frame) == ATP_FAILED_CHECKSUM ) Log.Debug( "status: ATP_FAILED_CHECKSUM"CR );
if ( getStatus(frame) == ATP_FAILED_ENCRYPTION ) Log.Debug( "status: ATP_FAILED_ENCRYPTION"CR );
if ( getStatus(frame) == ATP_FAILED_COMPRESSION ) Log.Debug("status: ATP_FAILED_COMPRESSION"CR );
if ( getStatus(frame) == ATP_UNSENT ) Log.Debug( "status: ATP_UNSENT"CR );
if ( getStatus(frame) == ATP_SENT ) Log.Debug( "status: ATP_SENT"CR );
if ( getStatus(frame) == ATP_RECEIVED ) Log.Debug( "status: ATP_RECEIVED"CR );
Log.Debug("start: %l"CR, getStart(frame));
Log.Debug("length: %l"CR, getLength(frame));
Log.Debug("transferTypes: %s"CR, getTransferTypes(frame));
void FeatureDemo::beginFrame()
{
mpRenderContext->pushGraphicsState(mpState);
mpRenderContext->clearFbo(mpMainFbo.get(), glm::vec4(0.7f, 0.7f, 0.7f, 1.0f), 1, 0, FboAttachmentType::All);
mpRenderContext->clearFbo(mpPostProcessFbo.get(), glm::vec4(), 1, 0, FboAttachmentType::Color);
if (mAAMode == AAMode::TAA)
{
glm::vec2 targetResolution = glm::vec2(mpDefaultFBO->getWidth(), mpDefaultFBO->getHeight());
mpRenderContext->clearRtv(mpMainFbo->getColorTexture(2)->getRTV().get(), vec4(0));
mpRenderContext->clearFbo(mpResolveFbo.get(), glm::vec4(), 1, 0, FboAttachmentType::Color);
// Select the sample pattern and set the camera jitter
const auto& samplePattern = (mTAASamplePattern == SamplePattern::Halton) ? kHaltonSamplePattern : kDX11SamplePattern;
static_assert(arraysize(kHaltonSamplePattern) == arraysize(kDX11SamplePattern), "Mismatch in the array size of the sample patterns");
uint32_t patternIndex = getFrameID() % arraysize(kHaltonSamplePattern);
mpSceneRenderer->getScene()->getActiveCamera()->setJitter(samplePattern[patternIndex][0] / targetResolution.x, samplePattern[patternIndex][1] / targetResolution.y);
}
}
*/
void TransferRequest::print( ATP_TransferRequest_t * frame ){
Log.Debug("TransferRequest object:"CR);
if ( getFrameType(frame) == ATP_TRANSFER_REQUEST ) Log.Debug("type: ATP_TRANSFER_REQUEST"CR );
if ( getFrameType(frame) == ATP_CHUNK_REQUEST ) Log.Debug( "type: ATP_CHUNK_REQUEST"CR );
if ( getFrameType(frame) == ATP_CHUNK_RESPONSE ) Log.Debug("type: ATP_CHUNK_RESPONSE"CR );
Log.Debug("frameID: %s"CR, getFrameID(frame));
Log.Debug("frameType: %d"CR, getFrameType(frame));
Log.Debug("meshAddress: %l"CR, getMeshAddress(frame));
Log.Debug("datetime: %l"CR, getDatetime(frame));
Log.Debug("atpID: %l"CR, getAtpID(frame));
Log.Debug("version: %d"CR, getVersion(frame));
Log.Debug("topchunk: %d"CR, getTopChunk(frame));
Log.Debug("chunkcount: %d"CR, getChunkCount(frame));
if ( getStatus(frame) == ATP_IDLE ) Log.Debug( "status: ATP_IDLE"CR );
if ( getStatus(frame) == ATP_SUCCESS ) Log.Debug( "status: ATP_SUCCESS"CR );
if ( getStatus(frame) == ATP_FAILED_DURING_TRANSIT ) Log.Debug("status: ATP_FAILED_DURING_TRANSIT"CR );
if ( getStatus(frame) == ATP_FAILED_CHECKSUM ) Log.Debug( "status: ATP_FAILED_CHECKSUM"CR );
if ( getStatus(frame) == ATP_FAILED_ENCRYPTION ) Log.Debug( "status: ATP_FAILED_ENCRYPTION"CR );
if ( getStatus(frame) == ATP_FAILED_COMPRESSION ) Log.Debug("status: ATP_FAILED_COMPRESSION"CR );
if ( getStatus(frame) == ATP_UNSENT ) Log.Debug( "status: ATP_UNSENT"CR );
if ( getStatus(frame) == ATP_SENT ) Log.Debug( "status: ATP_SENT"CR );
if ( getStatus(frame) == ATP_RECEIVED ) Log.Debug( "status: ATP_RECEIVED"CR );
if ( getStatus(frame) == ATP_WORKING ) Log.Debug( "status: ATP_WORKING"CR );
Log.Debug("size: %l"CR, getSize(frame));
Log.Debug("expires: %l"CR, getExpires(frame));
Log.Debug("descriptor: %s"CR, getDescriptor(frame));
Log.Debug("source: %l"CR, getSource(frame));
Log.Debug("destination: %l"CR, getDestination(frame));
Log.Debug("fileName: %s"CR, getFileName(frame));
if ( getBuffer(frame) != 0 ){
Log.Debug("buffer: %s"CR, getBuffer(frame));
}
