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https://github.com/f4exb/sdrangel.git
synced 2024-11-22 08:04:49 -05:00
New scope: interim state (3)
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f4exb
parent
ce41ded86e
commit
e6f80c8474
@ -38,16 +38,17 @@ ScopeVisNG::ScopeVisNG(GLScopeNG* glScope) :
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m_currentTriggerIndex(0),
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m_triggerState(TriggerUntriggered),
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m_traceSize(m_traceChunkSize),
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m_memTraceSize(0),
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m_traceStart(true),
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m_traceFill(0),
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m_zTraceIndex(-1),
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m_traceCompleteCount(0),
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m_timeOfsProMill(0),
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m_sampleRate(0)
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m_sampleRate(0),
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m_traceDiscreteMemory(10)
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{
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setObjectName("ScopeVisNG");
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m_tracebackBuffers.resize(1);
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m_tracebackBuffers[0].resize(4*m_traceChunkSize);
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m_traceDiscreteMemory.resize(m_traceChunkSize); // arbitrary
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}
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ScopeVisNG::~ScopeVisNG()
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@ -114,8 +115,6 @@ void ScopeVisNG::removeTrigger(uint32_t triggerIndex)
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void ScopeVisNG::feed(const SampleVector::const_iterator& cbegin, const SampleVector::const_iterator& end, bool positiveOnly)
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{
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uint32_t feedIndex = 0; // TODO: redefine feed interface so it can be passed a feed index
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if (m_triggerState == TriggerFreeRun) {
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m_triggerPoint = cbegin;
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}
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@ -142,19 +141,51 @@ void ScopeVisNG::feed(const SampleVector::const_iterator& cbegin, const SampleVe
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return;
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}
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m_tracebackBuffers[feedIndex].write(cbegin, end);
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SampleVector::const_iterator begin(cbegin);
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TriggerCondition& triggerCondition = m_triggerConditions[m_currentTriggerIndex];
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// memory storage
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if ((m_triggerState == TriggerFreeRun) && (m_triggerConditions.size() > 0))
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{
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m_traceDiscreteMemory.current().write(cbegin, end);
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if (m_traceDiscreteMemory.current().absoluteFill() < m_traceSize)
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{
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return; // not enough samples in memory
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}
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}
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else
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{
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// TODO: continuous memory
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}
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// trigger process
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if ((m_triggerConditions.size() > 0) && (feedIndex == triggerCondition.m_triggerData.m_inputIndex))
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if ((m_triggerConditions.size() > 0) && ((m_triggerState == TriggerUntriggered) || (m_triggerState == TriggerDelay)))
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{
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TriggerCondition& triggerCondition = m_triggerConditions[m_currentTriggerIndex]; // current trigger condition
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while (begin < end)
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{
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if (m_triggerState == TriggerUntriggered)
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{
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bool condition = triggerCondition.m_projector->run(*begin) > triggerCondition.m_triggerData.m_triggerLevel;
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bool trigger;
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if (m_triggerState == TriggerDelay)
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{
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if (triggerCondition.m_triggerDelayCount > 0)
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{
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triggerCondition.m_triggerDelayCount--; // pass
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}
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else // delay expired => fire this trigger
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{
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if (!nextTrigger()) // finished
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{
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m_traceStart = true; // start trace processing
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break;
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}
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}
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}
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else // look for trigger
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{
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bool condition = triggerCondition.m_projector->run(*begin) > triggerCondition.m_triggerData.m_triggerLevel;
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bool trigger;
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if (triggerCondition.m_triggerData.m_triggerBothEdges) {
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trigger = triggerCondition.m_prevCondition ^ condition;
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@ -162,103 +193,68 @@ void ScopeVisNG::feed(const SampleVector::const_iterator& cbegin, const SampleVe
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trigger = condition ^ !triggerCondition.m_triggerData.m_triggerPositiveEdge;
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}
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if (trigger)
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if (trigger) // trigger condition
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{
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if (triggerCondition.m_triggerData.m_triggerDelay > 0)
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if (triggerCondition.m_triggerData.m_triggerDelay > 0) // there is a delay => initialize the delay
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{
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triggerCondition.m_triggerDelayCount = triggerCondition.m_triggerData.m_triggerDelay;
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m_triggerState == TriggerDelay;
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}
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else
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{
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if (triggerCondition.m_triggerCounter > 0)
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{
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triggerCondition.m_triggerCounter--;
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m_triggerState = TriggerUntriggered;
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}
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else
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{
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// next trigger
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m_currentTriggerIndex++;
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if (m_currentTriggerIndex == m_triggerConditions.size())
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{
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m_currentTriggerIndex = 0;
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m_triggerState = TriggerTriggered;
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m_triggerPoint = begin;
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triggerCondition.m_triggerCounter = triggerCondition.m_triggerData.m_triggerCounts;
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m_traceStart = true;
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break;
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}
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else
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{
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m_triggerState = TriggerUntriggered;
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}
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}
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if (!nextTrigger()) // finished
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{
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m_traceStart = true; // start trace processing
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break;
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}
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}
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}
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}
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else if (m_triggerState == TriggerDelay)
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{
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if (triggerCondition.m_triggerDelayCount > 0)
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{
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triggerCondition.m_triggerDelayCount--;
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}
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else
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{
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triggerCondition.m_triggerDelayCount = 0;
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// next trigger
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m_currentTriggerIndex++;
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if (m_currentTriggerIndex == m_triggerConditions.size())
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{
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m_currentTriggerIndex = 0;
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m_triggerState = TriggerTriggered;
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m_triggerPoint = begin;
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triggerCondition.m_triggerCounter = triggerCondition.m_triggerData.m_triggerCounts;
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m_traceStart = true;
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break;
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}
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else
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{
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// initialize a new trace
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m_triggerState = TriggerUntriggered;
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m_traceCompleteCount = 0;
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m_triggerState = TriggerUntriggered;
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feed(begin, end, positiveOnly); // process the rest of samples
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}
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}
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}
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else
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{
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break;
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}
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}
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++begin;
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} // begin < end
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}
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// trace process
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if ((m_triggerConditions.size() == 0) || (m_triggerState == TriggerTriggered))
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if ((m_triggerState == TriggerFreeRun) || (m_triggerConditions.size() == 0) || (m_triggerState == TriggerTriggered))
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{
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// trace back
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if (m_traceStart)
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{
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int count = end - begin; // number of samples in traceback buffer past the current point
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std::vector<Trace>::iterator itTrace = m_traces.begin();
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int maxTraceDelay = 0;
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for (;itTrace != m_traces.end(); ++itTrace)
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for (std::vector<Trace>::iterator itTrace = m_traces.begin(); itTrace != m_traces.end(); ++itTrace)
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{
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if (itTrace->m_traceData.m_inputIndex == feedIndex)
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{
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// TODO: store current point in traceback (current - count)
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SampleVector::const_iterator startPoint = m_tracebackBuffers[feedIndex].getCurrent() - count;
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SampleVector::const_iterator prevPoint = m_tracebackBuffers[feedIndex].getCurrent() - count - m_preTriggerDelay - itTrace->m_traceData.m_traceDelay;
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processPrevTrace(prevPoint, startPoint, itTrace);
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}
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if (itTrace->m_traceData.m_traceDelay > maxTraceDelay)
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{
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maxTraceDelay = itTrace->m_traceData.m_traceDelay;
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}
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}
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if ((m_triggerState != TriggerFreeRun) && (m_triggerConditions.size() > 0)) // trigger mode
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{
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processPrevTraces(count + m_preTriggerDelay + maxTraceDelay, count, m_traceDiscreteMemory.current());
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}
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else
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{
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// TODO: continuous memory mode
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}
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for (std::vector<Trace>::iterator itTrace = m_traces.begin(); itTrace != m_traces.end(); ++itTrace)
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{
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if ((m_triggerState != TriggerFreeRun) && (m_triggerConditions.size() > 0)) // trigger mode
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{
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SampleVector::const_iterator prevPoint = startPoint - m_preTriggerDelay - itTrace->m_traceData.m_traceDelay;
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}
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else // free run mode
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{
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// TODO:
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}
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}
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m_traceStart = false;
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@ -316,7 +312,39 @@ void ScopeVisNG::feed(const SampleVector::const_iterator& cbegin, const SampleVe
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}
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}
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void ScopeVisNG::processPrevTrace(SampleVector::const_iterator& begin, const SampleVector::const_iterator& end, std::vector<Trace>::iterator& trace)
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bool ScopeVisNG::nextTrigger()
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{
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TriggerCondition& triggerCondition = m_triggerConditions[m_currentTriggerIndex]; // current trigger condition
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if (triggerCondition.m_triggerData.m_triggerRepeat > 0)
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{
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if (triggerCondition.m_triggerCounter < triggerCondition.m_triggerData.m_triggerRepeat)
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{
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triggerCondition.m_triggerCounter++;
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m_triggerState = TriggerUntriggered; // repeat operations for next occurence
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return true;
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}
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else
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{
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triggerCondition.m_triggerCounter = 0; // reset for next time
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}
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}
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if (m_currentTriggerIndex < m_triggerConditions.size())
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{
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m_currentTriggerIndex++;
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m_triggerState = TriggerUntriggered; // repeat operations for next trigger
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return true; // not final keep going
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}
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// now this is really finished
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m_triggerState == TriggerTriggered;
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m_currentTriggerIndex = 0;
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return false; // final
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}
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// TODO: should handle previous and live traces the same way from a stored buffer
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void ScopeVisNG::processPrevTraces(int beginPoint, int endPoint, TraceBackBuffer& traceBuffer)
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{
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int shift = (m_timeOfsProMill / 1000.0) * m_traceSize;
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float posLimit = 1.0 / trace->m_traceData.m_amp;
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@ -78,7 +78,7 @@ public:
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bool m_triggerPositiveEdge; //!< Trigger on the positive edge (else negative)
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bool m_triggerBothEdges; //!< Trigger on both edges (else only one)
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uint32_t m_triggerDelay; //!< Delay before the trigger is kicked off in number of samples
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uint32_t m_triggerCounts; //!< Number of trigger conditions before the final decisive trigger
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uint32_t m_triggerRepeat; //!< Number of trigger conditions before the final decisive trigger
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TriggerData() :
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m_projectionType(ProjectionReal),
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@ -87,7 +87,7 @@ public:
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m_triggerPositiveEdge(true),
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m_triggerBothEdges(false),
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m_triggerDelay(0),
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m_triggerCounts(0)
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m_triggerRepeat(0)
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{}
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};
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@ -115,8 +115,6 @@ public:
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SampleVector::const_iterator getTriggerPoint() const { return m_triggerPoint; }
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private:
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typedef DoubleBufferSimple<Sample> TraceBuffer;
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// === messages ===
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// ---------------------------------------------
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class MsgConfigureScopeVisNG : public Message {
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@ -345,6 +343,9 @@ private:
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};
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/**
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* Trigger stuff
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*/
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enum TriggerState
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{
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TriggerFreeRun, //!< Trigger is disabled
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@ -391,6 +392,95 @@ private:
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}
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};
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/**
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* Complex trace stuff
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*/
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typedef DoubleBufferSimple<Sample> TraceBuffer;
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struct TraceBackBuffer
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{
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TraceBuffer m_traceBuffer;
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SampleVector::iterator m_endPoint;
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TraceBackBuffer()
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{
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m_startPoint = m_traceBuffer.getCurrent();
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m_endPoint = m_traceBuffer.getCurrent();
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}
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void resize(uint32_t size)
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{
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m_traceBuffer.resize(size);
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}
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void write(const SampleVector::const_iterator begin, const SampleVector::const_iterator end)
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{
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m_traceBuffer.write(begin, end);
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}
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unsigned int absoluteFill() const {
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return m_traceBuffer.absoluteFill();
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}
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SampleVector::iterator current() { return m_traceBuffer.getCurrent(); }
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};
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struct TraceBackDiscreteMemory
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{
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std::vector<TraceBackBuffer> m_traceBackBuffers;
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uint32_t m_memSize;
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uint32_t m_currentMemIndex;
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/**
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* Give memory size in number of traces
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*/
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TraceBackDiscreteMemory(uint32_t size) : m_memSize(size), m_currentMemIndex(0)
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{
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m_traceBackBuffers.resize(m_memSize);
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}
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/**
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* Resize all trace buffers in memory
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*/
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void resize(uint32_t size)
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{
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for (std::vector<TraceBackBuffer>::iterator it = m_traceBackBuffers.begin(); it != m_traceBackBuffers.end(); ++it)
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{
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it->resize(size);
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}
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}
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/**
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* Move index forward by one position and return reference to the trace at this position
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*/
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TraceBackBuffer &store()
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{
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m_currentMemIndex = m_currentMemIndex < m_memSize ? m_currentMemIndex+1 : 0;
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m_traceBackBuffers[m_currentMemIndex].reset();
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return m_traceBackBuffers[m_currentMemIndex]; // new trace
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}
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/**
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* Recalls trace at shift positions back. Therefore 0 is current. Wraps around memory size.
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*/
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TraceBackBuffer& recall(uint32_t shift)
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{
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int index = (m_currentMemIndex + (m_memSize - (shift % m_memSize))) % m_memSize;
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return m_traceBackBuffers[index];
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}
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/**
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* Return trace at current memory position
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*/
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TraceBackBuffer& current()
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{
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return m_traceBackBuffers[m_currentMemIndex];
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}
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};
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/**
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* Displayable trace stuff
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*/
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struct Trace : public DisplayTrace
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{
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Projector *m_projector; //!< Projector transform from complex trace to real (displayable) trace
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@ -440,23 +530,24 @@ private:
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};
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GLScopeNG* m_glScope;
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std::vector<TraceBuffer> m_tracebackBuffers; //!< One complex (Sample type) trace buffer per input source or feed
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DoubleBufferSimple<Sample> m_traceback; //!< FIFO to handle delayed processes
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int m_preTriggerDelay; //!< Pre-trigger delay in number of samples
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int m_preTriggerDelay; //!< Pre-trigger delay in number of samples
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std::vector<TriggerCondition> m_triggerConditions; //!< Chain of triggers
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int m_currentTriggerIndex; //!< Index of current index in the chain
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TriggerState m_triggerState; //!< Current trigger state
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std::vector<Trace> m_traces; //!< One trace control object per display trace allocated to X, Y[n] or Z
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int m_traceSize; //!< Size of traces in number of samples
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int m_timeOfsProMill; //!< Start trace shift in 1/1000 trace size
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bool m_traceStart; //!< Trace is at start point
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int m_traceFill; //!< Count of samples accumulated into trace
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int m_zTraceIndex; //!< Index of the trace used for Z input (luminance or false colors)
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int m_traceCompleteCount; //!< Count of completed traces
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SampleVector::const_iterator m_triggerPoint; //!< Trigger start location in the samples vector
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int m_currentTriggerIndex; //!< Index of current index in the chain
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TriggerState m_triggerState; //!< Current trigger state
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std::vector<Trace> m_traces; //!< One trace control object per display trace allocated to X, Y[n] or Z
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int m_traceSize; //!< Size of traces in number of samples
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int m_memTraceSize; //!< Trace size in memory in number of samples up to trace size
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int m_timeOfsProMill; //!< Start trace shift in 1/1000 trace size
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bool m_traceStart; //!< Trace is at start point
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int m_traceFill; //!< Count of samples accumulated into trace
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int m_zTraceIndex; //!< Index of the trace used for Z input (luminance or false colors)
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int m_traceCompleteCount; //!< Count of completed traces
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SampleVector::const_iterator m_triggerPoint; //!< Trigger start location in the samples vector
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int m_sampleRate;
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TraceBackDiscreteMemory m_traceDiscreteMemory; //!< Complex trace memory for triggered states TODO: vectorize when more than on input is allowed
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void processPrevTrace(SampleVector::const_iterator& begin, const SampleVector::const_iterator& end, std::vector<Trace>::iterator& trace);
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bool nextTrigger();
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void processPrevTraces(int beginPoint, int endPoint, TraceBackBuffer& traceBuffer);
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};
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@ -67,6 +67,8 @@ public:
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}
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typename std::vector<T>::iterator getCurrent() const { return m_current + m_size; }
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unsigned int absoluteFill() const { return m_current - m_data.begin(); }
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void reset() { m_current = m_data.begin(); }
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private:
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int m_size;
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