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axt
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oscar/SleepLib/loader_plugins
@ -45,11 +45,24 @@
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//********************************************************************************************
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// parameters
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ChannelID Prisma_Mode = 0, Prisma_SoftPAP = 0, Prisma_PSoft = 0, Prisma_PSoft_Min = 0, Prisma_AutoStart = 0, Prisma_Softstart_Time = 0, Prisma_Softstart_TimeMax = 0, Prisma_Softstart_Pressure = 0, Prisma_TubeType = 0, Prisma_PMaxOA = 0, Prisma_EEPAP_Min = 0, Prisma_EEPAP_Max = 0, Prisma_HumidifierLevel = 0, Prisma_Warning = 0;
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ChannelID Prisma_Mode = 0, Prisma_SoftPAP = 0, Prisma_PSoft = 0, Prisma_PSoft_Min = 0, Prisma_AutoStart = 0, Prisma_Softstart_Time = 0, Prisma_Softstart_TimeMax = 0, Prisma_Softstart_Pressure = 0, Prisma_TubeType = 0, Prisma_PMaxOA = 0, Prisma_EEPAP_Min = 0, Prisma_EEPAP_Max = 0, Prisma_HumidifierLevel = 0;
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// waveforms
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ChannelID Prisma_ObstructLevel = 0, Prisma_rMVFluctuation = 0, Prisma_rRMV= 0, Prisma_PressureMeasured = 0, Prisma_FlowFull = 0, Prisma_SPRStatus = 0, Prisma_EEPAP = 0;
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// events
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ChannelID Prisma_Artifact = 0, Prisma_CriticalLeak = 0, Prisma_eSO = 0, Prisma_eMO = 0, Prisma_eS = 0, Prisma_eF = 0, Prisma_DeepSleep = 0, Prisma_TimedBreath = 0;
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ChannelID Prisma_Artifact = 0, Prisma_CriticalLeak = 0, Prisma_DeepSleep = 0, Prisma_TimedBreath = 0;
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// epoch events
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// The device evaluates 2 minute long epochs, and catagorizes them based on the events that occur during that epoch.
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// eSO: Severe Obstruction
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// eMO: Mild Obstruction
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// eS: Snore
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// eF: Flattening/Flow limitation
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ChannelID Prisma_eSO = 0, Prisma_eMO = 0, Prisma_eS = 0, Prisma_eF = 0;
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// this "virtual" config setting is used to indicate, if the selected Prisma Mode is not fully supported.
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ChannelID Prisma_Warning = 0;
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QString PrismaLoader::PresReliefLabel() { return QString("SoftPAP: "); }
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ChannelID PrismaLoader::PresReliefMode() { return Prisma_SoftPAP; }
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@ -81,6 +94,8 @@ bool WMEDFInfo::ParseSignalData() {
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for (int recNo = 0; recNo < edfHdr.num_data_records; recNo++) {
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for (auto & sig : edfsignals) {
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for (int j=0;j<sig.sampleCnt;j++) {
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// The reserved field indicates if the channel is 8 or 16 bit.
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// 8bit channels can be both signed and unsigned
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if (sig.reserved == "#1") {
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if (sig.digital_minimum >= 0)
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{
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@ -195,6 +210,7 @@ void PrismaImport::run()
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session->settings[Prisma_PMaxOA] = parameters[PRISMA_SMART_PMAXOA] / 100;
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// TODO
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// session->settings[Prisma_HumidifierLevel] = parameters[PRISMA_SMART_HUMIDLEVEL];
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}
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@ -202,8 +218,11 @@ void PrismaImport::run()
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if (parameters.contains(PRISMA_LINE_MODE)) {
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switch(parameters[PRISMA_LINE_MODE]) {
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case PRISMA_MODE_AUTO_ST:
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//TODO AXT
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// session->settings[CPAP_Mode] = (int)MODE_BILEVEL_AUTO_VARIABLE_PS;
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// TODO AXT
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// Was not sure which mode this should be mapped, maybe we need to intorudce new modes
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// Setting/parameter mapping should be reviewed and tested
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// session->settings[CPAP_Mode] = (int)MODE_BILEVEL_AUTO_VARIABLE_PS; ???
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session->settings[Prisma_Mode] = (int)PRISMA_COMBINED_MODE_AUTO_ST;
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session->settings[Prisma_EEPAP_Min] = parameters[PRISMA_LINE_EEPAP_MIN] / 100.0;
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session->settings[Prisma_EEPAP_Max] = parameters[PRISMA_LINE_EEPAP_MAX] / 100.0;
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@ -215,16 +234,17 @@ void PrismaImport::run()
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session->settings[Prisma_Softstart_Pressure] = parameters[PRISMA_LINE_SOFT_START_PRESS] / 100.0;
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session->settings[Prisma_Softstart_Time] = parameters[PRISMA_LINE_SOFT_START_TIME];
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session->settings[Prisma_AutoStart] = parameters[PRISMA_LINE_AUTOSTART];
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if (parameters.contains(PRISMA_SMART_TUBE_TYPE)) {
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session->settings[Prisma_TubeType] = parameters[PRISMA_LINE_TUBE_TYPE] / 10.0;
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}
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// Indicate partial support
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session->settings[Prisma_Warning] = 2;
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break;
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case PRISMA_MODE_ACSV:
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// TODO AXT: its possible that based on PDIFF setting we should choose between MODE_ASV
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// and MODE_ASV_VARIABLE_EPAP here
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session->settings[CPAP_Mode] = (int)MODE_ASV;
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// session->settings[CPAP_Mode] = (int)MODE_ASV_VARIABLE_EPAP;
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session->settings[Prisma_Mode] = (int)PRISMA_COMBINED_MODE_ACSV;
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session->settings[Prisma_EEPAP_Min] = parameters[PRISMA_LINE_EEPAP_MIN] / 100.0;
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session->settings[Prisma_EEPAP_Max] = parameters[PRISMA_LINE_EEPAP_MAX] / 100.0;
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@ -239,7 +259,7 @@ void PrismaImport::run()
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if (parameters.contains(PRISMA_SMART_TUBE_TYPE)) {
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session->settings[Prisma_TubeType] = parameters[PRISMA_LINE_TUBE_TYPE] / 10.0;
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}
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// Indicate partial support
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session->settings[Prisma_Warning] = 2;
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break;
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@ -272,6 +292,7 @@ void PrismaImport::run()
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if (!found) {
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// Indicate mode not supported
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session->settings[Prisma_Warning] = 1;
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}
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@ -280,36 +301,18 @@ void PrismaImport::run()
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}
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/* PRISMA_LINE_TI = 1011,
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PRISMA_LINE_TE = 1012,
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PRISMA_LINE_TARGET_VOLUME = 1016,
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PRISMA_LINE_IPAP_SPEED = 1017,
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PRISMA_LINE_HUMIDLEVEL = 1083,
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PRISMA_LINE_AUTOSTART = 1084,
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PRISMA_LINE_TUBE_TYPE = 1091,
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PRISMA_LINE_BACTERIUMFILTER = 1092,
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PRISMA_LINE_SOFT_PAP_LEVEL = 1123,
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PRISMA_LINE_SOFT_START_PRESS = 1125,
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PRISMA_LINE_SOFT_START_TIME = 1127,
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PRISMA_LINE_EEPAP_MIN = 1138,
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PRISMA_LINE_EEPAP_MAX = 1139,
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PRISMA_LINE_PDIFF_NORM = 1140,
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PRISMA_LINE_PDIFF_MAX = 1141,
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PRISMA_LINE_IPAP_MAX = 1199,
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PRISMA_LINE_IPAP = 1200,
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PRISMA_LINE_EPAP = 1201,
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*/
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// add waveforms
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// common
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// common waveforms, these exists on all prisma devices
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AddWaveform(CPAP_MaskPressure, QString("Pressure"));
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AddWaveform(CPAP_FlowRate, QString("RespFlow"));
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AddWaveform(CPAP_Leak, QString("LeakFlowBreath"));
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AddWaveform(Prisma_ObstructLevel, QString("ObstructLevel"));
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// NOTE: this is a bitfield indicating the device current stauts breaht in, breath out, leakage
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// only can be used for debugging, consider removing it, or adding better support for displaying it
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AddWaveform(Prisma_SPRStatus, QString("SPRStatus"));
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//prisma smart
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// AddWaveform(CPAP_Pressure, QString("CPAPPressure"));
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// prisma smart
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// waweforms specific for prisma smart / soft devices
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AddWaveform(CPAP_EPAP, QString("EPAP"));
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AddWaveform(CPAP_IPAP, QString("IPAP"));
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AddWaveform(Prisma_rMVFluctuation, QString("rMVFluctuation"));
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@ -317,19 +320,22 @@ void PrismaImport::run()
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AddWaveform(Prisma_PressureMeasured, QString("PressureMeasured"));
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AddWaveform(Prisma_FlowFull, QString("FlowFull"));
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// The CPAPPressure exitst but is not used
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// AddWaveform(CPAP_Pressure, QString("CPAPPressure"));
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// prisma line
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AddWaveform(CPAP_EPAP, QString("EPAPsoll"));
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AddWaveform(CPAP_IPAP, QString("IPAPsoll"));
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AddWaveform(CPAP_EEPAP, QString("EEPAPsoll"));
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// Channels that exist on varous Prisma Line devices, but are not handled yet
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// AddWaveform(CPAP_RespRate, "BreathFrequency");
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// AddWaveform(CPAP_TidalVolume, "BreathVolume");
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// AddWaveform(CPAP_IE, "InspExpirRel");
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// AddWaveform(OXI_Pulse, "HeartFrequency");
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// AddWaveform(OXI_SPO2, "SpO2");
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// AddWaveform(CPAP_LeakTotal, QString("TotalLeakage"));
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// AddWaveform(CPAP_Test1, QString("RSBI"));
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// 20A, 25ST
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// MV.txt
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// rAMV.txt
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@ -429,6 +435,7 @@ PrismaEventFile::PrismaEventFile(QByteArray &buffer) {
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//********************************************************************************************
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// NOTE: was created for PrismaSmart, should be extended to support PrismaLines as they stabilize
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struct PrismaTestedModel
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{
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QString deviceId;
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@ -528,7 +535,6 @@ int PrismaLoader::Open(const QString & selectedPath)
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emit updateMessage(QObject::tr("Scanning Files..."));
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QCoreApplication::processEvents();
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if (prismaSmartConfigFile.exists()) // TODO AXT || !configFile.isReadable() fails
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{
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// TODO AXT extract
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@ -541,6 +547,10 @@ int PrismaLoader::Open(const QString & selectedPath)
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}
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else if (prismaLineConfigFile.exists())
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{
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// TODO AXT: this is just a quick hack to load the zipped therapy files for the
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// Prisma Line devices. This should be extracted into a loader class, like the
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// PrismaEventFile. If this extraction is done, then loading the machine info
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// could become much easier.
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QSet<SessionID> sessions;
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QHash<SessionID, QString> eventFiles;
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QHash<SessionID, QString> signalFiles;
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@ -655,11 +665,14 @@ MachineInfo PrismaLoader::PeekInfoFromConfig(const QString & selectedPath)
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info.model = s_PrismaModelInfo.Name(info.modelnumber);
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info.serial = devObj["sn"].toString();
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info.series = devObj["hwversion"].toString();
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// TODO AXT load props
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// TODO AXT load propserties here,
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// we should use these to set the physical limits of the device
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info.properties["cica"] = "mica";
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return info;
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} else if (prismaLineConfigFile.exists()) {
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// TODO AXT add loader
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// TODO AXT prismaLine machine info loader not supported at all at this time
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// first extract the therapy data loader in PrismaLoader::Open(), it will help
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// to solve this issue too
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if (!prismaLineConfigFile.open(QIODevice::ReadOnly)) {
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return MachineInfo();
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}
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@ -30,6 +30,8 @@ const QString prisma_class_name = STR_MACH_Prisma;
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//********************************************************************************************
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// NOTE: Prisma Smart and Prisma Line devices use distinct parameter id-s, but the correct solution
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// would be to transform these, into separate enums / parsers.
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enum Prisma_Parameters {
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PRISMA_SMART_MODE = 6,
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PRISMA_SMART_PRESSURE = 9,
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@ -70,12 +72,16 @@ enum Prisma_Parameters {
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};
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// NOTE: Modes should be reverse engineered. Based on the samples we had, for now I didn't saw any overlap,
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// so I assumed, the mode settings is generic between the two device lines. If you run into an overlap, the
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// above mentioned parsers should be introduced. Enum values are coming from the prisma data files.
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enum Prisma_Mode {
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// Prisma Smart
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PRISMA_MODE_CPAP = 1,
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PRISMA_MODE_APAP = 2,
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// Prisma Line
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PRISMA_MODE_ACSV = 3,
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PRISMA_MODE_AUTO_S = 9,
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PRISMA_MODE_AUTO_ST = 10,
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};
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@ -91,6 +97,9 @@ enum Prisma_SoftPAP_Mode {
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Prisma_SoftPAP_STANDARD = 2
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};
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// NOTE: This enum represents a "virtual mode" which combines the main mode of the device with the APAP submode,
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// if it makes sense. The reason for this is, that we can see the Standard and Dynamic APAP modes on the statistics
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// page. Enum values are internal to the loader. We use -1 to indicate a mode that is not recognized.
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enum Prisma_Combined_Mode {
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PRISMA_COMBINED_MODE_CPAP = 1,
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PRISMA_COMBINED_MODE_APAP_STD = 2,
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@ -131,6 +140,7 @@ enum Prisma_Event_Type {
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//********************************************************************************************
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// Prisma WMEDF differs from the original EDF, by introducing 8 bit signal data channels.
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class WMEDFInfo : public EDFInfo {
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virtual bool ParseSignalData();
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