/* Summary Module Copyright (c)2013 Mark Watkins License: GPL3 */ #include #include #include "mainwindow.h" #include "summary.h" #include "SleepLib/schema.h" extern MainWindow *mainwin; Summary::Summary(QObject *parent) : QObject(parent) { } QString htmlHeader() { // "a:link,a:visited { color: '#000020'; text-decoration: none; font-weight: bold;}" // "a:hover { background-color: inherit; color: red; text-decoration:none; font-weight: bold; }" return QString("" "" "" "" "" "" "" "
" "

"+ QObject::tr("SleepyHead")+" v"+VersionString+"

"+ QObject::tr("This is a beta software and some functionality may not work as intended yet.")+"
"+ QObject::tr("Please report any bugs you find to SleepyHead's SourceForge page.")+ "
" "
" "
"); } QString htmlFooter() { return QString(""); } QString formatTime(float time) { int hours=time; int seconds=time*3600.0; int minutes=(seconds / 60) % 60; seconds %= 60; return QString().sprintf("%02i:%02i",hours,minutes); //,seconds); } EventDataType calcAHI(QDate start, QDate end) { EventDataType val=(p_profile->calcCount(CPAP_Obstructive,MT_CPAP,start,end) +p_profile->calcCount(CPAP_Hypopnea,MT_CPAP,start,end) +p_profile->calcCount(CPAP_ClearAirway,MT_CPAP,start,end) +p_profile->calcCount(CPAP_Apnea,MT_CPAP,start,end)); if (PROFILE.general->calculateRDI()) val+=p_profile->calcCount(CPAP_RERA,MT_CPAP,start,end); EventDataType hours=p_profile->calcHours(MT_CPAP,start,end); if (hours>0) val/=hours; else val=0; return val; } EventDataType calcFL(QDate start, QDate end) { EventDataType val=(p_profile->calcCount(CPAP_FlowLimit,MT_CPAP,start,end)); EventDataType hours=p_profile->calcHours(MT_CPAP,start,end); if (hours>0) val/=hours; else val=0; return val; } struct RXChange { RXChange() { highlight=0; machine=NULL; } RXChange(const RXChange & copy) { first=copy.first; last=copy.last; days=copy.days; ahi=copy.ahi; fl=copy.fl; mode=copy.mode; min=copy.min; max=copy.max; maxhi=copy.maxhi; machine=copy.machine; per1=copy.per1; per2=copy.per2; highlight=copy.highlight; weighted=copy.weighted; prelief=copy.prelief; prelset=copy.prelset; } QDate first; QDate last; int days; EventDataType ahi; EventDataType fl; CPAPMode mode; EventDataType min; EventDataType max; EventDataType maxhi; EventDataType per1; EventDataType per2; EventDataType weighted; PRTypes prelief; Machine * machine; short prelset; short highlight; }; enum RXSortMode { RX_first, RX_last, RX_days, RX_ahi, RX_mode, RX_min, RX_max, RX_maxhi, RX_per1, RX_per2, RX_weighted }; RXSortMode RXsort=RX_first; bool RXorder=false; bool operator<(const RXChange & c1, const RXChange & c2) { const RXChange * comp1=&c1; const RXChange * comp2=&c2; if (RXorder) { switch (RXsort) { case RX_ahi: return comp1->ahi < comp2->ahi; case RX_days: return comp1->days < comp2->days; case RX_first: return comp1->first < comp2->first; case RX_last: return comp1->last < comp2->last; case RX_mode: return comp1->mode < comp2->mode; case RX_min: return comp1->min < comp2->min; case RX_max: return comp1->max < comp2->max; case RX_maxhi: return comp1->maxhi < comp2->maxhi; case RX_per1: return comp1->per1 < comp2->per1; case RX_per2: return comp1->per2 < comp2->per2; case RX_weighted: return comp1->weighted < comp2->weighted; }; } else { switch (RXsort) { case RX_ahi: return comp1->ahi > comp2->ahi; case RX_days: return comp1->days > comp2->days; case RX_first: return comp1->first > comp2->first; case RX_last: return comp1->last > comp2->last; case RX_mode: return comp1->mode > comp2->mode; case RX_min: return comp1->min > comp2->min; case RX_max: return comp1->max > comp2->max; case RX_maxhi: return comp1->maxhi > comp2->maxhi; case RX_per1: return comp1->per1 > comp2->per1; case RX_per2: return comp1->per2 > comp2->per2; case RX_weighted: return comp1->weighted > comp2->weighted; }; } return true; } bool RXSort(const RXChange * comp1, const RXChange * comp2) { if (RXorder) { switch (RXsort) { case RX_ahi: return comp1->ahi < comp2->ahi; case RX_days: return comp1->days < comp2->days; case RX_first: return comp1->first < comp2->first; case RX_last: return comp1->last < comp2->last; case RX_mode: return comp1->mode < comp2->mode; case RX_min: return comp1->min < comp2->min; case RX_max: return comp1->max < comp2->max; case RX_maxhi: return comp1->maxhi < comp2->maxhi; case RX_per1: return comp1->per1 < comp2->per1; case RX_per2: return comp1->per2 < comp2->per2; case RX_weighted: return comp1->weighted < comp2->weighted; }; } else { switch (RXsort) { case RX_ahi: return comp1->ahi > comp2->ahi; case RX_days: return comp1->days > comp2->days; case RX_first: return comp1->first > comp2->first; case RX_last: return comp1->last > comp2->last; case RX_mode: return comp1->mode > comp2->mode; case RX_min: return comp1->min > comp2->min; case RX_max: return comp1->max > comp2->max; case RX_maxhi: return comp1->maxhi > comp2->maxhi; case RX_per1: return comp1->per1 > comp2->per1; case RX_per2: return comp1->per2 > comp2->per2; case RX_weighted: return comp1->weighted > comp2->weighted; }; } return true; } struct UsageData { UsageData() { ahi=0; hours=0; } UsageData(QDate d, EventDataType v, EventDataType h) { date=d; ahi=v; hours=h; } UsageData(const UsageData & copy) { date=copy.date; ahi=copy.ahi; hours=copy.hours; } QDate date; EventDataType ahi; EventDataType hours; }; bool operator <(const UsageData & c1, const UsageData & c2) { if (c1.ahi < c2.ahi) return true; if ((c1.ahi == c2.ahi) && (c1.date > c2.date)) return true; return false; //return c1.value < c2.value; } QString Summary::GenerateHTML() { QString html=htmlHeader(); QDate lastcpap=p_profile->LastGoodDay(MT_CPAP); QDate firstcpap=p_profile->FirstGoodDay(MT_CPAP); QDate cpapweek=lastcpap.addDays(-7); QDate cpapmonth=lastcpap.addDays(-30); QDate cpap6month=lastcpap.addMonths(-6); QDate cpapyear=lastcpap.addYears(-12); if (cpapweek cpap_machines=PROFILE.GetMachines(MT_CPAP); QList oximeters=PROFILE.GetMachines(MT_OXIMETER); QList mach; mach.append(cpap_machines); mach.append(oximeters); if (mach.size()==0) { html+=""; QString datacard; html+="

"+tr("Please Import Some Data")+"

"+tr("SleepyHead is pretty much useless without it.")+"

"+tr("It might be a good idea to check preferences first,
as there are some options that affect import.")+"

"+tr("First import can take a few minutes.")+"

"; html+=htmlFooter(); return html; } int cpapdays=PROFILE.countDays(MT_CPAP,firstcpap,lastcpap); int cpapweekdays=PROFILE.countDays(MT_CPAP,cpapweek,lastcpap); int cpapmonthdays=PROFILE.countDays(MT_CPAP,cpapmonth,lastcpap); int cpapyeardays=PROFILE.countDays(MT_CPAP,cpapyear,lastcpap); int cpap6monthdays=PROFILE.countDays(MT_CPAP,cpap6month,lastcpap); CPAPMode cpapmode=(CPAPMode)(int)p_profile->calcSettingsMax(CPAP_Mode,MT_CPAP,firstcpap,lastcpap); float percentile=PROFILE.general->prefCalcPercentile()/100.0; // int mididx=PROFILE.general->prefCalcMiddle(); // SummaryType ST_mid; // if (mididx==0) ST_mid=ST_PERC; // if (mididx==1) ST_mid=ST_WAVG; // if (mididx==2) ST_mid=ST_AVG; QString ahitxt; if (PROFILE.general->calculateRDI()) { ahitxt=STR_TR_RDI; } else { ahitxt=STR_TR_AHI; } int decimals=2; html+="
"; html+=QString(""); if (cpapdays==0) { html+=""; } else { html+=QString("").arg(lastcpap.toString(Qt::SystemLocaleLongDate)); if (cpap_machines.size()>0) { // html+=QString("").arg(tr("CPAP Summary")); if (!cpapdays) { html+=QString("").arg(tr("No CPAP data available.")); } else if (cpapdays==1) { html+=QString("").arg(QString(tr("%1 day of CPAP Data, on %2.")).arg(cpapdays).arg(firstcpap.toString(Qt::SystemLocaleShortDate))); } else { html+=QString("").arg(QString(tr("%1 days of CPAP Data, between %2 and %3")).arg(cpapdays).arg(firstcpap.toString(Qt::SystemLocaleShortDate)).arg(lastcpap.toString(Qt::SystemLocaleShortDate))); } html+=QString("") .arg(tr("Details")).arg(tr("Most Recent")).arg(tr("Last 7 Days")).arg(tr("Last 30 Days")).arg(tr("Last 6 months")).arg(tr("Last Year")); html+=QString("") .arg(ahitxt) .arg(calcAHI(lastcpap,lastcpap),0,'f',decimals) .arg(calcAHI(cpapweek,lastcpap),0,'f',decimals) .arg(calcAHI(cpapmonth,lastcpap),0,'f',decimals) .arg(calcAHI(cpap6month,lastcpap),0,'f',decimals) .arg(calcAHI(cpapyear,lastcpap),0,'f',decimals); if (PROFILE.calcCount(CPAP_RERA,MT_CPAP,cpapyear,lastcpap)) { html+=QString("") .arg(tr("RERA Index")) .arg(PROFILE.calcCount(CPAP_RERA,MT_CPAP,lastcpap,lastcpap)/PROFILE.calcHours(MT_CPAP,lastcpap,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_RERA,MT_CPAP,cpapweek,lastcpap)/PROFILE.calcHours(MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_RERA,MT_CPAP,cpapmonth,lastcpap)/PROFILE.calcHours(MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_RERA,MT_CPAP,cpap6month,lastcpap)/PROFILE.calcHours(MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_RERA,MT_CPAP,cpapyear,lastcpap)/PROFILE.calcHours(MT_CPAP,cpapyear,lastcpap),0,'f',decimals); } if (PROFILE.calcCount(CPAP_FlowLimit,MT_CPAP,cpapyear,lastcpap)) { html+=QString("") .arg(tr("Flow Limit Index")) .arg(PROFILE.calcCount(CPAP_FlowLimit,MT_CPAP,lastcpap,lastcpap)/PROFILE.calcHours(MT_CPAP,lastcpap,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_FlowLimit,MT_CPAP,cpapweek,lastcpap)/PROFILE.calcHours(MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_FlowLimit,MT_CPAP,cpapmonth,lastcpap)/PROFILE.calcHours(MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_FlowLimit,MT_CPAP,cpap6month,lastcpap)/PROFILE.calcHours(MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(PROFILE.calcCount(CPAP_FlowLimit,MT_CPAP,cpapyear,lastcpap)/PROFILE.calcHours(MT_CPAP,cpapyear,lastcpap),0,'f',decimals); } html+=QString("") .arg(tr("Hours per Night")) .arg(formatTime(p_profile->calcHours(MT_CPAP))) .arg(formatTime(p_profile->calcHours(MT_CPAP,cpapweek,lastcpap)/float(cpapweekdays))) .arg(formatTime(p_profile->calcHours(MT_CPAP,cpapmonth,lastcpap)/float(cpapmonthdays))) .arg(formatTime(p_profile->calcHours(MT_CPAP,cpap6month,lastcpap)/float(cpap6monthdays))) .arg(formatTime(p_profile->calcHours(MT_CPAP,cpapyear,lastcpap)/float(cpapyeardays))); if (cpapmode>=MODE_BIPAP) { html+=QString("") .arg(tr("Min EPAP")) .arg(p_profile->calcMin(CPAP_EPAP,MT_CPAP),0,'f',decimals) .arg(p_profile->calcMin(CPAP_EPAP,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcMin(CPAP_EPAP,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcMin(CPAP_EPAP,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcMin(CPAP_EPAP,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); html+=QString("") .arg(QString("%1% "+STR_TR_EPAP).arg(percentile*100.0,0,'f',0)) .arg(p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); html+=QString("") .arg(tr("Max IPAP")) .arg(p_profile->calcMax(CPAP_IPAP,MT_CPAP),0,'f',decimals) .arg(p_profile->calcMax(CPAP_IPAP,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcMax(CPAP_IPAP,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcMax(CPAP_IPAP,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcMax(CPAP_IPAP,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); html+=QString("") .arg(QString("%1% "+STR_TR_IPAP).arg(percentile*100.0,0,'f',0)) .arg(p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); } else if (cpapmode>=MODE_APAP) { html+=QString("") .arg(tr("Average Pressure")) .arg(p_profile->calcWavg(CPAP_Pressure,MT_CPAP),0,'f',decimals) .arg(p_profile->calcWavg(CPAP_Pressure,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcWavg(CPAP_Pressure,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcWavg(CPAP_Pressure,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcWavg(CPAP_Pressure,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); html+=QString("") .arg(tr("%1% Pressure").arg(percentile*100.0,0,'f',0)) .arg(p_profile->calcPercentile(CPAP_Pressure,percentile,MT_CPAP),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_Pressure,percentile,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_Pressure,percentile,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_Pressure,percentile,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(CPAP_Pressure,percentile,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); } else { html+=QString("") .arg(tr("Pressure")) .arg(p_profile->calcSettingsMin(CPAP_Pressure,MT_CPAP),0,'f',decimals) .arg(p_profile->calcSettingsMin(CPAP_Pressure,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcSettingsMin(CPAP_Pressure,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcSettingsMin(CPAP_Pressure,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcSettingsMin(CPAP_Pressure,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); } //html+=""; ChannelID leak; if (p_profile->calcCount(CPAP_LeakTotal,MT_CPAP,cpapyear,lastcpap)>0) { leak=CPAP_LeakTotal; } else leak=CPAP_Leak; html+=QString("") .arg(tr("Average %1").arg(schema::channel[leak].label())) .arg(p_profile->calcWavg(leak,MT_CPAP),0,'f',decimals) .arg(p_profile->calcWavg(leak,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcWavg(leak,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcWavg(leak,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcWavg(leak,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); html+=QString("") .arg(tr("%1% %2").arg(percentile*100.0f,0,'f',0).arg(schema::channel[leak].label())) .arg(p_profile->calcPercentile(leak,percentile,MT_CPAP),0,'f',decimals) .arg(p_profile->calcPercentile(leak,percentile,MT_CPAP,cpapweek,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(leak,percentile,MT_CPAP,cpapmonth,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(leak,percentile,MT_CPAP,cpap6month,lastcpap),0,'f',decimals) .arg(p_profile->calcPercentile(leak,percentile,MT_CPAP,cpapyear,lastcpap),0,'f',decimals); } } int oxisize=oximeters.size(); if (oxisize>0) { QDate lastoxi=p_profile->LastGoodDay(MT_OXIMETER); QDate firstoxi=p_profile->FirstGoodDay(MT_OXIMETER); int days=PROFILE.countDays(MT_OXIMETER,firstoxi,lastoxi); if (days>0) { html+=QString("").arg(tr("Oximetry Summary")); if (days==1) { html+=QString("").arg(QString(tr("%1 day of Oximetry Data, on %2.")).arg(days).arg(firstoxi.toString(Qt::SystemLocaleShortDate))); } else { html+=QString("").arg(QString(tr("%1 days of Oximetry Data, between %2 and %3")).arg(days).arg(firstoxi.toString(Qt::SystemLocaleShortDate)).arg(lastoxi.toString(Qt::SystemLocaleShortDate))); } html+=QString("") .arg(tr("Details")).arg(tr("Most Recent")).arg(tr("Last 7 Days")).arg(tr("Last 30 Days")).arg(tr("Last 6 months")).arg(tr("Last Year")); QDate oxiweek=lastoxi.addDays(-7); QDate oximonth=lastoxi.addDays(-30); QDate oxi6month=lastoxi.addMonths(-6); QDate oxiyear=lastoxi.addYears(-12); if (oxiweek") .arg(tr("Average SpO2")) .arg(p_profile->calcWavg(OXI_SPO2,MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcWavg(OXI_SPO2,MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcWavg(OXI_SPO2,MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcWavg(OXI_SPO2,MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcWavg(OXI_SPO2,MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); html+=QString("") .arg(tr("Minimum SpO2")) .arg(p_profile->calcMin(OXI_SPO2,MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcMin(OXI_SPO2,MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcMin(OXI_SPO2,MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcMin(OXI_SPO2,MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcMin(OXI_SPO2,MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); html+=QString("") .arg(tr("SpO2 Events / Hour")) .arg(p_profile->calcCount(OXI_SPO2Drop,MT_OXIMETER)/p_profile->calcHours(MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcCount(OXI_SPO2Drop,MT_OXIMETER,oxiweek,lastoxi)/p_profile->calcHours(MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcCount(OXI_SPO2Drop,MT_OXIMETER,oximonth,lastoxi)/p_profile->calcHours(MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcCount(OXI_SPO2Drop,MT_OXIMETER,oxi6month,lastoxi)/p_profile->calcHours(MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcCount(OXI_SPO2Drop,MT_OXIMETER,oxiyear,lastoxi)/p_profile->calcHours(MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); html+=QString("") .arg(tr("% of time in SpO2 Events")) .arg(100.0/p_profile->calcHours(MT_OXIMETER)*p_profile->calcSum(OXI_SPO2Drop,MT_OXIMETER)/3600.0,0,'f',decimals) .arg(100.0/p_profile->calcHours(MT_OXIMETER,oxiweek,lastoxi)*p_profile->calcSum(OXI_SPO2Drop,MT_OXIMETER,oxiweek,lastoxi)/3600.0,0,'f',decimals) .arg(100.0/p_profile->calcHours(MT_OXIMETER,oximonth,lastoxi)*p_profile->calcSum(OXI_SPO2Drop,MT_OXIMETER,oximonth,lastoxi)/3600.0,0,'f',decimals) .arg(100.0/p_profile->calcHours(MT_OXIMETER,oxi6month,lastoxi)*p_profile->calcSum(OXI_SPO2Drop,MT_OXIMETER,oxi6month,lastoxi)/3600.0,0,'f',decimals) .arg(100.0/p_profile->calcHours(MT_OXIMETER,oxiyear,lastoxi)*p_profile->calcSum(OXI_SPO2Drop,MT_OXIMETER,oxiyear,lastoxi)/3600.0,0,'f',decimals); html+=QString("") .arg(tr("Average Pulse Rate")) .arg(p_profile->calcWavg(OXI_Pulse,MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcWavg(OXI_Pulse,MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcWavg(OXI_Pulse,MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcWavg(OXI_Pulse,MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcWavg(OXI_Pulse,MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); html+=QString("") .arg(tr("Minimum Pulse Rate")) .arg(p_profile->calcMin(OXI_Pulse,MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcMin(OXI_Pulse,MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcMin(OXI_Pulse,MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcMin(OXI_Pulse,MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcMin(OXI_Pulse,MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); html+=QString("") .arg(tr("Maximum Pulse Rate")) .arg(p_profile->calcMax(OXI_Pulse,MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcMax(OXI_Pulse,MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcMax(OXI_Pulse,MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcMax(OXI_Pulse,MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcMax(OXI_Pulse,MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); html+=QString("") .arg(tr("Pulse Change Events / Hour")) .arg(p_profile->calcCount(OXI_PulseChange,MT_OXIMETER)/p_profile->calcHours(MT_OXIMETER),0,'f',decimals) .arg(p_profile->calcCount(OXI_PulseChange,MT_OXIMETER,oxiweek,lastoxi)/p_profile->calcHours(MT_OXIMETER,oxiweek,lastoxi),0,'f',decimals) .arg(p_profile->calcCount(OXI_PulseChange,MT_OXIMETER,oximonth,lastoxi)/p_profile->calcHours(MT_OXIMETER,oximonth,lastoxi),0,'f',decimals) .arg(p_profile->calcCount(OXI_PulseChange,MT_OXIMETER,oxi6month,lastoxi)/p_profile->calcHours(MT_OXIMETER,oxi6month,lastoxi),0,'f',decimals) .arg(p_profile->calcCount(OXI_PulseChange,MT_OXIMETER,oxiyear,lastoxi)/p_profile->calcHours(MT_OXIMETER,oxiyear,lastoxi),0,'f',decimals); } } html+="
"+tr("No CPAP Machine Data Imported")+"
")+tr("CPAP Statistics as of")+QString(" %1
%1
%1
%1
%1
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
TODO: 90% pressure.. Any point showing if this is all CPAP?
%1%2%3%4%5%6
%1%2%3%4%5%6
%1
%1
%1
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2%3%4%5%6
%1%2\%%3\%%4\%%5\%%6\%
%1%2%3%4%5%6
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%1%2%3%4%5%6
%1%2%3%4%5%6
"; html+="
"; QList AHI; //QDate bestAHIdate, worstAHIdate; //EventDataType bestAHI=999.0, worstAHI=0; if (cpapdays>0) { QDate first,last=lastcpap; CPAPMode mode=MODE_UNKNOWN,cmode=MODE_UNKNOWN; EventDataType cmin=0,cmax=0,cmaxhi=0, min=0,max=0,maxhi=0; Machine *mach=NULL,*lastmach=NULL; PRTypes lastpr=PR_UNKNOWN, prelief=PR_UNKNOWN; short prelset=0, lastprelset=-1; QDate date=lastcpap; Day * day; bool lastchanged=false; QVector rxchange; EventDataType hours; int compliant=0; do { day=PROFILE.GetGoodDay(date,MT_CPAP); if (day) { lastchanged=false; hours=day->hours(); if (hours > PROFILE.cpap->complianceHours()) compliant++; EventDataType ahi=day->count(CPAP_Obstructive)+day->count(CPAP_Hypopnea)+day->count(CPAP_Apnea)+day->count(CPAP_ClearAirway); if (PROFILE.general->calculateRDI()) ahi+=day->count(CPAP_RERA); ahi/=hours; AHI.push_back(UsageData(date,ahi,hours)); prelief=(PRTypes)(int)round(day->settings_wavg(CPAP_PresReliefType)); prelset=round(day->settings_wavg(CPAP_PresReliefSet)); mode=(CPAPMode)(int)round(day->settings_wavg(CPAP_Mode)); mach=day->machine; if (mode>=MODE_ASV) { min=day->settings_min(CPAP_EPAP); max=day->settings_max(CPAP_IPAPLo); maxhi=day->settings_max(CPAP_IPAPHi); } else if (mode>=MODE_BIPAP) { min=day->settings_min(CPAP_EPAP); max=day->settings_max(CPAP_IPAP); } else if (mode>=MODE_APAP) { min=day->settings_min(CPAP_PressureMin); max=day->settings_max(CPAP_PressureMax); } else { min=day->settings_min(CPAP_Pressure); } if ((mode!=cmode) || (min!=cmin) || (max!=cmax) || (mach!=lastmach) || (prelset!=lastprelset)) { if ((cmode!=MODE_UNKNOWN) && (lastmach!=NULL)) { first=date.addDays(1); int days=PROFILE.countDays(MT_CPAP,first,last); RXChange rx; rx.first=first; rx.last=last; rx.days=days; rx.ahi=calcAHI(first,last); rx.fl=calcFL(first,last); rx.mode=cmode; rx.min=cmin; rx.max=cmax; rx.maxhi=cmaxhi; rx.prelief=lastpr; rx.prelset=lastprelset; rx.machine=lastmach; if (modecalcPercentile(CPAP_Pressure,percentile,MT_CPAP,first,last); rx.per2=0; } else if (modecalcPercentile(CPAP_EPAP,percentile,MT_CPAP,first,last); rx.per2=p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,first,last); } else { rx.per1=p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP,first,last); rx.per2=p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,first,last); } rx.weighted=float(rx.days)/float(cpapdays)*rx.ahi; rxchange.push_back(rx); } cmode=mode; cmin=min; cmax=max; cmaxhi=maxhi; lastpr=prelief; lastprelset=prelset; last=date; lastmach=mach; lastchanged=true; } } date=date.addDays(-1); } while (date>=firstcpap); // Sort list by AHI qSort(AHI); lastchanged=false; if (!lastchanged && (mach!=NULL)) { // last=date.addDays(1); first=firstcpap; int days=PROFILE.countDays(MT_CPAP,first,last); RXChange rx; rx.first=first; rx.last=last; rx.days=days; rx.ahi=calcAHI(first,last); rx.fl=calcFL(first,last); rx.mode=mode; rx.min=min; rx.max=max; rx.maxhi=maxhi; rx.prelief=prelief; rx.prelset=prelset; rx.machine=mach; if (modecalcPercentile(CPAP_Pressure,percentile,MT_CPAP,first,last); rx.per2=0; } else if (modecalcPercentile(CPAP_EPAP,percentile,MT_CPAP,first,last); rx.per2=p_profile->calcPercentile(CPAP_IPAP,percentile,MT_CPAP,first,last); } else { rx.per1=p_profile->calcPercentile(CPAP_EPAP,percentile,MT_CPAP,first,last); rx.per2=p_profile->calcPercentile(CPAP_IPAPHi,percentile,MT_CPAP,first,last); } rx.weighted=float(rx.days)/float(cpapdays); //rx.weighted=float(days)*rx.ahi; rxchange.push_back(rx); } int rxthresh=5; QVector tmpRX; for (int i=0;irxthresh) tmpRX.push_back(&rx); } QString recbox=""; recbox+=""; int numdays=AHI.size(); if (numdays>1) { int z=numdays/2; if (z>4) z=4; recbox+=QString("").arg(tr("Usage Information")); recbox+=QString("").arg(tr("Total Days")).arg(numdays); if (PROFILE.cpap->showComplianceInfo()) { recbox+=QString("").arg(tr("Compliant Days")).arg(compliant); } int highahi=0; for (int i=0;i 5.0) highahi++; } recbox+=QString("").arg(tr("Days AHI >5.0")).arg(highahi); recbox+=QString(""); recbox+=QString("").arg(tr("Best %1").arg(ahitxt)); for (int i=0;i") .arg(a.date.toString(Qt::ISODate)) .arg(a.date.toString(Qt::SystemLocaleShortDate)) .arg(a.ahi,0,'f',decimals); } recbox+=QString(""); recbox+=QString("").arg(tr("Worst %1").arg(ahitxt)); for (int i=0;i") .arg(a.date.toString(Qt::ISODate)) .arg(a.date.toString(Qt::SystemLocaleShortDate)) .arg(a.ahi,0,'f',decimals); } recbox+=QString(""); } if (tmpRX.size()>0) { RXsort=RX_ahi; QString minstr,maxstr,modestr,maxhistr; qSort(tmpRX.begin(),tmpRX.end(),RXSort); tmpRX[0]->highlight=4; // worst int ls=tmpRX.size()-1; tmpRX[ls]->highlight=1; //best CPAPMode mode=(CPAPMode)(int)PROFILE.calcSettingsMax(CPAP_Mode,MT_CPAP,tmpRX[ls]->first,tmpRX[ls]->last); if (mode"; recbox+=QString(""); mode=(CPAPMode)(int)PROFILE.calcSettingsMax(CPAP_Mode,MT_CPAP,tmpRX[0]->first,tmpRX[0]->last); if (mode"; } recbox+="
%1
%1%2
%1%2
%1%2
 
%1
%2%3
 
%1
%2%3
 
") .arg(tr("Best RX Setting")); recbox+=QString("") .arg(tmpRX[ls]->first.toString(Qt::ISODate)) .arg(tmpRX[ls]->last.toString(Qt::ISODate)) .arg(tmpRX[ls]->first.toString(Qt::SystemLocaleShortDate)) .arg(tmpRX[ls]->last.toString(Qt::SystemLocaleShortDate)); recbox+=QString("").arg(ahitxt).arg(tmpRX[ls]->ahi,0,'f',decimals); recbox+=QString("").arg(STR_TR_Mode).arg(modestr); recbox+=QString("").arg(minstr).arg(tmpRX[ls]->min,0,'f',1).arg(STR_UNIT_CMH2O); if (!maxstr.isEmpty()) recbox+=QString("").arg(maxstr).arg(tmpRX[ls]->max,0,'f',1).arg(STR_UNIT_CMH2O); if (!maxhistr.isEmpty()) recbox+=QString("").arg(maxhistr).arg(tmpRX[ls]->maxhi,0,'f',1).arg(STR_UNIT_CMH2O); recbox+="
%3
")+STR_TR_Start+"
"+STR_TR_End+QString("		%3
%4
%1%2
%1%2
%1%2%3
%1%2%3
%1%2%3
 
") .arg(tr("Worst RX Setting")); recbox+=QString("") .arg(tmpRX[0]->first.toString(Qt::ISODate)) .arg(tmpRX[0]->last.toString(Qt::ISODate)) .arg(tmpRX[0]->first.toString(Qt::SystemLocaleShortDate)) .arg(tmpRX[0]->last.toString(Qt::SystemLocaleShortDate)); recbox+=QString("").arg(ahitxt).arg(tmpRX[0]->ahi,0,'f',decimals); recbox+=QString("").arg(STR_TR_Mode).arg(modestr); recbox+=QString("").arg(minstr).arg(tmpRX[0]->min,0,'f',1).arg(STR_UNIT_CMH2O); if (!maxstr.isEmpty()) recbox+=QString("").arg(maxstr).arg(tmpRX[0]->max,0,'f',1).arg(STR_UNIT_CMH2O); if (!maxhistr.isEmpty()) recbox+=QString("").arg(maxhistr).arg(tmpRX[0]->maxhi,0,'f',1).arg(STR_UNIT_CMH2O); recbox+="
%3
")+STR_TR_Start+"
"+STR_TR_End+QString("		%3
%4
%1%2
%1%2
%1%2%3
%1%2%3
%1%2%3
"; recbox+=""; mainwin->setRecBoxHTML(recbox); /*RXsort=RX_min; RXorder=true; qSort(rxchange.begin(),rxchange.end());*/ html+="
"; html+=QString("
")+tr("Changes to Prescription Settings")+""; html+=QString(""); QString extratxt; if (cpapmode>=MODE_ASV) { extratxt=QString("") .arg(STR_TR_EPAP).arg(STR_TR_IPAPLo).arg(STR_TR_IPAPHi).arg(tr("PS Min")).arg(tr("PS Max")); } else if (cpapmode>=MODE_BIPAP) { extratxt=QString("") .arg(STR_TR_EPAP).arg(STR_TR_IPAP).arg(STR_TR_PS); } else if (cpapmode>MODE_CPAP) { extratxt=QString("") .arg(tr("Min Pres.")).arg(tr("Max Pres.")); } else { extratxt=QString("") .arg(STR_TR_Pressure); } QString tooltip; html+=QString("%9") .arg(STR_TR_First) .arg(STR_TR_Last) .arg(tr("Days")) .arg(ahitxt) .arg(tr("FL")) .arg(STR_TR_Machine) .arg(STR_TR_Mode) .arg(tr("Pr. Rel.")) .arg(extratxt); for (int i=0;iproperties.contains(STR_PROP_Brand)) machstr+=rx.machine->properties[STR_PROP_Brand]; if (rx.machine->properties.contains(STR_PROP_Model)) { machstr+=" "+rx.machine->properties[STR_PROP_Model]; } if (rx.machine->properties.contains(STR_PROP_Serial)) { machstr+=" ("+rx.machine->properties[STR_PROP_Serial]+")
"; } mode=rx.mode; if(mode>=MODE_ASV) { extratxt=QString("") .arg(rx.max,0,'f',decimals).arg(rx.maxhi,0,'f',decimals).arg(rx.max-rx.min,0,'f',decimals).arg(rx.maxhi-rx.min,0,'f',decimals); tooltip=QString("%1 %2% ").arg(machstr).arg(percentile*100.0)+STR_TR_EPAP+ QString("=%1
%2% ").arg(rx.per1,0,'f',decimals).arg(percentile*100.0)+ STR_TR_IPAP+QString("=%1").arg(rx.per2,0,'f',decimals); } else if (mode>=MODE_BIPAP) { extratxt=QString("") .arg(rx.max,0,'f',decimals).arg(rx.max-rx.min,0,'f',decimals); tooltip=QString("%1 %2% ").arg(machstr).arg(percentile*100.0)+ STR_TR_EPAP+ QString("=%1
%2% ").arg(rx.per1,0,'f',decimals) .arg(percentile*100.0) +STR_TR_IPAP+QString("=%1").arg(rx.per2,0,'f',decimals); } else if (mode>MODE_CPAP) { extratxt=QString("").arg(rx.max,0,'f',decimals); tooltip=QString("%1 %2% ").arg(machstr).arg(percentile*100.0)+STR_TR_Pressure+ QString("=%2").arg(rx.per1,0,'f',decimals); } else { if (cpapmode>MODE_CPAP) { extratxt=""; tooltip=QString("%1").arg(machstr); } else { extratxt=""; tooltip=""; } } QString presrel; if (rx.prelset>0) { presrel=schema::channel[CPAP_PresReliefType].option(int(rx.prelief)); presrel+=QString(" x%1").arg(rx.prelset); } else presrel=STR_TR_None; QString tooltipshow,tooltiphide; if (!tooltip.isEmpty()) { tooltipshow=QString("tooltip.show(\"%1\");").arg(tooltip); tooltiphide="tooltip.hide();"; } html+=QString("%12") .arg(rx.first.toString(Qt::ISODate)) .arg(rx.last.toString(Qt::ISODate)) .arg(rx.first.toString(Qt::SystemLocaleShortDate)) .arg(rx.last.toString(Qt::SystemLocaleShortDate)) .arg(rx.days) .arg(rx.ahi,0,'f',decimals) .arg(rx.fl,0,'f',decimals) .arg(rx.machine->GetClass()) .arg(schema::channel[CPAP_Mode].option(int(rx.mode)-1)) .arg(presrel) .arg(rx.min,0,'f',decimals) .arg(extratxt) .arg(tooltipshow) .arg(tooltiphide); } html+="
%1%2%3%4%5%1%2%3%1%2%1
%1%2%3%4%5%6%7%8
%1%2%3%4%1%2%1 
%3%4%5%6%7%8%9%10%11
"; html+=QString("")+tr("The above has a threshold which excludes day counts less than %1 from the best/worst highlighting").arg(rxthresh)+QString("
"); html+="
"; } if (mach.size()>0) { html+="
"; html+=QString("
")+tr("Machine Information")+""; html+=QString(""); html+=QString("") .arg(STR_TR_Brand) .arg(STR_TR_Model) .arg(STR_TR_Serial) .arg(tr("First Use")) .arg(tr("Last Use")); Machine *m; for (int i=0;iGetType()==MT_JOURNAL) continue; QString mn=m->properties[STR_PROP_ModelNumber]; //if (mn.isEmpty()) html+=QString("") .arg(m->properties[STR_PROP_Brand]) .arg(m->properties[STR_PROP_Model]+" "+m->properties[STR_PROP_SubModel]+ (mn.isEmpty() ? "" : QString(" (")+mn+QString(")"))) .arg(m->properties[STR_PROP_Serial]) .arg(m->FirstDay().toString(Qt::SystemLocaleShortDate)) .arg(m->LastDay().toString(Qt::SystemLocaleShortDate)); } html+="
%1%2%3%4%5
%1%2%3%4%5
"; html+="
"; } html+=""; //updateFavourites(); html+=htmlFooter(); return html; }